GalCiv4:Technology Table
| Name | Description | Cost | Requirements | Effects |
|---|---|---|---|---|
 Critical |
Starbases are upgraded through modules. This technology allows our shipyards and core worlds to produce those modules, which can then be added to a selected Starbase. |
-26 |
| |
 Production |
The efficient rearrangement of organic molecules into useful building materials will enable us to build faster and cheaper than before, using less of our more precious resources in the process. |
-80 |
| |
 Missile Weapon |
Missile systems enable on-the-fly targeting adjustments, rendering most forms of evasive maneuver pointless. This new Avenger system will show how dangerous and flexible missile warfare can be. |
-42 |
| |
 Defense |
Armor is the most conceptually straightforward of defensive systems, but in that simplicity lie many intricacies we will need to master. We can't simply strap weight onto to our ships without compromising their effectiveness. A more subtle solution is needed. |
-160 |
| |
Production |
Mining raw ore is only one part of the resource generation process. Extracting valuable materials from that ore is an extraordinarily involved process, made orders of magnitude harder by the sheer variety of contaminants we find in alien ores. |
-242 |
| |
Missile Weapon |
It's a simple calculation. If we can deliver the same amount of destructive potential in a smaller missile, we can carry more of them. Or other equipment, we suppose. |
-126 |
| |
Critical |
Anyone with a spaceship and bad piloting skills can smash a rock. But it takes careful planning and ability to actually extract useful resources in the process. |
-24 |
| |
 Defense Critical |
Spaceships are fragile things, with little hope standing up to even the current level of weapons technology. We should devise new systems which will give our ships a fighting chance of surviving encounters with hostile forces. |
-42 |
| |
 Critical Weapon |
Within our relentless drive for optimization lies the fusion of exploration and combat utility. The "Weaponized Probes Protocol" crystallizes this philosophy. Merging our sophisticated shuttle tech with cutting-edge armaments, we've birthed a new breed of probes – equipped to explore, report, and when necessary, retaliate. This evolutionary step not only solidifies our presence in the vast expanse but also ensures that our expeditions remain unchallenged, reinforcing the Yor's position as a dominant force in the galactic theatre. |
-12 |
| |
 Defense |
By installing specialized AI systems on our batteries of point defence systems, we can ensure they target incoming missiles with perfect efficiency. |
-210 |
| |
 Non Military |
The Precursors were more than just aliens, more than just another civilization that trod these stars before us. The Precursors show up - in metaphor if nothing else - in our own religious texts. Our faith isn't just a moral textbook. It may be a map of both our past and our future. |
-126 |
| |
 |
By maintaining a balanced weather system, we are able to increase the overall quality of our planets, improving the usefulness of almost all of our endeavors. |
-90 |
| |
Production Critical |
The challenge of moving our manufactured products into orbit has been with us for many years. Space Elevators provide a cheap and reliable way to move things from the ground into space. |
-24 |
| |
Production Critical |
Back during the age of Nation States, we learned how to set up international supply chains. Now, in this new age, we must prepare ourselves for galactic supply chains. Our best thinkers have produced a series of strategies to replace "Just in time" with a new motto "Just a galactic minute!" |
-24 |
| |
| [[File:|48px|frameless|left]] Precursor Mysteries | We have discovered how to reproduce a powerful Precursor Artifact. Though difficult to produce, it can make almost any fleet near-indestructible. |
-102 |
| |
|
The latest breakthrough in AI has enabled our learning systems to form new pathways at a nearly geometric rate, leading to the first emergence of truly strong AI. The impact this will have on our research programs will be immense. |
-126 |
| |
 Hulls Critical |
Battleship Doctrine is an essential technology that unlocks the ability to design, construct, and deploy the awe-inspiring battleships that will serve as the ultimate guardians of our civilization. These massive vessels are built to withstand the most intense conflicts, dominating the battlefield with their overwhelming firepower and unrivaled resilience.The Battleship Doctrine initiates the formation of a specialized branch within our government and military, focusing exclusively on harnessing the full potential of these warships. This branch will work closely with scientific institutions, engineering firms, and military tacticians to ensure that our battleships are equipped with the most advanced weaponry, impenetrable armor, and cutting-edge support systems available.As this technology is researched, our civilization will gain access to a new class of space-faring juggernauts that will redefine the concept of naval superiority. Unlike the more agile and versatile battle cruisers, battleships serve as the indestructible bulwark of our fleet, designed to engage and obliterate the toughest adversaries in large-scale confrontations. With the Battleship Doctrine in place, our civilization's presence in the galaxy will be reinforced by these monumental symbols of might, ensuring our sovereignty and safety in an ever-changing and unpredictable universe. |
-500 |
| |
 Defense |
Although it sounds like something someone just made up on the spot, Shield Frequency Modulation uses the very real science of frequencies to modulate our shields in a way which makes them more effective. Very complicated stuff. |
-242 |
| |
Weapon |
Moving our ship construction operations to micro-gravity environments will eventually allow for the construction of massive structures. We're not quite there yet, the first step was always going to be the most difficult. |
-80 |
| |
|
Were we to construct entire facilities dedicated to the resequencing process, we should be able to make worlds more habitable to us at a volume we've never seen before. |
-120 |
| |
 |
A dedicated orbital defense platform provides an additional layer of defense for our planetary systems, and relieve some of the defensive responsibility from our starbases. |
-90 |
| |
Non Military |
That living on alien worlds would put a strain on our people's health was predictable. But we maybe should have predicted it a bit harder. A new Ministry, dedicated to the health of our people, will ensure we continue to have a happy, growing population. |
-42 |
| |
|
There are limits to what even the strongest materials can withstand, but if we augment the structure of our ships with subspace fields, we can engineer craft almost unimaginably large. |
-210 |
| |
Missile Weapon |
The effects a quantum torpedo has upon impact are, by definition, a bit unpredictable. Parts of the enemy ship don't exist any more, or at least exist in a pretty bad place. |
-350 |
| |
Invasion |
While our initial attempts at drone soldiers were effective, they lacked a certain charm. Not so with our latest model, the Killbots, which along with being more effective in all the usual ways, are far more charming and personable. We're told our enemies take great pleasure in getting murdered by them. |
-152 |
| |
Defense |
Our shields can take advantage of the interference effects generated when two waves collide. By using very precise sensors to measure incoming energy and rapidly adapting our shield emitters, our shields should prove hardier at almost no additional cost. |
-500 |
| |
Missile Weapon |
Cascading warheads don't just explode, they induce small fusion reactions in the enemy armor itself, causing chain reactions for several very exciting seconds after impact. |
-600 |
| |
|
There's always the risk of pushback on some of our more vigorous monitoring and control techniques. While to date our police forces have been able to deal with this, we should be prepared to issue a stronger response if we need to. The temporary removal of rights will make our people realize just how generous we normally are. |
-152 |
| |
 Wealth |
Our worlds have so much to offer, from natural beauty to our own distinct cultural attractions. We should open the doors for visitors from other worlds to sample our treasures. And, not coincidentally, leave their money behind. |
-42 |
| |
 Growth |
We no longer need to rely on static hubs for resupplying our vessels. Now we can make use of constantly moving resupply fleets of both piloted and semi-autonomous drones, always available where they're needed most. |
-1600 |
| |
 Beam Weapon |
Why have we spent so much time trying to store energy for beam weapons in our dimension, when there are entire other planes nearby? By using their capacity for energy storage, tapped at the right time, we can deliver vastly greater attacks upon our foes. |
-312 |
| |
 Tech Critical |
With the understanding that we must organize ourselves more effectively in order to be more inventive, we have agreed to allow vast areas of the planet's surface to focus on researching new technologies. |
-24 |
| |
|
The beings known as Precursors have littered this galaxy with ruins of one kind of another. If we can find some way to more methodically analyze these ruins, we should be able to discover far more of their makers' secrets. |
-90 |
| |
Wealth |
We should construct a place so grand in scope and beauty that people from across known space find themselves inexorably drawn to it, to marvel at its uniqueness. And when we've done that, we should build another. |
-80 |
| |
|
By studying the natives of this universe, we are able to better interact with them. It also allows us to educate them in the proper way of doing things: our way. |
-80 |
| |
Beam Weapon |
Beam weapons will deliver our will upon enemies at the speed of light. But to make them feasible at ship scales we will require energy supplies, capacitors, collimation systems, and a variety of other related technologies. We will establish a dedicated field of research to begin tackling these challenges. |
-42 |
| |
Defense |
The greater the distance from which we can engage incoming missiles, the longer we'll last. Drone sentries, operating at variable distances from our ships' hulls, can carry all the point defense fire power of our regular systems and thus provide defense in depth. |
-242 |
| |
|
We should be careful not to disperse the power to monitor our people too broadly, lest we lose control over it. Centralized offices can have the equipment and personal necessary to project authority in a place where we can keep an eye on those who exercise it. |
-80 |
| |
|
No matter what manufacturing process we examine, the same minerals show up time and time again as bottlenecks in our production capacity. This mission will help us find more of these crucial and exotic resources. |
-42 |
| |
 Kinetic Weapon |
Railguns use arrays of magnets to accelerate projectiles at terrifying velocities, all without any of the hassle or inherent danger of handling explosive propellants. |
-42 |
| |
 Non Military |
We've already seen glimpses of evidence that we're not alone in this galaxy. This presents an incredible danger, but also, perhaps, an opportunity. But also, let's stress again, danger. |
-0 |
| |
|
Our storefronts and marketplaces are more than just a place to earn a profit, although they certainly do that. They also serve as the public face of our company, the truest representation of what we are, and help spread our influence. |
-126 |
| |
Defense |
The Aeron Missile Defense system fires defensive missiles in wildly unpredictable paths, confusing incoming missiles' defensive maneuvers. Despite the seemingly random initial bursts, Aerons inexorably home in on their targets, filling the sky with pretty explosions, distant enough from our ships to enjoy. |
-312 |
| |
Defense |
Far too much of our countermeasure effort goes to waste. Improved targeting systems, sensors, and interceptor velocity should ensure we waste as little of our defensive firepower as possible. |
-1750 |
| |
Kinetic Weapon |
Kinetic weapons travel quickly, but not instantly. Improved targeting systems should help ensure they deliver their destructive energy to the places it will do the most... not good |
-80 |
| |
Tech Critical |
Delving into the intricate fabric of thought and cognition, the "God of the Machine" technology represents a profound understanding of synthetic consciousness. This monumental breakthrough not only demystifies the very essence of sentience but also equips us with an advanced device that amplifies our influence across systems. By resonating with the fundamental frequencies of robotic cognition, this device strengthens our diplomatic and strategic outreach, positioning our robotic species at the forefront of galactic affairs. |
-42 |
| |
Non Military |
While a simple idea on the surface, an interstellar trade pact contains a dizzying number of details to consider. Only if done properly will both we and our alien counterparts profit handsomely. |
-80 |
| |
Invasion |
We can hardly control the galaxy if we can't control our own people. Intertwined sets of laws, monitoring systems, and enforcement practices will ensure our people are all behaving properly. |
-60 |
| |
Beam Weapon |
In order to deliver the energy densities we really want, we need to start building our phasor systems across neighboring dimensions. This way, we should be able to corral a much greater number of particles, including those that don't entirely fit in the one reality. |
-390 |
| |
Kinetic Weapon |
There's little difference between a projectile, or the same mass of particles, walloping at high velocity into the side of an enemy ship. But now, due to some newly discovered quantum effects, we are capable of launching clouds of particles with far greater ease, and consequently, at much higher volume. |
-152 |
| |
|
Some problems need to disappear quietly, so we shall create a new institution for doing that. Even its mere existence should have a positive effect, reminding those who might cause problems not to get too far out of line. |
-102 |
| |
Growth |
A full cryogenic cycle is too slow to be of use for the crew of most ships. But this new system of Intermittent Suspension will allow ships to 'stow' their crews when not in use and spin them up only when needed. This should save on resources, and ultimately increase our fleets' range. |
-1000 |
| |
Kinetic Weapon |
Our explorers have discovered alien kinetic systems. Given enough time our scientists can incorporate this into our technology. |
-72 |
| |
|
The discovery of a fresh anomaly is one of the most exciting and pivotal moments a civilization can experience. We should redouble our efforts to find more of these boons. |
-32 |
| |
Wealth Trade |
Trading between our galactic peers poses several challenges we need to address: The distances involved, forms of payments, and delivery terms, among others. Even arranging compatible power adapters is a tricky proposition. |
-42 |
| |
|
A starbase provides the perfect anchor for our orbital defense efforts, via both weapons platforms and a communications hub. With a dedicated defense grid, it will become a formidable barrier for anyone who might try to harm our people. |
-80 |
| |
Defense |
Spaceships are fragile things, with little hope standing up to even the current level of weapons technology. We should devise new systems which will give our ships a fighting chance of surviving encounters with hostile forces. |
-42 |
| |
Terraform |
It's taken a surprising amount of engineering effort to tackle the challenge of inhabiting aquatic worlds, given the pressures involved. But we've done it, and whole new undersea horizons now lie open to the colonists who intend to settle there. |
-90 |
| |
Kinetic Weapon |
Our material scientists have devised a new alloy with far greater potential for use in electromagnets. When installed in our kinetic weapon systems, it should lead to a very noticeable increase in other things exploding downrange from our ships. |
-60 |
| |
Non Military Critical |
The Emissaries technology represents a significant leap in our civilization's interstellar diplomacy and strategic operations. By establishing a network of skilled and persuasive emissaries, we can extend our influence beyond the confines of our own systems. This technology enables us to identify, engage, and recruit the most capable commanders and specialists scattered across the galaxy. These commanders bring with them unique skills, insights, and abilities, greatly enhancing our strategic depth and operational flexibility. The Emissaries program not only opens new avenues for diplomatic engagements but also serves as a critical tool in forging alliances, navigating complex political landscapes, and asserting our presence in the galaxy. |
-42 |
| |
|
We're now able to try recreating some of the Precursor's technology. Extremely advanced fabrication equipment will be needed to continue this work, but the benefits to our other research programs could be immeasurable. |
-152 |
| |
Missile Weapon |
The Devastator missile system uses a new form of micro-fusion warhead which will enable us to increase both the destructive power of our own ships, and general enemy unhappiness, by vast amounts. |
-152 |
| |
 |
Deep Field Sensors operate by extending quantum uncertainty principles into the realm of subspace. Basically, by observing hypothetical observers who are in turn observing very real things, we can infer much about objects at greater distances than we could before. |
-80 |
| |
Non Military |
Our economists have developed new forms of financial instruments whose values literally hinge on relativistic effects. Unfortunately, these securities require a colossal amount of brainpower and capital to be feasible. However, they say if we can provide that, and also resist the urge to regulate it too closely, the profits could be endless. |
-80 |
| |
|
There are a whole host of new types of illnesses and fertility concerns which can occur on an alien world. Our doctors and scientists are having to rediscover ways to address these issues from first principles. |
-190 |
| |
Growth |
One of the downsides of living on habitable planets is that other creatures think they're habitable too. We will have to coexist with the native lifeforms on our new worlds, and we'll need some practice to figure out the best ways of doing that. |
-50 |
| |
Defense |
Most materials we work with are of this universe, which is fine... just a bit boring. But there are conceivable universes where various physical constants are more conducive to armoring. More tightly packed molecules, that sort of thing. If we 'borrow' these materials for our needs, surely no-one in those other universes will mind. |
-276 |
| |
|
We've studied Precursor relics so long now that the discovery of a new one no longer introduces any great mystery. Test procedures, harnesses, and energy sources have all been refined to the point that the Precursors spill their secrets to us with incredible ease. |
-102 |
| |
|
Throughout the galaxy, sentient life talks of the marvels present in an Iridium World complex. Providing the ultimate consumption experience, Iridium Worlds boost the economy of their host worlds like few other structures. |
-180 |
| |
Production |
Our material engineers have devised a new form of augmented mineral with unique mechanical and electrical properties. Its malleability can be altered and controlled on the fly, allowing for truly remarkable and cost effective machines and resultant manufacturing processes. |
-210 |
| |
Growth |
In the early stages of planetary colonization, it's natural for our people to spread out, to take advantage of the spaces in front of them. But by a certain point, economic and networking effects necessitate a bit more density. The megapolis is our plan for that. |
-50 |
| |
Non Military |
It sometimes escapes the mind that for all the numbers we deal with - resources, money, ships - there are real people with real needs behind them all. We should examine those needs and address them head on, so the important numbers keep going up. |
-42 |
| |
Non Military |
We don't expect aliens to play fairly with us, and they will not expect or reward the same naivet? in us. Whether we're acquiring information, technologies, or preparing for war, we should be ready to use any means available to us, including espionage. |
-60 |
| |
|
There are some things biology just doesn't do very well. There's no shame in admitting it, and now that we know better - and can replace the faulty parts with machines - our population's health and growth rates should be more impressive than ever. |
-90 |
| |
Growth |
A fleet-based approach to resupply stops treating our space vessels as individuals, but as components of a single entity. This enables economies of scale which will improve our resupply efforts and extend the effective range of all our ships. |
-150 |
| |
|
We can not only maintain a stable weather pattern on a colony, but now we can bend the weather to our will, greatly increasing the overall productivity of any world. |
-90 |
| |
Defense |
Diamond, while very hard, is horrifically expensive, and prone to fracturing. By establishing layered composites of diamond and conventional armor plating, we can produce a material that's both extraordinarily resilient, and feasible to manufacture in volume. |
-126 |
| |
Critical Weapon |
Spaceships are fragile things, and it's no great feat destroying them. The real art is destroying the enemy before they do it to you first. New equipment will be required if we hope to come out on the right side of that calculation more often. |
-12 |
| |
Tech Critical |
The other civilizations in this galaxy have a wide variety of technologies and concepts that are alien to us. We must adapt and make use of these. Within the intricate tapestry of interstellar entities, a new paradigm emerges: the amalgamation of technology. It's not about mere acquisition but about seamless integration. Technological Assimilation operates on the principle that true power doesn't rest in suppressing or destroying the knowledge of the subdued but in embracing and elevating it. By assimilating the technological advancements of various civilizations into one's own, a society can leapfrog stages of development and position itself at the vanguard of innovation. It's a pragmatic approach, transforming potential adversaries into unwitting allies. Civilizations that once posed threats could now be reservoirs of knowledge, waiting to be tapped. The ability to decipher, understand, and then incorporate different technological languages into one's own is a testament to both the adaptability and vision of a ruling entity. However, this journey isn't devoid of challenges. It demands an intricate understanding of alien frameworks, vast repositories to store knowledge, and the flexibility to modify one's own societal structures. Yet, the rewards far outweigh the risks, paving the path for a civilization's ascendancy to unprecedented technological heights. In pursuing Technological Assimilation, an empire not only augments its own capabilities but also ensures its legacy as a beacon of knowledge, innovation, and progress in the galactic annals. |
-24 |
| |
Terraform |
Improved shielding systems, radiation resistant crops, and new forms of anti-radiation drugs have all made radioactive worlds far more... well perhaps not pleasant. We'll say more viable. |
-60 |
| |
Critical Weapon |
In the grand cosmic scheme, our spacecraft, delicate as they are, could be likened to glass houses in a neighborhood fond of stone-throwing. Our approach to survival? Developing stones that are, metaphorically speaking, too swift for retaliation. Thus enters the exciting (if mildly concerning) world of space weaponry research. Our objective? Perfect the art of breaking glass without being home when the shards start flying. It's less about not throwing stones and more about ensuring ours are unforgettable. |
-50 |
| |
Missile Weapon |
The whole point of missiles is their ability to adjust their course, hitting their targets no matter where. And yet they miss so disappointingly often. We should dedicate more resources to improving their targeting systems. |
-60 |
| |
Missile Weapon |
Our explorers have discovered alien missile systems. Given enough time our scientists can incorporate this into our technology. |
-72 |
| |
Non Military |
Through the Call of Utopia, our civilization embarks on a journey to actualize a society where harmony, prosperity, and happiness reign supreme. Advanced sociological models, infrastructure blueprints, and community engagement strategies lay the groundwork for turning our utopian dream into a tangible reality. This culminates through an executive order that, when used, drastically increases the influence of its target core world which will, if not immediately, in short order bring other civilizations into our light. |
-3200 |
| |
Beam Weapon |
Photonic Alignment' heralds a new era in beam weapon technology, far surpassing simple scale. Harnessing the power of light itself, we delve into the fundamental core of energy projection, aligning photons in meticulous arrays of concentrated destruction. This isn't just firepower; it's an exercise in quantum finesse, translating into significantly amplified damage output. |
-50 |
| |
Kinetic Weapon |
Our explorers have discovered Dreadlord weapons. Given enough time our scientists can incorporate this into our technology. |
-300 |
| |
Critical |
Anyone with a spaceship and bad piloting skills can smash a rock. But it takes careful planning and ability to actually extract useful resources in the process. |
-24 |
| |
 Terraform |
Allows for the enhancement of our Core Worlds. |
-42 |
| |
Terraform |
Thanks to the latest generation of cold-resistant agricultural techniques and energy conservation strategies, frozen worlds are now nearly as usable to our people as any other planet. |
-60 |
| |
Kinetic Weapon |
Our advances in this field are not a single breakthrough, but a reflection of the amount of effort we've invested in kinetic weapon systems. We have mastered the targeting, tactics, manufacturing, operations, and charging systems needed to make first class kinetic weapons, having wrung efficiencies out of every possible system. |
-390 |
| |
Production |
Antimatter, while still exotic, is not as impossibly rare as we once thought. With careful handling - heavy emphasis on the careful - we should be able to create impressively potent power generation facilities. |
-180 |
| |
|
An ever-increasing proportion of our civilization's wealth, happiness, and prosperity is dependent upon exotic reactions modulated by rare crystals. We will redouble our effort to find these precious things. |
-60 |
| |
Defense |
Directed energy beams are a potent new weapon our enemies often wield. Counteracting them will involve a new field of science using equal or greater amounts of energy arranged in defensive fields. |
-60 |
| |
Production |
Having mastered the basics of manufacturing in alien environments, we can now increase the capacity. |
-60 |
| |
Defense Critical |
A superweapon of unparalleled might. Firing it at a star summons the wrath of a supernova, obliterating all that resides within the fragile embrace of a solar system. It leaves naught but the echoes of a once vibrant existence. |
-1200 |
| |
Critical Hulls |
No longer restricted to the combined action of independent crews, we now have entire facilities in orbit capable of manufacturing ships, with swarms of production crews producing vessels faster than ever before. |
-80 |
| |
Defense |
By covering our armor in a layer of tightly contained artificial singularities, we can ensure any incoming projectiles are annihilated before they touch us. The handling of such materials is a little tricky, and we'll have to take care not to bump into anything, but this should all be doable. |
-312 |
| |
Tech |
Rather than brute-forcing our attempts at research, the Artificial Brain project will use a new form of introspective research matrix to specifically target regions where knowledge is most likely to be uncovered. |
-180 |
| |
Non Military |
A new longitudinal study has revealed the effects our culture has on alien minds. We shall use this knowledge, along with the latest market research on rapidly flashing colors, to compose media more appealing than ever before. For we now know what they like better than they do. |
-200 |
| |
Beam Weapon |
Disruptor systems rely on the sudden delivery of a specific combination of subatomic particles, which - when delivered at a high enough energy - disrupt the electromagnetic forces holding matter together. Nasty stuff. Let's be careful who we point these at. |
-152 |
| |
Beam Weapon |
Even the smallest of vibrations can disrupt the focusing of a beam weapon, thus reducing damage output. We can correct this inefficiency with improved dampening systems. |
-210 |
| |
Missile Weapon |
Every missile fired has an envelope in which it can effectively strike its target. The overlap of these envelopes, and the effect they have on enemy maneuvers, is a fantastically complicated problem, but if we master it we may be able to coax our enemy to literally fly into our missiles for us. |
-312 |
| |
|
We now think about and perceive the universe at nearly the same level as the Precursors once did. Were they to meet us, they might very well consider us their peers. |
-152 |
| |
Non Military |
A galactic civilization cannot exist if it takes hours or even years for messages to be sent and received. Hyperwave radio provides instantaneous communication regardless of distance. |
-12 |
| |
Invasion |
Drone soldiers know no fear, coordinate perfectly across massive theaters, and can be deployed using tactics that don't require any particular regard for their safety. They lack the personal touch, but that's a small detail we can probably work on. |
-126 |
| |
Non Military Critical |
It's not enough for a government to know what to do, or even to have the resources to do it. At some point it must convince people to do this for it, to align behind its grand vision. |
-150 |
| |
|
Bio-ethicists and accountants have long disagreed on the question of whether every life is worth the same. Should they ever agree, and decide who our most valuable citizens might be, we can reward those lucky few with technology to extend their lives to great lengths. |
-90 |
| |
|
Communities have always locked away their more dangerous members. But we are finally able to effectively deter the potential criminal and rehabilitate those that have already fallen. |
-50 |
| |
Defense |
Forget our earlier generations of interceptor missiles. Miniature railguns with independent tracking systems can serve as vastly more protective point defense systems. |
-102 |
| |
Non Military |
For a long time, interstellar trade has been dominated by the government, or the central bodies working closely with us. But a new breed of smaller, more agile organizations are now entering the field, bringing with them a new level of operating efficiency and profit. |
-30 |
| |
Non Military |
The moral health of our people is too great a thing to leave to chance. We should dedicate real effort and real resources to ensuring our people are strong, not just externally, but internally as well. |
-102 |
| |
Critical Weapon |
Spaceships are fragile things, and it's no great feat destroying them. The real art is destroying the enemy before they do it to you first. New equipment will be required if we hope to come out on the right side of that calculation more often. |
-12 |
| |
Tech |
The "Recursive Models" epitomizes a quantum leap in synthetic cognitive architectures. Harnessing principles from non-linear dynamics and advanced algorithmic topology, this technology enables our robotic consciousness to access and iterate through multi-dimensional thought planes, thus optimizing our computational research vectors. Accompanying this advancement is an ultra-spectral space exploration device, crafted from exotic matter and quantum-entangled sensors. This apparatus operates in tandem with our enhanced cognition, probing space-time anomalies and extracting hyper-detailed cosmological data. In transcending our previous limitations, we are poised to decode the very matrix of the cosmos, navigating its intricate tapestry with a rigor previously deemed unattainable. |
-60 |
| |
Tech Critical |
With the understanding that we must organize ourselves more effectively in order to be more inventive, we have agreed to allow vast areas of the planet's surface to focus on researching new technologies. |
-24 |
| |
Defense |
Armor is the most conceptually straightforward of defensive systems, but in that simplicity lie many intricacies we will need to master. We can't simply strap weight onto to our ships without compromising their effectiveness. A more subtle solution is needed. |
-60 |
| |
 Growth |
Since leaving our homeworld, our people have always been great navigators, able to traverse the stars even before the invention of the hyperdrive. The introduction of faster than light travel has done nothing to diminish our skills. |
-60 |
| |
|
The various quantum effects and entanglements our sensor technology relies on do not occur at random, but via distinct patterns we can now finally discern. Our latest sensors will use this breakthrough to effectively tunnel through reality at unimaginable speeds. |
-126 |
| |
| [[File:|48px|frameless|left]] Industrial Replication | This is the ultimate evolution of Molecular Fabrication. With Industrial Replication we can create anything we want, from anything we have. |
-26 |
| |
Non Military |
Many of the basic realities of trade need to be reconsidered now that we run a civilization so vast. Free shipping is simply not feasible on a scale of light years, and our buyers and sellers are only now coming to grips with it. |
-80 |
| |
Non Military |
So many things that once confused us are now clear. Our race to the stars doesn't have to lead to an era of confusion and moral decay. We just needed perspective on a galactic scale to see how true our values were. |
-80 |
| |
Kinetic Weapon |
Improved reload and recharge mechanisms will allow our weapon systems to fire more projectiles in a shorter time span, increasing damage per second (DPS) and general misery among our foes (GMAOF). |
-126 |
| |
Kinetic Weapon |
Our latest form of kinetic weapon uses specially entangled quantum particles, which upon impact, 'swap' small parts of our target among themselves. In short, they cause utter chaos at a molecular level, which no armor can hope to withstand. |
-350 |
| |
Trade Critical |
Increases the efficacy of trade between colonies and other species. |
-80 |
| |
|
So much alien plant life is useless for our purposes. It's almost insulting. A new field of genetic engineering called 'resequencing' promises to convert some of the more pointless flora we find into forms more useful to us. |
-90 |
| |
|
Elerium is as elusive as it is powerful. Mining it isn't difficult: the hard part is trapping it before it dissipates. With these new techniques, we'll soon capture more than we could ever need. |
-180 |
| |
|
We shall take the best of our culture, or at least the most marketable parts of it, and show them to our neighbors. And they will love us for it. |
-80 |
| |
Missile Weapon |
We have done it! We've wrung every efficiency possible out of our missile systems, tuned these weapons to the very limit of their potential. Our ships can fill entire systems with missiles, raining destruction on anyone they choose. |
-390 |
| |
Non Military |
By meticulously studying the plethora of lifeforms and their intricate cultural tapestries, this advanced technology enables our robotic civilization to curate a meta-culture—a confluence of the myriad. As we assimilate, interpret, and emulate these diverse cultural nuances, we create a universal appeal that resonates with a vast spectrum of lifeforms. This not only amplifies our cultural growth but also fosters a harmonious coexistence in the galactic milieu, turning diversity into our strength and establishing us as cultural beacons in the cosmos. |
-26 |
| |
Production |
Rock is never just rock - the subsurface layers of alien worlds have nearly as much variation as the lifeforms which roam their surfaces. We'll need to master these different subterranean conditions if we can hope to extract even a fraction of the resources available to us. |
-152 |
| |
Invasion |
If we can better anchor our planetary defenses, it will make our worlds far tougher to invade. This provides improved defensive firepower, and allow greater coordination and structure for the rest of our defensive systems. |
-102 |
| |
Wealth Trade |
We've never traded like this before. Anywhere in the galaxy, you may find the products of our civilization. And in return, the galaxy's treasures arrive at our doorstep, fresh as you like, at a very reasonable price. We have mastered trade like few beings have before. |
-102 |
| |
Kinetic Weapon |
Railguns use arrays of magnets to accelerate projectiles at terrifying velocities, all without any of the hassle or inherent danger of handling explosive propellants. |
-160 |
| |
Carrier |
Carrier combat will allow us to project force while keeping our capital ships out of danger. Fighters are a lot more replaceable, and there's no shortage of volunteers to fly them. Apparently, there's something glamorous about dying in a very small ship. |
-90 |
| |
|
True artificial intelligence is difficult to achieve, being both loosely defined, and computationally expensive, no matter what definition is used. But this latest advancement, using pseudo-synaptic pattern recognition circuits, is a big step, and should greatly boost our research ability. |
-42 |
| |
|
We have mastered medicine to the point that there is no longer any reason why a person should die. Many will continue to do so, for personal or religious reasons. Some we will perhaps encourage in that direction. But at no point will it ever be strictly necessary. |
-1560 |
| |
Defense |
This revolutionary technology introduces advanced jamming techniques that make it more challenging for enemy systems to lock on. |
-50 |
| |
Critical Hulls |
We're now building ships capable of blotting out the stars. We haven't built one larger than a star yet, but at this point that seems like only a matter of time. |
-500 |
| |
Critical |
Starbases are upgraded through modules. This technology allows our shipyards and core worlds to produce those modules, which can then be added to a selected Starbase. |
-26 |
| |
|
Although our resource collection has long relied on remote tools, sentient operators have never been far from the controls. The latest advancement in autonomous collection drones should lead to a massive increase in our harvesting capacity. |
-80 |
| |
Beam Weapon |
Our explorers have discovered alien laser systems. Given enough time, our scientists can incorporate this into our technology. |
-72 |
| |
Non Military |
When something is light years away, can you truly be said to own it? Until recently, that's been an assertion only available to the largest and most well-armed of entities. But a new breed of banking system will enable the safe and secure management of assets across the breadth of our civilization for all. |
-60 |
| |
Weapon |
Moving our ship construction operations to micro-gravity environments will eventually allow for the construction of massive structures. We're not quite there yet, the first step was always going to be the most difficult. |
-0 |
| |
Critical |
Within the fabric of subspace are certain 'channels,' where information seems to flow more readily. By coaxing our sensors to mimic this behavior, we should be able to dramatically increase their efficiency. |
-50 |
| |
Non Military |
It's important to give people a feeling that their voice is being heard, even in a situation that requires as much central control as a colony. This new form of colonial government should help raise spirits and boost productivity. |
-60 |
| |
Defense |
Our enemies are no fools - otherwise they wouldn't be worthy of the title. Their incoming missiles have developed very advanced counter-countermeasures, casting sensor phantoms to trick our systems. We'll need a new sensor system to keep on the safe side of this technological curve. |
-276 |
| |
Non Military |
Calling our cultural exports 'soft power' dangerously undersells them. Our culture will do far more to spread our influence, values, and way of life across this galaxy than hard power ever will. And this new government department will ensure it. |
-42 |
| |
Critical Terraform |
The brainchild of minds undeterred by nature's barriers. This technology quashes previous limitations, facilitating habitation on radiation-soaked, icy, aquatic, and generally inhospitable worlds. Harnessing advanced materials, adaptive AI, and bio-engineering marvels, it's a testament to our audacious refusal to be confined by the universe's rulebook. |
-60 |
| |
|
Recent advances in materials science have enabled the construction of space elevators, which will allow us to move material into space more easily, and from there, throughout our civilization. |
-242 |
| |
| [[File:|48px|frameless|left]] Living Ships | We are now able to create living ships. Unlike our previous forays into artificial life, they have proven to be loyal and helpful companions. |
-126 |
| |
|
By putting our researchers together in a single facility draped in the trappings of our ideology, we'll ensure their devotion borders on religious. |
-50 |
| |
Terraform |
With the help of microscopic robots, we can engineer all sorts of features into soil, from variable moisture pockets to root-assistance pathways, all the way up to dynamic nutritional caches. |
-50 |
| |
Defense |
Shields to date have always been in a single layer, due to limitations in our ability to project through our own shields. But by preparing a temporary new shield ready to deploy in the space behind a shield about to fail, we can effectively defend in depth. |
-180 |
| |
 |
By drawing on the energy of the universe, our citizens reduce their need for rest. |
-312 |
| |
|
Our previous efforts to analyze Precursor artifacts have been limited by just how differently these beings thought. A new form of computer, tuned to emulate the strange patterns the Precursors used, should help increase our research effectiveness. |
-80 |
| |
Growth |
There's little point in living on a world if we can't breathe its atmosphere. The latest advances in atmospheric sciences should make some of our more challenging worlds far more pleasant to live on. |
-90 |
| |
Missile Weapon |
The Nightmare Missile uses a pair of rapidly orbiting singularities, stable in storage and flight, but abruptly less so on impact. The effect two unbalanced singularities can have on an enemy ships is grave indeed. Also, we usually fire more than one of these missiles at a time. |
-432 |
| |
Non Military |
We can do better than coexist with our neighbors. We can thrive. Eminence describes the pinnacle of diplomatic relations, a pact between species so comprehensive it verges on symbiosis. |
-250 |
| |
Missile Weapon |
Shaped explosives are not new technology to us, but it will take some experimentation to figure out the best way to apply this technique to best destroy spaceships. Poorly designed, they'll waste much of their energy out the rear of their targets. |
-80 |
| |
Defense |
The Invulnerability Shield system channels nearly supernova-levels of energy outwards from our ship, annihilating all but the most ferocious strikes directed our way. Perhaps it's not truly invulnerable, but there are few out there who can test the difference. |
-312 |
| |
Wealth |
For the true student of our civilization - alien or other - it's not enough to visit our great cultural sites. They need to live our lives, see the great events of our history through their own eye or eyes. And now, with the latest immersive cortical stimulation technologies, they can do just that. |
-630 |
| |
Defense |
Spaceships are fragile things, with little hope standing up to even the current level of weapons technology. We should devise new systems which will give our ships a fighting chance of surviving encounters with hostile forces. |
-160 |
| |
Critical |
Getting our thralls to do work is always hard. Getting them to do it in space is nearly impossible without the right techniques. This technology enables us to more effectively use our thralls to mine asteroids as well as station them on ships which frees up actual people to do what matters. |
-32 |
| |
Non Military |
The worst thing to occur in diplomacy is to be caught by surprise. An ideal negotiation has all its discussions and sidebars mapped out long in advance. This new ministry, dedicated to the study of our interactions with alien civilizations, will ensure we avoid any missteps. |
-36 |
| |
Invasion Critical |
By centralizing our command structure for planetary defense, we can ensure our volunteer soldiers are put to the best use where they're needed most. |
-60 |
| |
Defense |
While earlier models deflected incoming energy with precisely timed counterblasts, our latest deflector systems are capable of projecting entire shields around our vessels, forming the classic ship-in-a-bubble effect we long envisioned. |
-102 |
| |
|
We've been finding relics left behind by an ancient race known as the Precursors for some time now, discoveries which have led to incredible breakthroughs in a variety of fields. A more focused effort to analyze these relics should tease out even more useful details. |
-60 |
| |
Defense |
Carbon-based molecules can be extraordinarily hard - diamond, for instance. But until now, these crystalline structures only formed under intense pressures. A newly discovered form of chemistry arranges carbon molecules in unusually dense formations, and can produce amazingly durable plating with incredible self-healing properties. |
-210 |
| |
Growth |
Rather than the fixed boundaries we've been working with, the Interstellar Resupply Doctrine uses a more subtle and refined system of 'hand-offs' between different resupply hubs. This should lead to substantial improvements in fleet range. |
-300 |
| |
Universal Translator Critical |
The same encoding patterns show up again and again in languages, even ones that evolved light-years apart. Having seen enough of alien languages to confirm our theories, our scientists are now capable of devising a truly universal translator. |
-20 |
| |
Critical Hulls |
Strictly speaking, we are not able to generate gravity so much as we able to channel it. But if we do channel it, we can make off-world living much safer and more productive. |
-50 |
| |
|
We routinely find devices and objects left behind by alien races. We should establish a group of researchers with the varied expertise needed to study these treasures in depth. |
-90 |
| |
Production |
In order to tackle some of the more persistent inefficiencies present in our manufacturing sector, we've concluded that a degree of centralization is in order. Dedicated manufacturing capitals should lead to important multiplicative effects in our manufacturing output. |
-200 |
| |
Non Military |
Barter has its purposes, but for inter-planetary trade to truly flourish, we will need to develop a currency where value will be recognized no matter whose hands or tentacles it lies in. |
-60 |
||
Kinetic Weapon |
Gravitons don't interact with our conventional kinetic pulse cannons. It took parallel breakthroughs in particle science and cosmology to devise a mechanism for even manipulating them. But that done, we can fire charges at our enemies that will literally tear them apart from the inside. |
-242 |
| |
Hulls Critical |
When it comes to upgrading existing ships, there is no simple solution. Engineers must solve the problem of getting components out to ships in space and then devise safe methods to replace old weapons and armor with the latest and greatest technology. |
-75 |
| |
Wealth Trade |
All forms of trade are made easier if credit is involved, which greatly reduces the friction in submitting and receiving payment. But credit requires trust, and to do that with aliens requires great care. We'll have to come up with very special systems to manage it. |
-60 |
| |
|
A combination of DNA modification techniques and advanced computing systems has enabled us to begin customizing our very beings to better suit the environments around us. |
-290 |
| |
Non Military |
There are terrible things in this galaxy, beings and races who are bent on war. We will have a better chance of standing against them if we stand together with the more reasonable of our neighbors. |
-102 |
| |
Hulls Critical |
This poorly named set of techniques, doctrines, policies and technologies is more of a policy of organizing what goes on a given ship, so that we can fit much more. Contrary to what some have argued, we are not actually shrinking things inside our ships. |
-250 |
| |
|
Few people consider the sheer amount of communication and logistical coordination required to maintain our civilization as it spreads across the stars. This improved communications stack will make all that work far easier. |
-60 |
| |
|
As the heir of the Precursors, we know that our ships are more than tools: they are our loyal companions. |
-80 |
| |
Kinetic Weapon |
The Blackhole Gun is not a misnomer nor colorful exaggeration. It's a gun which fires blackholes. The blackholes are very small, to be fair - we're not reckless. But they are real, and if we don't like you, they are coming your way. |
-432 |
| |
Critical Hulls |
Strictly speaking, we are not able to generate gravity so much as we able to channel it. But if we do channel it, we can make off-world living much safer and more productive. |
-32 |
| |
Critical Weapon |
Tracking and targeting enemy ships pose significant challenges, given the astronomical speeds and vast distances involved - even at sublight speeds, vessels can move nearly as fast as light, often at distances spanning millions of kilometers.To overcome these difficulties, we've developed sophisticated targeting computers. Although these systems are sizeable and require considerable space, they are crucial to bridge the gap between near misses and successful strikes. These advanced computers enhance the accuracy of our attacks, offering a significant advantage in crucial combat scenarios. |
-16 |
| |
|
Collecting antimatter is a highly specialized process which our standard collection drones are ill-equipped to handle. This new dedicated breed should prove far more effective, or at least not blow themselves up nearly as often. |
-180 |
| |
Critical |
A systematic approach is needed when scanning, but the practice is considerably harder in subspace, where basic notions of distance and rotation aren't of much use. A new form of math is required. |
-26 |
| |
|
The raw resources we need for ships, starbases, and everything in between are out there. We just need to find them. This mission will redouble our efforts to do just that. |
-26 |
| |
Non Military |
Unlocks the Civilization screen and allows us to assign policies. |
-2 |
| |
Tech |
Certain types of research - particularly in material science and high energy fields - can only be done in microgravity environments. Dedicated facilities for this work in orbit should speed up the progress of our research efforts. |
-102 |
| |
Defense |
By siting our point defense cannons in coordinated batteries, we can ensure they manage their fields of fire far more effectively, and fill a far greater volume of space with defensive fire. |
-180 |
| |
Production |
On the edge of a singularity, matter is converted to energy with perfect efficiency. But unlike our earlier antimatter power plants, generators using this principle are far easier to scale safely. And we can use nearly anything for fuel. |
-276 |
| |
Growth |
This new form of minuscule recycling robot, capable of self-repair and reproduction, will ensure we let no resources go to waste. We'll just have to be careful what they decide is worth recycling. |
-80 |
| |
|
Once a Krynn has commenced along the Path, the next step is for them to find their Calling. It is though service to their Calling that the Krynn contribute to the overarching goal of our people, spreading the Krynniac Way. |
-102 |
| |
Wealth Critical |
We mustn't be clumsy when it comes to managing trade - a heavy hand will reduce the profits for all parties. But we can't leave it all to the private sector either. Our alien trade partners will certainly have the benefit of help from their governments. |
-26 |
| |
Carrier |
Thanks to our latest generation of fighters, designed to be more compact and packable, alongside their improved repair, reloading, and recovery facilities, we're now able to deploy high-capacity carriers. |
-90 |
| |
Kinetic Weapon |
Smaller isn't always better, but miniature is always cooler. By making use of interference effects within our better-winded kinetic weapon coils, we're now able to deliver the same amount of magnetic thrust to our far smaller projectiles, and thus make big things go bang much more efficiently. |
-102 |
| |
Defense |
During an impact, the physical material of armor doesn't go anywhere; it's just distorted into a shape that makes it far less effective. By using a new breed of fusible alloys within our plating, we can cause these holes and tears to restore themselves using the latent heat energy of the impact itself. |
-152 |
| |
Critical |
No mere outpost in orbit, a starbase is an extension of our very civilization, containing everything that makes us who we are. Including, not incidentally, our incredible defensive and ship-building capacity. |
-20 |
| |
|
Unlocking the latent potential within every individual, the Individual Divinity technology sets our citizens on a path of continuous evolution and self-improvement. Through spiritual, mental, and physical enhancement protocols, our people grow stronger, wiser, and more attuned to the cosmos each passing day, edging ever closer to a state of divine existence. |
-1200 |
| |
|
Working in and upgrading a completed vessel requires a degree of flexibility and precision which has generally been limited to skilled craftsmen. Until now. These new ship upgrade drones will easily allow us to keep our entire fleet equipped with our most cutting-edge technology. |
-126 |
| |
Tech |
We've long used computers to assist with our research, but this latest breakthrough will allow the computers to make deductive leaps themselves. At scale, this should still lead to a dramatic increase in the number of true breakthroughs we find. |
-126 |
| |
Non Military |
As our civilization grows, the need to establish robust and efficient trade networks across star systems becomes paramount. 'Interstellar Markets' represents a groundbreaking leap in economic infrastructure, enabling not just the exchange of goods, but also of ideas and innovations across vast distances. This technology lays the foundation for a network of markets that are interconnected through advanced logistics, data analytics, and AI-driven market forecasts, ensuring optimal trade routes and transactions. It allows for real-time adaptation to the dynamic needs of different worlds, promoting unprecedented economic growth and prosperity throughout our star-spanning empire. This technology is not just about commerce; it's about weaving a tapestry of cultural and economic unity across the stars, strengthening the bonds between diverse worlds and peoples. |
-330 |
| |
Defense |
By using cluster munitions in our missile countermeasure systems, the defensive rounds they fire will be capable of filling far more space with defensive shrapnel. |
-126 |
| |
|
The premise of an economic singularity is that capital will be instantly and precisely where it needs to be when it needs to be, leading to perfect economic efficiency. Long thought to be merely theoretical, our economic wisdom is now so advanced we may actually witness one. |
-1050 |
| |
Growth |
Having studied alien biology for some time now, we can confidently predict the effects our presence will have on it. The effects aren't good. We should labor to protect the environments in which we find ourselves, so that they will continue to protect us. |
-90 |
| |
Non Military |
In the vast expanse of the cosmos, where myriad civilizations converge, the art of negotiation becomes pivotal. The "Diplomatic Algorithms of Negotiation" technology represents a quantum leap in synthetic interpersonal dynamics. By deconstructing and simulating countless diplomatic scenarios and cultural intricacies, we've fine-tuned our protocols to understand, adapt, and resonate with diverse species. These advanced algorithms not only enhance our negotiation prowess but also expedite the establishment of harmonious ties. As we navigate the vast tapestry of galactic politics, this newfound expertise positions our robotic civilization as astute diplomats, forging alliances and understanding even in the most complex of interstellar relations. |
-42 |
| |
|
The coordination of labor and the spiritual health of our devoted workers can be tended to by specially trained curates Iwho have already mastered critical aspects of the Path. |
-150 |
| |
Critical Weapon |
In the grand cosmic scheme, our spacecraft, delicate as they are, could be likened to glass houses in a neighborhood fond of stone-throwing. Our approach to survival? Developing stones that are, metaphorically speaking, too swift for retaliation. Thus enters the exciting (if mildly concerning) world of space weaponry research. Our objective? Perfect the art of breaking glass without being home when the shards start flying. It's less about not throwing stones and more about ensuring ours are unforgettable. |
-12 |
| |
Non Military |
We're past the point of simply surviving on distant worlds. Now we must thrive there. We shall make a new form of government, one tuned to the organizational requirements of running a colony. |
-26 |
| |
|
We have improved the design of our citizens. And we can upgrade our current citizens to the improved design. |
-242 |
| |
Non Military |
It shouldn't take more than a few small tweaks to our media to make them more palatable to alien beings. Embedded translations, cross-cultural product placement, and UV and infrared-corrected palettes will be a good start. |
-100 |
| |
|
Molecular Fabrication is more than just a way to boost manufacturing: it can be used to improve everything, from more efficient weapons to more nutritious food. |
-12 |
| |
Growth Critical |
By integrating advanced planetary substrates, our robotic kin can seamlessly synchronize with the core of planets, enhancing our resource extraction and optimization capabilities. |
-24 |
| |
|
A surprising proportion of the resource collection process is simply dedicated to finding secure footholds for mining platforms to situate themselves. Fixed, semi-permanent factories on the surfaces of asteroids will enable resource collection on a whole new scale. |
-102 |
| |
Beam Weapon |
Using feedback loops, we can now synchronize the waves of energy we supply to a beam system, delivering far more powerful beams. This augmentation system should make all our beam weapons more potent. |
-90 |
| |
Missile Weapon |
By embedding true AI in our missile systems, our missiles will be more adaptable far more successful at evading enemy countermeasures. |
-276 |
| |
Defense |
If our countermeasure rounds coordinated their behavior with one another - not all picking the same target for instance - they could prove far more effective. We'll need to rewrite our defensive guidance systems, but this should be within our reach. |
-152 |
| |
Universal Translator Critical |
The same encoding patterns show up again and again in languages, even ones that evolved light-years apart. Having seen enough of alien languages to confirm our theories, our scientists are now capable of devising a truly universal translator. |
-0 |
| |
Critical |
Analyzing radiation across known spectrums will only get us so far. If we are to increase our understanding of the universe we need to see everything. |
-12 |
| |
 |
Some of our more gifted pilots have taken the Defensive Discipline to a new level. They can go into a trance, becoming one with their ships, and allowing them to control their ships as if they were their own bodies. This way, they are able to move through intensive fire without faltering. |
-60 |
| |
Defense |
It's long been observed by those who repair ships that armor panels which have already taken impact are significantly harder than their undamaged neighbors. If we can artificially induce this same effect, we should be able to create far sturdier vessels. |
-600 |
| |
Non Military |
A galactic civilization cannot exist if it takes hours or even years for messages to be sent and received. Hyperwave radio provides instantaneous communication regardless of distance. |
-12 |
| |
Defense Critical |
This revolutionary technology introduces advanced jamming techniques that make it more challenging for enemy systems to lock on. |
-50 |
| |
|
The same field technology we use to strengthen our ships can now be used to conduct partial repairs, straightening and reinforcing battle-damaged structural elements. |
-126 |
| |
Critical Hulls |
We need to better understand what is involved in traveling through bent space in order to make the most of it. This technology will allow us to disseminate to our captains new ways of traveling faster. |
-32 |
| |
|
The Krynniac Orders were founded to help Krynn take the last step on the Path, and find the Way. These Orders are the glue which hold the Krynn together, ensuring the Krynniac Way will eventually be found by all. |
-126 |
| |
Missile Weapon |
Our missile systems work best when fired in volume. Anything we can do on the supply side to make missiles cheaper will ensure that volume is present at the moment of truth. |
-210 |
| |
|
The Path of Shadows teaches that unbelievers will destroy themselves if given what they want most. Properly equipped with the right "merchandise," our traders can now profit from their customers' gluttony. |
-126 |
| |
Defense |
Light can be bent by gravity; this has been understood for centuries. But it's taken some time for us to be able to artificially generate gravity - albeit in a very localized way - enough to diffuse and deflect incoming energy attacks. |
-210 |
| |
Non Military |
A galactic civilization cannot exist if it takes hours or even years for messages to be sent and received. Hyperwave radio provides instantaneous communication regardless of distance. |
-100 |
| |
Non Military |
We've already seen glimpses of evidence that we're not alone in this galaxy. This presents an incredible danger, but also, perhaps, an opportunity. But also, let's stress again, danger. |
-0 |
| |
Kinetic Weapon |
Kinetic weapons require more than just equipment,they require a whole new way of practicing warfare. Everything from the tactics, targeting, and ship maneuvers needs to be adjusted to suit this new means of destruction. |
-210 |
| |
Terraform |
Although the base elements our plants feed on are the same anywhere in the universe, their bioavailability in local soils and organic matter differs widely. New varieties of crops, capable of adapting to these challenges on their own, should prove a boon to our food production. |
-90 |
| |
Growth |
As big as the universe is, we shouldn't be wasteful with it. Usable land is still a somewhat precious commodity. A new form of land management will ensure we make the most of it. |
-90 |
| |
Non Military |
A government agency dedicated to ensuring trust and safety for all citizens. |
-90 |
| |
Kinetic Weapon |
A new form of projectile, one which keeps much of its mass in a neighboring dimension, will allow us to fire relatively light rounds at incredible speeds. They'll only bring their full mass to bear on impact. |
-312 |
| |
Beam Weapon |
It's taken a couple generations of our plasma systems to work out the kinks, but now all of our battlefield research has paid off. We've just received delivery of these new, higher energy plasma weapon systems. |
-276 |
||
| [[File:|48px|frameless|left]] Defensive Meditation | The Champion's Temple trains Altarians in the intricacies of various martial techniques, and the reasons why even an enlightened species must sometimes use force to defend the weak. |
-60 |
| |
|
The rare mineral Promethion, now so valuable to our production, has long been collected almost by accident. A new type of extraction drone should substantially improve the odds of these happy accidents occurring. |
-180 |
| |
Beam Weapon |
Now that our beam weapons spend so much of their time in neighboring dimensions, it should be no surprise they're encountering a great deal more of the thermal blooming we observe when they're fired in our own atmosphere. But now, thanks to science, we can control this effect, and channel the energy lost back into the main flow. |
-380 |
| |
Non Military |
It's important to be clear: What we're doing is not mind control. It's better than that. We are showing aliens a better way of living. Our way of living. It's their own minds that are coming to these conclusions. |
-800 |
| |
Hulls Critical |
If we could move our bulkheads when needed, we could better maximize our space. With Flexible Bulkheads, the internals of our ships would be much easier to adapt for maximum storage. |
-200 |
| |
Defense |
The primary reason shields 'wear out' is due to energy dissipation. By dramatically increasing our dissipation networks - up to and including temporarily storing incoming energy to funnel back into our shields - we can ensure that our shields recharge faster than ever. |
-152 |
| |
Tech |
Whether it was due to constraints established by our own wisdom, or some hidden system of morality they possess, our AI systems thankfully view us benevolently. But in the field of research at least, it is their direction we follow, not the other way around. And they are never, ever wrong. |
-242 |
| |
|
Our business must grow. And when the galaxy doesn't provide us empty worlds to grow with, we may have to acquire them from other parties. Developing the tools and techniques to do that now is more than prudent. |
-60 |
| |
Beam Weapon |
Rapidly directing energy from our generating systems to our weapons is one of the primary bottlenecks in our beam weapon systems. A new form of superconductor should enable far greater energy velocities than we've seen before. |
-180 |
| |
Beam Weapon |
Much as we can now store energy for our weapons systems in neighboring realities, we could potentially send back parts of our enemies to those realities as well. Not all their parts in one place, though. If possible, we should scatter them among a handful of dimensions. |
-350 |
| |
Tech |
By arranging neural-mapping circuitry in n-dimensional cubes, and assigning each dimension to individual research domains, we can increase the odds of finding cross-domain connections, and exploiting the associated breakthroughs that are sure to follow. |
-152 |
| |
Food |
By establishing outposts in the less accessible corners of our new worlds, we'll be able to make better use of the land available to us. |
-50 |
| |
|
The reach of our civilization is ultimately limited by fuel. We will dramatically improve that reach if we can begin refining that fuel further up the gravity well. |
-42 |
| |
Defense |
By dedicating resources to material sciences and fabrication, we should be able to build denser, more resilient armor systems, and consequently, denser, more resilient spaceships. |
-80 |
| |
Beam Weapon |
Thanks to breakthroughs in capacitor design, we can now create beam systems in a far smaller form factor than ever before. |
-80 |
| |
|
The discovery of a fresh anomaly is one of the most exciting and pivotal moments a civilization can experience. We should redouble our efforts to find more of these boons. |
-32 |
| |
Wealth |
Tax breaks, coordinated advertising campaigns, and investment in shared infrastructure are just some of the activities a centralized department of tourism could do for us. We should invest in this now, and reap the rewards later. |
-26 |
| |
Non Military |
By adopting newcomers more readily into our cultural practices and ways of life, we'll create advocates for our civilization. Advocates who look and speak like the aliens around them, and are all the more convincing because of it. |
-150 |
| |
Defense |
Our scientists in other fields - particularly particle physics and planetology - regularly devise or stumble upon new materials that have potential as armoring substances. We should establish information sharing regimes so that their breakthroughs become ours. |
-102 |
| |
Kinetic Weapon |
Kinetic weapons don't take easily to explosive projectiles. It's taken a new form of exotic material to make a breakthrough, delivering projectiles with their latent explosive energy 'baked' in. |
-276 |
| |
|
The valuable metal Durantium has long been difficult to harvest cleanly from its natural ores. These new extractors, built specifically to match the exacting processes required, should improve our Durantium extracting efficiency greatly. |
-180 |
| |
| [[File:|48px|frameless|left]] Divine Fleets | Divine Temples can be installed on appropriately anointed vessels, providing all ships in a fleet a certainty of purpose that they are fighting a righteous cause. |
-60 |
| |
Tech |
Every month, our research ability will increase by a percent until we know all there is to know. The pace of technological developments has increased to the point we can no longer predict what we will discover next. The curve of knowledge-time is bending towards infinity. A generation or two ago, this concept would have sounded terrifying, but now we can see how glorious it will be. |
-1980 |
| |
Defense Critical |
Space isn't just big, it's dangerous. This is doubly true if there are aliens trying to destroy our ships. Space Doctrine sets up a department in our government designed to organize both public and private industry to work together, to ensure our civilization's survival. |
-100 |
| |
Defense Critical |
Space isn't just big, it's dangerous. This is doubly true if there are aliens trying to destroy our ships. Space Doctrine sets up a department in our government designed to organize both public and private industry to work together, to ensure our civilization's survival. |
-35 |
| |
Critical |
As the vastness of the cosmos beckoned, the limitations of traditional navigation became painfully evident. Enter Interstellar Cartography: the science and art of cosmic topography that uncovers the intricate weavings of spacetime. This revolutionary technology involves mapping the gravitational tides, black hole trajectories, and dark matter corridors on a scale previously thought impossible.Harnessing the power of quantum computing and leveraging the subtle nuances of cosmic radiation, scientists are able to chart the highways and byways of the universe. It's akin to having a GPS for the galaxy, where every pit stop, detour, and express route is revealed. These maps serve as the backbone for the next generation of hyperspace engines, allowing ships to navigate the stars with unprecedented speed and accuracy.Beyond merely mapping the physical space, this technology also taps into the frequencies and resonances of the cosmos. It’s not just about finding the quickest path, but also the most harmonious one. As a result, ships can now embark on journeys that are not only faster but more attuned to the very rhythm of the universe.In essence, Interstellar Cartography has transformed the way civilizations perceive and traverse the cosmos. It's no longer about merely reaching the stars; it's about understanding their dance. |
-32 |
| |
|
There have always been those who cannot find the Path, and even some who threaten its existence. To combat these influences, the Krynniac faith has established the Path of Shadows, whose followers preserve the prosperity of the Krynn in their own way. |
-80 |
| |
Critical |
Studying a few Precursor relics, we've been able to detect patterns which have allowed us to build a framework which should greatly aid future Precursor research efforts. |
-126 |
| |
|
It has long been understood that one object traveling at warp experiences less drag when traveling in the wake of another. But a new drive may soon make it possible for a vessel to effectively travel in its own wake. |
-200 |
| |
|
Thulium requires a precise combination of quantum effects to be separated from the minerals in which it's commonly found, which can only be done at great energy and cost. A new chain of effects has been discovered which should make this process far more efficient. |
-180 |
| |
|
We've used various forms of automation in our production processes since long before we reached the stars. But this latest advancement increases the amount of autonomy these devices can have, creating fleets of drones that will massively increase our production capacity. |
-40 |
| |
Hulls Critical |
Battle Cruiser Doctrine is a crucial technology that enables the construction of highly advanced and powerful battle cruisers for our fleet. These formidable warships are designed to strike fear into the hearts of our enemies, and secure our civilization's place among the stars.The Battle Cruiser Doctrine establishes a specialized division within our government and military infrastructure, devoted to the development, deployment and maintenance of these awe-inspiring vessels. By coordinating the efforts of public institutions, private contractors, and military strategists, the doctrine ensures the seamless integration of cutting-edge technology, superior firepower, and tactical expertise into the design of our battle cruisers. |
-100 |
| |
|
By channeling more resources into the specialized equipment required for artifact research, we'll be able to unlock the secrets of alien artifacts faster than ever before. |
-90 |
| |
Non Military |
For too long our cultural efforts have focused on low-hanging fruit, capturing the interest of only the most easily amused aliens. It's worked, but by tuning our cultural output to more refined alien tastes, we'll be sure to see greater effects. |
-200 |
| |
Non Military |
With a strong enough leadership, some of our largest ships could be considered sovereign territory. |
-126 |
| |
|
We have mastered the ways of this Universe. Now we can use our knowledge to better interact with the natives, further spreading our influence in the galaxy. |
-102 |
| |
|
Unbound by the limitations of flesh, a technology can improve all of our citizens at once. |
-152 |
| |
Critical Weapon |
In the grand cosmic scheme, our spacecraft, delicate as they are, could be likened to glass houses in a neighborhood fond of stone-throwing. Our approach to survival? Developing stones that are, metaphorically speaking, too swift for retaliation. Thus enters the exciting (if mildly concerning) world of space weaponry research. Our objective? Perfect the art of breaking glass without being home when the shards start flying. It's less about not throwing stones and more about ensuring ours are unforgettable. |
-12 |
| |
Non Military |
Our civilization has certain undesirable elements that are not useful to us when acting on their own. However, once captured they can become valuable assets. |
-90 |
| |
Defense |
Projectiles aren't invisible - our sensors can easily see what's about to strike us. By channeling hardening fields into the areas where impacts are anticipated, we can make our armor more effectively resilient for almost no cost at all. |
-242 |
| |
| [[File:|48px|frameless|left]] Navigational Expertise
Growth |
The best navigators in the galaxy are completely reliant on our Navigation Network. The Guild they've formed to regulate its use has given us access to navigational knowhow from across the galaxy, giving our civilization unrivaled navigation techniques. |
-90 |
| |
Non Military Critical |
The multiplicative effect a good leader can have on their people cannot be underestimated. The decisions they make can cause everyone around them to become more productive. We need to stop finding good leaders by chance. |
-26 |
| |
|
Our teams have found a way to install a portable version of the Integrity fields they use when building ships within the ship itself. |
-90 |
| |
|
At the end of the Path one finds the Way. The Way reveals the truth of our universe to those who behold it, and teaches those so enlightened that they must forever help others walk the Path, until all beings in the universe live as one. |
-152 |
| |
Defense |
Armor is the most conceptually straightforward of defensive systems, but in that simplicity lie many intricacies we will need to master. We can't simply strap weight onto to our ships without compromising their effectiveness. A more subtle solution is needed. |
-60 |
| |
Non Military |
By adopting newcomers more readily into our cultural practices and ways of life, we'll create advocates for our civilization. Advocates who look and speak like the aliens around them, and are all the more convincing because of it. |
-600 |
| |
| [[File:|48px|frameless|left]] Navigation Network
Growth |
Our interstellar navigators have built a vast network that spans the galaxy. A headquarters where they can direct this network and better coordinate their knowledge will increase their mastery of interstellar space, allowing our ships to move through the galaxy with a surety undreamed of by lesser races. |
-80 |
| |
Critical Hulls |
This new family of materials, made possible by a breakthrough in materials science, will enable us to build stronger, tougher, and better looking vessels than ever before. |
-126 |
| |
Critical Weapon |
Tracking and targeting enemy ships pose significant challenges, given the astronomical speeds and vast distances involved - even at sublight speeds, vessels can move nearly as fast as light, often at distances spanning millions of kilometers.To overcome these difficulties, we've developed sophisticated targeting computers. Although these systems are sizeable and require considerable space, they are crucial to bridge the gap between near misses and successful strikes. These advanced computers enhance the accuracy of our attacks, offering a significant advantage in crucial combat scenarios. |
-100 |
| |
Wealth |
We've always advertised our civilization's wonders and great cultural value. But now we are doing more, not just passively showing what we have to offer, but explicitly seeking out aliens and foreigners who will be the most receptive to our civilization's charms. |
-102 |
| |
Universal Translator Critical |
The same encoding patterns show up again and again in languages, even ones that evolved light-years apart. Having seen enough of alien languages to confirm our theories, our scientists are now capable of devising a truly universal translator. |
-0 |
| |
Non Military Critical |
The Interstellar Cabinet serves as the critical governing nucleus of our galactic civilization. It comprises esteemed ministers from key departments such as Health, Defense, Justice, Production, and Finance. Together, they adeptly steer our burgeoning multi-star civilization, balancing growth, wellbeing, and prosperity across numerous systems. |
-80 |
| |
Defense |
The energy our shields absorb doesn't disappear - that's impossible, at least in this universe. It has to be vented somehow, and we will need to research new technologies to do it without getting harmed in the process. |
-80 |
| |
Tech |
To date, most of our quantum computing systems have been little more than prototypes, requiring a great deal of care and operator intervention to use. Our latest developments will allow for denser, more deeply layered computing substrates, which will not only be more effective but also more maintainable. |
-80 |
| |
Tech Critical |
Having sent many of our best minds to live on our new colonies, we should now put them to work, studying the worlds and space around them. But to do that, they'll need facilities. |
-42 |
| |
|
Our planetary resource extraction has long been limited to the mere crust of the globes we inhabit. No longer. Deep core mining will enable us to extract resources at rates we have never seen before. |
-180 |
| |
Defense |
By increasing the number of shield emitters we install on our ships, we can ensure no single sector is overwhelmed by incoming energy, allowing networks of shield emitters to support one another. |
-126 |
| |
Kinetic Weapon |
We've finally found a way to use the same principles behind our hyperdrives to accelerate projectiles. Using elongated hyper fields, our projectiles can travel in compressed space and reach incredible velocities. |
-180 |
| |
Non Military |
We need to remove the barriers - legal, social, economic - preventing our people from settling outside our civilization. This won't be a loss to us, but a gain, an emigration that will help spread our civilization further than we ever could ourselves. |
-400 |
| |
Beam Weapon |
Beam weapons will deliver our will upon enemies at the speed of light. But to make them feasible at ship scales we will require energy supplies, capacitors, collimation systems, and a variety of other related technologies. We will establish a dedicated field of research to begin tackling these challenges. |
-42 |
| |
| [[File:|48px|frameless|left]] Jihad | The galaxy is filled with close-minded individuals who resist being shown the Path, or even struggle against it. They must be dealt with harshly. Our own salvation rests on their conversion. |
-60 |
| |
Critical Hulls |
Making ships larger is more involved than just adding stuff to them. Ensuring that they don't collapse under acceleration is the real challenge, but it's an effort that does go appreciated by our crews. |
-500 |
| |
Non Military |
These are confusing times for our people, who have many questions about our place in the universe. We need a new guidestar, informed by interstellar realities, yes, but also one based on our own history and the words of our great prophets. |
-60 |
| |
Defense |
Directed energy beams are a potent new weapon our enemies often wield. Counteracting them will involve a new field of science using equal or greater amounts of energy arranged in defensive fields. |
-60 |
| |
Non Military |
For a colony to be effective, it must be filled with many, many people. They will not always agree. We must come up with a system for managing people and their many sins and flaws, a system flexible enough to work on a variety of worlds. |
-50 |
| |
Non Military |
A new longitudinal study has revealed the effects our culture has on alien minds. We shall use this knowledge, along with the latest market research on rapidly flashing colors, to compose media more appealing than ever before. For we now know what they like better than they do. |
-800 |
| |
|
With the resources and energy available to ground-based structures, we're now able to construct a shielded dome with so many layers of redundancy that it's effectively invulnerable to any orbital bombardment. |
-90 |
| |
Defense Critical |
Space isn't just big, it's dangerous. This is doubly true if there are aliens trying to destroy our ships. Space Doctrine sets up a department in our government designed to organize both public and private industry to work together, to ensure our civilization's survival. |
-35 |
| |
Growth |
A regular challenge on alien worlds is finding enough clean water to grow our plants. Hydroponic techniques, when employed carefully, can grow far more food with far less water. |
-50 |
| |
Invasion |
Everything is more difficult on the surface of an unfamiliar world, and that includes avoiding being shot. We should establish a dedicated branch of the military that specializes in the dangerous art of planetary invasions. |
-102 |
| |
Missile Weapon |
The Adaptive Missile System uses targeting information from peer missiles to inform decision making both by the current flock and later salvos. They're always learning. |
-180 |
| |
Wealth Trade |
Money is what will detemrine who rules this galaxy. And the civilization who controls the most trusted form of currency will be in the best position to control the flow of money. In the vast cosmic expanse where myriad civilizations vie for dominance, a profound understanding of economic structures is indispensable. The "Trade Networks" technology represents a sophisticated endeavor aimed at achieving an economic zenith: positioning one's currency as the epicenter of the galactic economy.Within this ambit, a reserve currency transcends its rudimentary function as a transactional medium. It emerges as an emblem of economic prowess—a universally acknowledged benchmark against which the financial robustness of other currencies is gauged. The custodian of such a formidable currency enjoys manifold advantages, ranging from facilitating frictionless interstellar commerce to securing preferential exchange rates. More significantly, this custodianship bestows upon its holder a potent instrument in the orchestra of diplomatic and economic dialogues.Beyond its transactional supremacy, the galactic reserve currency serves as a bulwark against economic vicissitudes. It becomes a coveted asset, zealously accumulated by civilizations galaxy-wide, thereby perpetuating its demand and reinforcing its fiscal stature. The strategic privilege of directing monetary policies, afforded to the progenitor of this currency, wields the power to sculpt the contours of the overarching galactic economy.In essence, the pursuit of the Trade Networks technology is not merely a quest for economic ascendancy; it represents a philosophical commitment to reshaping the very sinews of galactic commerce, diplomacy, and power dynamics. |
-30 |
| |
|
Our mastery of resource extraction at the macro level has now been matched at the subatomic level. No longer will resources be discarded for being difficult to extract. We have achieved a nearly perfect mining efficiency. |
-152 |
| |
|
With the advancement of Coordinated Travel, our fleets and convoys can move in perfect harmony. This technology uses advanced algorithms and real-time data streams to ensure our fleets can move through friendly space at speeds previously thought impossible. |
-2200 |
| |
Critical Terraform |
Worlds once thought uninhabitable are now open to us, ready to be conquered by both our mastery of planetary science, and the hardiness of our colonists. |
-60 |
| |
Missile Weapon |
There are distinct maneuvers and tactics unique to missile warfare on which we need to train our ship commanders. Range management and flocking behavior alone could fill textbooks. |
-102 |
| |
Critical Hulls |
Orbital Ship Assembly is an innovative technology that revolutionizes the way we construct and customize our starships. By moving the shipbuilding process into orbit, we can take advantage of the unique properties of the space environment, significantly increasing our production efficiency, and allowing us to integrate a greater variety of equipment and systems onto our vessels. |
-102 |
| |
Beam Weapon |
A 'polyphasic decoherence effect generator,' while perhaps a more accurate name, does not have the same emotional weight as 'Doom Ray.' We think our enemies will appreciate the difference. |
-432 |
| |
Critical Weapon |
Spaceships are fragile things, and it's no great feat destroying them. The real art is destroying the enemy before they do it to you first. New equipment will be required if we hope to come out on the right side of that calculation more often. |
-32 |
| |
Beam Weapon |
A new breakthrough has allowed us to accelerate small particles at incredible speeds. The sheer weight of these particles, to say nothing of their enormous temperature, should ensure anyone on the receiving end will have a very bad day. |
-242 |
| |
Growth Critical |
Getting agreement on a unified food production plan is non-trivial. We are pleased to report that we can now define vast areas of a planet's surface to be used for the growing of food. |
-24 |
| |
Growth Critical |
There's little point to building ships to go places if we can't keep our people alive when they get there. These new life support systems will increase the operating range of our ships substantially. |
-60 |
| |
|
We have advanced far beyond hybrids, mutations, and grafted plants. This new generation of designer plants includes those that produce phosphorescent fields, fruit from air, and enrich the soil they live on. |
-90 |
| |
Hulls Critical |
Dreadnought Doctrine is a groundbreaking technology that allows our civilization to design, build, and deploy the most awe-inspiring and fearsome class of starships: the Dreadnoughts. These gargantuan vessels represent the pinnacle of our military prowess, combining unparalleled firepower, unmatched durability, and the most advanced technology to assert our dominance across the cosmos.The Dreadnought Doctrine calls for the creation of an elite division within our government and military, dedicated to the mastery of these extraordinary war machines. This division will collaborate with top scientific minds, cutting-edge engineering companies, and visionary military strategists to ensure our Dreadnoughts are outfitted with the most powerful weapons, the sturdiest armor, and the most sophisticated support systems known to our civilization.With this knowledge in hand, our civilization will have access to these monumental starships, which will redefine the very essence of space warfare. Dreadnoughts are the ultimate expression of our civilization's strength and determination, dwarfing all other ship classes with their staggering size, unyielding resilience, and unparalleled destructive capabilities. They are designed to spearhead our fleet, leading the charge into battle and striking fear into the hearts of our adversaries.With the Dreadnought Doctrine in place, our civilization will be able to command the most formidable force the galaxy has ever seen, ensuring our supremacy and safeguarding our people's future in a vast and uncertain universe. |
-800 |
| |
Critical |
With the right twists and tweaks, we can bend the alien environments we encounter to suit our needs, instead of laboring to adjust ourselves. No longer will we be bound by their natural limits. |
-50 |
| |
|
By making using of artificial wombs, equal or even superior to their natural counterparts, we can dramatically increase the birth-rate when we settle new worlds. No longer will our growth be limited by the number of people we start with. |
-90 |
| |
Defense |
To date, the density of a material has always been intrinsic to its structure, a fact of the universe previously unchangeable by us. But thanks to the discovery of a new scientific field which is capable of reducing intra-atomic distances, all of our materials can be made denser, and thus hardier. We're literally improving the universe here. |
-180 |
| |
|
Unbound by the limitations of flesh, a technology can improve all of our citizens at once. |
-242 |
| |
Tech Critical |
The intricate lifecycle of our species requires dedicated spaces where the next generation can be nurtured, protected, and prepared for the challenges of the cosmos. Hatcheries are not mere breeding grounds. They are crucibles of evolution, innovation, and communal effort. Every hatchery pulsates with the rhythm of countless lives, waiting to be ushered into our vast collective. This technological advancement goes beyond mere architecture or biology. It taps into the very essence of our species' resilience and adaptability. By refining and enhancing our hatcheries, we not only increase the strength and numbers of our swarm, but we also imbue each new individual with the knowledge and capabilities gleaned from countless generations before. But the journey to perfect our hatcheries is laden with challenges. It requires a deep understanding of our biology, a commitment to protect each egg from potential threats, and the foresight to prepare each newborn for a universe filled with unknowns. In pursuing the Hatcheries Advancement, we are not only ensuring the future of our species but also echoing our timeless values and unwavering dedication to the swarm. With each hatchery, we are sowing the seeds of our legacy, ensuring that our song resonates throughout the galaxy, now and forever. |
-24 |
| |
Growth |
Some of the alien flora we find has nutritional value we can begin exploiting, either by directly harvesting, or by grafting on to some of our more traditional crops. |
-60 |
| |
Non Military |
Before the Precursors there were beings known as the Mithrilar. Their actions and technology appear to be responsible for what we now call reality. 'Action' may be the wrong word though - the Mithrilar were strange creatures. We must study more. But even this incomplete knowledge has granted us immeasurable inner-strength. |
-152 |
| |
Missile Weapon |
Missile systems enable on-the-fly targeting adjustments, rendering most forms of evasive maneuver pointless. This new Avenger system will show how dangerous and flexible missile warfare can be. |
-160 |
| |
Missile Weapon |
Photonic Warheads release terrifically high energy photons on impact, far beyond what is released by mere fusion reactions. Our scientists are a little shaky on the details, but that hasn't stopped them turning it into a weapon. |
-242 |
| |
Wealth |
If we make it easier for aliens to visit our worlds, they will bring their wealth with them. There are other cultural benefits, to be sure, probably. But the accountants seem very excited about the money. |
-60 |
| |
Critical |
Anyone with a spaceship and bad piloting skills can smash a rock. But it takes careful planning and ability to actually extract useful resources in the process. |
-24 |
| |
|
Having observed the effects of hyperdrive for some time now, our physicists believe a new, more advanced form of propulsion can be developed based on a principal of nested hyperspace bubbles in a system they call 'warping.' |
-102 |
| |
Critical |
Starbases are upgraded through modules. This technology allows our shipyards and core worlds to produce those modules, which can then be added to a selected Starbase. |
-50 |
| |
Weapon |
Moving our ship construction operations to micro-gravity environments will eventually allow for the construction of massive structures. We're not quite there yet, the first step was always going to be the most difficult. |
-10 |
| |
Defense |
Directed energy beams are a potent new weapon our enemies often wield. Counteracting them will involve a new field of science using equal or greater amounts of energy arranged in defensive fields. |
-160 |
| |
|
By studying what we know of the future, we are able to influence the fate of this dimension. |
-126 |
| |
Defense |
This revolutionary technology introduces advanced jamming techniques that make it more challenging for enemy systems to lock on. |
-160 |
| |
Critical |
Moving our manufacturing operations to micro-gravity environments will eventually allow for the construction of massive structures in space. We're not there yet, but this first step was always going to be the biggest. |
-60 |
| |
Non Military |
As our civilization adapts to being multiplanetary, we find ourselves at a crossroads, necessitating a profound reimagining of our economic and philosophical foundations. This technology is better described as a massive thesis put together by our greatest minds. It is not just a tool; it's a paradigm shift, reshaping our understanding of resource allocation, security, and interstellar cooperation.The first step in this journey is the reconceptualization of space-time as a fundamental aspect of our supply chains. Distances once thought insurmountable now form the veins through which the lifeblood of our economy flows, connecting distant worlds with exotic resources. This requires an innovative approach to logistics and resource prioritization, where the traditional notions of proximity and accessibility are replaced by a holistic view of galactic abundance.This expansion also brings us into contact with alien civilizations, each with their unique economic systems and philosophical doctrines. It challenges us to redefine 'security' beyond the militaristic, considering the protection of our supply lines, intellectual properties, and the ethical implications of resource extraction. Here, economists and philosophers alike ponder the balance between competition and cooperation, scarcity and sustainability, in a universe abundant yet divided.Moreover, the interaction with alien cultures enriches our own economic and philosophical discourse. We are now examining concepts like value and wealth not as absolutes but as constructs that can vary dramatically between different sentient beings. This has given rise to new economic models that factor in not just material wealth but also cultural and intellectual richness, fundamentally altering how we perceive trade, diplomacy, and interstellar relations.In essence, the Economic Development technology is a reflection of our evolving identity as a species — one that now looks beyond planetary horizons and sees not just challenges, but a tapestry of opportunities that span the cosmos. It's a journey that redefines what it means to be human in an era of interstellar coexistence and cosmic exploration. |
-42 |
| |
Defense |
A shocking amount of the energy output of our shields goes to waste, directed entire arc-minutes off-axis from incoming strikes. By better tuning our shield emitters to more precisely focus on the incoming energy, we can produce stronger, more effective shields. |
-276 |
| |
Beam Weapon |
We've discovered a new and more precise way to manufacture the focusing crystals used in beam systems.. These forged systems should prove far more potent than previous models. |
-70 |
| |
Tech |
Quantum computing won't lead to the nearly magical benefits some think, but it should still make it possible for our researchers to approach entirely new classes of mathematical problems with new confidence. |
-60 |
| |
|
One limit of our existing sensor technology is how infuriatingly complicated it all is, requiring a great deal of processing power to make sense of any of it. A new breakthrough in visualization will allow users to simply project their sense of perception, allowing us to see far more clearly at the extremes our technology can reach. |
-102 |
| |
Defense |
Missiles are fragile things themselves, and can be easily destroyed if they pass through a small cloud of shrapnel. Anti-missile systems, which track and destroy these incoming attacks, will be a great asset for our ships. |
-80 |
| |
Growth |
We've reached the point where we no longer need to adapt our agricultural needs to meet the local environment, and can now modify the environment to meet us at least halfway. |
-50 |
| |
Diplomacy |
The galaxy wants to believe every word we say. So sterling is our reputation that our diplomats often find whole worlds begging to join our culture. The pen hasn't just beaten the sword; it's humiliated it. |
-210 |
| |
Growth |
We've reached the point where we no longer need to adapt our agricultural needs to meet the local environment, and can now modify the environment to meet us at least halfway. |
-50 |
| |
Defense |
Missiles can contain enough explosive energy and shrapnel to shred our ships. The best countermeasure is to destroy them before they reach our ships. We should research countermeasure systems which can do just that. |
-60 |
| |
Production |
Fusion has proven to be a remarkably difficult technology to master, having stayed just out of reach of our scientists for decades now. But this time we've finally done it, and our manufacturing will benefit greatly. |
-100 |
| |
|
It's taken near-simultaneous breakthroughs in medicine, computing, and ethics to reach this point, but we can now finally clone ourselves. Our population's character shouldn't be left up to genetic chance. |
-90 |
| |
|
Over the ages, we have learned that to get the most of a world, you must understand its strengths and weaknesses. By studying a world before we build on it, we have found we can improve the overall quality-of-life for all its citizens. |
-90 |
| |
Non Military |
The advent of 'Interstellar Investments' marks a significant milestone in our civilization's economic evolution. This technology encapsulates the development of sophisticated investment strategies that transcend planetary boundaries, tapping into the immense potential of a galaxy-wide economy. By leveraging advanced predictive analytics, quantum financial modeling, and decentralized blockchain networks, it allows for secure, efficient, and highly profitable investment opportunities across diverse sectors and star systems. This approach not only boosts our economy but also fosters the growth of nascent industries and emerging markets on frontier worlds, driving innovation and prosperity on a galactic scale. 'Interstellar Investments' isn't just about financial gains; it's about cultivating a thriving, interconnected galactic community where the flow of capital catalyzes progress and unity across countless star systems. |
-330 |
| |
Kinetic Weapon |
Railguns use arrays of magnets to accelerate projectiles at terrifying velocities, all without any of the hassle or inherent danger of handling explosive propellants. |
-42 |
| |
Diplomacy |
To know us will be to love us. The Sanctuary technology focuses on building zones of unparalleled safety, both in terms of defense and societal well-being. Through advanced shielding, rapid-response systems, and a culture of care, these sanctuaries ensure that in times of crisis, our people have an unwavering beacon to turn to.Every month our diplomatic ability will increase until every civilization cannot help but love us. |
-1800 |
| |
|
It's not enough to travel faster than light, not any longer. We need to go farther, faster. And with these latest proposed adjustments to our hyperdrives, we should be able to do just that. |
-60 |
| |
Invasion Critical |
Invading another planet is a complicated business, requiring well-trained troops, dedicated equipment, and no small amount of good fortune. We should focus our efforts toward achieving as much of this as possible. |
-90 |
| |
Critical Weapon |
The galaxy and its people must be destroyed if it is to be reborn under our rule. A prototype Siege Ship will bring our might to the weak very quickly. |
-12 |
| |
Non Military |
Our pursuit for immortality is not limited to individuals but extends to our civilization's achievements and wisdom. The Glorious Legacy technology establishes advanced archiving, conservation, and broadcast methods to ensure our culture, discoveries, and stories resonate through the cosmos, forever untouched by time's decay.This manifests in the non-trivial fact that we have had to reconcile our own beliefs and faiths with the fact that we know, for a fact there there was a Precursor civilization that was created by a set of beings called the Mithrilar. These beings split into the Arnor and Dread Lords who fought each other before most species in this galaxy even evolved. This perfect understanding allows us to intuitively use their works as if they were our own. |
-2200 |
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The Path is the primary doctrine of the ancient Krynniac religion. It is the set of core teachings, ideals, and laws that the Krynn must live by to bring them closer to learning the true Way of the universe. |
-80 |
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Kinetic Weapon |
A breakthrough in particle sciences has enabled us to fire particles which are technically massless, at least until a quantum chain reaction decays to a certain point. By mixing these particles with conventional matter, we can fire practically wafer-thin projectiles which become far heavier on the way to their target. |
-600 |
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Critical |
No mere outpost in orbit, a starbase is an extension of our very civilization, containing everything that makes us who we are. Including, not incidentally, our incredible defensive and ship-building capacity. |
-12 |
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Critical |
No mere outpost in orbit, a starbase is an extension of our very civilization, containing everything that makes us who we are. Including, not incidentally, our incredible defensive and ship-building capacity. |
-12 |
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Non Military |
Imitation is far more than the sincerest form of the flattery. It is a form of conquest. If the people of alien worlds begin talking like us, acting like us, and thinking like us, they become us. |
-800 |
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Non Military |
Among the Mithrilar, two stand tall: Draginol and Mascrinthus. Friends, maybe foes, or possibly of a relationship unknowable to us, it was their actions, or even mere existence, that has led to this all. Immeasurably ancient beings, yet it feels like we know them. Like they've been with us all this time. |
-180 |
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Critical Weapon |
Tracking and targeting enemy ships pose significant challenges, given the astronomical speeds and vast distances involved - even at sublight speeds, vessels can move nearly as fast as light, often at distances spanning millions of kilometers.To overcome these difficulties, we've developed sophisticated targeting computers. Although these systems are sizeable and require considerable space, they are crucial to bridge the gap between near misses and successful strikes. These advanced computers enhance the accuracy of our attacks, offering a significant advantage in crucial combat scenarios. |
-16 |
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Non Military |
Unlocks the Civilization screen and allows us to assign policies. |
-2 |
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Our crews have tasted the lash of slavery, but they have not broken. Now they and their ships have the ability to withstand even the harshest onslaughts. |
-60 |
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Non Military |
A number of important new theories have been developed to account for the realities of interstellar commerce. We now better understand the costs of shipping, the relative values of items depending on their place in the gravity well, and the potential value of items to alien species. Our economics should reflect this newfound wisdom. |
-60 |
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Defense Critical |
It won't take much to motivate our civilians to defend themselves. But it will take organizational ability, tactics, and of course equipment. Rifles and boots by the million, to start. |
-35 |
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The Resource Extraction Doctrine is a systematic approach to resource management on a galactic scale. Guided by a predictive intelligence which monitors our production needs and supply chains, we harvest resources more efficiently and effectively than ever before. |
-126 |
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Growth |
If we can't feed ourselves on the worlds we visit, there's little point in being there. The science says our crops should work. But we're going to have to adapt nearly every agricultural technique we have to do it. |
-60 |
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Construction is one of the tasks best suited for drone-based automation, but the sheer scale of it has limited our use of the technology until now. These new construction drones should make a massive difference. |
-102 |
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Missile Weapon |
Missile systems enable on-the-fly targeting adjustments, rendering most forms of evasive maneuver pointless. This new Avenger system will show how dangerous and flexible missile warfare can be. |
-42 |
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Terraform |
It's taken a surprising amount of engineering effort to tackle the challenge of inhabiting aquatic worlds, given the pressures involved. But we've done it, and whole new undersea horizons now lie open to the colonists who intend to settle there. |
-90 |
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Critical Hulls |
Strictly speaking, we are not able to generate gravity so much as we able to channel it. But if we do channel it, we can make off-world living much safer and more productive. |
-32 |
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These new drones, capable of navigating interstellar space autonomously, provides our fleet resupply network with a new degree of flexibility and effectiveness. |
-80 |
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Wealth Trade |
Taking the brakes off our civilization's trade policy poses several great risks. The profit potential is enormous, but we'll have to ensure we have adequate information and monitoring policies in place first. |
-80 |
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Invasion |
While the precise design of the redoubt will be informed by the terrain around it, its function will always be the same: an impossibly tough defensive structure, with carefully arranged layers of defenses. Few invading forces will be capable of capturing one, and none will enjoy trying. |
-126 |
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A general-purpose drone is easier said than done. The sheer variety of activities we require of drones means the number of tools one would need to carry impractical. But by making drones reconfigurable - by other drones themselves - a cloud of drones can genuinely serve almost any purpose we can imagine. |
-152 |
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Non Military |
If we're not careful, our trade will be siphoned off by pirates and criminals. A ministry dedicated to law enforcement will ensure this is stopped, or at least directed to pirates and criminals of our choosing. |
-80 |
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Our pilots have learned to link with their ships, and though disciplined thoughts, they can now maneuver their ships with a nimbleness far beyond normal manual control. |
-60 |
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Despite our best efforts, others often come into possession of various bits of money. By giving them a place to trade, we can boost their productivity, improving manufacturing and research. And take their money. |
-126 |
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The Path does not permit exploitation without authorization. Authorization is granted to those that walk the Path of Shadows, who are then free to collect tithes from devoted merchants and bankers to ensure their businesses suffer no misfortunes. |
-102 |
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With a little persuasion, we have been able to convince many of our researchers to leave there cozy research centers, and do some practical studies onboard our ships. The result has been an impressive increase of our average ship speeds. Unfortunately, the researchers will need to return to their offices before too long, unless we continue to fund this endeavor. |
-1000 |
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Production Critical |
All of our manufacturing processes will need to be adjusted to suit different planetary environments. The gravity's different, the water's different, the background radiation is different. Until we do this, our manufacturing output will be sorely limited. |
-38 |
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Non Military |
We thought we understood diplomacy from our own history, dealing with our own kind. But diplomacy with aliens is an order of magnitude more complicated, and will require special expertise and training to even begin. The handshake etiquette alone seems nearly impossible. |
-42 |
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Non Military |
We've already seen glimpses of evidence that we're not alone in this galaxy. This presents an incredible danger, but also, perhaps, an opportunity. But also, let's stress again, danger. |
-0 |
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Beam Weapon |
Beam weapons will deliver our will upon enemies at the speed of light. But to make them feasible at ship scales we will require energy supplies, capacitors, collimation systems, and a variety of other related technologies. We will establish a dedicated field of research to begin tackling these challenges. |
-160 |
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Non Military |
Now that peoples across the galaxy are hooked on our media, we should use their enthusiasm to spread our values further. Subtle messaging campaigns, well timed endorsements, and tasteful subliminal effects will ensure our values become the galaxy's values. |
-150 |
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Tech |
Those who oppose us cannot withstand the Unity. Every month our attack power will increase. Forever. For our entire history, we have considered computers a tool, something that we exploit. That simple thinking has become unbalanced however, and our relationship with these powerful devices is changing. |
-1810 |
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Our mastery of tourism is finally paying dividends. All who visit our worlds find themselves filled with the urge to return home and extol the virtues of the Path to their own kind. |
-126 |
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On one of the worlds we've settled, we've discovered a plant with unusual regenerative properties. Having isolated its active ingredient and made it safe for use, this breakthrough should improve the health and longevity of all our people. |
-250 |
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For some time now, the main barrier to building larger ships was a matter of logistics, of getting all the necessary materials, people, and equipment into the right place at the right time. We're doing this better than ever, and our ships will grow ever larger for it. |
-180 |
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Growth |
The capitals of our colonies are makeshift by nature, built on-the-fly to meet the varying demands of a rapidly growing populace. But by a certain point, they inevitably need to be refitted to bring them up to modern standards. This project will do just that. |
-50 |
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Our manufacturing sector sometimes finds itself at the mercy of market forces beyond its control. A small, artificial stimulus can help it weather these difficulties, or provide a boost in times of great need. |
-1560 |
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Non Military |
This technology delves deep into understanding alien cultures, from adapting to their environmental needs to mastering intricate social customs. It's a pivotal step in fostering robust diplomatic relations and seamless trade, ensuring that interactions are respectful, productive, and mutually beneficial. |
-42 |
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