All Components

Power Core component used primarily in Amarr ships. A component in various other technology as well.

Auto-Integrity Preservation Seals are specialized components used for automatic damage control in key space vessel zones where crew and other personnel aboard ship are operating. While most ships have a variety of internal forcefields, bulkhead dividers, air-locks and similar systems built into the basic design, breaches of all kinds can occur in the heat of space combat. To address small but potentially dangerous breaches, temporary force-fields, smart materials and nanotechnology have often been used but can be energy intensive or use otherwise valuable resources such as nanite paste. The new auto-integrity technology takes a leaf out of the Triglavian Collective's book and uses mutaplasmid technology as the inspiration for cheaper, standard components that release biotech nanobes tailored to seek and repair microfractures and other defects threatening physical compartment integrity.

Complex and powerful propulsion packs that use radiation absorption as the motive power for capital ships using Triglavian singularity technology.

Power Core component used primarily in Amarr ships. A component in various other technology as well.

Gigantic sheets of reinforced armor plating, manufactured for the construction of capital ships.

A multiple-thousand kilojoule capacitor battery, engineered for use in capital ships.

Sheets of massive metal which link together to form a multiple-thousand-cubic meter cargo bay, for insertion into capital ships.

Sheets of massive metal which link together to form a fully functional clone vat bay, for insertion into capital ships.

Onboard electronic interfaces and data banks, required for the operation of capital ships.

Various mechanical and electronic parts for the construction of capital ships.

Capital Core Temperature Regulators are advanced, supplementary systems used to regulate, mitigate and recycle surplus heat energy developed by capital ship reactor cores. Refits to empire navy fleets in response to the Triglavian Invasions often increased the overall power requirements of vessels, by upgrading or adding defensive and offensive systems, while not replacing reactor cores or carrying out major upgrades on these complex and valuable components. Additional power requirements have entailed running older reactor core designs "hot" and core temperature regulators are used to monitor, mitigate and, where practical, recycle surplus heat energy.

Sheets of massive metal which link together to form a multiple-thousand-cubic meter cargo bay, for insertion into capital ships.

Armor Component used primarily in Gallente ships. A component in various other technology as well.

Shield Component used primarily in Minmatar ships. A component in various other technology as well.

A hardpoint that allows a titan to fit a custom-made doomsday weapon, capable of obliterating its hapless target in one fell stroke.

Sheets of massive metal which link together to form a fully functional drone bay, for insertion into capital ships.

Capacitor component used primarily in Minmatar ships. A component in various other technology as well.

Weapon Component used primarily in Amarr Missiles. A component in various other technology as well.

Armor Component used primarily in Minmatar ships. A component in various other technology as well.

Power Core component used primarily in Gallente ships. A component in various other technology as well.

Propulsion Component used primarily in Amarr ships. A component in various other technology as well.

Sensor Component used primarily in Caldari ships. A component in various other technology as well.

Weapon Component used primarily in Caldari Missiles. A component in various other technology as well.

Power Core component used primarily in Caldari ships. A component in various other technology as well.

Propulsion Component used primarily in Gallente ships. A component in various other technology as well.

A massive hulk of machinery containing all the components necessary for the installation of a capital jump portal.

A massive hulk of machinery designed to propel a capital vessel through vast tracts of space, allowing it to make its way between systems without the use of a stargate.

Sensor Component used primarily in Minmatar ships. A component in various other technology as well.

Weapon Component used primarily in Lasers. A component in various other technology as well.

A launcher hardpoint fitting, engineered to allow XL-class missile launchers to fit on capital ships.

Shield Component used primarily in Amarr ships. A component in various other technology as well.

Sensor Component used primarily in Gallente ships. A component in various other technology as well.

Propulsion Component used primarily in Caldari ships. A component in various other technology as well.

CPU Component used primarily in Amarr ships. A component in various other technology as well.

CPU Component used primarily in Minmatar ships. A component in various other technology as well.

Weapon Component used primarily in Minmatar Missiles. A component in various other technology as well.

Power Core component used primarily in Minmatar ships. A component in various other technology as well.

Capacitor component used primarily in Gallente ships. A component in various other technology as well.

Weapon Component used primarily in Blasters. A component in various other technology as well.

CPU Component used primarily in Gallente ships. A component in various other technology as well.

Weapon Component used primarily in Gallente Missiles. A component in various other technology as well.

Propulsion Component used primarily in Minmatar ships as well as some propulsion tech. A component in various other technology as well.

A gigantic hulk of machinery, designed to give life to a capital ship's power core.

A centralized propulsion engine designed to send power to a capital ship's thrusters, propelling the behemoth forward.

Shield Component used primarily in Gallente ships. A component in various other technology as well.

CPU Component used primarily in Caldari ships. A component in various other technology as well.

Sensor Component used primarily in Amarr ships. A component in various other technology as well.

Modular construction units that generate and distribute power on capital ships using Triglavian singularity technology.

Capacitor component used primarily in Caldari ships. A component in various other technology as well.

A vast bank of sensor equipment designed for use with capital ships.

A modular unit designed to create a vast electromagnetic shield around capital ships.

Massive metal sheets and stacks of equipment which links together in modular fashion to form a gigantic maintenance bay, for insertion into capital ships.

An electronic interface responsible for rerouting a dreadnought's energy from its propulsion systems towards its defensive and offensive systems.

A power generation system component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies.

Weapon Component used primarily in Railguns. A component in various other technology as well.

Shield Component used primarily in Caldari ships. A component in various other technology as well.

Capacitor component used primarily in Amarr ships. A component in various other technology as well.

Weapon Component used primarily in Cannons. A component in various other technology as well.

Armor Component used primarily in Caldari ships. A component in various other technology as well.

An information processing component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. Triglavian technologies are designed to be run by trinary-based code and this device is a key component of information processing in such systems. Determining how to interface with and interpret the input and output of such devices was a key breakthrough in the use of Triglavian technology.

Armor Component used primarily in Amarr ships. A component in various other technology as well.

A turret hardpoint fitting, engineered to allow extra-large weapon turrets to fit on capital.

Mounting parts vital to the installation and support of Ultratidal Entropic Disintegrators on capital ships using Triglavian weapons technology.

A power control and distribution system component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. Triglavian power systems produce vast quantities of energy, harvesting and converting the energy from singularity radiation, and use zero-point field manipulation to control, distribute and even store this energy.

Core Temperature Regulators are standardized, supplementary systems used to regulate, mitigate and recycle surplus heat energy developed by naval ship reactor cores. Refits to empire navy fleets in response to the Triglavian Invasions often increased the overall power requirements of vessels, by upgrading or adding defensive and offensive systems, while not replacing reactor cores or carrying out major upgrades on these complex and valuable components. Additional power requirements have entailed running older reactor core designs "hot" and core temperature regulators are used to monitor, mitigate and, where practical, recycle surplus heat energy.

Armor Component used primarily in Gallente ships. A component in various other technology as well.

Shield Component used primarily in Minmatar ships. A component in various other technology as well.

Capacitor component used primarily in Minmatar ships. A component in various other technology as well.

When integrated into a starship with other components, an EMI Nexus is used to facilitate manual control over numerous electromechanical systems which, by default, run in an automated manner according to their programmed roles. Typically, the EMI Nexus acts as a conduit between a capsuleer and their ship, serving as an interface through which they can operate normally automated electromechanical systems, such as a Central System Controller. Other more simple tasks, such as the activation of a ship's modules, also frequently rely on these components.

Weapon Component used primarily in Amarr Missiles. A component in various other technology as well.

As a capsuleer, few things are more important in space flight than the ability to instantly gauge one's surroundings and make decisions accordingly. For this reason, capsules inside starships make frequent use of neurovisual reproductions; emulations that recreate external stimuli using the most low-latency processor available – the human brain. This process relies on digital relays from camera drones and monitoring systems embedded into the hull. After capturing the data, they then feed it directly into the brain, at which point the external surrounds are recreated almost instantaneously. Functions familiar to any capsuleer such as the overview, tactical overlay and hostile threat indicators are just a few examples of the device's capabilities. Although NVI technology has been around since the inception of the capsule, the addition of salvaged Sleeper drone components and the now widely available fullerene polymers has carried the functionality forward into the new Tech III paradigm. Even before the first Strategic Cruiser was built, engineers hypothesized about potential issues with an NVI trying to communicate with an almost limitless combination of subsystems. Fortunately, the solution to the problem came wrapped up in the same technology that moved Tech III vessels from the world of scientific theory into reality.

Enhanced Neurolink Protection Cells are designed to comprehensively protect capsuleer neural links with supercapital ship systems against subversion attempts. The scope of protections provided for supercapital pilots is broader as a reflection of the awesome power of empire supercarrier and titan fleets. Development of neurolink protection technology was spurred on by EDENCOM in conjunction with the core empires during the Triglavian Invasions. The demonstrated ability of the Collective to infiltrate information networks and subvert key communications backbones was viewed as a threat to naval capital fleets that had the potential to cripple even home system defenses.

Armor Component used primarily in Minmatar ships. A component in various other technology as well.

The manufacture of this component requires the rarest and most valuable technology salvageable from Sleeper drones. These sheets represent some of the most advanced composite materials known to New Eden. When other, more valuable devices are embedded into the structure at the molecular level, the sheets' performance enhances tremendously. The end result is a component with an almost endless number of applications in starship design. Ultra-resilient armor plating, defensive nanoassemblers, electronics housing, and even the molecular-level circuitry itself are only a few of the near-countless roles that fullerene intercalated sheets can perform. Although unrivalled in their modularity, the cost of construction remains a barrier on supply; consequently, they remain a component to be used only when absolutely necessary. Scientists and engineers alike claim that a steadier supply of these rare Sleeper pieces would instantly advance starship design ten years. Other experts have made even more interesting claims, stating that the staggering utility of the components suggests a level of technological advancement sufficient for capsule production.

These conduits supply power to minute, molecular-level devices. Extremely strong and yet surprising flexible, they have traditionally been used in rare situations where the normal methods of power supply were rendered impossible. The advent of Tech III starship technology and the influx of fullerene-based materials have seen the conduits take on new and more widespread roles. The addition or removal of a single subsystem in a Tech III vessel can drastically change the ship's structure, and with it the internal wiring and available power supply routes. Fulleroferrocene power conduits have become an essential component in the construction of these new vessels for this very reason. The conduits can be remapped through a ship with relative ease, allowing for the near-endless variations of subsystems to be completely interchangeable without posing any problems of how to power them.

Power Core component used primarily in Gallente ships. A component in various other technologies as well.

Propulsion Component used primarily in Amarr ships. A component in various other technology as well.

Goal-Orienting Trigger Neurolink Conduits are vital components in the network of connections linking the neural hardware of a capsuleer to the many key systems of a spaceship. While all capsuleer neurolink technologies rely on the autonomic biosystems of pilots, Minmatar research and development took the radical approach of using goal-orienting autonomic heuristics to establish a reliable integration of neurolinks with ship systems.

Genetic Lock Preservers are a component in the safeguarding measures adopted by EDENCOM and the empires during the Triglavian Invasions. It is vital for capsuleers to maintain their genetic lock with capsule systems for proper neurolink synchronization and anti-tampering security. Due to the mastery of mutaplasmids and other biotechnology demonstrated by the Triglavians, the risk of subversion through genetic tampering or outright mutagenic warfare attacks led EDENCOM to mandate safeguards for capsuleers piloting the most powerful naval vessels.

Genetic Mutation Inhibitors are a component in the safeguarding measures adopted by EDENCOM and the empires during the Triglavian Invasions. Passive defense against mutagenic attack or other causes of mutations are an important element of the safeguarding filter suite. Due to the mastery of mutaplasmids and other biotechnology demonstrated by the Triglavians, the risk of subversion through genetic tampering or outright mutagenic warfare attacks led EDENCOM to mandate safeguards for capsuleers piloting the most powerful naval vessels.

Genetic Safeguard Filters are complex multi-component suites that are an element of the counter-subversion measures installed on naval ships since the Triglavian Invasions began. If any of the component elements detect subversion or alteration beyond acceptable parameters the filter will progressively limit command and control functions, ultimately locking out a pilot that is deemed corrupted by Triglavian biotechnology. Due to the mastery of mutaplasmids and other biotechnology demonstrated by the Triglavians, the risk of subversion through genetic tampering or outright mutagenic warfare attacks led EDENCOM to mandate safeguards for capsuleers piloting the most powerful naval vessels.

Genetic Structure Repairers are a component in the safeguarding measures adopted by EDENCOM and the empires during the Triglavian Invasions. In the event of mutagenic attack or genetic tampering nanotech repair systems will actively respond. Due to the mastery of mutaplasmids and other biotechnology demonstrated by the Triglavians, the risk of subversion through genetic tampering or outright mutagenic warfare attacks led EDENCOM to mandate safeguards for capsuleers piloting the most powerful naval vessels.

Sensor Component used primarily in Caldari ships. A component in various other technology as well.

Caldari ship designs use gravimetric-based sensors as their primary means of building a picture of the local space environment. The Gravimetric-FTL Interlink Communicator is used to tie high-frequency, high-resolution Caldari sensor data directly into the FTL communications channels used by Caldari Navy fleets.

Weapon Component used primarily in Caldari Missiles. A component in various other technology as well.

Power Core component used primarily in Caldari ships. A component in various other technology as well.

Frustrated with the inefficiencies involved in tracking multiple fuel types, Thukker logisticians pioneered the development of prepackaged fuel. In YC 111, after a successful trial period, they converted the Tribe's entire starbase network to use fuel blocks. Capsuleers were forced to wait for this innovation while CONCORD dithered over how to handle the transition period, but were finally granted clearance in YC 113. This is a block of fuel designed for Amarr control towers and Standup service modules. Forty blocks are sufficient to run a standard large tower for one hour, while medium and small towers require twenty and ten blocks respectively over the same period. Standup service modules are designed to be fit to Upwell structures such as the advanced Citadel structure line. These service modules consume fuel blocks while running and are capable of using any of the four fuel block types, for maximum convenience.

Frustrated with the inefficiencies involved in tracking multiple fuel types, Thukker logisticians pioneered the development of prepackaged fuel. In YC 111, after a successful trial period, they converted the Tribe's entire starbase network to use fuel blocks. Capsuleers were forced to wait for this innovation while CONCORD dithered over how to handle the transition period, but were finally granted clearance in YC 113. This is a block of fuel designed for Minmatar control towers and Standup service modules. Forty blocks are sufficient to run a standard large tower for one hour, while medium and small towers require twenty and ten blocks respectively over the same period. Standup service modules are designed to be fit to Upwell structures such as the advanced Citadel structure line. These service modules consume fuel blocks while running and are capable of using any of the four fuel block types, for maximum convenience.

Propulsion Component used primarily in Gallente ships. A component in various other technology as well.

Sensor Component used primarily in Minmatar ships. A component in various other technology as well.

Minmatar ship designs use ladar-based sensors as their primary means of building a picture of the local space environment. The Ladar-FTL Interlink Communicator is used to tie high-frequency, high-resolution Minmatar sensor data directly into the FTL communications channels used by Republic Fleet squadrons.

Weapon Component used primarily in Lasers. A component in various other technology as well.

A strong and light construction material that is used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. A highly versatile material, lattice locked dekaisogen is a refined and processed product based on Crystalline Isogen-10. The material is used throughout Triglavian technology and is the basis of the highly effective armor used in their ships.

The pressure of the Triglavian Invasions on spaceship crew numbers and other military personnel risked becoming unsustainable without additional survival measures to reduce losses. Life Support Backup Units are placed in key survival zones to enhance the survival prospects of crew and other personnel in the aftermath of combat.

Shield Component used primarily in Amarr ships. A component in various other technology as well.

Sensor Component used primarily in Gallente ships. A component in various other technology as well.

Gallente ship designs use magnetometric-based sensors as their primary means of building a picture of the local space environment. The Magnetometric-FTL Interlink Communicator is used to tie high-frequency, high-resolution Gallente sensor data directly into the FTL communications channels used by Federation Navy fleets.

Propulsion Component used primarily in Caldari ships. A component in various other technology as well.

Metallofullerene plating is used to protect the connective joins in hull and subsystem structures so that Tech III vessels can be taken apart and put back together endlessly, all without the risk of wear. Mechanical engineers first attempted to create the plating using plutonium metallofullerenes, but it was quickly discovered that even miniscule amounts of them had a sizeable impact on ship mass. When integrated into armor plating in larger amounts, they also risked turning the vessel into a giant warhead, something even less desirable. A solution was finally found. Tiny amounts of metallofullerenes would be integrated in conjunction with far larger quantities of graphene nanoribbons and then coated in powdered C-540 graphite. This process allowed the material to maintain structural durability whilst keeping mass down. The last and most ingenious addition was to incorporate fulleroferrocene into the metal beneath layers of electromechanical hull sheeting. This had the effect of turning the normally dangerous explosive reactions into kinetic energy, which could then be used to supplement the power supply to local nanoassemblers.

Apparently a general purpose construction component, this Triglavian mutadaptive device appears to be designed to work in concert with others of its type, and more specialized components, in order to build structures of various sizes and purposes. Its applications are presumably limited only by its inherent properties and the designs it is programmed to execute. Large numbers of these devices are constructed in Triglavian space-industrial sites, including a number apparently farmed out to subverted drones by the Triglavians at locations with the designation "Vila Allopoiesis Nexus".

CPU Component used primarily in Amarr ships. A component in various other technology as well.

CPU Component used primarily in Minmatar ships. A component in various other technology as well.

Nanowire composites function as connective links between subsystems. Graphene nanoribbons form the base of the components, carrying electrical power between other devices integrated into electromechanical hull sheets. A final coating of thermal diffusion film ensures efficient heat dispersion, allowing a starship captain to overload modules connected to subsystems without risking the entire vessel.

Neurolink Enhancer Reservoirs are sophisticated tanks with built in biotechnology seals, filters and flow control mechanisms. The advanced nature of these tanks allows them to function as reservoirs of highly-complex pharmaceuticals that handle the filtering and flow control needs particular to the neurolink enhancer the tank is programmed to handle.

Neurolink Protection Cells are designed to comprehensively protect capsuleer neural links with capital ship systems against subversion attempts. Development of neurolink protection technology was spurred on by EDENCOM in conjunction with the core empires during the Triglavian Invasions. The demonstrated ability of the Collective to infiltrate information networks and subvert key communications backbones was viewed as a threat to naval capital fleets that had the potential to cripple even home system defenses.

As a capsuleer, few things are more important in space-flight than the ability to instantly gauge one's surroundings and make decisions accordingly. For this reason, capsules inside starships make frequent use of neurovisual reproductions; emulations that recreate external stimuli using the most low-latency processor available: the human brain. This process relies on digital relays from camera drones and monitoring systems embedded into the hull. After the data is captured, it is then relayed directly into the brain, at which point the external surrounds are recreated almost instantaneously. The synthetic translation of external stimuli into neurovisual imagery is incredibly risky, even relative to the standard hazards of pod piloting. Even though capsuleers have an innate resistance to neurobiological damage from these sorts of processes, the near- constant exposure to them has been linked to increased risk of aggressive neurodegenerative diseases. In recent years, engineers have begun to integrate neurovisual output analyzers into a starship's electronics systems. These devices monitor the pilot's status and, if necessary, take measures to protect against anything from mild headaches to catastrophic neural failure.

Frustrated with the inefficiencies involved in tracking multiple fuel types, Thukker logisticians pioneered the development of prepackaged fuel. In YC 111, after a successful trial period, they converted the Tribe's entire starbase network to use fuel blocks. Capsuleers were forced to wait for this innovation while CONCORD dithered over how to handle the transition period, but were finally granted clearance in YC 113. This is a block of fuel designed for Caldari control towers and Standup service modules. Forty blocks are sufficient to run a standard large tower for one hour, while medium and small towers require twenty and ten blocks respectively over the same period. Standup service modules are designed to be fit to Upwell structures such as the advanced Citadel structure line. These service modules consume fuel blocks while running and are capable of using any of the four fuel block types, for maximum convenience.

Weapon Component used primarily in Minmatar Missiles. A component in various other technology as well.

Power Core component used primarily in Minmatar ships. A component in various other technology as well.

Forming the beating heart of the Sleeper's automated drones, these tiny engines count in the billions. When fully intact, they deliver levels of power efficiency unrivalled by current technology. Unfortunately, whenever a Sleeper drone is destroyed, these engines are the first to go with them, making it difficult to emulate their functionality without the addition of other materials. To recreate a functional nanoengine housing, PPD fullerene fibers are combined with metallofullerenes and fullerene fiber conduits to rebuild the basic structures that once housed them. After that, the fused nanomechanical engines are connected to one another, forming a composite whole. Although mechanical engineers have theorized about this construction method for many decades, the process was always held back by a lack of fullerene material. It is said that only hours after the discovery of fullerite clouds in wormhole space, the empires used significant amounts of their fullerene stockpiles to produce these engines. The reasoning behind this is simply the staggering breadth of potential applications these engines have. When it comes to engineering, there isn't much they can't do.

Capacitor component used primarily in Gallente ships. A component in various other technology as well.

Frustrated with the inefficiencies involved in tracking multiple fuel types, Thukker logisticians pioneered the development of prepackaged fuel. In YC 111, after a successful trial period, they converted the Tribe's entire starbase network to use fuel blocks. Capsuleers were forced to wait for this innovation while CONCORD dithered over how to handle the transition period, but were finally granted clearance in YC 113. This is a block of fuel designed for Gallente control towers and Standup service modules. Forty blocks are sufficient to run a standard large tower for one hour, while medium and small towers require twenty and ten blocks respectively over the same period. Standup service modules are designed to be fit to Upwell structures such as the advanced Citadel structure line. These service modules consume fuel blocks while running and are capable of using any of the four fuel block types, for maximum convenience.

Weapon Component used primarily in Blasters. A component in various other technology as well.

CPU Component used primarily in Gallente ships. A component in various other technology as well.

Weapon Component used primarily in Gallente Missiles. A component in various other technology as well.

Propulsion Component used primarily in Minmatar ships as well as some propulsion tech. A component in various other technology as well.

Programmable Purification Membranes are advanced biotechnology components useful for applications involving highly-complex pharmaceutical chemicals. Developed using hermetic membrane technology, PPMs are useful as seals, filters and flow control mechanisms responsive to the bio-programming loaded into the devices they are installed in.

Shield Component used primarily in Gallente ships. A component in various other technology as well.

CPU Component used primarily in Caldari ships. A component in various other technology as well.

Reaction-Orienting Trigger Neurolink Conduits are vital components in the network of connections linking the neural hardware of a capsuleer to the many key systems of a spaceship. While all capsuleer neurolink technologies rely on the autonomic biosystems of pilots, Caldari research and development pursued the avenue of using autonomic nervous reaction-orientation to establish a reliable integration of neurolinks with ship systems.

Robotic assembly modules designed for Missile and Ammo Manufacturing.

Robotic assembly modules designed for Armor and Hull Tech Manufacturing.

Robotic assembly modules designed for Implant Manufacturing.

Robotic assembly modules designed for Electronics and Sensor Manufacturing.

Robotic assembly modules designed for Energy System Manufacturing.

Robotic assembly modules designed for Drone Manufacturing.

Robotic assembly modules designed for Shield system Manufacturing.

Robotic assembly modules designed for Ship Manufacturing.

Robotic assembly modules designed for Turret and Launcher Manufacturing.

Sensor Component used primarily in Amarr ships. A component in various other technology as well.

Amarr ship designs have long used radar-based sensors as their primary means of building a picture of the local space environment. The Radar-FTL Interlink Communicator is used to tie high-frequency, high-resolution Amarr sensor data directly into the FTL communications channels used by Imperial Navy fleets.

A propulsion system component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. This propulsion technology is clearly designed to be used in conjunction with Triglavian power systems, harnessing for motive power some of the radiation released by quantum effects of the singularity at the heart of the ship.

Subspace calibrators perform the crucial role of tuning in on subspace frequencies. Being able to accurately pinpoint a destination on the other side of a wormhole is vital to interstellar travel, as it allows pilots to traverse wormholes safe in the knowledge that they won't accidentally arrive out the other side at the centre of a sun. This particular calibrator was produced from a combination of fullerene polymers and salvaged Sleeper technology. The unique grouping enables some drastic reconfigurations to the basic design. The end result is a vastly increased efficiency in calculation time. Due to the modular design of Tech III vessels, tuning into subspace frequencies must be done individually for each subsystem. The development of this particular component has been an important time-saver in an area where mere seconds can mean life or death.

These ultra-hard alloys are initially created from lanthanum metallofullerenes and heuristic selfassemblers; a combination that makes for an incredibly resilient base material. From there, fulleroferrocene and graphene nanoribbons are integrated into the metals, forming alloys that have unprecedented levels of structural strength. Although they have many uses in the manufacture of armor plating, the distinguishing feature of the alloys is the level of modularity they allow in starship design. A hull section comprised of metallofullerene alloys is able to accommodate a virtually endless array of subsystems around it, no matter how different their shape is.

Stress-Responding Trigger Neurolink Conduits are vital components in the network of connections linking the neural hardware of a capsuleer to the many key systems of a spaceship. While all capsuleer neurolink technologies rely on the autonomic biosystems of pilots, Gallente research and development explored the use of the capsuleer's stress-response mechanisms to establish a reliable integration of neurolinks with ship systems.

Capacitor component used primarily in Caldari ships. A component in various other technology as well.

Self-Assembling Nanolattices are the result of a breakthrough in applied fullerene technology achieved by a joint Carthum-Viziam research team formed at the request of the Imperial Navy in late YC116. The development of this technology was made possible by the contributions of numerous capsuleers, most notably members of the venerable loyalist alliance Praetoria Imperialis Excubitoris. Although these carbon-based structures are exceptional in their high strength and low mass, it is their ability to reconfigure rapidly when exposed to electromagnetic fields that makes Self-Assembling Nanolattices one of the most significant advancements in starship engineering in decades.

A power generation system component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. This power generation technology works by converting into usable energy the radiation produced by the singularity that is the critical feature of Triglavian power systems.

Sensor Component used primarily for scanning equipment. Mainly found in Relic sites.

Materials needed for the construction of warp or engineering related facilities in a space structure.

Components for the construction of advertisement facilities in a space structure.

Assorted parts of metal, textiles, composite fabrics and miscellaneous machinery - the basic building blocks for the assembly and operation of a space outpost.

Mechanical components required for the construction of an outpost docking bay.

Materials required for the construction of intelligence or electronics related facilities in a space structure.

A novel structure component developed by the Upwell Consortium and used in the construction of faster-than-light transport devices such as jump gates. The EXERT Conduit Coupler is derived from experiments based on analysis of Triglavian spatiotemporal filament and conduit gate technology. While replication of Triglavian FTL transport technology has proved challenging, a method of enhancing the establishment of stable wormhole links between point-to-point devices, like jump gates, has been developed using the so-called "exotic entangled reaction transmission" principle. The EXERT Conduit Coupler has been integrated into the improved jump gate technology offered by Upwell to capsuleer end-users.

Materials required for the construction of factory facilities in a space outpost.

Components for the construction of individualized ship and module hangars in space outposts.

Construction materials and research tools for space outpost laboratories.

Market access electronics and secure storage facilities of market goods for space outposts.

Medicine, anaesthetics, surgical supplies and complete cloning facilities for space outposts.

A computerized interface allowing people to barter goods and services with the outpost acting as centralized broker and data bank.

Materials for the construction of dozens of offices, as well as computer systems and supplies needed for their day-to-day running.

Lathes, grinders, riveting machines, uncoilers, and various other pieces of machinery required for the operation of an outpost repair facility.

Parts required for the construction of a space outpost materials refinery.

One of the myriad construction components required for the building of space outposts.

This advanced Gravimetric amplifier allows for greatly improved ship sensors without sacrificing size. It represents the latest phase in the continuous effort to reverse engineer secrets from the salvaged wrecks of Sleeper and Drifter ships. This state of the art component is the newest to be incorporated into the latest generation of Tengu Strategic Cruiser blueprints.

This advanced Ladar amplifier allows for greatly improved ship sensors without sacrificing size. It represents the latest phase in the continuous effort to reverse engineer secrets from the salvaged wrecks of Sleeper and Drifter ships. This state of the art component is the newest to be incorporated into the latest generation of Loki Strategic Cruiser blueprints.

This advanced Magnetometric amplifier allows for greatly improved ship sensors without sacrificing size. It represents the latest phase in the continuous effort to reverse engineer secrets from the salvaged wrecks of Sleeper and Drifter ships. This state of the art component is the newest to be incorporated into the latest generation of Proteus Strategic Cruiser blueprints.

This advanced Radar amplifier allows for greatly improved ship sensors without sacrificing size. It represents the latest phase in the continuous effort to reverse engineer secrets from the salvaged wrecks of Sleeper and Drifter ships. This state of the art component is the newest to be incorporated into the latest generation of Legion Strategic Cruiser blueprints.

Weapon Component used primarily in Railguns. A component in various other technology as well.

Shield Component used primarily in Caldari ships. A component in various other technology as well.

Capacitor component used primarily in Amarr ships. A component in various other technology as well.

Weapon Component used primarily in Cannons. A component in various other technology as well.

Armor Component used primarily in Caldari ships. A component in various other technology as well.

An information processing component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. Triglavian technologies are designed to be run by trinary-based code and this device is a key component of information processing in such systems. Determining how to interface with and interpret the input and output of such devices was a key breakthrough in the use of Triglavian technology.

Armor Component used primarily in Amarr ships. A component in various other technology as well.

Ultradian-Cycling Trigger Neurolink Conduits are vital components in the network of connections linking the neural hardware of a capsuleer to the many key systems of a spaceship. While all capsuleer neurolink technologies rely on the autonomic biosystems of pilots, Amarr research and development focused in particular on low frequency ultradian rhythms of sleep-cycles to establish a reliable integration of neurolink with ship systems.

Warfare computation cores begin as basic microprocessors that handle the flow of data between various combat analyzers, prioritizing vital information and calculations. The cores are first built around salvaged Sleeper warfare processors which are then further enhanced by the integration of fullerene polymers and other Sleeper technology. The addition of emergent combat analyzers expands the functionality to include more abstract combat calculations, such as comparative analyses of fleets and predictive IFF identifications. When encased in thermophased metallofullerene plating, the cores can be embedded directly into the ship's hull. This allows for a far more efficient production method of Tech III vessels, enabling any subsystem variation to integrate into a hull without the need for further redesign in the combat electronics systems.

A power control and distribution system component used in Triglavian ship designs and others adapted from such designs. Potentially useful as a component in various other technologies. Triglavian power systems produce vast quantities of energy, harvesting and converting the energy from singularity radiation, and use zero-point field manipulation to control, distribute and even store this energy.