All Research Equipment

Unexceptional texts mostly aimed at rookie researchers wishing to increase the production efficiency of invention jobs.Probability Multiplier: +20% Max. Run Modifier: +1 Material Efficiency Modifier: +2 Time Efficiency Modifier: +10

Dynamic guidelines for invention jobs, increasing the chance of success and number of runs greatly at a slight cost to material efficiency.Probability Multiplier: +80% Max. Run Modifier: +4 Material Efficiency Modifier: -1 Time Efficiency Modifier: +4

Clever research technique that allows for refolding of blueprint materials in invention jobs. While the number of runs is greatly increased the probability of invention is adversely affected. Probability Multiplier: -40% Max. Run Modifier: +9 Material Efficiency Modifier: -2 Time Efficiency Modifier: +2

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of Amarrian starship engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of Caldari starship engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of electromagnetic physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of electronic engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of Gallentean starship engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of graviton physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of high energy physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of hydromagnetic physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of laser physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of mechanical engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of Matari starship engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of molecular engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of nanite engineering.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of nuclear physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of plasma physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of quantum physics.

This datacore is a veritable storehouse of information, containing a considerable portion of mankind's collected knowledge in the field of rocket science.

This datacore is of Triglavian design and contains a vast amount of information pertaining to Triglavian approaches to quantum engineering. The device should be invaluable in reverse-engineering Triglavian designs and making breakthroughs in the invention of new technologies based on the precursor civilization's science.

Recovered from amongst the debris of a Sleeper facility, this ancient device is somehow still entirely functional. Just one of these items holds countless nanoassemblers inside, offering a comprehensive view of the finer details in the Sleeper's defensive systems. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

Found drifting amongst the ruins of a Sleeper compound, these large sections of a Sleeper vessel represent a significant archaeological discovery. Not only is the hull itself an incredibly rare find, but the excellent condition it is in makes this a particularly useful case study for the Sleeper's ship construction methods. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

Rescued from a crumbling Sleeper structure, these ancient power cores stand as an excellent example of Sleeper engineering. Unlike everything else that surrounded them, these cores appeared to be almost newly-manufactured. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

Even after millennia of exposure to space, these thruster sections show barely any signs of mechanical wear and appear to be completely functional. The modular design of Sleeper propulsion systems is similar to that of the empires, but deviates in a few interesting areas. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

This collection of electronic devices represents the core of the computerized functionality behind the Sleeper weapons systems. An amalgam of advanced calibration and tracking devices, they are the driving force behind the frightening accuracy and efficiency of Sleeper armaments. The subroutines have been coded into various devices which were then secreted away inside an ultra-hard metallofullerene alloy container. They show barely any sign of age, serving as an almost perfect example of Sleeper weapons design. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

Recovered from amongst the debris of a Sleeper facility, this ancient device is locked into a slow decline. Just one of these items holds countless nanoassemblers inside, offering a comprehensive view of the finer details in the Sleeper's defensive systems. Unfortunately, a great deal of the assemblers inside this one have fused together, causing a terminal chain reaction inside the device. Even though it is badly damaged, a skilled scientist could still possibly extract enough information to try and reverse engineer it.

Found drifting amongst the ruins of a Sleeper compound, these large sections of a Sleeper vessel represent a significant archaeological discovery. The hull itself is an incredibly rare find, tainted only by the condition it is in. Although it was clearly built to survive the stress of space, the countless years of environmental exposure have still taken a heavy toll, stripping from it a great deal of the original functionality. Even despite the damage, it would still make a respectable case study for the Sleeper's vessel construction methods. A skilled scientist could still possibly extract enough information to try and reverse engineer it.

Taken from amongst countless other ruined devices that cluttered the Sleeper facility once housing them, these ancient Sleeper power cores are still intact, yet extremely defective. Unlocking the technological secrets behind them would be a difficult task in their current state. Only those researchers who are skilled in reverse engineering would have a chance, and even then, not a great one.

After millennia of exposure to space, these thruster sections have begun to wear significantly, offering only a limited example of their full functionality. The modular design of Sleeper propulsion systems is still observable however, and is notably similar to that of the empires, only deviating in a few interesting areas. A determined and lucky researcher could still successfully reverse engineer something useful from this, but they would certainly stand a better chance with a more functional design.

This collection of electronic devices represents the core of the computerized functionality behind the Sleeper weapons systems. An amalgam of advanced calibration and tracking devices, they are the driving force behind the frightening accuracy and efficiency of Sleeper armaments. The subroutines have been coded into various devices which were then secreted away inside an ultra-hard metallofullerene alloy container. A small tear in the container's seal has exposed them to centuries of radiation however, leaving them barely functional. Even despite this, a skilled scientist could still possibly extract enough information to reverse engineer one.

A rare and valuable decryptor that dramatically increases your chance for success at invention. Gives minor benefit to mineral efficiency at the expense of slight increase in production time.Probability Multiplier: +90% Max. Run Modifier: +2 Material Efficiency Modifier: +1 Time Efficiency Modifier: -2

A rare and valuable decryptor that gives solid boost to number of runs an invented BPC will have, plus improved mineral efficiency, with just a slight decrease in invention success.Probability Multiplier: -10% Max. Run Modifier: +7 Material Efficiency Modifier: +2 Time Efficiency Modifier: 0

Balanced decryptor that increases the likelihood of successful invention considerably, while still providing nice supplementary benefits with just a slight increase in production time.Probability Multiplier: +50% Max. Run Modifier: +3 Material Efficiency Modifier: +1 Time Efficiency Modifier: -2

Optimizes invention procedures, increasing time efficiency with a slight boost to material efficiency and success chance.Probability Multiplier: +10% Max. Run Modifier: N/A Material Efficiency Modifier: +3 Time Efficiency Modifier: +6

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

A searchable database of the corporations scientific research. Used in blueprint copying as well as material and time efficiency blueprint research.

Found drifting amongst the ruins of a Sleeper compound, these small sections of a Sleeper vessel represent a significant archaeological discovery. Not only is the hull itself an incredibly rare find, but the excellent condition it is in makes this a particularly useful case study for the Sleeper's ship construction methods. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

Found drifting amongst the ruins of a Sleeper compound, these small sections of a Sleeper vessel represent a significant archaeological discovery. The hull itself is an incredibly rare find, tainted only by the condition it is in. Although it was clearly built to survive the stress of space, the countless years of environmental exposure have still taken a heavy toll, stripping from it a great deal of the original functionality. Even despite the damage, it would still make a respectable case study for the Sleeper's vessel construction methods. A skilled scientist could still possibly extract enough information to try and reverse engineer it.

Mistakenly identified by the analyzers as a derelict structure, these ancient Sleeper hull fragments are almost entirely destroyed. Whether slow erosion or some more rapid and violent event devastated the technology remains unclear. It is simply too badly damaged to make an educated guess. There isn't much of a chance that anything useful could be reverse engineered from such badly ruined fragments, but there is little doubt that those few lucky researchers who successfully managed it would uncover the secrets to Sleeper hull designs. For many, that opportunity alone would be worth the gamble.

This decryptor contains true and tested research methods regarding invention jobs with decent stats across the board.Probability Multiplier: N/A Max. Run Modifier: +2 Material Efficiency Modifier: +1 Time Efficiency Modifier: +8

Recovered from amongst the debris of a Sleeper facility, this ancient device is almost entirely shut down. Just one of these items would normally hold countless nanoassemblers inside, offering a comprehensive view of the finer details in the Sleeper's defensive systems. Unfortunately, all of the assemblers inside this one have fused together, causing a terminal chain reaction inside the device. Even though it is only a shell of what it once used to be, with a bit of guesswork and luck, a skilled scientist might still be able to extract enough information to try and reverse engineer it.

Mistakenly identified by the analyzers as a derelict structure, these ancient Sleeper hull fragments are almost entirely destroyed. Whether slow erosion or some more rapid and violent event devastated the technology remains unclear. It is simply too badly damaged to make an educated guess. There isn't much of a chance that anything useful could be reverse engineered from such badly ruined fragments, but there is little doubt that those few lucky researchers who successfully managed it would uncover the secrets to Sleeper hull designs. For many, that opportunity alone would be worth the gamble.

These ancient power cores have all but succumbed to millennia of neglect and disuse. A few elements of their basic design remain intact, offering a skilled researcher some small hope that the secrets locked away inside may still be reverse engineered into something more functional.

Originally misidentified by the analyzers as nothing more than scrap, these ancient thruster sections are only marginally more than that. Whether it was centuries of radiation or some violent explosion countless years ago, these thrusters have been damaged long ago and are now in a state of advanced erosion as a result. The modular design of the Sleeper propulsion systems appears to be similar to empire technology, with only slight deviations observable. Perhaps there are secrets to the Sleeper propulsion designs locked away inside these broken relics, but it would take a significant amount of luck for even a skilled researcher to successfully reverse engineer them and find out.

This collection of electronic devices represents the core of the computerized functionality behind the Sleeper weapons systems. An amalgam of advanced calibration and tracking devices, they are the driving force behind the frightening accuracy and efficiency of Sleeper armaments. The subroutines have been coded into various devices which were then stored inside the facility from which they came. Exposed to countless centuries of radiation after its walls began to erode, the subroutines are barely recognizable, offering only the most rudimentary glimpses into Sleeper weapons design. It would take a skilled researcher and a good amount of luck to successfully reverse engineer anything functional from such a broken mess.