Project Umbrella Translation
TALOS PROJECT
Next Generation Bioweapon Proposal
Arklay Bioweapon Research Team
With the success of the Tyrant T-002 Type in Arklay, we can say it has reached a definite end goal as a product in relation to a humanoid B.O.W.
As the needs of our clients diversify however, we must always focus our gaze toward the next generation when conducting development.
The project our team has proposed is as follows.
1)
Synchronized Control via Synapse Connection (Brain Connection)
One risk of existing t-Virus based weapons includes instability of control.
A number of cases have been reported in which the t-Virus causes dysfunction, intelligence decline and other unforeseen problems in subjects as a result of cellular mutation.
This point should be improved in order to enhance the assurance and stability of applications as a weapon.
Although control by means of a parasitic organism considered by the European Branch Sixth Laboratory seems to be one helpful approach, our team recommends a more reliable and significant management and control method that emphasizes the reliability of a "connection between brain cells and a program chip."
Experiments have currently entered the final stages along with the prospect for practical application in sight.
2)
Combat Ability Enhancement as Land-Based Combat Weapon
The Tyrant boasts unprecedented combat prowess and viability on land, but regarding hypothetical enemies, it is consistently best at dealing with a single division-size of armed soldiers.
In cases when AFVs (Armored Fighting Vehicles) or combat helicopters are the targets, an overwhelming kill ratio cannot be expected.
Therefore, we propose a solution by enabling the Tyrant to carry specialized firearms and equipping it with armored material.
The Tyrant's standard operating procedure originally didn't involve carrying extra accessory items, in order to harness its strength and athletic abilities to the maximum.
However, while utilizing the Tyrant's basic performance, we propose implant treatments for strengthening internal organs, improving the armor modules and equipping long-range guidance weapons to augment its firepower, and these are beginning to become a reality.
In light of success, we anticipate the completion of the most powerful product among ground-based combat weapons.
Next Generation Bioweapon Proposal
Arklay Bioweapon Research Team
With the success of the Tyrant T-002 Type in Arklay, we can say it has reached a definite end goal as a product in relation to a humanoid B.O.W.
As the needs of our clients diversify however, we must always focus our gaze toward the next generation when conducting development.
The project our team has proposed is as follows.
1)
Synchronized Control via Synapse Connection (Brain Connection)
One risk of existing t-Virus based weapons includes instability of control.
A number of cases have been reported in which the t-Virus causes dysfunction, intelligence decline and other unforeseen problems in subjects as a result of cellular mutation.
This point should be improved in order to enhance the assurance and stability of applications as a weapon.
Although control by means of a parasitic organism considered by the European Branch Sixth Laboratory seems to be one helpful approach, our team recommends a more reliable and significant management and control method that emphasizes the reliability of a "connection between brain cells and a program chip."
Experiments have currently entered the final stages along with the prospect for practical application in sight.
2)
Combat Ability Enhancement as Land-Based Combat Weapon
The Tyrant boasts unprecedented combat prowess and viability on land, but regarding hypothetical enemies, it is consistently best at dealing with a single division-size of armed soldiers.
In cases when AFVs (Armored Fighting Vehicles) or combat helicopters are the targets, an overwhelming kill ratio cannot be expected.
Therefore, we propose a solution by enabling the Tyrant to carry specialized firearms and equipping it with armored material.
The Tyrant's standard operating procedure originally didn't involve carrying extra accessory items, in order to harness its strength and athletic abilities to the maximum.
However, while utilizing the Tyrant's basic performance, we propose implant treatments for strengthening internal organs, improving the armor modules and equipping long-range guidance weapons to augment its firepower, and these are beginning to become a reality.
In light of success, we anticipate the completion of the most powerful product among ground-based combat weapons.
Official Japanese Transcript
テイロス計画
次世代生物兵器の提案
アークレイ生物兵器研究チーム
アークレイにおけるT-002型タイラントの成功により、人間型B.O.W.に関しては商品として一定の到達点に達したと言える。
しかしクライアントからのニーズは多様化しており、常に次世代を見据えて開発を行なっていかなければならない。
当チームとして提案するプランは以下の通りである。
1）
シナプスコネクト（脳接続）による同調制御既存のt-ウィルスを利用した兵器のリスクとして、制御の不安定さがある。
細胞の突然変異による機能停止、知能の減退等、対象に不測の事態を引き起こす例が少なくない数として報告されている。
兵器としての運用の確実性・安定性を増すべく、改良を施すべき点であろう。
ヨーロッパ支部・第6研究所が目指す寄生生物によるコントロールも有用な対処法の一つと思われるが、当チームとしては、「脳細胞とプログラムチップのコネクト」による確実性をより重視した管理制御法を推奨しておく。
現在、実験は最終段階にかかっており、実用化の目処も立っている。
2）
陸戦兵器としての戦闘力の強化タイラントは地上生物としては類を見ない戦闘力・生存力を誇るが、あくまで仮想敵を最大で武装兵士の一個師団程度、とみなしてのものである。
AFV（装甲戦闘車両）や戦闘ヘリが対象となった場合、決して圧倒的なキルレシオは期待できない。
そこで、タイラントに特別な火器を携行させ、装甲材により武装させる策を提案する。
元来、その運動能力や反応力を最大限に活かすべく、余分な付帯物を持たせないというのがタイラントの基準運用方針であった。
しかし、装甲モジュールの改良、体内器官への強化材のインプラント処理、遠距離誘導武器の装備など、タイラントの基本性能を活かしつつ火力を強化する案が現実味を帯び始めている。
成功のあかつきには、陸戦兵器中最強の商品が完成すると見込まれる。
次世代生物兵器の提案
アークレイ生物兵器研究チーム
アークレイにおけるT-002型タイラントの成功により、人間型B.O.W.に関しては商品として一定の到達点に達したと言える。
しかしクライアントからのニーズは多様化しており、常に次世代を見据えて開発を行なっていかなければならない。
当チームとして提案するプランは以下の通りである。
1）
シナプスコネクト（脳接続）による同調制御既存のt-ウィルスを利用した兵器のリスクとして、制御の不安定さがある。
細胞の突然変異による機能停止、知能の減退等、対象に不測の事態を引き起こす例が少なくない数として報告されている。
兵器としての運用の確実性・安定性を増すべく、改良を施すべき点であろう。
ヨーロッパ支部・第6研究所が目指す寄生生物によるコントロールも有用な対処法の一つと思われるが、当チームとしては、「脳細胞とプログラムチップのコネクト」による確実性をより重視した管理制御法を推奨しておく。
現在、実験は最終段階にかかっており、実用化の目処も立っている。
2）
陸戦兵器としての戦闘力の強化タイラントは地上生物としては類を見ない戦闘力・生存力を誇るが、あくまで仮想敵を最大で武装兵士の一個師団程度、とみなしてのものである。
AFV（装甲戦闘車両）や戦闘ヘリが対象となった場合、決して圧倒的なキルレシオは期待できない。
そこで、タイラントに特別な火器を携行させ、装甲材により武装させる策を提案する。
元来、その運動能力や反応力を最大限に活かすべく、余分な付帯物を持たせないというのがタイラントの基準運用方針であった。
しかし、装甲モジュールの改良、体内器官への強化材のインプラント処理、遠距離誘導武器の装備など、タイラントの基本性能を活かしつつ火力を強化する案が現実味を帯び始めている。
成功のあかつきには、陸戦兵器中最強の商品が完成すると見込まれる。
Official English Transcript
"Due to errors or changes in localization, the following may contain inconsistencies with the official Japanese text."
TALOS PROJECT PROPOSAL
Next-Generation B.O.W. Proposal
Arklay B.O.W. Research Team
The success of the T-002 Tyrant experiment has shown us that progress towards a marketable humanoid B.O.W. is moving along nicely.
However, we must strive to continue the research and development of cutting-edge products to satisfy the varying needs of our clients.
The plan our team proposes is as follows.
1) Tuning Control Synapse Connector
The current risk with deployment of T-virus based weaponry is the lack of control.
Sudden cellular mutations can result in the halting of functionality, impairment of judgment, and the various other conditions reported in the past. In order to enable the safe transport and deployment of this weaponry, a more stable solution is essential.
Our 6th Research Lab in Europe has discovered one method of control by using organic parasites.
We would like to pursue a more consistent result by using chip connections to brain cells. We are in the final stages of testing and feel confident in the likelihood of product realization.
2) Enhancement of Combat Functionality for Land-Based Weaponry
The Tyrant boasts a combat prowess and survivability that far surpasses that of even the best-trained combat troops. However, it is still only theoretically capable of successfully deterring roughly one military division.
When facing AFVs or military-grade helicopters, its kill ratio begins to falter.
By arming the Tyrant with specialized combat firepower and armor, it will become more fit for the variety of situations it is likely to face in the field.
In the past, the ideal has been to leave the Tyrant unhindered by additional equipment so that it can maximize its two strong points - motor performance and response reflexes.
However, the use of enhanced armor modules, internal reinforcement implants, long distance homing weaponry, etc. could preserve the natural abilities of the Tyrant while maximizing its options in field maneuvers.
The potential for this enhancement is fast becoming a reality. When complete, it could make the Tyrant the ultimate all-in-one combat package.
TALOS PROJECT PROPOSAL
Next-Generation B.O.W. Proposal
Arklay B.O.W. Research Team
The success of the T-002 Tyrant experiment has shown us that progress towards a marketable humanoid B.O.W. is moving along nicely.
However, we must strive to continue the research and development of cutting-edge products to satisfy the varying needs of our clients.
The plan our team proposes is as follows.
1) Tuning Control Synapse Connector
The current risk with deployment of T-virus based weaponry is the lack of control.
Sudden cellular mutations can result in the halting of functionality, impairment of judgment, and the various other conditions reported in the past. In order to enable the safe transport and deployment of this weaponry, a more stable solution is essential.
Our 6th Research Lab in Europe has discovered one method of control by using organic parasites.
We would like to pursue a more consistent result by using chip connections to brain cells. We are in the final stages of testing and feel confident in the likelihood of product realization.
2) Enhancement of Combat Functionality for Land-Based Weaponry
The Tyrant boasts a combat prowess and survivability that far surpasses that of even the best-trained combat troops. However, it is still only theoretically capable of successfully deterring roughly one military division.
When facing AFVs or military-grade helicopters, its kill ratio begins to falter.
By arming the Tyrant with specialized combat firepower and armor, it will become more fit for the variety of situations it is likely to face in the field.
In the past, the ideal has been to leave the Tyrant unhindered by additional equipment so that it can maximize its two strong points - motor performance and response reflexes.
However, the use of enhanced armor modules, internal reinforcement implants, long distance homing weaponry, etc. could preserve the natural abilities of the Tyrant while maximizing its options in field maneuvers.
The potential for this enhancement is fast becoming a reality. When complete, it could make the Tyrant the ultimate all-in-one combat package.