Prepared by: SSgt. Zedekiah Hillam, USSF
Subject: Application of “Tarrare” Technology to Current United American States Military Acquisition Programs
Attendees: General Andre Dumand, UASA, Colonel Ian Crouse, UASA, General Jude Revard, USSF, Will Davidson (Advanced Dynamic Solutions, Inc.), Barry Farid (Total Integration, Inc.), Yuri Romanov (Intelligent Evolution, Inc.) <other participants redacted.>
Purpose: Assess impact of Technology Transfer program with the extraterrestrial race known as “Tarrare” and whether current Acquisition programs in the research and development phase or low-rate initial production (LRIP) related to sensors, ground infantry, space defense artillery, and starship platforms should be revised to reflect any technological advances and potential key performance parameters discovered during the first stage of analysis. Several ACAT Level I programs identified as potentially in need to major re-scoping or for reconsideration as evolutionary acquisition, including Masamune, Gates, Pylon, Nest, Heimdall, and Eminence.
- General Dumand initiated meeting, welcoming participants from the defense and intelligence communities, including Colonel Ian Crouse, UASA of UAS MRDA, as well as lead systems integrators from Advanced Dynamic Solutions, Total Integration, and Intelligent Evolution, Inc. Opening remarks focused on need for overall assessment of potential capability enhancements identified during the tech transfer by extraterrestrial race classified as “Tarrare.”
- Colonel Ian Crouse opened discussions, focusing on several different aspects of the technical data released by the Tarrare. Briefing focused on potential impacts in materials science, directed energy and ballistics weaponry, sensors, and propulsion. Key changes to Masamune and Gates programs identified. Potential changes in Pylon and Nest also discussed.
- Admiral Revard had questions regarding rapidly the technologies could be incorporated into existing UAS space fleets, specifically the Eminence II and III programs. Colonel Crouse answered that performance improvements and upgrades would be possible within a year based on the progress of existing research programs, but that realizing even a fraction of the capabilities possible with new data would mean replacing the existing fleet and systems, which could take up to ten years after prototyping and testing given current UAS Military Acquisition Regulations. Colonel Crouse did state that several breakthroughs in the area of energy management were at hand and would only require reactor retrofits.
- Will Davidson from ADS asked questions about net-centric warfare and sensors, wondering whether there would be new programs and contracts to explore the possibilities in the Heimdall System of Systems programs. Barry Farid also contributed to the conversation, discussing several promising sensor prototyping successes from TII recently, especially in the area of retrofitting Legacy space sensor platforms to bring them closer to Heimdall levels of capabilities. Colonel Crouse stated that he anticipated contracts and new programs would begin shortly, but that they were waiting for supplemental funding from the UAS Congress before they could really initiate them. Confirmed that market surveys and on-site demonstrations of prototypes would be welcome at UAS MRDA.
- Yuri Romanov of IEI speculated about what the next synthesis of these concepts could bring, and expressed concern that traditional military technological paradigms, policies, and doctrines would obscure the potential breakthroughs the information from the Tarrare could bring. He stated that IEI would be submitting a variety of unsolicited proposals based on its own research to the MRDA and Colonel Crouse for new directions. General Dumand agreed with Romanov in principle, but stated that getting the UAS Congress to sign on to unfamiliar development concepts is extraordinarily difficult. Colonel Crouse agreed, but stated that MRDA would welcome any proposals from IEI and any other contractors who had new ideas, agreeing with Mr. Romanov and stating that existing systems and legacy space fleets could only be upgraded marginally, and new platforms would be required to fully leverage the potential capabilities. All commented on the lack of budgetary resources to make such a wholesale replacement unlikely. Davidson and Farid expressed interest in joint ventures with IEI to pursue research in these areas.
- <redacted> expressed concern as to how these concepts could be weaponized by rogue states and terrorist networks. General Dumand stated that this was an important concern, but not for discussion in the R&D realm, and encouraged <redacted> to bring these concerns to the UAS Threat Reduction Council, as they would be having a similar meeting on <redacted>. Colonel Crouse added that such a scenario is unlikely in the near future because even highly funded research and development labs were struggling with the implications of the data and that rogue states and terrorist networks would likely take much longer to produce tangible applications or weaponize them. Yuri Romanov of IEI disagreed with Colonel Crouse, asserting that the transfer had many breakthroughs in nano-manufacturing and artificial intelligence that should allow for rapid prototyping, testing, and development of new technologies and that things like <redacted>, <redacted>, <redacted>, and <redacted> could be within easy reach. <Redacted> asked how Yuri Romanov knew this information and whether IEI had been involved in such activities, but General Dumand reiterated that this was something better discussed with the Threat Reduction Council.
- Colonel Crouse concluded the session, thanking everyone for their time and repeating his assertions that he welcomed any ideas from private industry on how military capabilities could be improved from this data source.