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MITRE and Oak Ridge Launch a Joint Computing Institute
MITRE and Oak Ridge National Laboratory announced a joint institute for advanced computing, artificial intelligence and quantum research tied to U.S. national-security missions. The partners named three research areas but did not specify a
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MITRE and Oak Ridge National Laboratory say a new joint institute will move advanced computing toward national-security missions, but their October 22 announcement leaves the first work and its timetable unspecified. The Joint Institute for Computational and Super Intelligence Advantage, or JICSA, will examine artificial intelligence and quantum technologies alongside high-performance computing. The partners named three areas of work, yet disclosed no budget, initial project list or schedule for deployment.
MITRE and Oak Ridge pair facilities with mission needs
JICSA is intended to bring MITRE’s experience with government missions together with Oak Ridge’s scientific-computing capabilities. The partners say it will co-design, test, evaluate and transition computational tools for federal needs, working with industry to incorporate commercial technologies. They point to MITRE’s Federal AI Sandbox and Oak Ridge’s Lux at the Oak Ridge Leadership Computing Facility as existing resources the institute can draw on.
The announcement describes the effort as a route from a mission need to a trusted, deployable capability. MITRE President and CEO Mark Peters said the partners’ work would evaluate computational advances in the settings where they would be used. Their release, however, does not identify a federal sponsor, a specific operational problem or the process for outside agencies to take part.
“Effectively accelerating deployment and maintaining U.S. competitive advantage relies on building a full stack of capabilities from the bottom-up.”
Charles Clancy, chief technology officer and senior vice president, MITRE
Quantum work starts with algorithms
Quantum computing appears in the institute’s initial research agenda through “algorithmic pathfinding.” JICSA says it will investigate where quantum algorithms, as well as super-intelligence models and architectures, might apply to U.S. government missions. The announcement does not name a quantum system, hardware effort or specific algorithmic application.
The other two focus areas are systems evaluation and decision science. Systems evaluation covers benchmarking, verification and validation, and testing in mission environments, drawing on the partners’ expertise in cybersecurity and what the releases call super-intelligence security. Decision science will examine how advanced computing could improve the fidelity and precision of modeling and simulation in consequential mission areas.
Three workstreams, no first projects named
Oak Ridge Director Stephen Streiffer said the partnership could join the laboratory’s scientific-computing work with MITRE’s mission-focused expertise. Oak Ridge Associate Laboratory Director Moe Khaleel also described potential uses of these tools in cybersecurity and national missions, including using them to accelerate progress in quantum science and technology. The statements set out the partners’ aims; neither release gives a project example or a performance target.
The institute’s launch announcement came with no disclosed investment amount or milestone dates. It also does not explain how federal agencies will access JICSA’s work or which commercial partners may participate. For now, the public plan is defined by its three areas—algorithm research, systems evaluation and decision science—and by facilities the two organizations already operate.