MSBAI Secures $2M DoD Phase III Contract for GURU Generation 2
Accelerating America's Hypersonic Dominance with AI-Powered Automation on Supercomputers
MSBAI, a prominent name in the realm of hybrid intelligence systems designed for engineering automation, is thrilled to announce a significant milestone. The company has been awarded a notable $2 million Phase III contract by the U.S. Department of Defense (DoD) aimed at enhancing its GURU Generation 2 platform. This sole-source award marks MSBAI’s ascent to the prestigious 'SBIR unicorn' status, underscoring the DoD's recognition of GURU as a vital solution for national defense. This pivotal contract promises to bolster America’s high-speed flight superiority by delivering hybrid intelligence solutions, which streamline the automation of intricate workflows, significantly reducing setup times from hours or even days to mere minutes, thereby facilitating the execution of thousands of simulations seamlessly.
Revolutionizing Simulations in Hypersonic Flight
For years, the process of prototyping vehicles capable of Mach 5-plus flight has been mired in cost and time constraints. The path to achieving breakthrough designs has necessitated the execution of expansive suites of high-fidelity simulations. As it stands, configuring a single computational fluid dynamics (CFD) case has often consumed hours or even days. Scaling this to meet the demands of hundreds or thousands of simulations needed for comprehensive aerodynamic databases, and flight envelopes is an impractical feat when performed manually. However, GURU Generation 2 is transforming the paradigm by leveraging cutting-edge artificial intelligence, inspired by cognitive frameworks that include Global Workspace Theory, facilitating a substantial degree of automation. Its sophisticated hierarchical architecture integrates symbolic reasoning with machine learning, advancing through tasks such as geometry preparation, grid generation, solver configuration, adaptive mesh refinement to detail shock wave interactions, and visualization of results.
Impact on DoD Engineering and Design Innovation
This innovative approach allows DoD engineers to rapidly generate complete aerodynamic databases and flight trajectories, as well as conduct parametric studies on aerodynamic surfaces at a pace akin to machine speed—far faster than traditional human processes would allow. The GURU platform has already been successfully showcased at the Air Force Research Laboratory (AFRL) DoD Supercomputing Resource Center (DSRC) with GURU Generation 1, which has shown notable results by minimizing simulation failure rates from an alarming 88% down to a remarkable 2%. Anticipation now grips stakeholders as GURU Generation 2 will extend its capabilities across critical Army, Navy, and Air Force supercomputers, including names like Blueback, Carpenter, Narwhal, and Raider, preparing agent training to autonomously manage workflows in software packages such as Salome, GMSH, and NASA Refine, as well as solvers like the CREATE CFD suite, SU2, and OpenFOAM.
Harnessing DoD's HPCMP for National Advancements
The High Performance Computing Modernization Program (HPCMP) stands as the primary patron of this groundbreaking initiative, acting as a centerpiece of the DoD's research and development resources. Catering to over 5,000 defense scientists and engineers, this program provides unparalleled access to top-tier supercomputers, dedicated networks, and expert resources, propelling mission-critical advancements. Under the guidance of Director Kelly Dalton, the emphasis on integrating artificial intelligence and empowering personnel within HPCMP is crucial to maintaining the U.S.'s edge in hypersonics and novel technologies. By embedding next-generation AI into HPCMP's framework, GURU waves the flag of democratizing access, thereby enhancing the efficiency for every user.
Transforming Hypersonic Simulations
Allan Grosvenor, the CEO of MSBAI, emphasized the transformative nature of this contract, stating, "This contract allows us to integrate GURU directly into the DoD's supercomputing architecture. Tasks that previously required hours or days to prepare for a single hypersonic CFD simulation—fraught with failure risks—are completed within minutes. GURU now has the capability to replicate that preparation across thousands of processing cores, which eliminates barriers to consistent success and thorough data analysis. This leap allows America's engineers to explore a vast range of design modifications and flight conditions at machine speed, not human speed."
Meanwhile, Bryon Foster, Chief of the AFRL DoD Supercomputing Resource Center (DSRC), remarked, "The primary objective we pursue with these systems is modeling and simulation; we aim to shorten timelines and enhance our acceleration capabilities. Tools such as GURU are pivotal in enabling higher-fidelity calculations to be executed more rapidly and cost-effectively, especially for testing conditions—like hypersonic flight—that are challenging to replicate in real-world scenarios."
Future Prospects with GURU Generation 2
To ensure compliance with IL5 standards, MSBAI collaborates with Inkit, a File Intelligence Platform that facilitates secure document management and digital signature capabilities. This significant Phase III achievement paves the way for MSBAI to secure additional investments from the DoD to expand licenses and enhance features further. The GURU technology has evolved significantly through extensive research and development conducted on the Department of Energy’s (DOE) flagship exascale systems, including the Frontier supercomputer and Aurora supercomputer at renowned national laboratories, effectively advancing its hybrid intelligence capabilities for critical engineering design and energy applications crucial to national priorities.
In the current race towards mastering next-generation hypersonic aviation and space launch technologies, the DoD's investment of $2 million in GURU signifies an invaluable opportunity for every HPCMP user—from budding engineers to experienced design teams—to initiate, oversee, and analyze thousands of high-accuracy aerothermal simulations in a fraction of the time it historically took to craft a single scenario, thereby fortifying U.S. leadership through AI-driven innovation.
About MSBAI
Founded in 2017 and operating from its headquarters in Los Angeles, CA, MSBAI stands at the forefront of hybrid intelligence solutions designed to automate intricate engineering workflows through advanced artificial intelligence. With GURU as its flagship platform, MSBAI empowers users across defense, energy, and industry sectors to foster groundbreaking innovations within aviation, spaceflight, and energy domains.
Frequently Asked Questions
What is the significance of MSBAI's $2M DoD contract?
This contract positions MSBAI as a key player in advancing hypersonic technologies by leveraging its GURU Generation 2 platform, enabling rapid simulation and design capabilities for national defense.
How does the GURU platform enhance simulation processes?
GURU utilizes advanced AI to automate various tasks involved in simulations, dramatically reducing the time required from hours or days to just minutes.
Why is hypersonic flight technology important?
Hypersonic flight technology is crucial for national security, providing the capability for rapid and versatile defense operations.
What benefits does the DoD gain from GURU?
The DoD benefits from reduced simulation failure rates, faster calculations, and enhanced collaborative capabilities across its supercomputing resources.
What is the role of HPCMP?
The HPCMP supports defense engineers with high-performance computing resources, empowering advancements in defense technology and engineering research.
