The recognition spotlights three technical achievements, including a 5G interference-mitigation algorithm and a wafer-scale platform that integrates superconductor and semiconductor chips for high-performance computing. Another primary honoree, the Magnetite operating system, protects embedded electronics on drones, radars, and satellites by leveraging the memory-safe Rust programming language and a verified seL4 microkernel. Magnetite is provided at no cost for government operations and is actively being installed into flight platforms for the Department of War. Since 2010, the federally funded research center has accumulated 111 R&D 100 Awards for its unclassified research achievements.
Key points
The Department of War is currently incorporating the Magnetite operating system directly…: The Department of War is currently incorporating the Magnetite operating system directly into active space and flight platforms.
MIT Lincoln Laboratory has secured a total of 111 R&D 100 Awards for its unclassified res…: MIT Lincoln Laboratory has secured a total of 111 R&D 100 Awards for its unclassified research initiatives since 2010.
Magnetite provides isolated process architecture under least-privilege principles and rem…: Magnetite provides isolated process architecture under least-privilege principles and remains free for approved government partners.
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Three technologies developed by MIT Lincoln Laboratory are among recipients of 2026 R&D 100 Awards. The awards recognize the 100 most significant innovations that have transitioned to use or been made available for license in the past year.
R&D World, an online publication, manages the awards program, which has run annually since 1963. The worldwide competition is judged by an independent panel of science and technology experts and industry professionals.
The laboratory's winners overcome obstacles to improving the security and capability of systems. One technology is an operating system designed to protect embedded computers from cyberattacks. Another technology is a platform for integrating superconductor and semiconductor chips in a wafer-scale system for quantum or high-performance computing. The final winner is an algorithm that removes interference 5G base stations incur on co-channel radio frequency (RF) devices.
"These awarded technologies address critical problems in cybersecurity, quantum computing, and communications. We're proud of our dedicated staff who developed and transitioned these technologies for the nation's advantage," says Melissa Choi, Lincoln Laboratory director.
Since 2010, Lincoln Laboratory has received 111 R&D 100 Awards recognizing…
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