UCLA quantum physicist @PrinehaN says DARPA just advanced 4 quantum computing companies to its final stage, signaling that the science is solved and now they just have to build it: "The DARPA Quantum Benchmarking Initiative is DARPA's way of saying, 'We're skeptics. Show us that you have what it takes to actually build a fault-tolerant, useful quantum computer.' And that's this objective of a utility scale computer by 2033." "In advancing companies from Stage B to Stage C, DARPA is saying, 'Okay, the technical risk is gone. The science risk is gone.' Now you literally just have to build it." "Those are the companies that have an architecture that scales, algorithms that go with that architecture, and they know which problems they're gonna solve where there's actual value." @UCLA @DCVC

$IONQ advanced to final stage of DARPA’s Quantum Benchmarking Initiative worth up to $300M through 2029 with management calling it a “significant vote of confidence” in its path to utility scale quantum. DARPA has already reviewed IonQ twice and is now moving to validate multiple Superion generations giving IonQ one of strongest independent validations in quantum. The interesting part is IonQ owns its U.S. foundry through SkyWater giving it direct control over fabrication and packaging as DARPA tests whether these systems can be manufactured reliably at volume.

We have successfully completed a sheltered-water autonomous towing demonstration for @DARPA’s Pulling Guard program. In under six months, our team moved from selection for the program to designing, building, and testing a new vessel created for this effort. During the demonstration, the uncrewed vessel autonomously executed every phase of the towing concept of operations, from station-keeping and connection through towing transit and a controlled disconnect. Every planned test objective was met, including proving that autonomous winch control could be fully integrated with Saronic’s existing autonomy stack and operate as a single coordinated system throughout the sequence. Pulling Guard aims to develop flexible, semi-autonomous surface vessel systems that can escort and help protect unarmed logistics vessels at sea. Reliable autonomous towing and station-keeping are foundational to that concept, and proving these capabilities early reduces technical risk and generates real-world data that will inform the platform’s design and development as the program advances. We are proud to continue working with DARPA to move that concept closer to reality.

Parallel Works and CoreWeave are running a fully managed AI and HPC environment for DARPA's NODES program. By combining Parallel Works' ACTIVATE platform with CoreWeave Cloud, researchers can access dedicated compute, unified orchestration, and expert support, allowing them to focus on advancing research rather than managing complex technology. Read the release:

4 generations of autonomous vehicles. In 2019 I was at CMU. 2007 DARPA urban challenge winning car was brought on campus alongside an Argo AI vehicle, which looked more polished. Fast forward, AVs are actually on road. Cybercab looks more polished and advanced than a Waymo.

Daily Hard Tech Headlines: - @PsiQuantum has secured a $125 million agreement with Defense Advanced Research Projects Agency (DARPA) to expand testing of its approach to building a utility-scale, fault-tolerant quantum computer. The company remains one of only two participants in Stage C, the final phase of DARPA’s Quantum Benchmarking Initiative. - @terraindustries, an African defense and critical infrastructure security startup, has launched Kama, an autonomous interceptor drone built to counter weaponized commercial drones. The company plans to produce the system at its Abuja and Accra factories. - @_Andrenam_ has secured an $18 million Series A. The Los Angeles startup develops sonar systems for maritime security, with the round led by Upfront Ventures. - @Saronic has partnered with Samsung Heavy Industries to scale autonomous ship production in the United States, focusing on robotic shipyard automation and high-throughput manufacturing. - Hokkaido Spaceport’s Launch Complex 1, a new Japanese orbital launch site, is nearing completion. - Northrop Grumman has launched its Mission Robotic Vehicle aboard a SpaceX Falcon 9, enabling the inspection of satellites in orbit using two robotic arms and the installation of propulsion modules to extend their operational lives. - Bahrain is exploring the development of its first small modular nuclear power plant. - The Jacksonville Sheriff’s Office has launched a Drone as First Responder program using systems provided by Paladin. - MOBY Robotics, an ocean intelligence startup, has secured a commercial contract to map the seabed in the Clarion-Clipperton Zone using deep-ocean robotic systems. The customer was not disclosed. - United States Marine Corps tested forward manufacturing capabilities in Okinawa during Valiant Shield 26, including circuit-board repair, metal restoration, hybrid manufacturing, and 3D printing while in transit. - @vast, the Long Beach space infrastructure startup, has launched a national security division focused on space-based capabilities for the DOW and intelligence community. Melanie Stricklan will lead the division. - Babcock International Group, ACUA Ocean and Frankenburg Technologies are teaming up to develop a maritime C-UAS system combining Acua’s unmanned surface vessel, Babcock’s launcher and Frankenburg’s precision-guided interceptor missiles. - Cooperative Ventures, backed by two of North America’s largest agricultural cooperatives, has invested in OpenTug, which develops software for the inland barge networks that move grain, fertilizer, and other bulk commodities across the United States. - Simon Shuham, the former head of product at Exowatt, has launched a Denver-based stealth startup developing high-efficiency systems that convert stranded waste heat into electricity. - Canadian Strategic Missions Corporation (CSMC) secured a $4.5 million investment from the Canadian government to support the scaling of small nuclear technology for the Arctic.