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SpaceX Rocket Launches Lockheed-Built GPS III M-Code Satellite
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The second GPS III satellite from Lockheed Martin was deployed to orbit by SpaceX with only three months of preparation.

A SpaceX Falcon 9 rocket launched the eighth Global Positioning System III space vehicle to orbit on Friday from Cape Canaveral Space Force Station under a National Security Space Launch contract with the U.S. Space Force, demonstrating the capability to deploy a satellite in three months.

The Space Vehicle-08 spacecraft, built by Lockheed Martin, is equipped with M-code technology to provide warfighters with GPS signals that are three times more accurate and eight times more resistant to jamming and spoofing than existing positioning, navigation and timing capabilities, the U.S. Space Force said.

SpaceX Rocket Launches Lockheed-Built GPS III M-Code SatelliteWith the increasing sophistication of threats, the need for advanced defense capabilities in the air and space domains has never been more urgent. Join the Potomac Officers Club’s 2025 Air and Space Defense Summit to gain insights into the challenges and opportunities facing the air and space defense industry. Register here.

According to Lockheed, the satellite will enable accurate and resilient PNT capabilities for civilian and military applications in aviation, maritime, land transportation, and search and rescue operations.

The company’s Denver Launch and Checkout Operations Center holds operational control of SV08 until the satellite’s official acceptance into the current operational GPS network. Lockheed also plays a key role in the continuation and maintenance of the modernized GPS ground segment, known as the Architecture Evolution Plan, responsible for monitoring and controlling the GPS satellite constellation and providing navigation data to users. Recently, the defense contractor incorporated M-Code Early Use into the system to allow the U.S. military and allied troops to use a specialized, secure military communications signal worldwide.

Rapid Launch Capability

Learning from the Rapid Response Trailblazer launch in December, wherein the GPS III SV07 satellite was lifted off in five months, the Space Force and industry teams were able to reduce the launch preparation timeline further.

The recent launch is in line with the Space Force’s goal of achieving a tactically responsive space capability, which would enable deploying assets to orbit within 24 hours after a request.

According to USSF Col. Andrew Menschner, SpOC MD 31 commander, the SV-08 mission showed the ability to respond to an operational need, such as an on-orbit vehicle failure within the GPS constellation. 

Who Is the Satellite Named After?

SV-08 is nicknamed Ms. Creola Katherine Johnson, in recognition of the American mathematician whose groundbreaking calculations of orbital mechanics at NASA were instrumental to the success of early U.S. manned spaceflights.

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ONR Issues RFI for Airborne Platforms & Electronic Warfare Payloads
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Logo of the Office of Naval Research

The Office of Naval Research has begun soliciting industry feedback on airborne platforms and radio frequency electronic warfare, or RF EW, payloads.

Enhancing the Navy’s ‘Soft-Kill’ Defenses

According to the request for information notice posted on SAM.gov Thursday, ONR is seeking innovations with high technology readiness level, or TRL, capable of reinforcing the U.S. Navy’s “soft-kill” defense against existing and future anti-ship missile threats.

ONR intends to develop a new ship-based long-endurance airborne decoy equipped with modular EW mission-compatible payloads. The quick-reaction decoy would be included in a multi-layered strategy featuring existing defenses such as hard-kill, on-board and off-board EW systems.

ONR Issues RFI for Airborne Platforms & Electronic Warfare Payloads

With Navy ships prone to attacks from sophisticated missiles, the service branch must address such critical challenges. Join the 2025 Navy Summit on August 26 and get valuable insights on the latest naval technologies, as well as policies and strategies.

Based on the market survey, ONR is looking for advanced decoy technologies designed for rapid deployment, extended flight, hovering capabilities and autonomous flight. The system must be capable of operating in harsh environments, carrying modular EW payloads with equivalent isotropic radiated power and repositioning and stabilizing multi-spectral apertures. They must also demonstrate secure electronic data communication, RF integration, automated command and control, antenna RF isolation and the ability to be recoverable.

The RFI is also meant to keep the Navy up-to-date with the latest innovations in  EW payloads and long-endurance airborne platforms.

Interested parties can submit their responses until July 18.

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White House Council on Environmental Quality Unveils Permitting Technology Action Plan
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Council on Environmental Quality's Permitting Tech Action Plan aims to modernize federal environmental permitting processes

The White House Council on Environmental Quality, in collaboration with the National Energy Dominance Council and other permitting agencies, has released the Permitting Technology Action Plan.

The White House said Friday that CEQ aims to modernize existing federal environmental review and permitting processes for various infrastructure projects, including roads, bridges, mines, factories and power plants.

What Is the Permitting Technology Action Plan?

The Permitting Technology Action Plan is a new government-wide strategy meant to facilitate the use of technology for more efficient evaluations of environmental permits. It intends to utilize technology to address challenges highlighted in CEQ’s E-NEPA Report to Congress, such as outdated systems, uncoordinated data management and disconnected digital tools.

The strategy is designed to optimize information exchange among agencies, simplify interactions for applicants and provide sponsors and stakeholders with transparency and predictability on environmental review and permitting schedules. It includes the minimum functional requirements for permitting systems and introduces an initial standard for National Environmental Policy Act data and technology. It also provides a timeline and implementation roadmap for agencies and a governance structure for overseeing its implementation.

The Permitting Technology Action Plan is a direct response to President Trump’s memorandum, “Updating Permitting Technology for the 21st Century.” It builds upon the establishment of the CEQ-led Permitting Innovation Center, which will work with the General Services Administration’s Technology Transformation Services to develop and test prototypes of permitting technology systems.

“The Trump Administration is working tirelessly to implement innovation-driven environmental review and permitting reforms to eliminate needless delays that cripple the growth of the U.S. economy, replacing outdated technology with efficient, speedier solutions,” said CEQ Chief of Staff Katherine Scarlett.

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Senators Call for Reestablishment of Cyber Attack Investigation Group
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Members of two U.S. Senate committees have backed the reestablishment of the Cyber Safety Review Board.

Members of the Senate Select Committees on Intelligence and Homeland Security and Governmental Affairs are backing the reinstatement of the Cyber Safety Review Board, a group of experts from government and industry that makes cybersecurity-related recommendations. 

In a letter addressed to Kristi Noem, head of the Department of Homeland Security and a 2025 Wash100 Award winner, Democratic Sens. Mark R. Warner, Va.; Ron Wyden, Ore.; Richard Blumenthal, Conn.; and Elissa Slotkin, Mich., said the CSRB is vital to national security and in responding to threats such as the Chinese government-backed Salt Typhoon cyberattacks. 

Table of Contents

What Was CSRB?

CSRB was created in February 2022 under the previous administration to convene cybersecurity experts in an independent review board to investigate serious cyber incidents and advise the government and industry on how to strengthen critical networks. 

Aside from the Salt Typhoon breach, CSRB also looked into Lapsus$, a global hacker group known for carrying out extortion and ransomware attacks on companies across multiple industries, and the Storm-0558 intrusion into the Microsoft Exchange Online service in 2023. 

In January, President Donald Trump abolished CSRB as part of cost-cutting efforts and to refocus priority on national security within DHS. 

“Future committee activities will be focused solely on advancing our critical mission to protect the homeland and support DHS’s strategic priorities,” Benjamine Huffman, who served as acting homeland security secretary, said in a memo shared Jan. 20. 

Why Bring Back CSRB?

In their letter to Noem, the senators pointed out that CSRB is in line with the administration’s emphasis on tapping private sector capabilities and external expertise in government to address complex challenges. 

The legislators also warned that the dismissal of CSRB members and the uncertainties surrounding the independent board’s future have negative impacts on cyber defenses across the private and public sectors. 

“As we have said before, inadequate cyber security practices put our economy, our national security and even lives at risk,” they wrote in the letter.

“In this age of great innovation, we cannot afford to see our private or public systems compromised by malicious actors,” they added. 

The letter concluded with a call for DHS leadership to work with the Cybersecurity and Infrastructure Security Agency to reestablish CSRB as a “crucial part of America’s cyber defense infrastructure.”

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Carroll Quade Named Director of the Office of the Director of Operational Test & Evaluation
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Headshot of Carroll Quade, director of the Office of the Director of Operational Test and Evaluation

Carroll Quade has been appointed director of the Office of the Director of Operational Test and Evaluation.

The Department of Defense said Wednesday Quade’s appointment is part of the ongoing reorganization of the ODOT&E, aimed at rebuilding the military, ensuring lethality and reestablishing deterrence while accelerating efficiency efforts. He will manage the transition and ensure the office continues to meet its statutory obligations.

Carroll Quade’s Career Highlights

Quade is currently the deputy for test and evaluation for the Department of the Navy, where he serves as the senior advisor to the assistant secretary of the Navy for research, development, and acquisition and the chief of Navy operations through the director of Navy test and evaluation and technology requirements. He oversees the development and implementation of T&E policies and supports acquisition program planning and execution.

The incoming director was previously the acting deputy Department of the Navy T&E executive and served as special assistant to the DON T&E executive. He was named to the senior executive service in July 2014 and was the PMA-231 Hawkeye/Greyhound assistant program manager from 2007 to 2009. Since joining the Navy in 1990, he has held various positions, including program manager of the Navy major range and test facility base, Atlantic marine operations and targets division head, AIRSpeed Deployment Champion, and a project engineer.

Pentagon-led Restructuring

Sean Parnell, the chief Pentagon spokesman and senior adviser, announced Quade’s appointment. In his statement, Parnell also said that the reorganization aims to eliminate redundancy in the defense acquisition system and return the DOT&E to its statutory intent as an oversight body. In addition, the move is meant to empower the Services and Combatant Commands and ensure the warfighter can tackle emerging threats.

Under the reorganization effort, 30 DOT&E personnel will be retained, while civilian personnel from ODOT&E’s military departments will transition back to those military departments.

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ITI Responds to White House AI R&D Strategic Plan RFI With Several Recommendations
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The Information Technology Industry Council has provided the White House OSTP with recommendations to strengthen AI R&D.

The Information Technology Industry Council, or ITI, has provided the White House Office of Science and Technology Policy, or OSTP, with several recommendations to strengthen artificial intelligence research and development efforts.

ITI said Thursday the recommendations are in response to OSTP’s request for information as it develops a 2025 AI R&D strategic plan.

Prioritizing Long-Term Investments in AI Research

The global tech trade association recommended that the Trump administration prioritize long-term investments in AI research.

The U.S. government should also support investment in R&D efforts across the AI value chain, including in basic science, and invest in research specific to agentic AI.

To advance agentic AI, it is imperative for the government to work with industry to advance the development of standards and protocols for agent-to-agent communication, build secure design patterns for agentic systems and create additional multiagent reference architectures to establish a mechanism for identifying threats and contextualizing agentic risks.

Supporting Investment in Research Fields Specific to AI Cybersecurity

According to the trade group, the U.S. government should invest in research areas that are highly relevant to AI, including agentic AI to address complex cybersecurity problems; cyber defense; data analytics; fraud detection; adversarial machine learning; and privacy preserving machine learning.

ITI also called on the government to support ongoing research into red-teaming and security threats related to AI platforms.

ITI’s Other Calls to Action

ITI recommended that the current administration advance standards and benchmarks for testing AI systems by backing continued U.S. participation in international standards bodies and adoption of the AI Risk Management Framework.

Other recommendations outlined in the association’s response are investing in multidisciplinary education and training to prepare the next generation of AI talent; fostering collaboration with international partners to advance AI R&D through initiatives like the International Network of AI Safety Institutes; and investing in advanced compute infrastructure, including the National AI Research Resource, to support AI R&D.

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Senate Passes Bipartisan Bill to Boost Investments in America’s Semiconductor Supply Chain
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Headshot of Sen. Gary Peters.

The U.S. Senate has passed the Securing Semiconductor Supply Chains Act, a bipartisan bill that aims to strengthen the government’s efforts to increase investment in domestic manufacturing of chips. 

Sen. Gary Peters, D-Mich., said the bill he helped craft supports the Creating Helpful Incentives to Produce Semiconductors, or CHIPS, and Science Act, which was signed into law in 2022. 

“In order to remain a global economic powerhouse, we need to build on the investments we made in the CHIPS and Science Act to continue expanding our vital semiconductor industry,” the legislator stated. “This bipartisan bill would help drive further investment in American manufacturers and supply chains to reduce our dependence on foreign competitors for these critical technologies and create more good-paying jobs in Michigan.” 

New Bill Seeks to Boost Domestic Chip Supply Chain Investments

The Securing Semiconductor Supply Chains Act tasks the Department of Commerce, through the SelectUSA program, to collaborate with other agencies and state economic development organizations to attract more investments into the United States. 

SelectUSA was established in 2011 to promote investments that create jobs for Americans. According to the International Trade Organization, the program has facilitated over $270 billion in investment across various sectors. 

Under the proposed legislation, Peters said SelectUSA will play a bigger role in boosting domestic semiconductor manufacturing capability.

The Securing Semiconductor Supply Chains Act also has the support of Sens. Rick Scott, R-Fla., and Marsha Blackburn, R-Tenn.

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NOAA Issues RFI for Advanced Weather Radar Network
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NOAA has issued a request for information for the development of a new weather radar network.

The National Oceanic and Atmospheric Administration’s National Weather Service is seeking industry feedback on potential contractors capable of developing an advanced network of weather radars that will eventually succeed the one currently used.

According to the request for information notice posted on SAM.gov Wednesday, the NOAA NWS aims to develop a new backbone of S-Band weather radars with enhanced capabilities, enabling it to replace the old Weather Surveillance Radar, operated by the Next Generation Radar, or NEXRAD, program.

Radar-as-a-Service

The NEXRAD WSR-88D plays a crucial role in detecting and issuing warnings for severe weather such as tornadoes, hurricanes, winter weather and floods. With the infrastructure aging, the need for a new and more advanced network is currently a priority for NSW. The Radar Next program is looking at the possibility of developing and deploying a radar-as-a-service model. The program intends to acquire commercial data to integrate into NSW operations.

The new network should be capable of seamlessly continuing the job of the NEXRAD network by maintaining radar operations, particularly the flow of radar data, without interruptions. The network should also expand radar coverage to tackle blind spots at lower altitudes and boost overall performance through enhanced flexibility, scalability and other critical features.

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Army Combines Health Monitoring, Autonomous Flight to Bring Home Incapacitated Military Pilots
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The Army tested a Tiger Tech-made operator state maintaining system with mission adaptive autonomy for emergency rescue.

The U.S. Army has piloted a new system that monitors the vital signs of a military pilot and enables the aircraft to fly autonomously and safely back to base in case of emergencies.

The service recently conducted a test flight of the combined mission adaptive autonomy, or MAA, and operator state maintaining, also called OSM, on a UH-60 Blackhawk at Joint Base Langley-Eustis in Virginia. 

“This is the first time we have integrated the pilot’s health status to an autonomous flight control system,” commented Carl Ott, an experimental test pilot with the Army who participated in the demonstration.

Army Combines Health Monitoring, Autonomous Flight to Bring Home Incapacitated Military Pilots

Learn more about Army initiatives directly from military leaders and industry experts at the Potomac Officers Club’s 2025 Army Summit on June 18. Register for the in-person event here.

Tiger Tech & Army Collaborate

The U.S. Army worked with Tiger Tech Solutions, developer of health monitoring and human performance technologies, to develop the OSM.

During the demonstration, the technology enabled real-time data and video transmission from the pilot and the helicopter, allowing a team from the ground to monitor performance. 

According to Harrison Whittels, CEO of Tiger Tech, the OSM is designed to save the lives of pilot and crew. 

“If we can prove that concept, then everyone and everything can come home,” he commented.

Moreover, Col. Justin Highley, commander of Army Combat Capabilities Development Command Aviation and Missile Center, added that the OSM’s combination with MAA connects the status of the human flying the aircraft and the autonomous flight system. 

“This goes beyond flight stabilization, altitude and heading control,” he said. 

The Army also previously tested the OSM in various scenarios and potential use cases, such as monitoring soldiers who jump out of airplanes and military divers.

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DOE Awards Supercomputer Development Contract to Dell Technologies
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Dell and NVIDIA are developing a super computer for a DOE research facility under a new contract.

Dell Technologies will develop NERSC-10, the next flagship supercomputer at Lawrence Berkeley National Laboratory’s National Energy Research Scientific Computing Center, under a new contract with the Department of Energy.

Berkeley Lab said Thursday that the supercomputer, which will be named after Berkeley Lab-based biochemist Jennifer Doudna who won the 2020 Nobel Prize for Chemistry, will be 10 times better than Perlmutter, NERSC’s current flagship supercomputer.

Accelerating Scientific Workflows

The Doudna supercomputer, powered by Dell Integrated Rack Scalable Systems and PowerEdge servers, will use NVIDIA’s next-generation Vera Rubin artificial intelligence chip platform, accelerators for AI-optimized and compute-optimized workloads and high-speed Quantum-X800 InfiniBand networking platform to support large-scale high-performance computing workloads in molecular dynamics, high-energy physics, and AI training and inference, among other applications. It will also integrate NVIDIA’s CUDA-Q platform to allow scalable quantum algorithm development, modeling and verification of quantum computers at scale, and co-design of future integrated quantum-HPC systems.

According to Energy Secretary Chris Wright, the Doudna supercomputer will enable rapid innovation, advance breakthroughs in quantum computing and ensure America’s scientists have the tools needed to win the global race for AI dominance.

Doudna, expected to be delivered in 2026, will be connected to DOE experimental and observational facilities through the Energy Sciences Network.

Linking Doudna to ESnet will allow scientists to stream data seamlessly into the system from all parts of the country and to analyze it in near-real time,” said NERSC Director Sudip Dosanjh.

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