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Microsoft on Tuesday rolled out fixes for a massive set of 111 security flaws across its software portfolio, including one flaw that has been disclosed as publicly known at the time of the release. Of the 111 vulnerabilities, 16 are rated Critical, 92 are rated Important, two are rated Moderate, and one is rated Low in severity. Forty-four of the vulnerabilities relate to privilege
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Cybersecurity researchers have discovered a new campaign that employs a previously undocumented ransomware family called Charon to target the Middle East’s public sector and aviation industry. The threat actor behind the activity, according to Trend Micro, exhibited tactics mirroring those of advanced persistent threat (APT) groups, such as DLL side-loading, process injection, and the ability
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Leidos is a longtime government contractor known for IT—as well as missiles and airport body scanners. But CEO Thomas Bell said the company is poised for a breakaway in maritime autonomy.
“We're not seen as at the vanguard of this, but we're about to surprise people,” Bell told reporters at the company’s supplier and technology symposium. “It is fair to say, back in the day, we were a federal IT contractor, and that was the dominant business. That's still a big part of my business. And I think what we're seeing right now is the convergence, actively, of hardware and software.”
Maritime autonomy has become buzzworthy, with the budgets to back it up. And the field is getting crowded, as several companies vie for a chance to make the Navy’s goal of having a hybrid fleet—and supercharge operations—real. Some are backed by private capital, such as Saronic, Saildrone, HavocAI, and Anduril, and others who have been in the game a little longer, like Saab, Textron Systems, and L3Harris. Traditional shipbuilders HII and General Dynamics are also key players.
But Bell said what sets Leidos apart is its software and strategic acquisitions. For example, while other hardware-focused companies are teaming up, like L3Harris and Palantir, Leidos is keeping everything in-house, since it acquired the research and security firm Dynetics in 2020.
“Years ago, we bought Dynetics in Huntsville, Alabama. We have a robust defense business. We bought [Security Enterprise Solutions]—so that's our whole airport [scanner] and non-intrusive inspection regime that gives us these products and capabilities,” Bell said. “[Those] are placards, if you will, on a battlefield or in a customer's hands. And that changes the scope of our value add.”
The company has been amassing maritime drone expertise for nearly a decade through acquisitions like ship designer Gibbs & Cox in 2021. They’ve also inked several shipyard partnerships in a bid to meet the Navy’s call for 78 uncrewed medium and large surface vessels and at least 56 uncrewed undersea vehicles. The company also recently partnered with Nauticus Robotics to work on undersea drone tech that can handle complex missions.
“We're not world renowned as an autonomous naval vessel builder. That's because we don't build ships. But everything around it, and everything that enables those commercial shipyards to become government shipyards, we have, and we're very excited about it,” Bell said.
The Marine Corps is already testing Leidos’ autonomous undersea vehicles. Earlier this year, the company unveiled a small, low-cost, attritable UUV called Sea Dart. And the Navy in October awarded Leidos a five-year, $248 million contract to design and engineer sea drone tech for maritime intelligence, surveillance and reconnaissance.
Additionally, the company’s LAVA, Leidos Autonomous Vehicle Architecture, powered USVs sailing from San Diego to Australia last year.
“I'm really happy to have all these points in Leidos, because they are all connected by software, autonomy, cybersecurity, and AI. Those are the substrates that connect all that hardware to all that software,” Bell said.
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The Pentagon launched its first experimental navigation satellite in nearly 50 years, aiming to test out new technology that could shape future military GPS programs.
United Launch Alliance’s new Vulcan rocket launched the Navigation Technology Satellite-3 from Cape Canaveral, Florida, on Tuesday. The satellite will test new anti-spoofing signals, a steerable phased-array antenna to send signals to ground forces in high-jamming areas, and receivers to help the satellite operate without instructions from ground controllers, Joanna Hicks, a senior research aerospace engineer at the Air Force Research Laboratory, told reporters Monday ahead of the launch.
The Pentagon and AFRL spent about $250 million to develop the NTS-3 satellite and the ground system, and L3Harris was the prime contractor for the program.
The satellite was built to be reprogrammed from the ground, “so we don't have to have everything planned out before we go on orbit and before we see what the threats are,” Hicks said.
The program aims to build resiliency in the military’s GPS constellation, but also to pave the way for new position, navigating, and timing capabilities. Most of the service’s PNT satellites are in medium-Earth orbit, but NTS-3 will be sent to geostationary-Earth orbit to experiment with different positioning for the mission.
“One of the things that NTS-3 is testing…is the multi-orbit constellation concept. So can we receive signals from NTS-3 at GEO as well as GPS at MEO, and take advantage of all of them? Maybe in the future, we'll be able to put some of these technologies in [low-Earth orbit], for example. We don't currently have that as a planned mission, but that's something that could conceivably happen in the future,” Hicks said.
The last experimental navigation satellite was launched almost 50 years ago, Hicks said: “At the lab, we think that we are overdue for an experiment in this area.”
The mission was supposed to launch in 2022, but delays with ULA’s Vulcan pushed it to this year. During that downtime, Hicks said the program added capabilities and experimental signals: “We've really been able to take advantage of that and make sure that we are ready for the best possible experimental mission on orbit.”
The team expects to start collecting data within a few weeks, and the entire mission will last about a year. AFRL doesn’t plan on using the satellite in actual operations after the year is up, but they are working with “some organizations to talk about how they might use leftover capabilities for testing,” Hicks said.
Tuesday’s launch also marks a milestone for ULA: it’s the first national-security mission to fly on the company’s new heavy-lift Vulcan rocket. The rocket has been late to launch due to development problems and certification delays after material broke off one of the solid rocket boosters during its second flight in October.
Vulcan was supposed to launch four Space Force missions last year, but that was reduced to two and pushed to this year. The company aims to launch twice a month, with a combination of Vulcan and Atlas rockets, by the end of the year—facing pressure to clear a backlog of missions that have stacked up due to Vulcan delays. Tuesday’s launch is the first of 25 launches the Space Force has ordered from ULA in phase two of the National Security Space Launch program.
“We obviously have a backlog of missions that we're working through…I will say that we're ready and postured to launch as quickly as we can as we work through that backlog,” said Col. Jim Horne, Space Systems Command mission director.
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Guest:
- Journalist and writer Kevin Maurer, whose work focuses on U.S. special operations forces around the world.
Read Maurer's report for Rolling Stone, “Here's What Trump's Mexico Invasion Plan Could Look Like.”
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