Cybersecurity Compliance Advisory Analyst 1

From orbit to seabed: when AI becomes mission infrastructure. June 25, 2026 As defense systems become more autonomous and multi-domain, Sierra Nevada Corporation (SNC) and Seekr are advancing a new model for mission AI: real-time decision support built into the systems operators already rely on. Today, Sierra Nevada Corporation (SNC), a leader in global aerospace and national security, and Seekr announced a joint venture to develop and deploy AI-native capabilities across SNC's multi-domain mission systems. The partnership spans air, ground, maritime, space, and cyber domains and is focused on accelerating decision-making at the tactical edge while enabling scalable integration across the entire enterprise. The partnership has commenced across initial programs spanning: * AI-enablement of SNC's command and control (C2) software, which already connects millions of devices across US and international military systems. * Seekr AI deployed onboard aircraft to support real-time decisioning during manned flight operations. * Aerial Intelligence, Surveillance, and Reconnaissance (ISR) Agentic AI systems. * Seekr-developed foundation models that fuse multi-sensor data across undersea, surface, and air for operational advantage. * EU-compliant AI embedded into aerial platforms & ground command to support coast guard operations, including search-and-rescue and counter-narcotics. * AI-enhanced targeting into ground-to-air defense systems. The battlefield is no longer defined by a single domain, a single system, or a single decision cycle. National security now spans air, land, sea, space, and cyber. At the same time, mission systems are becoming more autonomous, more distributed, and more dependent on data moving at operational speed. That changes the requirements for AI. Operators do not need another dashboard to manage. They do not need black-box automation asking for blind trust. They need systems that can help them understand, decide, and act with clarity in the moments where seconds matter. Speed matters. But speed without confidence creates risk. And in mission environments, there is little margin for risk. With AI moving closer to the tactical edge, trust is now an operational requirement. A system that supports course-of-action (COA) development, threat prioritization, detection, tracking, or engagement workflows must do more than produce an answer. It must provide evidence. It must be explainable. It must be defensible. And it must operate where missions happen, including disconnected, classified, resource-constrained, and contested environments. When AI is expected to inform live mission decisions, it can no longer sit outside the systems operators rely on. It has to become part of them. This is why Sierra Nevada Corporation (SNC) and Seekr have formed a strategic partnership to jointly develop and deploy AI-native capabilities across SNC's multi-domain mission systems. The partnership combines SNC's mission systems integration expertise with Seekr's explainable, defensible AI to accelerate real-time decision advantage for operators. SeekrFlow(TM) will serve as the underlying AI platform for the partnership, enabling secure data ingestion, built-for-mission model training and optimization, agent orchestration, and real-time decision support with built-in observability, governance, and data provenance. The platform is built from the ground up to operate in classified, disconnected, and resource-constrained environments. The first integration brings advanced AI to aircrews, empowering them with dynamic course-of-action development, threat prioritization and alignment with established tactics, techniques and procedures (TTPs) based on real-time operational data. The larger impact is scale. SNC's command-and-control platform connects more than one million systems on the network, a number expected to grow as autonomous unmanned systems production accelerates. Meeting that scale will require AI that is accurate enough to support mission decisions, transparent enough to be trusted by operators, and secure enough to run in the environments where defense work actually happens. From orbit to seabed, operators need decision support that can keep pace with the speed, complexity, and consequence of modern defense. The organizations that succeed will be the ones that can bring autonomy and accountability together. This is what AI as mission infrastructure looks like, built into the operating fabric of the systems operators already rely on.

'A massive shortfall.' Why Sinclair, Sierra Nevada are building an aviation workforce pipeline. Published June 3, 2026 at 6:45 PM EDT Sinclair Community College and Sierra Nevada Corp. have partnered to form the SNC Sinclair Academy to train students for aerospace and aviation maintenance technician jobs. Those who graduate from the academy will be equipped to work on everything from hot air balloons to commercial planes, said Sean Bohn, program director in Sinclair's Aviation Technology Department. "They have to have a good mechanical aptitude, they get into sheet metal work, hydraulics, learning the pneumatics, landing gear systems, avionics - anything dealing with the aircraft they learn how to work on and systems-wide, including jet engines, turbine engines, reciprocating engines," Bohn said. The academy will also access and test the skills of non-student candidates who apply directly to Sierra Nevada. Since building its first hangar in 2023 at Dayton International Airport, the Sierra Nevada has expanded to four hangars, a total of 440,000 square feet. Its leaders said more skilled employees are needed who can handle new technologies, including AI, robotics and other advanced tools. Benjamin Sears, who chairs the Sinclair aviation technology department, cited a recent Boeing study that says from now until 2040, the industry will experience a workforce gap as seasoned pilots, mechanics, technicians and flight attendants continue to retire. That will create new opportunities for SNC Sinclair Academy graduates. "With the growing retirees, there's going to be a massive shortfall and we're going to need a lot more technicians, pilots, flight attendants, UAS pilots, aviation maintenance technicians," Sears said. "We're taking current graduates or students that are very close to graduating, running them through a cohort based model to up-skill them to what SNC needs." The SNC Sinclair Academy begins later this month.

After NASA contract change, Sierra Space seeks path forward for Dream Chaser. Nearly nine years ago, a helicopter hoisted a prototype of the Dream Chaser spaceplane into the sky above Edwards Air Force Base, California, then dropped it. The winged vehicle ultimately skidded - by design - to a successful runway landing. That drop test was a milestone in a deal between what's now Sierra Space and NASA to conduct a minimum of seven cargo resupply flights to the International Space Station. The company's Dream Chaser had received a contract alongside Orbital ATK's Cygnus (now Northrop Grumman's) and SpaceX's Cargo Dragon capsules. In 2019, Sierra Nevada Corp. - which in 2021 spun out its space division into a standalone company, Sierra Space - was targeting 2021 for the inaugural launch of the first Dream Chaser, since named Tenacity. But that date has since been pushed back multiple times, and last year NASA said the agency and Sierra had agreed to modify the contract, as the agency prepares to retire ISS by the end of the decade. The agency said it's "no longer obligated" to use Dream Chaser for a specific number of resupply missions. It could still contract Sierra for future deliveries, but that would largely depend on the results of Tenacity's inaugural flight, now slated for late 2026. Instead of visiting ISS, the spaceplane is to conduct a "free-flyer demonstration mission" to low-Earth orbit. Separately, Sierra described that shift as part of a larger "strategic transition" to market Dream Chaser "for future national security and defense demonstrations." But the change also left some industry observers wondering whether the spacecraft will ever actually go into service. Sierra Space replied by email to select questions for this story. The path forward. Even without the ISS missions, observers identified a handful of potential applications for a vehicle like Dream Chaser. Sierra Space could, in fact, be better off bypassing the space station, contends George Nield, who led FAA's Office of Commercial Space Transportation from 2008 to 2018 and now owns consulting firm Commercial Space Technologies. Rather than needing to check off every NASA requirement to safely berth with ISS, Sierra instead can position Dream Chaser to meet the needs of future customers, said Nield, who also managed NASA's Flight Integration Office. With a cadre of commercial space stations on the horizon, a vehicle like Dream Chaser makes sense to have in the mix as a "nice complementary capability" to capsules, he said. Indeed, Dream Chasers appeared prominently in early renderings of Blue Origin's Orbital Reef space station, for which Sierra Space is supplying inflatable habitat modules. At the time of publication, only a single vehicle resembling a Dream Chaser appeared on Blue Origin's "LEO Destinations" website page, alongside capsule-type vehicles. Blue Origin didn't reply to a request for comment, and Sierra Space didn't address a question about Dream Chaser's continued involvement in cargo and crew transportation plans for Orbital Reef. In its overall statement, Sierra said it continues to "invest in in-space infrastructure including the LIFE Habitat for future commercial space programs." The Pentagon might also be interested in Dream Chaser, said Doug Ligor, who worked at the RAND Corp. before founding the Space Governance Institute in November to provide consulting and legal services. Considering the U.S. Space Force already operates one model of spaceplane, Boeing's X-37B, it stands to reason the service would want to financially back multiple makers for the sake of redundancy, he noted. In his view, Dream Chasers could be appropriate for activities including in-space satellite servicing or other operations requiring maneuvers, potentially making it a versatile option for "national defense work... that is only going to grow," Ligor said. "You could also launch satellites from their vehicle." In its statement, Sierra said Dream Chaser could serve as a technology testbed for various defense applications, thanks to "its designed ability to carry pressurized and unpressurized payloads, return to a runway in a low-G environment, and support rapid post-mission analysis." On the other hand, maybe Dream Chaser "is caught in limbo in many ways," said Todd Harrison, senior fellow at the American Enterprise Institute. After being on the market for so long, perhaps Dream Chaser is now "being overcome by all these other developments." SpaceX, for one, has pitched its Starship-Super Heavy vehicle for point-to-point suborbital delivery, Harrison pointed out. Assuming Starship goes into service, SpaceX would have the advantage of not needing to rely on a separate launch provider for Starship the way Sierra must rely on ULA, whose Vulcan Centaur is contracted to launch the first Dream Chaser. "They've been working on [Dream Chaser] for so long, and it's been so delayed" that Sierra's new CEO, Dan Jablonsky, might opt to move on, Harrison said. "One of the big decisions a CEO needs to make is, 'Do you fish or cut bait?'" First flight. In the meantime, preparations for Tenacity's debut continue, Sierra told me, with the company continuing to target "year-end." Plans call for a United Launch Alliance Vulcan Centaur to launch the spaceplane from NASA's Kennedy Space Center in Florida. Sierra and NASA haven't publicly disclosed any more details about the mission. The flight is to conclude with Tenacity touching down on a runway at Vandenberg Space Force Base in California, a Sierra spokesperson said, rather than back at NASA Kennedy as originally planned for the ISS mission. So far in 2026, the company has completed prelaunch qualification checks of Tenacity at NASA Kennedy, including the final launch certification requirement of acoustic testing to simulate launch conditions. Tenacity is now back at Sierra's factory in Louisville, Colo., and "the team is completing final thermal protection system closeouts," the company said. Along with launch qualification, Dream Chaser has also completed flight software qualification. Sierra plans "day in the life" testing in the coming months "to bring the vehicle and its flight software together in a fully integrated, mission-representative environment that emulates complete vehicle operations." It then "expects to move into final mission-specific payload integration, targeting completion by December in preparation for a year-end first flight." Amanda is a freelance reporter and editor based near Denver with 20 years of experience at weekly and daily publications.