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Lantronix has chosen defense technology executive Jason Lamb to join the board as a director. This move brings expertise in systems, national security and defense technology to the companys board. The nomination, made on September 22 2026 happens as Lantronix grows its business around Edge AI, Industrial IoT and unmanned systems.
Lamb is the executive officer of The LGL Group and has over 20 years of experience covering special operations, intelligence, technology development and private-equity investing. He was an officer in the U.S. Navy SEAL teams. Later had leadership roles in the technology and defense industries. He is also on the board of the Association for Uncrewed Vehicle Systems International (AUVSI).
Board Changes Show Defense Technology Growth
Lambs nomination is part of a planned board update. Current chair Hoshi Printer and director Jim Auker are not running for re-election. Will finish their time on the board at Lantronixs annual meeting on November 3 2026. Printer has been on the board since 2010. Was chair since 2024. Auker joined in 2025.
The company says Lambs background at the meeting point of security, autonomous systems and technology commercialization could help its efforts to grow its unmanned-systems business and connections with defense customers.
The nomination also happens as Lantronix moves past its connectivity and networking work toward more valuable areas that involve intelligent computing and AI at the network edge.
Edge AI and Unmanned Systems
Lantronix offers computing, connectivity and remote-management technologies for uses. Its current plan includes NDAA- platforms for unmanned systems, critical infrastructure and strong enterprise networks.
The companys unmanned-systems business made $12.6 million in revenue for 2026. Lantronix expects that business to make up 15% to 20% of total company revenue in fiscal 2027 according to the September announcement.
Lantronix also has than 30 active projects across defense, commercial and public-safety uses. These include drones, autonomy, imaging and other Edge AI uses. Named customers and partners include Teal Drones, Sightline Intelligence, Swarmer, Ukrainian drone company DoD Solution and AVT Australia a CACI company.
These projects show a change in defense technology, toward handling information near where it is created. Unmanned planes, ground vehicles and other self-driving tools often need to understand sensor data instead of depending completely on distant cloud systems.
Why Edge AI Matters, for Defense
Edge AI helps with computer vision, object detection, navigation, sensor fusion and autonomous decision‑support. When data is processed locally Edge AI cuts down on delay. Limits the amount of information that must travel over networks that may be slow or hostile.
For defense computing power is one need. Defense systems must also meet security, low power use, steady connectivity, high reliability and tough environmental limits.
Lantronix focuses on platforms because defense buyers want peace of mind that every hardware and software piece satisfies strict procurement and security rules.
The mix of embedded computing, secure links and Edge AI builds a technology stack that stretches from sensors to fully autonomous platforms.
A Broader Unmanned Systems Market
Lamb’s past shows how defense firms and commercial tech companies are blending more each day. He started Hard Yards, a product‑development and consulting firm that BlackSea Technologies bought. He then became BlackSea’s strategy officer working with a company that builds maritime defense gear. BlackSea itself was bought by AEVEX Aerospace in December 2025 according to Lantronix’s proxy filing.
Lamb’s experience covers product design, unmanned systems, defense tech and how to take tech from the lab to the field showing that modern armies use tools born in the world.
Implications for Japans Defense Technology Sector
The new development also matters for Japan, where defense modernization is increasingly linked to AI, robotics, autonomous systems and advanced electronics.
Japanese technology companies can use their skills in sensors, communications, robotics, semiconductors and industrial computing to help build platforms. Edge AI is especially useful for systems that work in places or where connectivity is limited such as drones, maritime systems and ground‑based autonomous vehicles.
The wider market also opens chances for cybersecurity and secure‑networking providers. As autonomous platforms connect to command networks and other systems protecting the communications and computing parts becomes a part of deployment.
Japans defense technology ecosystem could therefore involve partnerships among traditional defense contractors, electronics makers, software firms and AI specialists.
From Connectivity to Intelligent Infrastructure
Lantronixs board nomination comes at a time when the companys businesss more tied to the mix of connectivity, edge computing and autonomy.
The company is not supplying communications infrastructure for unmanned platforms; its strategy now mixes intelligent computing, secure connectivity and remote management.
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For Japans technology industry this development shows a trend: AI adoption in defense creates demand for special computing and networking tools that can work directly inside physical systems.
As drones, autonomous vehicles and other unmanned platforms get smarter the tech opportunity goes beyond the AI model itself. Sensors, processors, connectivity, cybersecurity, power management and remote operations will all be part of the infrastructure.
Lantronixs planned board change is closely tied to the companys move toward Edge AI and autonomous systems and it highlights how defense expertise is increasingly needed in the leadership of companies, in this fast‑growing tech market.
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