Lynx Software Technologies

Lynx deploys a separation kernel architecture under its MOSA.ic framework that partitions hardware resources at the microkernel level. This allows a single system-on-chip to run a safety-critical RTOS controlling a flight actuator alongside an untrusted Linux environment handling in-flight entertainment, with provable isolation guarantees. Commercial Linux distributions lack this formal separation and the safety certifications to back it, making Lynx essential for mixed-criticality deployments in aerospace and defense.

OceanSound Partners, a private equity firm focused on government and enterprise technology, acquired a majority stake in Lynx in August 2022. The transaction was structured as a growth equity recapitalization intended to fund expansion of the MOSA.ic platform and geographic reach. Lynx remains an operating company and does not manage third-party capital or function as a family office.

Lynx does not disclose a full customer list, but public integration records confirm its RTOS and hypervisor products are deployed in multiple Department of Defense programs, including platforms aligned with the Army's CMOSS (C4ISR/EW Modular Open Suite of Standards) initiative. Its commercial aerospace certifications also place it inside flight management and display systems on Boeing and Airbus narrow-body and wide-body aircraft.

Lynx operates on a hybrid licensing model: perpetual development licenses with annual maintenance fees for engineering teams building safety-certified systems, paired with per-unit runtime royalties when those systems ship in production aircraft, vehicles, or industrial equipment. The royalty stream creates a long-tail revenue structure aligned with customer program lifecycles that often span decades.

Lynx's safety-certification heritage positions it for autonomous systems in aerospace, ground vehicles, and industrial robotics, though it has not disclosed specific commercial spaceflight or self-driving car contracts. Its ISO 26262 ASIL-D certification pathway and DO-178C credentials make it a candidate RTOS supplier for any autonomy program requiring a formally verifiable separation kernel.