
Adaptive Launch Solutions (ALS) is a Small Disadvantaged Business (SDB) specializing in full launch integration services for pico, nano, micro, mini, and small satellites. Founded in 2010, ALS cooperates with entities like United Launch Alliance, the Office of Space Launch, and NASA to facilitate access to space through multi-manifesting small satellites on US Government launches. The company has developed auxiliary satellite mission designs, mechanical and avionic systems, and integration procedures. Key products include the A-Deck Structure, Adapters, and the Auxiliary Payload Support Unit (APSU), which underwent full qualification testing and received a US Patent (US 8,608,114B2). ALS partnered with Parsons Government Services in 2018 to secure the US Space Force's Launch Manifest System Integration (LMSI) program, successfully launching four multi-manifest missions with a backlog extending to 2025. Their capabilities also extend to Artificial Intelligence and Machine Learning, Digital Twinning in the Launch Domain, and Aerospace Engineering Services.

Adaptive Launch Solutions (ALS) is a Small Disadvantaged Business (SDB) specializing in full launch integration services for pico, nano, micro, mini, and small satellites. Founded in 2010, ALS cooperates with entities like United Launch Alliance, the Office of Space Launch, and NASA to facilitate access to space through multi-manifesting small satellites on US Government launches. The company has developed auxiliary satellite mission designs, mechanical and avionic systems, and integration procedures. Key products include the A-Deck Structure, Adapters, and the Auxiliary Payload Support Unit (APSU), which underwent full qualification testing and received a US Patent (US 8,608,114B2). ALS partnered with Parsons Government Services in 2018 to secure the US Space Force's Launch Manifest System Integration (LMSI) program, successfully launching four multi-manifest missions with a backlog extending to 2025. Their capabilities also extend to Artificial Intelligence and Machine Learning, Digital Twinning in the Launch Domain, and Aerospace Engineering Services.