What is the NDAA
The National Defense Authorization Act (NDAA) is a cornerstone of U.S. defense policy. It defines not only the defense budget but also the standards for secure, transparent technology sourcing. Section 889 of the Act restricts the use of electronic components from unverified or high-risk suppliers, ensuring that every element in a compliant system comes from trusted and certified sources. Over time, NDAA compliance has become more than just a regulation — it is now a global benchmark for technological transparency and reliability, recognized by both government and commercial users.
Why NDAA Compliance Matters for Drone Payloads
In unmanned aerial systems, security is every bit as critical as performance. Payloads equipped with LiDAR, cameras, and inertial sensors collect large volumes of geospatial and visual data used in mapping, inspection, and defense operations. If a single component is not verified, it can compromise data integrity and limit where the system can be deployed. For system integrators and end users, NDAA compliance means peace of mind — knowing that every part of the payload meets the highest standards of security, traceability, and long-term reliability. It allows organizations to deploy UAV-based solutions without restrictions, fully aligned with U.S. and international procurement requirements.
NDAA-Compliant Payloads by Inertial Labs
The RESEPI OUSTER OS1-64 REV7 LiDAR, is a fully NDAA-compliant payload and one of the most advanced systems developed by Inertial Labs. This lightweight, high-performance LiDAR supports multiple scanning modes and flexible workflows, giving operators full control over data precision, density, and efficiency. With its 45° vertical field of view and compact design, RESEPI enables professionals to capture more data in less time — ideal for aerial mapping and inspection missions where both accuracy and speed matter.
The RESEPI GEN-II OUSTER OS1-64 REV7 LiDAR builds on this success. Developed through years of engineering expertise and real-world testing, it delivers survey-grade results for aerial, mobile, and pedestrian applications. Its versatile architecture and intuitive workflow make it a favorite among professionals who value consistent, reliable data. Compliant with NDAA standards, RESEPI GEN-II combines performance, transparency, and trust in a single solution.
Developed in collaboration with Teledyne Geospatial, the EchoONE merges Teledyne’s advanced LiDAR and imaging systems with Inertial Labs’ IMU and INS technology. This lightweight, NDAA-compliant payload produces long-range, engineering-grade 3D point clouds in real time. Built entirely to NDAA standards, EchoONE ensures data security, operational reliability, and cost efficiency, giving operators a dependable solution across a wide range of industries.
Built on Trust
Every NDAA-compliant system from Inertial Labs reflects our commitment to security, transparency, and engineering excellence. Whether for defense, infrastructure, or commercial missions, our payloads provide the confidence that your technology is trusted, compliant, and ready for critical operations.