Impressive achievement by Exolaunch—their 37th mission and 530 satellites deployed across 36 flights definitely demonstrates their reliability. As satellite constellations grow and rideshare missions become more complex, robust observability and real-time diagnostics are critical—not just for launch success but for in-orbit performance.
This is exactly where platforms like Sift step in. With structured telemetry and CI/CD-style validation tailored for embedded systems, Sift provides the infrastructure that lets hardware teams catch issues early, debug faster, and ensure system resilience at scale. As we deploy more complex payloads, the ability to see inside every satellite post-launch becomes essential.
Excited to see how flight heritage and modern infrastructure can work hand-in-hand to shape the next generation of space missions. I’d love to discuss more if you’re interested in collaborating on your next article!
Impressive achievement by Exolaunch—their 37th mission and 530 satellites deployed across 36 flights definitely demonstrates their reliability. As satellite constellations grow and rideshare missions become more complex, robust observability and real-time diagnostics are critical—not just for launch success but for in-orbit performance.
This is exactly where platforms like Sift step in. With structured telemetry and CI/CD-style validation tailored for embedded systems, Sift provides the infrastructure that lets hardware teams catch issues early, debug faster, and ensure system resilience at scale. As we deploy more complex payloads, the ability to see inside every satellite post-launch becomes essential.
Excited to see how flight heritage and modern infrastructure can work hand-in-hand to shape the next generation of space missions. I’d love to discuss more if you’re interested in collaborating on your next article!