Anjli Jain

Recently, I read about the latest challenges facing Blue Origin and its New Glenn rocket program. My first thought was that this is exactly what innovation often looks like. When companies try to build technologies that have never existed before, setbacks are almost inevitable. Why This Matters The aerospace industry is very different from many other businesses. Companies need to manage: Complex engineering High development costs Strict safety standards Long testing cycles That means progress is often slower than people expect. The Bigger Lesson Many people see delays as signs of failure. I see them differently. Every test, successful or unsuccessful, provides valuable information. Those lessons often help companies improve future designs and reduce long-term risks. I have also shared a deeper thought leadership perspective on how resilience and long-term innovation influence aerospace investment decisions on Medium. What I Find Interesting At ElevenX Capital ...

When I read that astronauts would be allowed to carry smartphones on upcoming moon missions, my first thought was not about the devices themselves. It was about what this says regarding how technology moves from everyday life into the most extreme environments. Space has always demanded reliability above all else. So when familiar tools find their way into missions beyond Earth, it signals confidence not just in the hardware, but in the systems that support it. I’ve explored the broader implications of astronaut connectivity and space technology integration from an investment perspective in this analysis . That confidence matters. Why This Shift Feels Meaningful For a long time, communication from space was formal, delayed, and carefully filtered. Introducing personal devices suggests a different approach. It opens the door to more immediate communication, richer context, and closer connection between astronauts and teams on Earth. It also changes how exploration is documented and u...