Your AI Is Still Blind in Space

In Episode 3, host Alain Gavin sits down with Jonathan Wolfe, CEO of Optera, to explore how neuromorphic computing brain-inspired AI is redefining how we sense, track, and survive in orbit.
🔸 Collision Risk Is Escalating: Orbital manoeuvres by Starlink satellites alone are forecast to exceed 200,000 annually by 2027, multiplying the potential for collisions and debris generation in low Earth orbit.
🔸 Tensions in Orbit Are Rising: As Russia, China, and others test anti-satellite weapons and obscure their activities in contested orbital bands, the need for real-time space domain awareness has become critical.
🔸 Neuromorphic Advantage : Traditional AI systems remain frame-based, power-hungry, and too slow for orbital realities. Optera’s event-based sensing, proven in live trials with UK Space Command, provides reflexes at the edge — detecting deception, predicting manoeuvres, and generating digital fingerprints of satellites that no radar can match.
🔸 Strategic and Sovereign Stakes: Control of the orbital edge now determines deterrence, resilience, and national security. From satellites and hypersonic defence to drone interdiction and critical infrastructure, the dual-use potential is vast.
🔸 Investment Outlook, At KARISTA Tech II, we’re backing the frontier. Neuromorphic AI is a category-defining architecture, capable of underpinning national defence capabilities while scaling into commercial autonomy and cybersecurity markets.
As Jonathan Wolfe puts it:
“You don’t need more data — you need reflexes.”
🎧 Listen to the full episode to learn how neuromorphic computing is transforming space security, deterrence, and the economics of the orbital edge.

🎧 Listen now:
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