Your AI Is Still Blind in Space
Your AI is still blind in space. Collision risk is accelerating, geopolitical tensions are escalating, and legacy systems are still too slow to keep up. The orbital domain is becoming the new frontier for deterrence, resilience, and strategic control.
The risks in orbit are compounding.
Collision manoeuvres by Starlink satellites alone are projected to exceed 200,000 annually by 2027.
At the same time, geopolitical tensions in space are intensifying. Russia, China, and others continue to test anti-satellite weapons while obscuring activity in contested orbital bands.
Across the ecosystem, both primes and startups are rushing to deliver space domain awareness yet most are still frame-based, power-hungry, and too slow for the speed of orbital reality.
This is where neuromorphic computing brain-inspired AI redefines the equation.
In live trials with UK Space Command, Optera has shown that event-based sensing provides reflexes at the edge:
detecting deception, predicting manoeuvres, and generating digital fingerprints of satellites that no radar or legacy sensor can match.
For investors and sovereign stakeholders alike, this is not merely a technology story, it’s a capital allocation question.
Control of the orbital edge will determine future deterrence, resilience, and the security of both civilian and defence infrastructure.
The dual-use, or even omni-use, potential of this architecture is vast: from satellite and hypersonic defence to drone interdiction, critical infrastructure protection, and autonomous mobility.
Startups not primes are now filing the patents, winning the contracts, and building the architectures that will define the decade ahead.
At KARISTA Tech II, we are investing in frontier technologies across Space, Defence, and Cybersecurity.
We view neuromorphic AI as a category-defining architecture one that strengthens national security capabilities while scaling into commercial autonomy markets.
Key Takeaways
Collision risk in orbit is accelerating beyond current monitoring capabilities.
Neuromorphic computing enables “reflexes at the edge,” beyond the limits of radar and traditional AI.
Event-based sensing delivers real-time detection of deception and manoeuvres in contested orbital space.
Control of the orbital edge will define deterrence, resilience, and global security.
Startups are leading the charge, shaping the future of space and defence technology.
The orbital domain is no longer a distant concern it’s the next battlespace.
For those shaping national security and capital strategy, understanding how AI perceives and reacts in orbit isn’t optional. It’s decisive.

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