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Orca Aerospace

AI spacecraft operators that lives onboard the vehicle

orcaaerospace.com

2.3Score#612 of 999 agents#4 of 10 in Plant and infrastructure operator

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Why it ranks #612

Orca Aerospace, an AI plant and infrastructure operator from YC F26, ranks #612 of 999 AI agents and #4 of 10 in Plant and infrastructure operator, with a score of 2.3 of 10. Data as of 3 Oct 2026.

The score adds four parts, each 0 to 10, by weight. Every point comes from public evidence. How scoring works ·

Proof 0 × 30% 0.0
Scale 2 × 30% 0.6
Momentum 3 × 25% 0.8
Autonomy 6 × 15% 0.9
= 2.3

Proof
Do customers use it? 30% of the score
0
No public claims of customers or revenue yet.
Not found: revenue or growth (+4), named customers (+3), a customer result (+2), a customer count (+2), work done at scale (+2)
Scale
Is there a real company behind it? 30% of the score
2
3 people.
- +2
  3 people on its YC page3 or 4 people
Not found: funding round in its news (+3)
Momentum
Is it shipping and growing now? 25% of the score
3
Shows hiring and a new batch.
- +2
  Hiring: 1 open roleFounding Flight Software EngineerYC page
- +1
  New: YC Fall 2026
Not found: launch YC post in the last 6 months (+3), new traction claim in the last 6 months (+2), funding news in the last year (+2)
Autonomy
How much of the job does it do on its own? 15% of the score
6
Supervised agent: takes actions in other systems; a person approves key steps.
- +6
  Level 2 of 4: Supervised agentTakes actions in other systems; a person approves key steps.
What the model read
- Acts in other systems: 83% likely
- Finishes whole tasks: 35% likely
- Calls itself an agent: 12% likely
Level 2: Takes actions in other systems; a person approves key steps.

About Orca Aerospace

At Orca, we are focused on creating the future of spacecraft operations by moving control onto the vehicle. By allowing AI models to control the satellite using deterministic tooling, we are able to achieve the same holistic, high-quality decisions on "what" to do to carry out a mission while maintaining the safety of systems that decide "how" to execute it.