Orca Aerospace GTM brain

category

market profile

• text: Spacecraft operations depend on limited ground contact and human attention, making larger constellations harder to operate.
• text: Onboard decision-making competes with ground-centric mission control and other autonomy software; flight trust and verification are important buying considerations.

personas

• title: Director of mission operations
  pains:

  • Ground teams must watch growing fleets and wait for scheduled contact to respond to anomalies.
  • Operating costs and staffing grow as vehicles are added.
• title: Spacecraft flight software or GNC lead
  pains:

  • Needs predictable command execution and safety constraints around autonomous decisions.
  • Must integrate and verify software on a resource-constrained flight computer.
• title: Constellation program manager
  pains:

  • Mission time is lost while a spacecraft waits for ground decisions.
  • Needs evidence that autonomy can be trusted before committing flight hardware.

icp

• text: Commercial satellite operators expanding fleets where ground staffing and scheduled passes constrain operations.
• text: Spacecraft manufacturers and mission teams designing vehicles with onboard flight computers and limited ground contact; account size is not specified.
• text: US government and defense space programs are a plausible segment given the company's government contracting registration.

message pillars

• text: Put mission control on the spacecraft to make decisions without waiting for ground contact.
• text: Separate AI goal selection from deterministic execution.
• text: Gate vehicle commands to protect the spacecraft.

objections

• objection: Can we trust AI with a spacecraft?
  response: Explore the deterministic planner and command guardrails in a mission-specific verification and demonstration; flight evidence should be requested.
• objection: Will it work on our flight computer and mission?
  response: Request a platform briefing and assess compute, integration and qualification requirements before committing.

competitors

• name: Shield AI
  website: https://shield.ai/shield-ai-and-sedaro-demonstrate-trusted-autonomy-capabilities-on-novi-satellite/
  why: Hivemind has been demonstrated onboard a satellite for autonomous mission decisions.
• name: AIKO
  why: Develops onboard AI software for satellite autonomy.
• name: Leanspace
  why: Provides satellite monitoring, control and mission planning, an adjacent ground-operations alternative.

keywords

• autonomous spacecraft operations
• onboard satellite autonomy
• satellite mission control software
• constellation operations automation
• spacecraft flight software
• AI satellite operations

voice

• mission-focused
• direct and technical
• confident

signals

• text: An operator is expanding a constellation and hiring mission operators or flight software engineers.
• text: A new mission has long ground-contact gaps or requires autonomous response between passes.

hiring

• Founding Flight Software Engineer

pricing

motion

channels

• direct outreach
• YC directory

confidence

Founders

• name: Jacob Ososke
  title: Founder/CEO
  role: CEO
  bio: Jacob spent over a decade at Lockheed Martin in guidance, navigation, and control, rising from intern to GNC Manager and founding the company's first AI-GNC team. His work focused on autonomous fault recovery and self-healing systems for aerospace platforms. Jacob has an MS in Robotics from Santa Clara University and an MS in Computer Science from Georgia Tech.
• name: Hakan Chunton
  title: Founder/CTO
  role: CTO
  bio: Founder at Orca Aerospace (YC F26). CS/Aero at MIT (MEng, SB). Research entails on-board satellite collision avoidance, trajectory optimization, and imitation learning.