Ikirere
Autonomous Infrastructure
for Space Operations
Ikirere builds mission engineering, orbital intelligence and autonomous systems for spacecraft and satellite fleets.
Systems
Built for Spacecraft From Design to Operations
Modern spacecraft require more than isolated engineering tools. Ikirere brings mission simulation, orbital intelligence and autonomous operations into a common technical foundation built for spacecraft teams, operators and future fleets.
IkirereSim
Mission Engineering & Digital Twin
A physics-first spacecraft engineering environment for mission design, simulation, system analysis and validation.
Configure the spacecraft.
Run the mission.
Change an assumption.
See the consequence.
IkirereOrbit
Space Domain Awareness & Orbital Intelligence
Operational intelligence for an increasingly crowded orbital environment. Track objects, analyse conjunction risk, understand mission context and maintain awareness around spacecraft operations.
IkirereMesh
Autonomous Spacecraft Operations
The autonomy layer for spacecraft decision-making, coordination and fleet operations. IkirereMesh brings mission context, spacecraft state and operational intelligence together to support increasingly autonomous space systems.
Architecture
One Operating Architecture
Design. Simulate. Understand. Operate. Ikirere is building a unified technical foundation across spacecraft engineering, orbital intelligence and autonomous operations.
ENGINEER
Mission design, spacecraft modelling, simulation and system validation.
UNDERSTAND
Orbital awareness, conjunction analysis and operational context.
OPERATE
Autonomous decision-making, mission operations and fleet coordination.
Customers
Built for Teams Operating in Space
Ikirere works with organisations designing spacecraft, operating missions, conducting space research and building national or commercial space capability.
Spacecraft Companies
Mission design, digital twins, system modelling and engineering workflows.
Satellite Operators
Orbital intelligence, conjunction analysis and operational awareness.
Research & Universities
Orbital mechanics, spacecraft simulation and autonomous-system research.
Government & Industry
Mission systems, orbital intelligence, sovereign space capability and autonomous operations.
Partnerships
Built Across the Space and Deep-Tech Ecosystem
Ikirere works with technology and industry partners to extend space capability into real operational systems.
Kingdom Built Technologies
Ikirere and Kingdom Built Technologies are jointly advancing IkirereOrbit, combining orbital intelligence with broader mission and operational capabilities.
Tirion Industries
Ikirere works with U.S. defense technology company Tirion Industries to extend satellite and space-domain capabilities into multi-domain defense and security intelligence. Tirion’s Archangel platform brings together air, maritime, ground, space and sensor intelligence into a unified operational picture.
Orbital Infrastructure
The End State Is Physical
Ikirere is building toward autonomous multipurpose spacecraft operating as shared orbital infrastructure. The objective is a coordinated fleet capable of delivering communications, Earth observation and security capabilities without requiring every customer to build and operate an entire satellite system.
Telecommunications
Voice and data connectivity.
Earth Observation
Agriculture, environmental monitoring, mapping and infrastructure intelligence.
Security & Defense
Persistent monitoring, situational awareness and sovereign space capability.
Research
Research That Moves Systems Forward
Our research focuses on problems directly connected to spacecraft engineering, orbital operations and autonomy. Every research direction must strengthen a system we intend to build, validate or operate.
Explore ResearchWork With Us
Bring Us a Spacecraft, Mission or Operational Problem
We work with spacecraft companies, operators, universities, governments and technology partners. If the problem involves spacecraft simulation, orbital intelligence, autonomous operations or future orbital infrastructure, we should talk.