Autonomous space systems engineering & operations
KSTTAI Space Systems is a unified digital environment for designing, simulating, operating, and autonomously optimizing missions and infrastructure — from Earth orbit to cislunar space, moons, asteroids, and planets.
One digital environment
Every spacecraft, factory, power station, and logistics network adds another layer of operational complexity. That complexity cannot be managed indefinitely with disconnected tools — so we didn't build one.
Mission architecture, trajectories, resources and constraints.
Physics, environments, failure modes and uncertainty, run at scale.
Continuously evolving digital twins of spacecraft, fleets and stations.
Real-time coordination of missions, energy and logistics.
Continuous improvement of performance and resource use.
Move decisions from human-directed to machine-directed.
Extend the same system to orbital, lunar and planetary scale.
Built for the space industrial base
Satellites, constellations, space stations, solar power.
Transportation, logistics, energy, infrastructure.
Surface operations, construction, energy, resource systems.
Prospecting, resource extraction, autonomous operations.
Exploration, infrastructure, industrial expansion.
The problem isn't a missing tool
KSTTAI Space Systems turns space infrastructure from a collection of individual missions into an integrated, simulatable, and increasingly autonomous industrial system.
Space will not be built by hardware alone.
It will require systems capable of understanding, simulating, coordinating, and operating themselves.
Commercial access
KMAP is sold as an annual software subscription, with enterprise and government deployments scoped around mission volume, spacecraft, users, security, deployment, support and integration requirements.
For evaluation and early teams
Limited modules · lower-fidelity entry tier
For commercial mission teams
Full five-module platform · standard support
For mission-critical deployment
Private cloud, VPC or on-prem · multi-year preferred
LAND WITH A REAL MISSION
Mission-specific benchmark, custom study or validation engagement designed to demonstrate measurable value before annual expansion.
SCALE WITH WORKLOAD
Prepaid or pay-as-you-go capacity for heavy Monte Carlo, optimization and HPC simulation workloads, layered on top of any tier.
Professional services for custom model development, mission-specific validation, MBSE/CAD or flight-software integration, and training are scoped separately, typically from $50K–500K+ or time-and-materials. Strategic and B2G programs are custom annual or milestone-linked contracts.
Account types
For satellite operators, spacecraft companies, space robotics teams and other commercial mission organizations.
Start a conversation →For organizations moving from project-level planning toward repeatable, collaborative mission engineering.
Start a conversation →For universities and laboratories working on spacecraft autonomy, mission design, robotics and related research.
Start a conversation →For government programs requiring scoped procurement, security, integration and deployment requirements.
Start a conversation →Customer portal
Sign in to your KMAP workspace to access missions, planning tools, verification and organization controls.
See it in action
Walk through KMAP — our mission architecture & planning environment — and see how plan, simulate, twin, and operate come together in one interface.
Company
KSTTAI Space Systems is a daughter company of KSTTAI Holding (ksttai.ir), operating alongside the group's other ventures under a single founding vision. The group is founded and led by Matin Khabari, CEO across all KSTTAI companies.
Get in touch
Tell us what you're building and where it needs to operate. We'll follow up to scope a technical walkthrough.