The Risk Management Layer
For Ground-Space Networks
CertiSpace brings real-time, risk-aware decision intelligence to LEO satellite communications — from constellation management in orbit to ground station operations on the surface. Quantify uncertainty. Control outcomes.
The Challenge
LEO Operations Are Fast, Correlated, And Unforgiving
LEO constellations operate at a pace and scale that legacy tools weren't built for. Weather degrades multiple ground stations simultaneously. Orbital dynamics shift satellite coverage windows in minutes. Link budgets fluctuate with atmospheric conditions, interference, and constellation geometry.
Today, operators absorb this uncertainty with brute-force over-provisioning and reactive manual switching — leaving millions in value on the table and SLA compliance to chance.
Annual outage exposure across a multi-site network
Weather and interference hit multiple assets at once
LEO pass windows and handover decisions can't wait for humans
Platform
End-To-End Risk Intelligence For Ground-Space Networks
From satellite link budgets to ground station allocation, CertiSpace turns uncertainty into controlled, optimized operations.
Sense
Ingest probabilistic weather forecasts, RF telemetry, orbital ephemeris, and live link-budget data across your full network.
Model
Build a unified risk model capturing correlated degradation across ground stations and satellite links simultaneously.
Optimize
Compute optimal resource allocations — gateway assignments, beam handovers, capacity routing — with guaranteed risk bounds.
Act
Push decisions to your ground segment and constellation management systems in real time, automatically or as operator guidance.
Why CertiSpace
The Missing Layer In SatCom Operations
Ground + space, one risk model
We don't treat ground stations and satellites separately. CertiSpace models the full link chain — from orbital geometry to atmospheric propagation — in a single correlated framework.
Decisions, not dashboards
Existing tools monitor and alert. CertiSpace computes what to do next — optimal allocations with quantified confidence, delivered in real time.
Bounded, not black-box
Our optimization provides mathematically guaranteed risk bounds. You know exactly the worst-case SLA exposure of every decision.
Built for LEO speed
Designed for the pace of low-Earth orbit — short pass windows, rapid handovers, and constellation-scale complexity that GEO tools can't handle.
About Us
Born From World-Class Research
CertiSpace is a deep-tech spin-off built on peer-reviewed optimization methods from EPFL, one of Europe's leading technical universities.
Our team combines expertise in stochastic optimization, satellite communications engineering, and operations research to solve a problem that costs the industry billions every year.
EPFL Research Foundation
Built on years of academic research in optimization under uncertainty
Industry Focus
Working with LEO operators to validate and deploy our technology
Based in Switzerland
Headquartered at the EPFL Innovation Park, Lausanne
Get Started
Ready To De-Risk Your LEO Operations?
See how CertiSpace can protect your SLAs, reduce over-provisioning, and bring risk-aware intelligence to your entire ground-space network.
Or reach us directly — ramzi.dakhmouche@epfl.ch