Fly more. Fly longer.

Live mission assurance for satellite and space companies.

Keep the operational and reliability cases live, on the telemetry you already downlink.

Runs alongside your mission control system, cloud or on-prem. No re-architecture.

app.intella.tech/fleet
01Fleet overviewEvery spacecraft, its status, and what is open against it.
app.intella.tech/events
02Events boardQualified events, ranked, owned and grouped by status.
app.intella.tech/workflows
03WorkflowsYour procedures, running. Edited without code, under approval.
app.intella.tech/reliability
04Reliability and remaining lifePer-component reliability, recomputed from flight evidence.

01Mission statement

Mission assurance is proved once, before launch, against expectations.

We keep both cases live through the mission, reading the telemetry you already downlink through physics modelling, advanced deterministic logic, and AI.

Where this goes

Mission assurance is the beginning. Every qualified event and every reliability estimate is structured evidence, and evidence compounds: backward into how the next spacecraft is designed and tested, forward into how much of the routine a fleet can safely delegate.

We are building the intelligence layer for the space economy.

Read our vision

Trusted by

02What challenges we address

You fly with these two scenarios.

The operational case
01
Manual operations.
- Manual checks across Grafana, Excel, plots and raw data.
- Junior engineers and constant escalations.
- One mistake can cause serious damage.
- Floods of alarms.
- Routine checks and reporting done by hand.
- Slow response, slow analysis.
- Signed SLAs that are hard to meet.
- Turnover that takes knowledge with it.
- Satellite documentation that is never up to date.
The reliability case
02
Designed for the worst case, with an unknown end of life.
- Satellites are designed to survive the worst case.
- The real degradation of each component is not tracked.
- Thermal and radiation degradation, not only consumables.
- Different manufacturers, different scenarios.
- In orbit, satellites never behave exactly as specified.
- Retire too early: you lose revenue.
- Retire too late: you put the whole orbital environment at risk.

03Our software solutions

Mercury

Fly more: detect, qualify, act.

A live model of every satellite and everything the team knows about it.

Explore Mercury

Anomaly detection. AI and rule-based checks on live telemetry, every pass.
Event intelligence. Related signals become one qualified event, with a recommended action.
Workflow automation. Your procedures as versioned workflows, built by your ops team, no code.
Mission knowledge. Procedures, documentation and past events, in context on every event.

Run a bigger fleet with the same team. Your operators still decide.

Hydra

Fly longer: component health, degradation, remaining useful life.

The real end of life of every satellite, from flight evidence.

Explore Hydra

Component health. The stress each component has absorbed in flight, per spacecraft.
Degradation modelling. Thermal, radiation and cycling wear, traced to known failure physics.
Remaining useful life. Forecast per component, rolled up through your redundancy scheme.
Disposal readiness. Know when the margin to deorbit runs out, before it does.

Extend life where it is really there. Retire on evidence you can defend.

Three signals. Your procedures. One operational case, kept live.

Physics-based degradation modelling reports what is wearing out. Advanced deterministic logic encodes what you already know. AI detection flags what no rule anticipated. Three ways reality departs from intent. What makes them a decision is your own conops, running as logic on every pass: Mercury correlates the signals against it and returns one qualified event with the procedure to apply. Every event and every action stays as a record, so the operational case is current rather than reconstructed for a review.

How we combine the three

Run Mercury and Hydra together, or start with one.

04Trust and security

Runs inside your perimeter
On premises or in your private cloud. Air‑gapped if you need it.
Plugs into what you have
Connects to your mission control and data sources. Nothing to replace.
Nothing changes on the spacecraft
Runs on the ground, on the telemetry you already downlink.
Every number traces to a cause
Every event and forecast links back to the data and the rule behind it.
Full audit trail
Every event, action and workflow change is versioned and attributable.
Your data stays yours
It never leaves your control. No lock-in.