01
Understand the change
Compare affected telemetry before, during and after the event with an explicit baseline and transparent statistics.
Investigation software for spacecraft operations
Investigate unusual telemetry with the context already assembled.
Asteriox brings telemetry changes, command history, operational activity and evidence into one investigation workspace—helping spacecraft operators move from an unusual event to a first assessment faster.
Read-only Evidence-first Operator-led
INVESTIGATION / DEMO-INV-084ILLUSTRATIVE PRODUCT INTERFACE · NOT GENUINE MISSION TELEMETRY
SourceIllustrative fixture · not ESA data
Event interval14:21—14:47 UTC
Affected channelCH_084
Data coverage24h before · 30m after
Candidate event—not a diagnosis
01 / WHAT CHANGED?
3 hour previewPrimary event telemetry
CH_084Anonymised telemetry channel
Telemetry Event
3.22.72.2
13:1514:0014:3015:15
BEFORE2.14median
DURING3.03median
AFTER2.31median
Median increased by 0.89 during the selected event.
02 / WHAT ELSE CHANGED?Co-changing telemetry
4 illustrative channels ranked03 / WHAT WAS HAPPENING?Operational timeline
The investigation gap
An alert is only the beginning.
Existing monitoring systems can surface unusual behaviour. The difficult question is what happened around it. Asteriox is designed to reduce the manual context assembly between alert and assessment.
- 01Event surfaced
- 02Telemetry assembled
- 03Context aligned
- 04Operator investigates
- 05Assessment recorded
One investigation workspace
The first assessment, prepared.
Start from the event already surfaced by an alarm, limit check, test result or operator—and assemble the evidence around it.
02
Surface surrounding behaviour
Find co-changing telemetry across the same period, with a clear explanation for why each channel was surfaced.
03
Reconstruct operational context
Align commands, mode changes, mission activity and data gaps against the telemetry event on one timeline.
04
Preserve engineering judgement
Separate evidence from association and uncertainty before the operator records a first assessment.
Evidence-first design
Built for investigation, not black-box diagnosis.
Asteriox communicates uncertainty rather than manufacturing confidence. Every case keeps a visible line between what the data shows, what occurred nearby, and what cannot yet be concluded.
Observed ≠ associated ≠ causal.
Directly supported by available data
CH_084 median increased from 2.14 to 3.03 during the event.
Statistically or temporally nearby
CH_291 also changed during the supplied event window.
Not established by current evidence
Physical relationships, operational context and root cause remain unknown.
Less hunting, more judgement
Reduce the work between alert and assessment.
Context is assembled across tools.
Monitoring systemTelemetry viewerCommand historyOperational contextInvestigation record
One prepared investigation case.
Monitoring systemAsteriox InvestigationOperator assessment
Designed to complement—not replace—the tools operators already use.
TelemetryCommandsMission context
AsterioxInvestigation layer
Prepared evidenceOperator
Integration posture
Keep your existing ground stack.
Mission-control and telemetry systems already ingest data, raise alarms, plot channels and execute commands. Asteriox is designed as a read-only investigation layer around that infrastructure.
- Integrate incrementally
- Preserve existing operations
- Keep operators in control
Current development
Early product. Serious technical direction.
Asteriox is currently being developed around spacecraft-operations workflows. Public mission data is intended to support initial technical validation alongside operator discovery.
Asteriox is being developed as B2B spacecraft-operations software, beginning with bounded operator evaluations and pilots before progressing toward mission- and team-level software licensing.
We are looking to work with UK spacecraft operators, manufacturers and mission teams on a bounded historical, test, commissioning or simulated investigation case.
Discuss a design partnership ACTIVELY BUILDING
- Current focus
- Unusual telemetry investigation
- Validation path
- Bounded operator cases
- Operating model
- Read-only, human in the loop
- Based in
- United Kingdom
Technical foundation
Built around evidence, not infrastructure theatre.
Structured telemetry, operational context and robust statistical analysis form the foundation. AI is introduced where it can stay grounded in trusted evidence and provide measurable utility.
Read-only by design
The initial operational surface is investigation—not spacecraft commanding.
Transparent analysis
Statistical signals stay inspectable, with baselines and reasons made explicit.
Structured context
Telemetry, commands and operational activity are aligned around one case.
Human in the loop
The software prepares evidence. The operator makes the engineering judgement.
The founder
Jude Nimo
Founder, Asteriox AI
Asteriox is founded by Jude Nimo, a UK-based computing and mathematics student and spacecraft software engineer. He is building Asteriox through direct spacecraft-operations research, operator discovery and rapid technical prototyping.
Asteriox is currently founder-led. The near-term goal is to prove a useful telemetry-investigation workflow with spacecraft operators before expanding the product or team.
Talk to Asteriox
Investigating spacecraft telemetry shouldn't start with hunting for context.
If your team investigates unusual telemetry in operations, testing or commissioning, we'd value the conversation.