Where noise is filtered into operational relevance
Mercury
— the mission intelligence software for scaling satellite ops
Mercury helps satellite ground-operations teams scale without increasing workload, alert fatigue, or downtime risk.
It runs alongside your existing ground systems and focuses on one job:
reducing routine operational effort while improving the quality and consistency of anomaly handling.
Mercury does not replace mission control systems, monitoring tools, or ground infrastructure.
It augments them, turning scattered signals and manual investigations into structured, reusable operational workflows.
software for scaling satellite operationsThe Operational Scaling STACK
Mercury scales operations by structuring how signals, investigations, and decisions flow through the team.
S — Scan
Continuously scan operations in the background
Mercury continuously scans telemetry and ground-system signals so operators don’t need to manually confirm nominal behavior every shift.
T — Triage
Separate signal from noise
Mercury triages signals coming from existing monitoring systems, filtering noise and elevating what is operationally relevant.
At higher maturity levels, AI augments detection to surface weak signals beyond static thresholds.
A — Aggregate
Group signals into a single operational event
Related signals are aggregated into a persistent event, giving operators one clear thread to manage instead of many alerts.
C — Contextualize
Bring the right context to the investigation
Each event brings together telemetry, trends, ground-system signals, external factors, and historical context so investigations start informed and consistent.
K — Keep
Keep operational knowledge in the system
Events become durable operational records. Decisions, evidence, and outcomes are captured once and reused across shifts and missions.
Operations overview before vs after Mercury
Before Mercury◆ Operators manually review nominal telemetry every shift
◆ Alert floods and false positives require constant attention
◆ Investigations involve dashboard hopping and manual correlation
◆ Knowledge lives in people, not in systems
◆ Operational effort grows faster than the fleet
With Mercury◆ Routine checks run continuously in the background
◆ Fewer, higher-confidence events reach operators
◆ Investigations start with the right context already assembled
◆ Decisions and outcomes persist across shifts
◆ Teams manage more satellites without increasing operational load
How Mercury fits into your stackMercury integrates with existing mission control systems and ground infrastructure and runs inside your cloud or on-prem environment.
There is:
no re-architecture
no replacement of existing tools
no disruption to live operations
Mercury is designed to protect operator bandwidth - surfacing relevance without increasing alerts.
Our offerAn incremental adoption path:
Bronze, Silver, Gold
Mercury is adopted progressively, matching the maturity, scale, and risk profile of each operations team.
BronzeAbsorb routine operational load
Bronze delivers immediate relief while laying the foundation for scale.
Routine monitoring and manual correlation are reduced by applying deterministic relevance logic.
Teams reclaim time, operators focus on what truly matters, and Mercury becomes the trusted place where operational work begins.
Bronze is the fastest way to validate value with minimal change.
SilverStandardize ops at scale
Silver focuses on consistency and shared understanding at scale.
Fragmented signals are aggregated into shared operational events with context, so issues are investigated, reviewed, and handed over the same way across satellites, shifts, and teams.
Operational knowledge becomes reviewable and reusable, enabling teams to scale operations without relying on heroics or informal workarounds.
GoldCompound ops intel over time
Gold strengthens operational resilience as complexity grows.
Detection quality improves, weak and cross-signal patterns surface earlier, and historical operations inform current decisions.
As fleets and SLAs expand, Gold compounds intelligence over time — reducing downtime risk and increasing confidence at scale by augmenting existing detection approaches with learning from the past.
Who Mercury is designed forSatellite operators scaling mission-critical operations
Run service-critical missions with real SLAs
Operate growing fleets with increasing complexity
Rely on multiple ground systems and monitoring tools
Feel operational effort increasing faster than satellite count
Want to scale operations without increasing headcount or risk
If routine monitoring and investigation work are starting to dominate your ops time, Mercury is likely relevant.
Have solid monitoring in place, but investigations still depend on manual context assembly.
Explore what Mercury could change in your operations
Every operations environment is different.
The best way to understand Mercury’s value is to map it to your specific workflows, systems, and constraints.
