YOUR PREVENTATIVE HEALTH COPILOT
Detect and manage anomalies before they become serious failures.
Mercury is your satellite’s AI‑driven companion, equipped to spot emerging issues before they escalate, guide root‑cause discovery, and empower your team to operate with greater confidence and efficiency in satellite operations.
A CUTTING EDGE SPACE TOOL
Why Mercury?
Satellite operators today face:
Managing growing constellations and increasingly complex telemetry streams.
Scalability Challenges
Overwhelming Telemetry Data Volumes
Human operators struggle to analyze massive telemetry datasets and accurately assess satellite health.
Identifying and diagnosing hidden issues requires significant time and resources to extract contextual information and take corrective action.
Complex Anomalies
Unexpected failures can lead to financial losses, SLA penalties, and reputational damage.
High Downtime Risks
Mercury addresses these pain points with proactive anomaly detection, intuitive analytics, and real‑time collaboration—keeping your mission on track and your bottom line secure.
Core Features
Mission‑Adaptive Learning
Mercury utilizes a proprietary machine learning model to dynamically reconstruct the expected behaviour of each satellite—across different missions and orbits—based on telemetry data. This eliminates the need for operators to manually define time-consuming rule-based systems to monitor thousands of parameters.
Early Anomaly Detection
The system identifies subtle deviations from “normal” and correlates telemetry signals to reveal complex failure modes early on—helping you prioritize responses and prevent costly downtime in satellite operations.
Anomaly Explainability
Hidden relationships in the data are mapped to pinpoint affected subsystems and sensors. Contextual factors (e.g., space weather) refine root‑cause analysis and build operator confidence in AI insights.
Human‑AI Collaboration
Mercury enables a smart triage by guiding the anomaly investigation from a fleet‑level overview down to sensor‑level details. Collaborative event tagging, discussions, and re‑checks ensure humans stay in the loop and knowledge is shared seamlessly.
Value Proposition
Save money and time of your key people, gain efficiency and reduce downtime across your fleet. The larger your constellation, the more impactful Mercury’s ROI becomes.
Value Scalability
By detecting anomalies early, Mercury helps you avoid disruptions, reputational fallout, and SLA penalties—saving both time and money in mission operations.
Downtime Prevention
Streamlined Root‑Cause Analysis
By detecting anomalies early, Mercury helps you avoid disruptions, reputational fallout, and SLA penalties—saving both time and money in mission operations.
Nominal Monitoring Efficiency
Automated telemetry analysis and proactive alerts reduce manual overhead, freeing operators to focus on high‑value tasks rather than routine data checks.
The preventative health paradigm
Mercury shifts satellite operations from reaction to prevention, guiding you through eight essential steps that transform raw telemetry into actionable insights:
01. DETECT
Our AI models continuously scan telemetry across all the subsystems. Subtle and correlated trends are identified early, helping you take action before failures escalate.
02. ALERT
Customizable alert system for rapid team awareness. Operators can tailor notification sensitivity so the critical events reach the right people at the right time, reducing false positives.
03. ANALYZE
Easy-to-use telemetry exploration tools highlight how issues evolve over time with the ability to detect key changepoints and long-term trend patterns.
04. DIAGNOSE
Mercury guides you in identifying the sensors that contribute most to each anomaly, while also integrating additional data sources that provide more context (e.g. space weather).
05. COORDINATE
Teams can use the collaborative event system to track past events, securely share insights and information—both within and outside the platform.
06. RESOLVE
Quick insights provide contextual information about each anomaly, operators can take fast mitigation actions, request manual model retraining, and immediately visualize updated data in the tool.
07. REPORT
Generate automatic reports using a low-code/no-code tool. Share the insights with your team, keep reports well organised for future lessons learned, and integrate with external platforms.
08. IMPROVE
Mercury’s repository of historical anomalies and mission metrics supports informed decisions for manufacturing, mission planning, and operational improvements. Track operator KPIs and ROI to continuously refine your procedures.
Ready to lift off?
Accelerate your journey to proactive satellite health monitoring:
to discuss a proof of value and see how Mercury can drive meaningful results in your specific operational context.
for Our Free Whitepaper to explore technical performance and real‑world ROI.
to see Mercury’s predictive capabilities in action.