We’re building a predictive protection layer for satellite constellations — designed to surface the single critical alert and attach an actionable runbook. Vendor-agnostic. Under active development.
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LEO/MEO constellation operators who want a vendor-agnostic early-warning and runbook layer that fits their current NOC/C2 stack.
The Constellation Immune System (CIS) learns precursor patterns across telemetry, logs, and space-weather to surface critical alerts with actionable runbooks—reducing false alarms and alerts.
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Connect seamlessly to Mission Control, ticketing, and data sources. Constellation Immune System (CIS) delivers low-latency insights.
See how our software delivers early warning, reduces alert fatigue, and integrates seamlessly with your existing operations stack. Each feature is designed for measurable reliability, security, and operational efficiency.
Surface the most critical alert with context and runbook for rapid, informed response.
Trigger runbooks or automated responses to reduce manual work and on-call load.
Get a walkthrough of the Constellation Immune System (CIS) concept, architecture, and integration approach with your Command and Control (C2), Network Operations Center (NOC), and ticketing tools.
Early product in development; capabilities evolving.
Telemetry, logs, and space-weather normalized.
One actionable signal for Operations (Ops) and Site Reliability Engineering (SRE).
Works alongside Command and Control (C2) and Network Operations Center (NOC) tools.
Role-Based Access Control (RBAC) and encryption in transit and at rest.
Choose how to collaborate while we build the Constellation Immune System (CIS). Non-production. Capabilities evolving.
Core Early Access
Architecture briefing, data discovery, and a starter operator runbook kit.
Up to 24 satellites
Telemetry & log ingest (prototype)
Space-weather correlation
Prioritized alerting
Runbook recommendations
Fleet Early Access
Integration patterns and custom runbook workshops for larger teams.
25–99 satellites
API & ticketing integration patterns
Cross-fleet learning design session
Custom alert & runbook tuning
Dedicated onboarding; monthly roadmap review
Explore detailed answers on predictive alerting, integration, security, and operational outcomes for satellite constellation operators.
The Constellation Immune System (CIS) is being built to analyze telemetry, logs, and space-weather (solar & geomagnetic activity) to learn precursor patterns. It surfaces one prioritized alert with an operator runbook. (Under development.)
Designed to coexist with Command and Control (C2), Network Operations Center (NOC), ticketing, and data-bus platforms via APIs/event streams — vendor-agnostic, no rip-and-replace.
Security by design: Role-Based Access Control (RBAC), encryption in transit/at rest, tenant isolation, and clear data boundaries. A short security brief is available on request.
Research Preview. Capabilities and timelines may evolve. We’re enrolling Early Access partners to shape integrations and runbook libraries.
Architecture briefing, data discovery, prototype ingest, integration patterns, and a starter set of runbooks. Non-production; outcomes are exploratory.
The architecture is being designed for 25–500 satellites with an edge-aware, low-latency path. Scalability details are shared in the briefing.
Non-production. Designed to coexist with your Command and Control (C2) and Network Operations Center (NOC) tools.
For partnership, early access, or technical questions, contact us.
We typically respond within one business day.
