Unifying fragmented systems into a single, trusted, and actionable data layer
IB Flows is designed to help space organizations move beyond reactive data usage toward predictive and generative capabilities. By unifying fragmented systems, spacecraft, ground infrastructure, and mission data sources into a single, trusted, and actionable data layer, the platform enables operators to anticipate anomalies and automate optimization—without dismantling or replacing existing mission-critical infrastructure.
Making Data Work Across Space Use Cases
In connected space systems, IB Flows consolidates disparate telemetry streams, asset configurations, mission logs, ground operations data, and usage signals into a coherent operational picture. This unified foundation supports predictive models that shift space operations from reactive anomaly response to proactive mission assurance.
Early detection of emerging issues
Early detection of emerging issues can significantly reduce mission risk, lower operational costs, and extend mission lifetimes, while data-driven recommendations support safer updates and more reliable system evolution.
For spacecraft and ground system optimization, IB Flows bridges the traditional divide between operational technology and enterprise IT within space organizations. Real-time telemetry from satellites, launch systems, and ground stations is combined with mission planning and business context to prevent service interruptions through proactive intervention. Maintenance and operations data is translated into automated actions that improve mission efficiency, while insights derived from in-orbit behavior, environmental conditions, and sensor anomalies help extend the operational lifespan of critical space assets.
Open, Agile, and Economically Efficient by Design
IB Flows is engineered to maximize returns on existing space infrastructure investments. The platform integrates with current mission systems and data pipelines at any level of maturity, eliminating the need for disruptive “rip-and-replace” initiatives. By abstracting technical complexity into reusable, consumable data products, it removes operational bottlenecks and accelerates the transition from experimental concepts to flight-ready and operational deployments.
Cost efficiency is built into the operating model. Organizations incur no upfront investment and pay only for what they consume, while reducing overall costs by consolidating fragmented tools and redundant platforms across the space data ecosystem.
Operational data to fully data-driven decisions
IB Flows supports a step-by-step journey from raw mission and operational data to fully operationalized, data-driven decisions. The process begins by connecting siloed data sources across spacecraft, payloads, ground systems, and mission operations without disrupting existing architectures. Reusable data products are then created, embedding mission context, governance, and a comprehensive semantic model that accelerates innovation.
These data products can be connected directly to AI models, intelligent agents, mission applications, and analytics tools. AI-ready data delivers measurable value within four to six weeks and can be scaled iteratively across constellations, missions, or programs. Finally, insights are operationalized across anomaly detection, predictive maintenance, mission planning, quality assurance, and process optimization—enabling rapid experimentation and deployment without prolonged development cycles.