Insights fromSpace. Intelligence.
Explore the latest in satellite operations, AI advancements, and space technology through our expert insights and analysis.
Blogs
Mission Control Systems in Satellite Operations: Architecture, Automation, and Emerging Trends
A comprehensive analysis of how mission control systems form the operational backbone of space missions, enabling real-time monitoring, command execution, and data management.
The Hidden Costs of Manual Anomaly Detection
Thresholds don't scale. Why real anomaly detection needs context, root-cause graphs, and predictive signals.
Why Building In-House Is Breaking Your Budget
A deep dive into the true costs of building and maintaining mission control infrastructure in-house, and why a Mission Control as a Service model is the future.
Why Satellite Ops Are Broken
How Quanmo's AI reduces latency from hours to minutes for critical alerts.
Your Mission Ops Shouldn't Take 6 Months to Build
Why building mission ops infra in-house is burning your budget — and how a plug-and-play AI stack flips the economics.
From Reacting to Predicting: Satellite Ops in the AI Age
The shift from reactive playbooks to intelligent autonomy — why the future of satellite operations is AI-first.
Downlink Only What Matters
How our satellite constellation's distributed architecture overcomes bandwidth limitations for global coverage.
Earth Data Isn't the Problem. Access Is.
How Quanmo's fusion algorithms combine data from multiple satellite sources for comprehensive insights.
Planet Labs' Financial Analysis: Satellite and Mission Operations Expenditure
A deep dive into Planet Labs' financial statements reveals significant investments in satellite operations, with annual spending between $70-75 million on direct satellite operations.
The Story Behind Quanmo: Why We're Reimagining Mission Control
From a vision of intelligent satellites to a revolution in mission control — the journey of how Quanmo is transforming space operations.
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