Real-Time Space Intelligence

Turning the Universe into a Living, Observable System

Data: NASA · NOAA

Space Intelligence Objective

In my professional world, we build platforms that process billions of transactions. We obsess over observability, real-time signals, anomaly detection, and resilience. Space operates no differently — just at a vastly larger scale.

The universe is the ultimate distributed system. We just don't monitor it that way. This page is my attempt to bridge that gap — from raw data to insight, from events to meaning, from observation to understanding.

Most dashboards stop at visualization. They show you what happened. The question I always ask in engineering reviews is: "So what? What does this mean for us?" That's what the highlights at the top of this page try to answer — not just the data, but the implication.

Searching Near-Earth Objects...

Near-Earth Object Watch

Close approaches in the next 7 days, sorted by miss distance.

My Perspectives from Near-Earth Object Watch - Watching the Neighborhood

We track thousands of near-Earth objects. Most will never make headlines. But the discipline of watching — of maintaining situational awareness at planetary scale — is the same discipline that keeps production systems alive. You don't monitor because you expect failure. You monitor because you respect the system.

When I see a potentially hazardous asteroid flagged at 0.03 AU, I think of it in engineering terms: that's a known risk within tolerance. The real danger isn't the objects we track — it's the ones we haven't cataloged yet. In platform engineering, we call those unknown unknowns.

Space Weather Monitor

Recent Solar Flares

Recent Coronal Mass Ejections

My Perspectives from Space Weather as System Load

Solar activity reminds me of system load spikes. Most systems fail not under average conditions, but under stress. An X-class flare is the cosmic equivalent of a traffic surge that tests every layer of your architecture — from satellites to power grids to GPS timing.

We've built remarkable infrastructure on Earth: financial systems, communications networks, navigation grids. All of it assumes a benign electromagnetic environment. Space weather is the reminder that our infrastructure has external dependencies we rarely test against.

Data Sources:
• Near-Earth Objects: NASA Center for Near Earth Object Studies (CNEOS), Jet Propulsion Laboratory
• Solar & CME Events: NASA DONKI, Goddard Space Flight Center
• Geomagnetic Indices: NOAA Space Weather Prediction Center (SWPC)

All data retrieved via public APIs. Timestamps reflect your local time.

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Magnetometer

Voyager 1 magnetic field data from interstellar space

Continue the Journey →

3I/ATLAS

Tracking the third confirmed interstellar visitor