How to Build a Personal Mission Control Dashboard
By Harri Laitinen
There’s a quiet thrill in it.
A small satellite you helped bring to life is passing overhead. Your antennas are tuned. The signal’s clear. And on your screen, a dashboard—your dashboard—is lighting up with data. Not someone else’s mission. Yours.
Welcome to personal spaceflight infrastructure.
At Interstellar Communication Holdings Inc., we’ve seen an incredible rise in icMercury users building their own “mission control” dashboards. These aren’t NASA-grade operations centers (though they’d give some a run for their money). These are laptop-based, Raspberry Pi-powered, sometimes web-hosted interfaces that do something simple but powerful: They let you monitor, track, and celebrate your satellite in real time.
Here’s how to build one.
Step 1: Decide What You Want to See
Your dashboard can be as basic or as advanced as you like. Start with questions:
Do you want to track the satellite’s location?
Display decoded telemetry?
Show battery, temperature, or beacon info?
Store historical data for analysis?
Visualize uplinks and downlinks?
Add alerts for next pass predictions?
Pick your must-haves, then dream up your nice-to-haves. Some users even build in features like weather overlays, orbital elements visualizations, or a countdown to next beacon transmission.
Step 2: Choose Your Tools
Here's a toolkit that's popular in the icMercury community:
Hardware:
Raspberry Pi (for low-power 24/7 operation)
SDR dongle (like RTL-SDR or HackRF)
Antenna and LNA (Low Noise Amplifier) setup
Software:
Gpredict for pass prediction
SatNOGS Client or GNU Radio for signal decoding
Node-RED, Grafana, or Plotly Dash for visualizing telemetry
Python for handling packets, decoding formats (like AX.25 or custom beacons)
Data Storage:
SQLite or InfluxDB for storing signals
CSVs for simple logging
Bonus Features:
Web-based frontend using Flask, Streamlit, or React
Real-time maps via Leaflet or Cesium
Push alerts via Telegram or email for next satellite pass
Step 3: Connect to Your Satellite
Using your SDR + antenna setup, tune into your PocketQube’s downlink frequency (often UHF/VHF). Decode the signal, parse the data, and feed it into your dashboard.
Some users even use the icMercury API (available on request) to stream mission data directly into their local dashboards, combining it with live orbital predictions.
Step 4: Design It Your Way
A few creative touches we’ve seen:
Retro “Apollo-era” dashboard aesthetics
LED indicators synced to signal strength
Background space art that changes by orbital zone
Personal mission badges, patches, and call signs
Public dashboards for schools or community missions
Remember: this isn’t just about utility. It’s about ownership. Make it yours.
Why It Matters
Building your own dashboard does more than help you track a satellite. It creates a ritual. A place you can visit. A screen that reminds you: You built something that made it to orbit. You’re not watching someone else’s mission—you’re living your own.
And honestly? That’s transformative.
As Interstellar Communication Holdings Inc. prepares to represent citizen space innovation at the 2025 Go Global Awards in London, this is the kind of movement we’re proud to stand behind: Not just satellites in orbit, but control panels on desks. Not just hardware, but heartware.
So go ahead. Build your dashboard. Paint your own mission control. And when the signal comes down? Be ready to receive it—with pride.
Because your satellite deserves a screen of its own.
