SkyMapper telescopes connect to our platform via a #SkyBridge and with Akave Cloud all data is encrypted, split into pieces, and stored across a decentralized global network.
Safe. Accessible. Verifiable.
Thank you for following our journey this far and here's to the new horizons 2026 will bring and all of us exploring and mapping them together!
Thank you for following our journey this far and here's to the new horizons 2026 will bring and all of us exploring and mapping them together!
The SkyMapper beta is live and you can turn your scope into a node in a global network with our #SkyBridge. All the while gaining access to telescopes around the world 🌏
One device. Unlimited observations.
The SkyMapper beta is live and you can turn your scope into a node in a global network with our #SkyBridge. All the while gaining access to telescopes around the world 🌏
One device. Unlimited observations.
2026 will be about infrastructure.
#DePIN will get us there. Permissionless participation, measurable contributions and rewards tied directly to real-world performance build resilience.
2026 will be about infrastructure.
#DePIN will get us there. Permissionless participation, measurable contributions and rewards tied directly to real-world performance build resilience.
Canopus (A9II), Captured in Colorado US from a telescope in Chile, November 16, 2025 and Fornax Propeller Galaxy (NGC 1365), Captured in the United States from Australia, November 03, 2025.
Canopus (A9II), Captured in Colorado US from a telescope in Chile, November 16, 2025 and Fornax Propeller Galaxy (NGC 1365), Captured in the United States from Australia, November 03, 2025.
What used to be empty sky is becoming shared infrastructure 🌐
What used to be empty sky is becoming shared infrastructure 🌐
With PoSO (Proof of Space Observation), SkyMapper verifies that every image, every signal, every result comes from the telescope and SkyBridge that captured it.
This is how we produce science you can rely on: not by asking for trust, but by proving it.
With PoSO (Proof of Space Observation), SkyMapper verifies that every image, every signal, every result comes from the telescope and SkyBridge that captured it.
This is how we produce science you can rely on: not by asking for trust, but by proving it.
This is why we built AI into SkyMapper at the infrastructure layer.
This is why we built AI into SkyMapper at the infrastructure layer.
We're working together to open space discovery to everyone, everywhere.
We're working together to open space discovery to everyone, everywhere.
www.seti.org/news/skymapp...
www.seti.org/news/skymapp...
Yes.
#SkyBridge is the gateway to a global sky - linking you into a decentralized network where observations happen continuously, collaboratively, and far beyond your own horizon.
Yes.
#SkyBridge is the gateway to a global sky - linking you into a decentralized network where observations happen continuously, collaboratively, and far beyond your own horizon.
That's why the SkyMapper team works hard but also takes a moment to unwind, connect and make fun memories together 🥳
That's why the SkyMapper team works hard but also takes a moment to unwind, connect and make fun memories together 🥳
With LEO growing more crowded, “lost” satellites and debris are turning orbit into a high-risk environment.
Centralised tracking can’t keep up. We need continuous, real-time visibility powered by AI and built for scale.
With LEO growing more crowded, “lost” satellites and debris are turning orbit into a high-risk environment.
Centralised tracking can’t keep up. We need continuous, real-time visibility powered by AI and built for scale.
At DePIN Day Buenos Aires, SkyMapper co-founder @stefaan.bsky.social shared how a network of community-owned telescopes can deliver real-time space observation with cryptographic proof, decentralized storage, and open access.
At DePIN Day Buenos Aires, SkyMapper co-founder @stefaan.bsky.social shared how a network of community-owned telescopes can deliver real-time space observation with cryptographic proof, decentralized storage, and open access.
#SETIConstellations by @setiinstitute.bsky.social connects communities w/ real space science.
Our CEO @allplanets.bsky.social has been building toward this for years: accessible telescopes now linked into a global network.
#SETIConstellations by @setiinstitute.bsky.social connects communities w/ real space science.
Our CEO @allplanets.bsky.social has been building toward this for years: accessible telescopes now linked into a global network.
That blackout let #astronomers measure a 100 km-wide asteroid orbiting between Mars and Jupiter.
Quiet moments like this are how we map and understand what’s moving through our solar system.
That blackout let #astronomers measure a 100 km-wide asteroid orbiting between Mars and Jupiter.
Quiet moments like this are how we map and understand what’s moving through our solar system.
Add inactive satellites and large debris, and you’re tracking over 27,000 objects in shared orbits.
All need to be located, tracked, and monitored to track orbital debris, clear traffic lanes and predict collision risks.
We need constant eyes on the sky.
Add inactive satellites and large debris, and you’re tracking over 27,000 objects in shared orbits.
All need to be located, tracked, and monitored to track orbital debris, clear traffic lanes and predict collision risks.
We need constant eyes on the sky.
It’s powered by people.
One of our early beta testers is Tateki Goto who detected Supernova SN2025rbs using a Discovery-class telescope connected to the network.
His signal triggered rapid confirmation across #SkyViewer, capturing the event as it unfolded.
It’s powered by people.
One of our early beta testers is Tateki Goto who detected Supernova SN2025rbs using a Discovery-class telescope connected to the network.
His signal triggered rapid confirmation across #SkyViewer, capturing the event as it unfolded.