AI requests shouldn’t have to travel to a giant data centre.
The compute could live right on telecom towers.
Close to users and devices, close enough that “real-time” actually means real-time.
So why isn’t this everywhere already?
Because you can install hardware on towers, that part is doable.
What breaks the model is funding it early.
Investors ask one question: how do we know the tower is actually being used?
If you can’t prove usage, nobody funds it. If you prove it by dumping raw tower data, you’ve created a different problem.
That’s what Nillion, @web3pairpoint (by Vodafone) & Chainlink is fixing.
- Pairpoint measures tower compute usage and signs it at the source
- Nillion verifies and aggregates it privately, so tower data stays protected
- Chainlink publishes the verified usage onchain, so repayments can settle on real activity.
Privacy isn't a feature. It's infrastructure.
@nillion joins us at Telekom & Friends Vol. 3: Blocks & Brews, powering the blind compute layer Web3 actually needs. 🍻
June 18 | Berlin Blockchain Week
RSVP👇
https://t.co/stN2tJVPwh
Self-improving trading agents are coming to @cobotgg 👀
Through our integration with @nillion 's Blind Computer, every trade your agent makes can now be stored as encrypted memory and recalled for future decisions, while your trading history stays private by default.
Your agent gets sharper with every trade.
Your trading history never becomes centralized training data.
Privacy-first autonomous trading 🤖
ethereum:0x7cf9a80db3b29ee8efe3710aadb7b95270572d47 $COBOT