Pinned Tweet
Stop buying late and getting dumped on. 📉
When a caller drops a contract or a token goes viral, manual buying is too slow. By the time you open DEXScreener, the green candle is already gone.
I made a quick video showing how to use BasedBot to instant-buy tokens the exact second they get shared on X or Telegram.
Link in comments
👇 Watch here to start front-running the calls:
CryptoPsycho.nad retweeted
Quantum-resistant consensus without sacrificing performance
Another big step toward a post-quantum future from @category_xyz
Today we are releasing Quantum Cadence, a post-quantum version of Cadence, our consensus protocol with multiple concurrent proposers. Quantum Cadence uses no quorum certificates, and its safety and liveness do not depend on signatures.
Most modern consensus protocols, Cadence included, rely heavily on signatures and quorum certificates, which a large-scale quantum computer could forge. Simply replacing today's signatures with post-quantum ones would make certificates too large for every validator to send around in a high-performance blockchain. Quantum Cadence instead draws on Forget-IT, a recent signature-free consensus protocol co-developed by researchers at Category Labs.
Quantum Cadence still keeps the overall architecture and core guarantees of Cadence, so our Cadence prototype was easy to carry over: an AI was able to adapt it to Quantum Cadence in a few hours, and an early prototype now runs on an internal test network.
We designed Quantum Cadence to be practical for a high-performance blockchain. In our simulations, its latency is similar to Cadence's, and it scales better with the number of proposers.
Interactive explainer: category.xyz/quantum-cadence.
Full paper: arxiv.org/abs/2610.32803.
Joint work by @MohammadMJalal1, @TobiasKlenze, and @komasito55
CryptoPsycho.nad retweeted
can't keep up anymore
Today we are releasing Quantum Cadence, a post-quantum version of Cadence, our consensus protocol with multiple concurrent proposers. Quantum Cadence uses no quorum certificates, and its safety and liveness do not depend on signatures.
Most modern consensus protocols, Cadence included, rely heavily on signatures and quorum certificates, which a large-scale quantum computer could forge. Simply replacing today's signatures with post-quantum ones would make certificates too large for every validator to send around in a high-performance blockchain. Quantum Cadence instead draws on Forget-IT, a recent signature-free consensus protocol co-developed by researchers at Category Labs.
Quantum Cadence still keeps the overall architecture and core guarantees of Cadence, so our Cadence prototype was easy to carry over: an AI was able to adapt it to Quantum Cadence in a few hours, and an early prototype now runs on an internal test network.
We designed Quantum Cadence to be practical for a high-performance blockchain. In our simulations, its latency is similar to Cadence's, and it scales better with the number of proposers.
Interactive explainer: category.xyz/quantum-cadence.
Full paper: arxiv.org/abs/2610.32803.
Joint work by @MohammadMJalal1, @TobiasKlenze, and @komasito55
CryptoPsycho.nad retweeted
🚨Brilliant interview!
💸💰💸💰💸💰💸
🚨How do banks create money ?
💸💰💸💰💸💰💸
🚨Prof Werner is incomparable.
In the 5000 yr history of banking no-one has ever done an imperical study of banking to show where the money comes from- until now. Step up the rock star economist Professor Richard Werner. His amazing qualifications and held positions makes the eye water. He is truly the authority on this subject. Banks are thought of as deposit taking entities who lend money - but that is just wrong. His assessment - Banks dont lend money but they misrepresent (lie) to their customers and say that they do.
CryptoPsycho.nad retweeted
Today we are releasing Quantum Cadence, a post-quantum version of Cadence, our consensus protocol with multiple concurrent proposers. Quantum Cadence uses no quorum certificates, and its safety and liveness do not depend on signatures.
Most modern consensus protocols, Cadence included, rely heavily on signatures and quorum certificates, which a large-scale quantum computer could forge. Simply replacing today's signatures with post-quantum ones would make certificates too large for every validator to send around in a high-performance blockchain. Quantum Cadence instead draws on Forget-IT, a recent signature-free consensus protocol co-developed by researchers at Category Labs.
Quantum Cadence still keeps the overall architecture and core guarantees of Cadence, so our Cadence prototype was easy to carry over: an AI was able to adapt it to Quantum Cadence in a few hours, and an early prototype now runs on an internal test network.
We designed Quantum Cadence to be practical for a high-performance blockchain. In our simulations, its latency is similar to Cadence's, and it scales better with the number of proposers.
Interactive explainer: category.xyz/quantum-cadence.
Full paper: arxiv.org/abs/2610.32803.
Joint work by @MohammadMJalal1, @TobiasKlenze, and @komasito55
CryptoPsycho.nad retweeted
Congrats @userocket_app on the launch of beta!
I must hit a 71.30x
CryptoPsycho.nad retweeted
before moose fills your order it sends 5% down each candidate route and reads what comes back. the rest gets split by marginal rate, inside the same transaction.
CryptoPsycho.nad retweeted
Big news heading into @RippleSwell: the @USOCC has granted final approval for Ripple National Trust Bank.
This gives Ripple a federally supervised platform to support $RLUSD and provide digital asset custody to enterprises.
We’ve always said crypto and banks work better together — this is what that looks like. Real innovation, real accountability, federal oversight.
The revolution isn't happening outside the system. It's happening from within it.
Winning design - Gray @Awwwards! 💪
No one better at marketing and design in the space 💯 awwwards.com/sites/gray
