One event, several authors, each signing the same id. Single-author events stay byte-identical to today, old clients see a normal event from the first author, and post-quantum keys later become just another co-author with a new key prefix.
Adding post-quantum signatures to Nostr without a hard fork. Every event carries a PQ-signed new form inside today's event format, so old clients and relays keep working while new ones verify both signatures, until the old form can be pruned.
Esta é uma especificação técnica exaustiva para a **NIP-95 (Hybrid Peer-to-Peer Relay Protocol)**. Ela foi desenhada para ser "LLM-ready", fornecendo definições de mensagens, fluxos lógicos, esquemas de dados e regras de estado que permitem a um modelo de IA gerar código funcional para clientes ou servidores Nostr.
Who else wants deterministic legacy address derivation from x-only public keys (npub)? Mostly ChatGPT & me, may have come up with that reference implementation...
This builds directly on Supertestnet's BH Market protocol. If you haven't read it, start there. I'm leaving it to Supertestnet to build the trustless payment loop part. I’ll discuss here the discovery layer sitting on top of it and how it could be built on NOSTR.
Loose conventions for anchoring discussions so experiments and results reconnect to where the question started.
Nostr's greatest strength - that you own your identity through cryptographic keys - becomes its greatest weakness when keys are lost or stolen. This post introduces two simple, social solutions that let users mark compromised keys and rotate to new ones through community verification, without complex cryptography or pre-planning.