mersorion

I totally share the concern about “secure” messengers leaking plaintext not due to encryption failures, but through archives, relays or vendor-controlled exports. As someone pointed out in this thread - “There’s always an attempt to ‘secure the system’... but E2EE alone doesn’t guarantee safety.”

What really matters is modeling real world threats and minimizing risk at every point in the system. That’s where GOSPL.CHAT stands out. It was designed with context-aware security from the ground up, with critical safeguards like:

No plaintext ever accessible to intermediaries or vendors

Zero-knowledge archives, where only the end user can decrypt their data

No export features or backdoors that can be exploited

These protections mean that even if infrastructure is breached or supply chains are compromised, user data remains unreadable. GOSPL doesn’t just promise encryption — it ensures resilience in the face of real threats. That’s the level of trust we actually need.

Stories like this are why we started the gospl.chat project I've been part of. Most so called “secure” systems sabotage themselves not by accident, but because of compromises. There's always an attempt to “secure the system” for the system which often results in architectures that fail the people they're supposed to protect. Industry headliners often focus on encryption protocols, but E2EE alone doesn’t guarantee safety. If a user or business finds themselves in a life-threatening situation most messaging platforms will do nothing to protect them and may even become part of the threat. We approached gospl.chat from the opposite direction - modeled real world threats and built a communication system that minimizes the risk of harm, even in worst-case scenarios. Security isn’t just about math. It’s about context. It’s about the environment where an app is used and how it behaves when things go wrong. Our goal isn’t to win a crypto audit. It’s to make sure no one loses their freedom, safety, or life because of a message.