SendingMe has introduced a new messaging paradigm that fundamentally changes how encrypted communication works.
Key Features:
- Wallet-native chats - Conversations are stored directly in your crypto wallet
- Always-on zero-knowledge encryption - Messages are encrypted by default with no backdoors
- No identifiers required - No phone numbers or usernames needed to communicate
- Serverless architecture - No central servers means no single point of failure or data collection
This approach removes traditional gatekeepers from private messaging. By eliminating central servers and identity requirements, SendingMe creates a communication layer that exists entirely on-chain and in user wallets.
The shift represents a departure from conventional encrypted messaging apps that still rely on centralized infrastructure and user identifiers.
SendingMe changes the baseline: -Chats live in your wallet -Zero-knowledge encryption is always on -No phone numbers or usernames -No central servers
SendingMe Launches Encrypted Decentralized Messaging Platform
SendingMe has officially launched its encrypted, decentralized messaging platform as "the new default" for communication. **Key Features:** - End-to-end encryption for all messages - User-owned data and identity - Decentralized infrastructure The platform positions itself as a modern messaging standard that prioritizes privacy and user control. Unlike traditional messaging apps, SendingMe operates without centralized servers storing user data. Users can start messaging at [sending.me](https://www.sending.me) The launch follows previous announcements emphasizing privacy verification and decentralized trust systems. SendingMe aims to shift messaging away from corporate-controlled platforms toward user-owned alternatives.
šļø Infrastructure for the Real Internet
This isn't about adding featuresāit's about building infrastructure that matches how the internet actually functions today. The shift recognizes that current systems weren't designed for the demands of modern connectivity. As networks evolve beyond traditional cloud architecture, the focus moves to foundational layers that can handle real-world data flows. The approach prioritizes infrastructure over incremental improvements, addressing the gap between legacy systems and current internet behavior.
š Communication Must Work
Modern communication systems must be built to function even when facing three core threats: **technical failure, active censorship, and mass surveillance**. The premise is simple but critical - reliable communication can't depend on perfect conditions. Networks go down. Governments block access. Data gets monitored. **Key requirements:** - Systems must remain operational during outages - Messages must reach recipients despite filtering attempts - Privacy must be protected from surveillance infrastructure This isn't about paranoia - it's about **resilient design**. When platforms can monitor behavior, filter speech, and control visibility by default, communication tools need to be architected differently from the ground up. The shift recognizes that surveillance and censorship have become embedded in online infrastructure rather than occasional exceptions.
š The End of Trust-Based Security
The traditional web modelāwhere privacy was optional, ownership was abstract, and security relied on trustāhas reached its breaking point. **Key shifts:** - Privacy is no longer a feature, but a **prerequisite** - Zero-knowledge infrastructure enables confidentiality, compliance, and auditability simultaneously - Public-by-default systems can't scale The era of trust-dependent security is over. Decentralized, encrypted infrastructure is becoming the new standard.