LivaraPrivate messengerIdeas, explainers, and useful questions about encryption, private messaging, and the technology in your everyday life.
Discover the latest ↓A perfectly sealed message can still hand over your home address, because smartphone photos carry GPS coordinates and device details inside the file itself. Here is what EXIF metadata in chat apps actually leaks, why end-to-end encryption does not remove it, and how to strip it before you send.
Hybrid post-quantum key agreement costs a phone far less than the raw algorithm comparisons suggest, because the expensive part runs once per session instead of once per message. Here is where the CPU time, latency and bytes actually go on Android, and how to check a performance claim yourself.
Your keyboard sees what you type before end-to-end encryption ever applies. A practical look at third-party IME privacy on Android, what a keyboard can technically do with your chats, and how to pick one that does not read them.
End-to-end encryption protects messages while they travel and while they sit on a server as ciphertext. It cannot stop a screenshot, a screen recording or a lock-screen preview, because all three happen after the message has already been decrypted on someone else's device.
Discover how hybrid post-quantum messaging protocols use ML-KEM-768 prekey bundles to maintain forward secrecy even when your contact remains offline for weeks.
How secure messengers make end-to-end encrypted chat search functional through local indexing, without ever giving the server access to your data.
Cryptographic algorithms evolve, so secure messengers need protocols that can be inspected, tested, versioned, and upgraded without hiding important decisions behind vague security claims.
Pairwise post-quantum key exchanges overwhelm network bandwidth in large group chats. The LGS1 protocol solves this scaling bottleneck by wrapping group sender keys inside hybrid post-quantum LVR1 envelopes.
Discover how Livara device sync relies on transient routing metadata to deliver encrypted payloads independently, keeping your cross-device experience smooth without ever exposing plaintext to a server.
Standard voice protocols leak connection details during setup. Learn how Livara Chat secures voice call privacy by sealing WebRTC signalling inside LVR1 envelopes.
A technical breakdown of how HKDF-SHA-256 key derivation and AES-256-GCM authentication eliminate nonce collisions and guard private chats against replay attacks.
What a safety number checks, how to compare it through another channel, and why key changes, metadata and device compromise remain separate risks.
Pulse comes from the people building Livara. Read the bylines, follow the sources, and explore the trade-offs behind the technology.
Our editorial policy ↗
