How PiperChat compares
A detailed comparison of PiperChat against the most popular messaging platforms. See why true decentralization makes all the difference.
Feature Comparison
While Signal, Telegram, and WhatsApp offer various levels of security, they all share one fundamental flaw: centralized control. PiperChat eliminates this single point of failure entirely.
Optional
Some metadata
Trust Signal
Trust Telegram
Trust Meta
LAN mode
Bluetooth + WiFi Direct
Understanding the Differences
The technical distinctions between PiperChat and other platforms aren't just features—they're fundamental architectural choices that determine who controls your communication.
PiperChat: True Decentralization
PiperChat is built on a pure peer-to-peer architecture with zero central infrastructure. Your messages travel directly between peers without touching any servers.
- No servers means no single point of failure or control
- Cryptographic keypairs are your identity—no registration required
- Messages never pass through corporate infrastructure
- Network remains operational as long as peers exist
- Cannot be censored, monitored, or shut down by any authority
- Zero metadata collection is architecturally guaranteed
- Bluetooth mesh networking for completely offline operation
- Works on local networks, WiFi Direct, and internet simultaneously
Signal: Centralized with Good Intentions
Signal offers strong encryption but requires trust in their central servers, phone number registration, and infrastructure that can be monitored or shut down.
- All messages route through Signal's servers
- Phone number required links identity to you
- Signal foundation controls who can communicate
- Metadata like connection timing is visible to servers
- Service can be blocked by ISPs or governments
- Subject to legal demands and jurisdiction
Telegram: Convenience Over Privacy
Telegram prioritizes features and speed over security. End-to-end encryption is optional and not enabled by default, with most data stored on their servers.
- Messages stored on Telegram's cloud servers
- E2E encryption only in "Secret Chats" (not default)
- Company has access to most message content
- Phone number required for registration
- Has cooperated with government requests
- Proprietary encryption protocol (MTProto)
WhatsApp: Meta's Data Collection
Despite encryption, WhatsApp collects extensive metadata and shares it with parent company Meta (Facebook) for advertising and profiling purposes.
- Owned and operated by Meta/Facebook
- Metadata shared across Meta's platforms
- Phone number, contacts, usage patterns collected
- Integrated with Facebook's advertising ecosystem
- Messages encrypted but metadata isn't private
- Terms of service changes can alter privacy guarantees
The fundamental difference
Signal, Telegram, and WhatsApp all require trusting a corporation with your communication infrastructure. PiperChat requires trusting no one—because there's no infrastructure to control.
Download PiperChatWhy Architecture Matters
Censorship Resistance
Signal, Telegram, and WhatsApp can all be blocked by governments or ISPs because they rely on central servers with known IP addresses. PiperChat has no servers to block—it's a network of peers that routes around censorship attempts.
True Privacy
Other platforms claim "we don't collect data" but their architecture makes collection possible. With PiperChat, peer-to-peer architecture makes metadata collection technically impossible—there's nowhere for data to be collected.
Operational Resilience
If Signal's servers go down, no one can communicate. If a government orders them shut down, they must comply. PiperChat has no servers to shut down—the network continues operating as long as peers exist.
Identity Ownership
Phone numbers tie your identity to government-issued credentials. Cryptographic keypairs in PiperChat are truly yours—generate them locally, store them yourself, and no authority can revoke or control your identity.
Offline Mesh Networking
PiperChat works via Bluetooth mesh, WiFi Direct, and local networks—no internet required. Create resilient communication networks in areas without infrastructure or during internet outages. Other platforms are completely unusable without cellular or internet connectivity.