Keyboard vs App Encryption

The definitive comparison: Why keyboard-level encryption provides superior security, control, and independence.

Keyboard Encryption

You control everything

  • Your keys, your control
  • Works with all apps
  • Impossible to ban or control
  • Encrypted before apps see text

App Encryption

Companies control your security

  • App controls your keys
  • Limited to one platform
  • Vulnerable to government pressure
  • Apps see text before encryption

Side-by-Side Comparison

Key Control

Keyboard Encryption

You generate and control 100% of your encryption keys

App Encryption

App/company controls your encryption keys

Government Pressure

Keyboard Encryption

Mathematically impossible to provide backdoors

App Encryption

Companies can be forced to add backdoors

Policy Changes

Keyboard Encryption

Your security never depends on company policies

App Encryption

Privacy can change overnight with new terms of service

Platform Independence

Keyboard Encryption

Works with ALL apps - WhatsApp, Telegram, SMS, email

App Encryption

Limited to one platform/app

Encryption Point

Keyboard Encryption

Text encrypted BEFORE any app sees it

App Encryption

Text visible to app before encryption

Metadata Protection

Keyboard Encryption

Apps only see encrypted text - no patterns visible

App Encryption

Apps see who you message, when, and message patterns

Real-World Scenarios

How each approach handles critical privacy threats

Government Pressure Scenario

A government demands access to encrypted communications

Keyboard Encryption Result:

Impossible to comply - keys are user-controlled, no central access point exists

App Encryption Result:

Company faces legal pressure and may be forced to provide backdoor access

Company Policy Change

Platform updates privacy policy to allow message scanning

Keyboard Encryption Result:

Your messages remain encrypted regardless of any policy changes

App Encryption Result:

Your previously 'private' messages become scannable under new policy

Data Breach Scenario

Hackers breach the company's servers and systems

Keyboard Encryption Result:

No encryption keys on servers to steal - your messages stay secure

App Encryption Result:

Encryption keys may be compromised, exposing all your communications

Platform Shutdown

Your messaging platform shuts down or blocks you

Keyboard Encryption Result:

Switch to any other app instantly - your encryption moves with you

App Encryption Result:

Lose access to all your encrypted communications and contacts

Technical Comparison

Technical AspectKeyboard EncryptionApp Encryption
Encryption StandardAES-256-GCM (Military grade)Varies (usually AES-256, but implementation differs)
Key StorageLocal device only - never transmittedCompany servers or encrypted but still controlled by company
Encryption TimingReal-time at keystroke levelAfter message is composed and sent
Vulnerability SurfaceMinimal - only your deviceLarge - app, servers, networks, policies
Upgrade ControlYou control when and how to upgradeForced updates can change security model

The Verdict: Keyboard Encryption Wins

Why Keyboard Encryption is Superior

Complete user control
Universal app compatibility
Impossible to ban or control
No corporate dependencies
Enhanced metadata protection
Future-proof security