About StealthOS
Building a sovereign, local-first computing sandbox on iOS where your data never leaves your hardware.
Published by Olib AI · Stone Mountain, GA
Our Mission: Restoring Digital Sovereignty
StealthOS was conceived around a straightforward premise: modern mobile computing has traded user autonomy for continuous surveillance. Today, smartphones run apps loaded with cross-site telemetry, behavioural profiling SDKs, and persistent cloud sync pipelines that monitor location, interactions, and sensitive files.
Developed by Olib AI, StealthOS transforms your iPhone into a self-contained, anti-fingerprinting virtual sandbox. By providing a browser with full script injection defenses, an embedded Tor network stack, an AES-256 encrypted vault, and on-device AI inference, StealthOS enables you to browse, compute, communicate, and store critical records without creating remote accounts or leaving digital footprints.
Technical Architecture & Anti-Fingerprinting Engine
37-Vector Spoofing Engine
Passive browser fingerprinting gathers device nuances to identify users across sites. StealthOS injects defensive overrides across Canvas rendering, WebGL noise generation, AudioContext parameters, system font enumerations, screen metrics, and Navigator details.
Hardware Key Isolation
All cryptographic materials in StealthOS utilize AES-256-GCM authenticated encryption. Master keys are wrapped using Apple Secure Enclave hardware and unlocked via biometric authentication. No remote server ever holds custody of your encryption keys.
Embedded Tor & SOCKS5
Rather than relying on third-party VPN providers that can inspect traffic logs, StealthOS integrates an authentic Tor client directly into the iOS binary. Traffic routes through distributed volunteer relays, featuring hidden service .onion resolution and an automatic leak kill switch.
On-Device Neural Inference
AI capabilities in StealthOS utilize Apple Intelligence on the Apple Neural Engine at zero network latency. Threat Shield scans URLs for brand impersonation and scam patterns locally, protecting your browsing without sending browsing history to the cloud.
Open Source & Verifiable Security
Trust in security software requires transparency. We believe critical networking and cryptographic primitives must be publicly inspectable. Olib AI maintains key components of the StealthOS ecosystem as open-source projects on GitHub:
- TorClient
Native Tor 0.4.9.11 static XCFramework built with embedded OpenSSL and libevent for iOS.
- StealthRelay
High-throughput zero-knowledge relay server written in Rust, leveraging Noise NK handshakes and ChaCha20-Poly1305.
- ConnectionPool
Local and remote mesh networking library for peer discovery via MultipeerConnectivity and encrypted websockets.
- PoolChat
End-to-end encrypted messaging engine utilizing Curve25519 ephemeral keys and trust-on-first-use authentication.
About Olib AI
Olib AI is a privacy technology research and software engineering firm based in Stone Mountain, Georgia. Our team specializes in advanced browser security, anti-detect engineering, and local-first application architectures. In addition to StealthOS, Olib AI develops Owl Browser, an enterprise-grade automation browser built to neutralize modern bot-detection and client fingerprinting vectors.
Corporate Headquarters
Olib AI
Stone Mountain, GA
United States
Inquiries: support@stealthos.app