OBSECNext-Privacy Layer

Obscurity meets security

OBSEC

OBSEC is an open-source, privacy-first communication framework designed to operate without reliance on centralized servers. It enables secure messaging and data exchange over local networks and offline environments.

Local-first · Peer-to-peer · Open-source

Modular Architecture

OBSEC Ecosystem

Each module is independent and sovereign. Only OBSEC CHAT is currently live. Others are secured for future activation.

OBSEC CHATLIVE

Secure peer-to-peer messaging over LAN and Bluetooth.

OBSEC DRIVECOMING SOON

Decentralized encrypted file storage and synchronisation.

OBSEC CHAINCOMING SOON

Private blockchain for logging and verification.

OBSEC KYCCOMING SOON

Privacy-preserving identity using local cryptographic keys.

OBSEC SHIELDCOMING SOON

Local network monitoring and node protection layer.

Current focus

OBSEC Chat & Core Infrastructure

The initial OBSEC release focuses on a peer-to-peer chat and data exchange system operating on local networks and Bluetooth. The goal is to provide a practical, privacy-preserving alternative to centralized messaging services.

Decentralized mesh layer

Peer-to-peer connections across LAN and offline environments without central servers.

Privacy-first architecture

Local encryption, minimal metadata exposure, and user-owned identity.

Core communication tools

Chat, file transfer, and synchronization modules designed for local networks.

Open verification

Open-source code, reproducible builds, and transparent testing.

Core Engineering Leadership

Founders Dossier

Mohamed Yacine RiabiYACRB
Mohamed Yacine Riabi
Cybersecurity Engineer
Abdallah DridiABOUDA
Abdallah Dridi
Cybersecurity Engineer

Sovereign systems engineered by privacy-first architects.

Mission

Privacy is the default state.

OBSEC is built to provide secure communication and data exchange without reliance on centralized platforms. The system is designed to operate over LAN, Bluetooth, and isolated environments with user-controlled identity and encryption.

Each module is independent, open-source, and verifiable. Trust is established through cryptography and local control, not third-party infrastructure.

Focus

Private, peer-to-peer communication and storage.

Approach

Local-first, offline-capable, deterministic systems.

Model

No central servers or external trust dependency.

Explore the Ecosystem

Design Principles

  1. 01Default to end-to-end encryption and minimal metadata exposure.
  2. 02Operate in unstable, low-connectivity, or offline environments.
  3. 03Remain open-source, auditable, and reproducible at every stage.

If a design weakens privacy, it is rejected.