The Trustless Operating System for sovereign computing.
Today’s operating systems are relics, bloated, insecure and built for centralized control. They leak your data, waste resources, and strip you of true ownership of your machine.
NØNOS changes this.
A pure Rust microkernel, RAM-resident and privacy-first, designed for the AI and DePIN era. Delivering sovereignty, anonymous networking, and resource efficiency that legacy systems can’t touch.
Rust from the ground up. No unsafe code or inherited flaws.
Live entirely in memory. Ephemeral by design.
Built-in privacy. Anonymous networking, no compromise.
The world's first Zero-Trust Operating System launching with full Ethereum integration. Delivering sovereign computing and cryptographic security.
A complete operating system with both GUI and CLI — ready out of the box.
Pure Rust implementation with zero unsafe code and no inherited vulnerabilities.
Integrated Onion Mesh enables private, censorship-resistant communication.
Launch Countdown
Built from the ground up in Rust, it delivers privacy, security, and modularity by design. Engineered for sovereign compute, edge AI inference, and decentralized physical infrastructure (DePIN).
Authenticated modular execution. Every process cryptographically verified & syscall isolated.
Complete diskless operation, system state, modules, and runtime exist only in volatile memory until explicitly persisted.
Ownership & borrowing rules eliminate buffer overflows, null pointer bugs & data races, without sacrificing performance.
All traffic routed over Onion encrypted mesh, ensuring device privacy with no exposed IP layer.
Pluggable .mod binaries run in isolated sandboxes with secure IPC channels, preserving system integrity.
ERC-20 and zkAuth support built in, blockchain interaction without compromising device anonymity.
NØNOS is designed from the ground up to power the next generation of AI inference nodes and decentralized physical infrastructure.
Optimized for edge AI inference workloads
Memory-efficient ML model execution
Secure AI compute resource sharing
Privacy-preserving federated learning
Decentralized physical compute nodes
Token-incentivized resource sharing
Trustless hardware verification
Distributed storage and networking
A revolutionary dual-layer design combining cloud infrastructure with bootable ZeroState environments
Memory-safe syscall dispatcher
Capability-based security model
Cryptographic root of trust
Zero unsafe code blocks
Anonymous mesh networking
Device-authenticated communication
Zero-knowledge identity proofs
Encrypted ephemeral routing
Complete RAM-resident operation
Diskless execution environment
Persistent crypto state management
Bootable from UEFI firmware
Sandboxed .mod binaries
Secure IPC message passing
Pluggable kernel modules
Isolated execution contexts
A unified interface that seamlessly integrates cloud orchestration with bare-metal ZeroState control.
Kernel
Memory
Network
Security
Memory-safe kernel with capability-authenticated syscalls and zero unsafe code blocks.
Complete diskless operation with all system state maintained exclusively in memory.
Privacy-first communication through Onion encrypted mesh infrastructure.
Join the next generation of operating systems with privacy, security, and modularity at its core.
Real-time view of NØNOS development milestones and technical achievements
Rust microkernel & syscall isolation
RAM-resident execution framework
Sandboxed components & IPC
Secure REPL & commands
Privacy protocol integration
UEFI bootloader & verification
Comprehensive research phase with prototype testing and architecture validation.
Modular kernel prototype
Security model validation
Performance benchmarking
Architecture stress testing
Research documentation
Foundational Rust microkernel with memory-safe architecture and syscall isolation.
Rust microkernel architecture
Memory-safe syscall dispatcher
Capability-based security model
RAM-resident execution framework
Cryptographic root of trust
Complete bootable OS with UEFI bootloader and diskless operation.
EFI bootloader implementation
Full ZeroState OS
Diskless operation
Persistent crypto state
Zero-trust verification
Advanced sandboxed kernel modules with secure inter-process communication.
Modular kernel components
Secure IPC channels
Module verification system
Isolated execution contexts
Advanced CLI interface
Anonymous networking and identity verification through Onion Mesh.
Onion Mesh integration
Anonymous mesh networking
zkProof identity system
Privacy-first communication
Web3-native features
First public release with core functionality and community testing program.
Public release
Community testing
Performance optimization
Security audits
Developer documentation
Be part of the dual-architecture revolution combining cloud-native platform with ZeroState bootable OS
Live on Ethereum • ETH Intergration Coming Q4 2025
Professional tokenomics powering the world's first cryptographically-verified OS with transparent governance, ETH integration, and proven team involved in technical development.
Strategic deployment ensuring transparent distribution and institutional-grade tokenomics across Ethereum.
NØNOS live on ETH with transparent tokenomics & active trading
Current Supply
800,000,000 N0NOS
Network
ETH Mainnet
Contract
0x0a26c80Be4E060e688d7C23aDdB92cBb5D2C9eCA
Status
Live & Trading
Supply
Deflationary
ETH deployment for institutional DeFi integration.
Intergation Type
Native
Launch Date
Q4 2025
Target
Institutional DeFi
OS Infrastructure
Development
Memory Safety
Deflationary Supply
$N0NOS is backed by active development, validated team & revolutionary OS technology.
Codebase →Institutional-grade token economics designed for sustainable growth, DeFi integration, and enterprise adoption.
Multi-signature governance with time-locks
Vesting schedules for all reserve allocations
Cross-chain bridge compatibility
Compute resource pricing integration
Uniswap V3 liquidity pools
Yield farming opportunities
Institutional custody support
Stake $N0NOS to host encrypted relay infrastructure
Publish verified CLI modules to public registry
Launch permissionless encrypted applications
Vote on protocol upgrades and parameters
Propose new features and integrations
Treasury allocation decisions
Annual fees for enterprise-grade builds of NØNOS
Tailoring NØNOS to mission-specific requirements
Certifying staff in the use of NØNOS
Micro-fees on transactions through the built-in wallet
Usage fees for maintaining ANON hidden services
Offering opt-in paid features inside NØNOS (obfuscation)
The Trustless Operating System for sovereign computing.