Subscription Model: No Gas Fees
Unlike traditional blockchains with unpredictable gas fees, DSM uses a subscription-based economic model that eliminates per-transaction costs entirely.
The Missing Trust Layer of the Internet
FINALIZED PAYMENTS OVER BLUETOOTH
True digital equivalent of cash - exchange value directly between devices via Bluetooth, even offline.
Solves The "Double Spend Problem" without consensus
No accounts, no passwords, no third-party approvals needed
150,000 TPS 🔥
PER DEVICE
*(Samsung A54)
No consensus, No Bottleneck
Unlike traditional blockchains with unpredictable gas fees, DSM uses a subscription-based economic model that eliminates per-transaction costs entirely.
Create your own tokens with just one line of code and a flat fee paid in ROOT tokens. No complex smart contracts or programming required.
Transactions reach finality instantly, with no reversals or confirmations needed.
Instant finality without global consensus.
No global ledger to analyze, direct peer-to-peer exchange eliminates metadata collection.
Security through cryptographic proofs, not consensus or economic incentives.
DSM State Architecture
The visualization demonstrates how each state transition is independently verified through quantum-resistant cryptography, eliminating the need for global consensus while maintaining perfect security.
DSM achieves perfect state continuity through:
Direct cryptographic state verification without complex consensus mechanisms
Perfect state continuity between parties without global synchronization
Flexible, deterministic alternatives to traditional smart contracts
SPHINCS+, Kyber, and BLAKE3 for long-term security
Stake ROOT tokens to run quantum-resistant storage nodes and participate in the network's infrastructure while earning rewards.
"Everything Bitcoin aspired to be, DSM actually is — and more."
Explore the complete technical specification of the DSM protocol.
The DSM protocol eliminates trust dependencies through cryptographic state evolution, enabling true peer-to-peer transactions with instant finality and offline capability. By introducing straight hash chain verification and bilateral state isolation, DSM delivers on Bitcoin’s original promise — a truly trustless, self-verifying system for decentralized value exchange.
View WhitepaperMarch 16, 2025
Technical Paper: Dual-Binding Random Walk (DBRW)
DBRW is a portable, cryptographic anti-cloning protocol that prevents both same-device (container-based) and cross-device (hardware-based) cloning attacks. It securely binds applications to their physical hardware and execution context without requiring any secure enclave or online validation. Simple to integrate into any app, blockchain, or runtime — DBRW is a drop-in defense layer for tamper resistance, state continuity, and rollback prevention across all platforms.
View Technical PaperMay 14, 2025