Reinforcing Solana with Triple Consensus Security
Zeris combines Proof-of-Work, Proof-of-History, and Proof-of-Stake into a unified cryptographic security layer designed for high-assurance Solana applications.
Official Contract Address
All Zeris onchain verification logic is executed through the audited program below. Always verify before interacting.
xxxxxxxxxxxxxxxxxxpumpVerification Flow
A Multi-Layer Security Model for the Next Era of Solana
Three consensus mechanisms working in harmony to provide unprecedented security guarantees
PoW Micro-Challenge Layer
Computational cost barrier providing spam mitigation and sybil resistance through adaptive difficulty algorithms.
- Challenge-response mechanics
- Adaptive difficulty algorithm
- Anti-spam protection
PoH Timestamp Integrity Layer
Deterministic event sequencing ensuring verifiable ordering and timestamp integrity for all transactions.
- SHA256 tick-based timekeeping
- Merkle-anchored time proofs
- Deterministic ordering
PoS Finality Guard Layer
Validator-backed settlement providing economic security and consensus safety guarantees.
- Validator weight rules
- Finality criterion
- Consensus safety guarantees
Security Without Sacrificing Solana Speed
Minimal Latency
Combines 3 layers of consensus with minimal added latency
DDoS Protection
Stops spam bursts & bot-driven distributed denial of service attacks
MEV-Safe Ordering
PoH sequencing ensures MEV-safe transaction order
Verifiable Timestamps
Fully deterministic verifiable timestamps
Sealevel Native
Runs natively with Solana's Sealevel parallelization
Seamless Integration
Works with existing Solana smart contracts seamlessly
Zeris Architecture
A layered topology designed for maximum security and seamless Solana integration
Core Capabilities
Enterprise-grade security primitives built for the next generation of Solana applications
PoW Micro-Hash Challenge
Adaptive computational puzzles with tunable difficulty parameters
PoH Sequence Anchoring
Cryptographic time proofs with Merkle tree verification
PoS Finality Guard
Economic security through validator stake weights
MEV Mitigation Layer
Transaction ordering protection against front-running
Onchain Proof Verification
Native Solana program for cryptographic validation
WASM Accelerated SDK
High-performance proof generation in browser and Node.js
Engineered for Security. Optimized for Performance
Performance Profile
Built for Developers
Powerful SDK with simple APIs, comprehensive tooling, and excellent developer experience
Rust & TypeScript SDK
First-class support for both ecosystems with type-safe APIs
WASM Hashing Accelerator
Optimized cryptographic operations for maximum performance
CLI Tools
Command-line utilities for testing, debugging, and deployment
Comprehensive Documentation
Deep technical docs with examples, tutorials, and API references
import { generateProof, validateSequence } from "@zeris/sdk";
// Generate PoW proof
const proof = await generateProof({
data: payload,
difficulty: 4
});
// Validate PoH sequence
const valid = await validateSequence(proof);
// Submit to Solana
await program.methods
.verifyZerisProof(proof)
.accounts({ ... })
.rpc();Development Roadmap
Starting December 2025 - Building the Future of Solana Security
- Token Launch on Pump.fun
- Community Building & Social Channels
- Website & Branding Launch
- Early Adopter Program
- SDK Alpha Release (Rust + TypeScript)
- Technical Documentation Portal
- PoW Micro-Challenge Engine
- Developer Playground & Examples
- Onchain Program Development
- Devnet Deployment & Testing
- PoH Timestamp Integration
- Blockchain Explorer Launch
- PoS Finality Guard Implementation
- Security Audit (Phase 1)
- Bug Bounty Program
- Beta Testing with Partners
- Mainnet Beta Launch
- Validator Integration Testing
- Performance Optimization
- CLI Tools & Developer Kit
- Public Mainnet Launch
- Full Security Audit Report
- Ecosystem Partnerships
- Grant Program for Developers
Secure the Future of Solana with Triple-Consensus Assurance
Join the next generation of secure blockchain infrastructure