Private enclaves for any workload
Treza is building enterprise-grade private compute infrastructure using TEE-based trusted execution environments and zero-knowledge compliance systems. This roadmap shows our path from core execution frameworks to smart contract integration and enterprise adoption—enabling businesses to run sensitive workloads with cryptographic privacy guarantees and regulatory compliance.
Core Execution Framework & Privacy-Preserving Compliance
Q2 2026Objective
Establish the foundational execution layer with TEE abstraction, private job scheduling, and cryptographic guarantees for arbitrary computation workloads. Deploy production-ready zero-knowledge compliance infrastructure for regulatory adherence without compromising user privacy.
Why It Matters
Before any sensitive workload can run privately, we need hardware-rooted execution primitives that provide mathematical privacy guarantees rather than just contractual promises. Simultaneously, enterprise adoption requires regulatory compliance that preserves user privacy through zero-knowledge proofs rather than traditional data collection.
What We're Building
TEE Infrastructure:
- •TEE-agnostic execution layer supporting AWS Nitro Enclaves, Google Cloud Confidential VMs, Azure Confidential Compute, NVIDIA H100 Secure Computing
- •Private job orchestration with cryptographic task verification
- •Hardware-protected key management and signing
- •Developer SDK for deploying Docker containers and applications into TEEs
Zero-Knowledge Compliance System:
- •Identity Verification: Privacy-preserving identity verification using passport-based zero-knowledge proofs
- •Multi-Tier Verification: Basic, Enhanced, and Institutional compliance levels
- •Smart Contract Infrastructure: On-chain compliance verification without storing personal data
- •Hybrid Verification System: Oracle-based automated verification + Professional attestation for high-value transactions
- •Developer SDK: Complete TypeScript SDK with React components for seamless DApp integration
- •Regulatory Compliance: Age verification, nationality checks, and uniqueness proofs without data exposure
Cryptographic Attestation & Advanced ZK Systems
Q3 2026Objective
Implement hardware-rooted cryptographic attestation with digitally signed execution proofs, enabling verifiable private computation results across heterogeneous TEE technologies. Expand zero-knowledge proof capabilities with advanced cryptographic primitives for enhanced privacy and verification.
Why It Matters
Privacy-preserving computation requires cryptographic proofs, not just isolation. Attestation transforms opaque execution into verifiable, auditable private processes. Advanced ZK systems enable more sophisticated compliance scenarios and cross-chain verification.
What We're Building
TEE Attestation:
- •Hardware-rooted attestation with digitally signed execution proofs
- •Unified privacy attestation across AWS, Google, Azure, and NVIDIA TEEs
- •Cryptographic verification of code integrity and environment isolation
- •Immutable execution logs with tamper-evident audit trails
Enhanced ZK Compliance:
- •Decentralized Oracle Network: Automated proof verification system with economic incentives
- •Professional Attestation System: KYC'd institutional attesters with staking mechanisms and slashing for false attestations
- •Cross-Chain Compliance: Bridge compliance status across multiple blockchain networks
- •Advanced ZK Circuits: Custom zk-SNARK circuits for complex compliance requirements (sanctions screening, AML checks)
- •Recursive Proof Composition: Combine multiple compliance proofs into single verification
On-Chain Verification & Smart Contracts
Q3 2026Objective
Build smart contracts that verify and utilize privacy attestation documents from private enclaves. Develop complementary zero-knowledge proof systems and fully homomorphic encryption capabilities for advanced privacy-preserving computation. Enable trustless verification of off-chain computation results through programmable on-chain validation with cryptographic privacy guarantees.
Why It Matters
Bridging off-chain private execution with on-chain verification creates trustless computation workflows. Zero-knowledge proofs enable verification of computation correctness without revealing sensitive data, while FHE allows computation over encrypted data without decryption. Smart contracts can programmatically validate execution integrity without requiring trust in centralized attestation authorities.
What We're Building
TEE-Blockchain Bridge:
- •Smart contract libraries for verifying TEE attestation documents and execution proofs
- •On-chain validation of off-chain computation with recursive proof composition
- •Programmable verification logic supporting multiple TEE systems
Advanced Cryptographic Systems:
- •Zero-Knowledge Proof Circuits: zk-SNARKs and zk-STARKs for privacy-preserving verification
- •Fully Homomorphic Encryption (FHE): TFHE and CKKS implementations for encrypted computation
- •Multi-Party Computation (MPC): Secure computation protocols for collaborative privacy-preserving workflows
Enhanced Compliance Integration:
- •Governance Integration: Compliance-weighted voting in DAOs with privacy preservation
- •DeFi Protocol Integration: Seamless compliance checking for lending, trading, and yield farming
- •Enterprise Compliance APIs: RESTful APIs for traditional systems to verify user compliance status
- •Compliance Analytics: Privacy-preserving analytics for regulatory reporting without exposing individual data
Enterprise Platform & Regulatory Partnerships
Q4 2026Objective
Launch an enterprise-ready platform with comprehensive compliance features, dedicated support, and strategic partnerships with regulators and financial institutions—enabling Fortune 500 companies to adopt private compute at scale while meeting all regulatory requirements.
Why It Matters
Enterprise adoption validates our technology and drives sustainable growth. Compliance frameworks and regulatory partnerships unlock new markets and position Treza as the standard for privacy-preserving regulatory compliance in the digital economy.
What We're Building
Enterprise Compliance Platform:
- •Regulatory Framework Compliance: SOC 2, HIPAA, FedRAMP, GDPR, MiCA compliance
- •Financial Services Integration: Banking-grade KYC/AML with privacy preservation
- •Audit Trail Systems: Immutable compliance audit logs for regulatory examination
- •Real-time Monitoring: Compliance status monitoring with automated alerts and renewals
Strategic Partnerships & Go-to-Market:
- •Regulatory Partnerships: Direct collaboration with financial regulators for framework development
- •Financial Institution Partnerships: Integration with major banks and financial services providers
- •Cloud Provider Partnerships: Deep integration with AWS, Google Cloud, Azure for seamless deployment
- •Professional Services: Dedicated compliance consulting and implementation services
- •24/7 Enterprise Support: SLA guarantees with dedicated technical account management
Treza is building enterprise-grade private compute infrastructure with regulatory compliance.
Our roadmap delivers private execution environments and zero-knowledge compliance systems for enterprise AI, financial services, and regulated industries. First privacy-preserving compliance system that meets regulatory requirements without data collection—bridging traditional finance and DeFi through mathematical privacy guarantees.
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