Roadmap
Secure Enclaves for Sensitive Computation
Treza is building a decentralized network of secure enclaves using TEE-based compute infrastructure. This roadmap outlines our path from initial execution frameworks to a fully decentralized marketplace for secure computation—supporting any sensitive workload that requires hardware-level protection.
Phase 1: Core Execution Framework
Objective Establish the foundational execution layer with TEE abstraction, secure job scheduling, and cryptographic guarantees for arbitrary computation workloads.
Why It Matters Before any sensitive workload can run securely, we need hardware-rooted execution primitives that provide mathematical guarantees rather than just contractual promises.
What We're Building
TEE-agnostic execution layer supporting Intel SGX, AMD SEV, and ARM TrustZone
Secure job orchestration with cryptographic task verification
Hardware-secured key management and signing capabilities
Developer SDK for deploying workloads to trusted execution environments
Phase 2: Cryptographic Attestation & Verification
Objective Implement hardware-rooted cryptographic attestation with digitally signed execution proofs, enabling mathematically verifiable computation results across heterogeneous TEE technologies.
Why It Matters Trust-minimized computation requires cryptographic proofs, not just isolation. Attestation transforms opaque execution into verifiable, auditable processes.
What We're Building
Hardware-rooted attestation with digitally signed execution proofs
Multi-TEE support with unified attestation across Intel SGX, AMD SEV, and ARM TrustZone
Cryptographic verification of code integrity and environment isolation
Immutable execution logs with tamper-evident audit trails
Phase 3: Cryptoeconomic Marketplace
Objective Launch a cryptoeconomic marketplace where hardware providers monetize underutilized TEE capabilities while developers access secure compute resources through TREZA token-based allocation.
Why It Matters A sustainable decentralized compute network requires economic incentives that align hardware providers, developers, and the protocol. Tokens create programmable resource allocation.
What We're Building
TREZA token-based resource allocation and staking mechanisms
Hardware provider rewards for contributing TEE capacity to the network
Dynamic pricing and priority queues based on compute demand
Protocol governance for security parameters and network economics
Phase 4: Permissionless Global Network
Objective Deploy a permissionless, globally scalable infrastructure supporting heterogeneous TEE technologies — enabling any developer to access verifiable compute without barriers.
Why It Matters This is the endgame: a fully decentralized, hardware-secure compute economy that eliminates centralized points of failure and provides cryptographic guarantees for any sensitive workload.
What We're Building
Permissionless provider onboarding with automated TEE capability discovery
Global compute marketplace with multi-vendor TEE support
Workload portability across Intel SGX, AMD SEV, ARM TrustZone, and emerging TEEs
Self-sovereign execution with cryptographic verification for any sensitive computation
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