Trusted ExecutionRuntime Environment
A secure framework for confidential computing that delivers hardware-backed security for sensitive applications and workloads.
Enterprise-Grade Security for Confidential Workloads
TERE uses hardware-based Trusted Execution Environments to provide a secure framework for running sensitive applications with cryptographic guarantees.
Hardware-Backed Security
Uses AMD SEV, SEV-SNP, and Intel TDX to create hardware-isolated environments with encrypted memory and secure boot.
Cryptographic Attestation
Provides verifiable proof that your code executes in a legitimate TEE with the expected security properties and configuration.
High Performance
Optimized WebAssembly runtime delivers near-native performance with strict resource controls and isolation.
Encrypted State
All persistent data is encrypted at rest and in transit with fine-grained access controls and key management.
Cloud Native Integration
Seamlessly deploys to Confidential VMs and Confidential GKE with built-in cloud attestation services.
Developer-Friendly
Familiar programming model with WebAssembly support, comprehensive APIs, and robust SDK for secure application development.
Modern Solution for Emerging Security Challenges
TERE provides a better approach for use cases traditionally served by blockchain smart contracts, oracles, and other sensitive compute platforms.
Agentic Systems
Secure autonomous agent infrastructure that maintains data privacy while providing verifiable execution guarantees for sensitive AI agents.
AI Systems
Protection for proprietary AI models and prompts with confidentiality guarantees and attestable execution for regulated industries.
Smart Contracts
Higher performance alternative to blockchain smart contracts with similar security properties but without consensus overhead.
Oracles
Confidential data feeds with end-to-end security and cryptographic attestation proving data integrity and processing correctness.
Regulated Workloads
Compliant execution environments for financial, healthcare, and other regulated industries with attestable security controls.
Multiparty Computation
Secure frameworks for collaborative computing on sensitive data with cryptographic guarantees for all participating parties.
Why Choose TERE?
TERE provides significant advantages over traditional approaches for sensitive workloads.
Security Without Compromise
Hardware-level isolation protects your code and data from unauthorized access—even from cloud providers and system administrators.
Superior Performance
10-100x faster execution compared to blockchain-based alternatives with much lower latency and higher throughput.
Simplified Compliance
Built-in attestation provides evidence for regulatory compliance with audit trails and cryptographic guarantees.
Easier Development
Familiar programming models with WebAssembly support eliminate the need for specialized domain languages.
Flexible Deployment
Deploy to major cloud providers with native integration for confidential computing infrastructure.
Cost Efficient
Lower operational costs compared to blockchain networks without sacrificing security guarantees.
Built for Enterprise Requirements
TERE is designed for organizations with the most demanding security and compliance needs.
- SOC 2 and HIPAA compliant architecture
- Enterprise support with guaranteed SLAs
- Integration with existing identity systems
- Comprehensive audit logging and monitoring
Enterprise Features
Ready to Secure Your Most Sensitive Workloads?
Start building with TERE today and experience the next generation of secure computing infrastructure.