Verifiable AI Infrastructure
With Cryptographic Attestation
Hardware-secured AI computation infrastructure providing cryptographic verification for institutional applications requiring both sophisticated AI capabilities and regulatory compliance.
Dual-Tier AI Infrastructure
Purpose-built infrastructure combining privacy-preserving computation with high-performance AI capabilities, both featuring cryptographic verification.
Tenzro TSM-S
Privacy TierHardware-secured AI computation using Trusted Execution Environments with memory encryption and cryptographic attestation for sensitive institutional workloads.
Tenzro TSM
Performance TierGPU-accelerated AI infrastructure with cryptographic verification capabilities designed for high-throughput institutional applications requiring verifiable computation.
Supported Model Types
Comprehensive AI model support across multiple domains within secure, verifiable, and high-performance infrastructure environments.
Time Series Models
Advanced forecasting models currently deployed for financial time series analysis, market prediction, and risk assessment with cryptographic attestation.
Large Language Models
Enterprise language models with privacy-preserving capabilities for document analysis, compliance automation, and institutional communication.
Computer Vision
Vision models for document processing, identity verification, and compliance monitoring within secure computation environments.
Audio Processing
Speech and audio analysis models for compliance monitoring, communication analysis, and regulatory reporting applications.
Security Architecture
Enterprise-grade security features providing cryptographic guarantees for institutional AI applications requiring verifiable computation.
Hardware-Attested Computation
Every computation includes cryptographic proof that it was executed within a verified hardware environment, providing institutional-grade security guarantees.
FIPS 140-2 Level 3 HSM
Hardware Security Modules provide tamper-resistant cryptographic operations and key management meeting the highest security standards.
Verifiable Outputs
All AI model outputs include cryptographic signatures enabling independent verification of computation integrity and source attribution.
Regulatory Compliance
Architecture designed to meet enterprise compliance requirements with comprehensive audit trails and regulatory reporting capabilities.
Institutional Applications
Real-world applications of verifiable AI infrastructure addressing specific institutional requirements for privacy, compliance, and operational excellence.
Financial Risk Modeling
Private computation on sensitive portfolio data with verifiable results for regulatory reporting and institutional risk management.
Regulatory Compliance
Automated compliance monitoring and reporting with cryptographic attestation ensuring auditable AI-driven decision making.
Cross-Chain Oracle Services
Cryptographically signed market data feeds and predictions providing verifiable information for blockchain-based financial applications.
Institutional Document Processing
Secure analysis of confidential documents with privacy preservation and verifiable processing for legal and compliance workflows.
Institutional Advantages
Privacy-Preserving Architecture
Trusted Execution Environments ensure that sensitive data and proprietary models remain encrypted in memory during computation, preventing unauthorized access even from cloud infrastructure providers.
Regulatory Compliance Ready
Hardware-attested computation provides the cryptographic proofs required for regulatory reporting and audit compliance, meeting institutional risk management and governance requirements.
Deploy Verifiable AI Infrastructure
Contact our enterprise team to discuss verifiable AI infrastructure requirements for your institutional applications.