Our Services

Core Capabilities

• Encrypted Analytics: Perform statistical analysis, aggregations, and computations directly on encrypted data without exposing plaintext
• Privacy-Preserving Processing: Enable data sharing and collaborative analytics while maintaining data sovereignty and privacy requirements
• Compliance-Friendly Architecture: Meet GDPR and data protection requirements by ensuring sensitive data remains encrypted throughout processing pipelines
• HSM Integration: Homomorphic encryption keys protected within Hardware Security Modules for maximum security

Use Cases

• Healthcare Analytics: Analyze patient data across institutions without exposing individual health records
• Financial Risk Analysis: Perform credit scoring and fraud detection on encrypted financial data
• Government Services: Enable cross-agency analytics while maintaining citizen privacy and data protection
• Enterprise Intelligence: Analyze sensitive business data without exposing trade secrets or confidential information

HSM-Backed Key Operations

• Key Generation: Cryptographically secure key generation within HSM boundaries supporting RSA (2048, 4096 bit) and ECC (P-256, P-384, P-521)
• Secure Storage: Keys stored exclusively within HSM-protected storage, with hardware-enforced access controls
• Key Lifecycle Management: Comprehensive lifecycle including generation, activation, rotation, archival, and certified destruction
• Post-Quantum Readiness: Architecture designed to support PQC algorithms as HSM vendors implement standardized algorithms

HSM Pool Architecture

TrustVault employs a sophisticated HSM Pool architecture providing high availability, automatic failover, and future-proof cryptographic capabilities.

HSM Pool Components:

• HSM1 (Failover 2): Primary Utimaco CryptoServer for production cryptographic operations
• HSM2 (Failover 1): Secondary Utimaco CryptoServer for automatic failover and load balancing
• HSM3 (Failover 3): Tertiary HSM ensuring continuous operation even during maintenance
• Post-Quantum Crypto HSM: Dedicated HSM for PQC algorithm support and hybrid cryptography
• YubiHSM: Compact HSM for specific use cases and development environments

Failover & High Availability:

• Automatic failover between HSMs with no service interruption
• Load distribution across multiple HSMs for performance
• Hot-standby configuration ensures zero downtime
• Geographic distribution option for disaster recovery

Standards & Integration:

• PKCS#11 interface for vendor-independent cryptographic operations
• FIPS 140-2 Level 3 (or equivalent) certified hardware
• KMIP (Key Management Interoperability Protocol) for enterprise integration
• Key backup and disaster recovery with encrypted key wrapping

Encryption Standards Support

Beyond basic key management, TrustVault supports advanced encryption requirements:

• Transparent Data Encryption (TDE): Database-layer encryption with HSM-backed master keys
• KMIP Integration: Enterprise key management interoperability for multi-vendor environments
• Format-Preserving Encryption: Encrypt sensitive data while maintaining format and length

Homomorphic Encryption as a Service (HEaaS)

TrustVault provides Homomorphic Encryption capabilities enabling privacy-preserving computation on encrypted data without requiring decryption.

Key Features:

• Secure Multi-Party Computation: Enable collaborative analytics across organizational boundaries without exposing raw data
• Privacy-Preserving Analytics: Perform calculations on encrypted datasets while maintaining confidentiality
• Regulatory Compliance: Meet GDPR data minimization requirements by computing on encrypted personal data
• Cloud Security: Process sensitive data in untrusted cloud environments while maintaining encryption
• Healthcare & Finance: Ideal for sectors requiring computation on highly sensitive data

Use Cases:

• Encrypted database queries and searches
• Privacy-preserving machine learning and AI model training
• Secure data aggregation across multiple parties
• Confidential financial calculations and risk analysis

Tokenization as a Service (TaaS)

Replace sensitive data with non-sensitive tokens while maintaining HSM-backed security for the mapping between tokens and original values.

Key Features:

• Format-Preserving Tokenization: Tokens maintain the same format as original data (e.g., credit card numbers, account IDs)
• Vaultless Tokenization: Stateless token generation using cryptographic algorithms, no database required
• Vault-Based Tokenization: Secure token-to-data mapping stored in HSM-protected vault
• Reversible & Irreversible Tokens: Choose between detokenization capabilities based on use case
• PCI DSS Compliance: Reduce PCI scope by tokenizing payment card data
• GDPR Support: Tokenize personal data to minimize exposure and support pseudonymization requirements

Use Cases:

• Payment card tokenization for e-commerce and retail
• Personal identifier tokenization (SSN, passport numbers, healthcare IDs)
• Database column-level tokenization for sensitive fields
• API security - tokenize sensitive parameters in transit
• Test data generation - create realistic but non-sensitive test datasets

PKI as a Service (PKIaaS)

Fully managed Public Key Infrastructure delivered as a cloud service, eliminating the complexity of operating your own certificate authority.

Key Features:

• Managed Certificate Authority: Root and intermediate CA operations managed by TrustVault
• Automated Certificate Lifecycle: Issuance, renewal, revocation, and expiry management
• ACME Protocol Support: Automated Certificate Management Environment for DevOps integration
• REST API Access: Programmatic certificate management for automation and CI/CD pipelines
• Multi-Tenancy: Isolated PKI hierarchies for different departments or customers
• HSM-Backed CA Keys: Root and intermediate CA private keys protected in certified HSMs
• Compliance Ready: Designed to support WebTrust, eIDAS, and other trust framework requirements

Certificate Types:

• TLS/SSL certificates for web servers and APIs (public and private)
• Client authentication certificates for users, devices, and applications
• Code signing certificates for software and firmware
• Document signing certificates for PDF and office documents
• Email certificates (S/MIME) for encrypted and signed email
• IoT device certificates for equipment authentication

Benefits:

• Reduced Complexity: No need to deploy and maintain CA infrastructure
• Cost Effective: Pay-per-certificate pricing eliminates capital expenditure
• Scalability: Automatically scales from hundreds to millions of certificates
• High Availability: Redundant infrastructure with SLA guarantees
• Rapid Deployment: PKI operational in hours, not months

Integration Services

• API integration guidance and sample implementations
• Certificate enrollment automation (ACME, SCEP, EST protocols)
• PKI policy and certificate profile design
• HSM selection and deployment planning

Cryptographic Best Practices

We provide recommendations on key management, algorithm selection, key rotation schedules, and cryptographic hygiene aligned with industry standards and regulatory requirements. These recommendations are advisory in nature and should be evaluated within your specific organizational and regulatory context.