Hardware Security Module (HSM) Integration
Protect your most critical cryptographic keys. We integrate FIPS 140-2/3 validated HSMs into your infrastructure for bulletproof payment processing, PKI, and database encryption.
Why You Need Dedicated Crypto Hardware
Software-based encryption is no longer sufficient for enterprise finance and healthcare. If an attacker gains root access, software keys are compromised. HSMs provide a physical, tamper-resistant perimeter around your cryptographic material.
- Tamper-Evident Security: If physical intrusion is detected, the HSM immediately zeros out its memory, permanently destroying the keys to prevent theft.
- Performance Offloading: Cryptographic operations are computationally expensive. HSMs offload this burden, allowing your servers to handle thousands of SSL handshakes per second.
- Regulatory Mandates: Achieving PCI-DSS, eIDAS, or HIPAA compliance often requires the FIPS 140-2 Level 3 validation that only an HSM can provide.
Our HSM Capabilities
Payment HSMs
Integration of Thales payShield and Entrust HSMs for secure PIN generation, MAC validation, and EMV transaction processing.
Cloud HSM Migration
Seamless migration from on-premise hardware to AWS CloudHSM or Azure Dedicated HSM without downtime.
PKI & Digital Signatures
Building internal Certificate Authorities (CA) and implementing secure document signing architectures.
Dedicated HSM vs. Silicon TEE vs. Software Storage
Understanding physical tamper boundaries, key isolation levels, and compliance standards for enterprise cryptography.
| Security Attribute | Software Key Vault (OS / App Level) | Silicon TEE / TPM (TrustZone) | Dedicated HSM (Appliance / Cloud) |
|---|---|---|---|
| Physical Tamper Resistance | None; vulnerable to host memory extraction & core dumps | Silicon boundary; vulnerable to voltage/clock glitching | Active tamper sensors, epoxy mesh & instantaneous cryptographic zeroization |
| FIPS 140-2 / 140-3 Standard | Level 1 (Software implementation only) | Level 2 (Role-based authentication) | FIPS 140-2 / 140-3 Level 3 & Level 4 Physical Tamper Enclosure |
| Key Material Extraction Risk | High; plaintext keys exist in memory during cryptographic operations | Low; isolated world, but shared memory bus side channels exist | Zero; private keys never leave hardened boundary under any condition |
| Cryptographic Signing Throughput | Bound to host CPU thread contention | 50 - 500 RSA/ECC operations per second | 10,000 - 100,000+ operations/sec with dedicated ASIC crypto engines |
| Standard Interface APIs | Proprietary vendor REST SDKs | TPM 2.0 TSS & proprietary TEE client APIs | Native PKCS#11, Microsoft CNG, Java JCE, and KMIP protocols |
| Regulatory Compliance Fit | Fails payment network & digital identity mandates | Suitable for endpoint device attestation & secure boot | Mandatory for PCI-PTS, eIDAS Qualified Signatures, & Root CAs |
Don't Compromise Your Keys
Ensure regulatory compliance and absolute data security with a properly architected HSM integration.
Talk To Our Cryptography Experts