Secure cryptographic operations with high-assurance hardware
Cryptographic foundations underpin the security of encryption, identity, payments, and digital trust systems. Data Protection Services (DPS) delivers hardware security module (HSM) solutions that provide a hardened root of trust for cryptographic keys and operations across enterprise, financial, and government environments.
How cryptographic foundations strengthen
your security posture
DPS helps organisations retain full control of cryptographic keys using hardware-backed protection that prevents misuse, exposure, and unauthorised access.
We design HSM architectures that deliver high availability and performance, helping organisations securely scale as workloads and transaction volumes grow.
By implementing HSM-backed cryptography aligned to recognised standards, DPS helps reduce systemic risk and support regulatory and assurance requirements.
Every secure system relies on cryptographic keys. If those keys are compromised, the security of dependent applications, data, and transactions collapses.
HSMs protect cryptographic keys inside tamper-resistant hardware, ensuring keys cannot be extracted, misused, or exposed, even if operating systems, applications, or administrators are compromised.
Strong cryptographic foundations significantly reduce systemic risk and support regulatory and assurance requirements.
Core cryptographic services
Enterprise HSM services that protect keys, enforce control, and underpin secure encryption architectures.
Protect cryptographic keys and operations at the highest assurance level.
General-purpose HSMs provide a secure hardware boundary for key generation, storage, and cryptographic processing used by applications, databases, identity systems, and security platforms.
Our capabilities include:
Extend hardware-backed cryptography into cloud and hybrid environments.
Cloud HSM services deliver the same high-assurance key protection without the operational overhead of managing physical infrastructure, supporting modern cloud-native and hybrid architectures.
Our capabilities include:
Generate, store, and use keys within a hardened root of trust.
Cryptographic key generation and protection services ensure keys are created, stored, and used exclusively within tamper-resistant hardware, reducing exposure and enforcing strict governance controls.
Our capabilities include:
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