Know Your Cryptographic Risk.
Prepare for the Post-Quantum Era.
Independent cryptographic risk assessment, PQC readiness and migration planning for enterprise IT and operational technology.
APPLICATIONS
Enterprise Services & Apps
APIs
REST & Internal Service Hooks
CERTIFICATES
x.509 Leaf & Code Signing
PKI
Intermediate & Root CAs
ALGORITHMS
RSA, ECC, AES & Dilithium
DEVICES
Endpoint & Cloud Hardware
OT SYSTEMS
SCADA & Industrial Grids
Cryptography Is Everywhere.
Visibility Is Not.
Cryptography is silently embedded across applications, APIs, certificates, identity systems, cloud environments, devices, firmware, PKI, communications, and operational technology. Many organisations need a structured view of their cryptographic estate to plan for the post-quantum transition.
Algorithmic Exposure
Identify where aging public-key cryptosystems (RSA, ECC) are hardcoded, presenting exposure to retroactive decryption.
Certificate Dependencies
Map active TLS certificates, key lengths, and authority relationships across complex supply chain networks.
OT Control Systems
Expose quantum-vulnerable cryptography on operational assets (PLCs, SCADA, gateways) with multi-decade lifecycles.
Independent Cryptographic Services
Cryptographic Risk Assessment
Discover where cryptography exists and understand the relationships, dependencies and exposures across your technology estate.
PQC Readiness
Assess your current exposure to post-quantum transition risk and establish a structured readiness baseline.
PQC Migration
Turn cryptographic findings into a prioritised migration roadmap across applications, infrastructure, certificates and long-lived technology.
One Cryptographic View Across IT and OT
Information Technology (IT)Standard Lifecycle
- Cloud Platforms
- Business Applications
- REST APIs
- Enterprise PKI
- TLS Protocols
- IPSec VPNs
- Identity Provider (IDP)
- x.509 Certificates
- HSM Assets
Operational Technology (OT)Extended Lifecycle
- SCADA Systems
- Hardware PLCs
- Industrial Gateways
- Firmware Baselines
- Embedded Devices
- Engineering Stations
- M2M Comms
- Long-Lived Assets
“IT environments can often be upgraded faster than operational technology. OT environments require visibility, dependency mapping and lifecycle-aware migration planning.”
Our Assessment Lifecycle
DISCOVER
Locate cryptographic endpoints and hidden assets.
INVENTORY
Catalog active protocols, lengths, and certificates.
ASSESS
Identify quantum-vulnerable configurations.
PRIORITISE
Map exposures to business-critical lines.
MIGRATE
Transition workloads to hybrid/quantum-safe algorithms.
GOVERN
Enforce persistent cryptographic agility and policies.
UK Enterprise & Critical Infrastructure
Financial Services
High-frequency transaction systems, legacy core systems, and swift message routing require robust algorithm and protocol inventories to manage retroactive decryption risks.
Insurance
Securing extremely long-lived policyholder data and lifetime health records against retroactive decryption in the post-quantum era.
Healthcare
Protecting patient records, medical imaging platforms, and connected clinical infrastructure relying on embedded cryptographic assets.
Energy & Utilities
Long-lived operational systems and distribution grids that must transition to hybrid cryptography over multi-decade lifecycles.
Manufacturing
Industrial machinery and factory floor PLCs with highly constrained hardware firmware that cannot easily be updated to run quantum-resistant algorithms.
Telecommunications
High-speed optical backbones, baseband cryptography, and core network authentication protocols that must remain secure against future decryption.
Transport
Signalling infrastructure, fleet communications, and long-life assets with high engineering dependency on PKI.
Critical Infrastructure
National supply chains and public services relying on persistent, machine-to-machine digital trust relationships and certificate chains.
Government Suppliers
Defense contractors and system integrators bound to prove cryptographic supply-chain security and CBOM compliance.