Find What Quantum
Computers Will Break.
Before They Do.
BridgeTech provides post-quantum cryptography services. We find the quantum-vulnerable cryptography in your infrastructure, show you where the risk sits, and advise you on how to move to post-quantum standards in the right order.
We Help You Get Ahead of the Quantum Risk
Moving cryptography takes years. We give you a clear view of what you have, so you can move on your own schedule.
Protect Long-Lived Data
Encrypted traffic and stored data can be collected today and read once a capable quantum computer exists. We identify which of your information must stay confidential for years, and where it is exposed now.
Replace Vulnerable Public-Key Cryptography
RSA, Diffie-Hellman and elliptic-curve cryptography underpin most TLS connections, VPNs, certificates and digital signatures, and a sufficiently powerful quantum computer would break them. We find every place you rely on them.
Align With NIST Standards
NIST published its first post-quantum standards in 2024: FIPS 203 (ML-KEM), FIPS 204 (ML-DSA) and FIPS 205 (SLH-DSA). We advise you on adopting them, against draft NIST guidance that proposes retiring RSA and elliptic-curve algorithms by 2035.
Discovery First. Then a Clear Plan.
You cannot migrate what you cannot see. We start by finding every place cryptography is used, and we finish with a roadmap you can act on.
Cryptographic Discovery
The core of our service. We locate where cryptography is used across your environment: protocols, certificates, keys, libraries, applications and hardware, including places your teams have forgotten or never documented.
You receive: Findings across your estateCryptographic Inventory
We record every finding in a structured inventory of algorithms, key sizes, owners and dependencies, so you hold a living record of your cryptographic estate instead of a one-off report.
You receive: Structured inventoryQuantum Risk Assessment
We rate each finding by exposure: the algorithm in use, how long the protected data must stay confidential, and how hard the system is to change.
You receive: Prioritized risk registerThird-Party and Vendor Review
Cryptography you do not control still carries your risk. We identify vendor, cloud and supply-chain dependencies and the questions to put to each supplier about their post-quantum plans.
You receive: Supplier question setMigration Roadmap and Guidance
We deliver a prioritized, phased plan with remediation guidance for each finding, including crypto-agility recommendations so future algorithm changes are routine rather than a project.
You receive: Phased migration roadmapEverywhere You Use
Cryptographic Estate
- TLS and web endpoints
- PKI and certificates
- VPN and network gateways
- Applications and source code
- Databases and storage encryption
- Key management and HSMs
- Cloud services and APIs
- Email and messaging
- Code signing and firmware
- Third-party and SaaS dependencies
From the first scan to a plan you can run.
One team throughout
The people who scope the work are the people who run the discovery and write the roadmap.
Written for two audiences
Technical findings your engineers can act on, and a clear summary your leadership can decide on.
Independent of any product
We are vendor agnostic, so our guidance follows your environment, not a supplier catalogue.
Built to be carried out
We work alongside your teams and your technology vendors, so the plan is one you can execute.
The questions
we help you answer.
Where in our estate do we rely on RSA and elliptic-curve cryptography?
Which of our data must stay confidential for the next ten years or more?
Which suppliers and platforms have a post-quantum plan?
What should we migrate first, and what can safely wait?
How do we make the next algorithm change routine instead of a project?
If your data has a long shelf life,
so does the risk.
The longer information must stay confidential, the sooner quantum risk applies to it. These are the sectors where we expect the question to come up first.
Financial Services
Transaction records, customer data and digital signatures that must stay trustworthy for years.
Government and Public Sector
Sensitive records and communications with long confidentiality requirements.
Healthcare
Patient records that remain sensitive for a lifetime.
Energy and Critical Infrastructure
Long-lived industrial systems that are slow and costly to update.
Telecommunications
Networks carrying traffic that can be collected today and read later.
Let us show you your cryptographic exposure
before it becomes urgent.
Talk to our team about a post-quantum cryptography engagement. We will explain what we provide, what you receive, and where we would start in your environment.