KOLM SHIELD
Quantum-safe security for financial services · data in transit and at rest
Provable

Your systems can prove who signed an instruction.

Not provable

They cannot tell you whether it should be carried out.

Everything we build lives in that gap.Kolm Shield judges whether an approved instruction should be carried out, before it becomes irreversible, and keeps what your systems hold confidential, against today’s attackers and tomorrow’s quantum computers.

Protects
Data in transit and at rest
Standards
NIST FIPS 203 · 204 · 205
First sector
Financial services
Status
Patent pending, PCT filed
The gap

The attack looks legitimate.

A stolen credential does not produce a suspicious instruction. It produces a correctly signed one, and every check you own approves it, correctly.

A stolen key is one way. A deceived approver, a manipulated input and an insider produce the same approved instruction.

Post-quantum migration ensures a signature cannot be forged. It does nothing about a correctly signed instruction that should never have been carried out.

The position

The attack is prepared in the interval no control measures.

Post-quantum migration, access control and incident detection are each necessary, and each answers its own question well. What none of them measures is the interval in which an attack is prepared, through a stolen login, a deceived approver or a manipulated input, on a channel that is cryptographically sound and often weeks before anyone classifies an incident.

Post-quantum migration

Can this signature or session be broken?

Not once it is migrated, including by a future quantum computer. It says nothing about whether what is signed should be carried out.

Authentication and access

Is this credential valid?

Yes, and that is the difficulty: a stolen credential is a valid one, and every check approves it, correctly.

Detection and response

Has an incident occurred?

Usually answered after the act. The weeks before it are the interval disclosures and controls were never designed to count.

Kolm Shield · Instruction integrity

Should this approved instruction be carried out, before it becomes irreversible?

Answered before the act, with the reasons attached, on cryptography built to outlast the algorithms in use today.

Once it is running

Each instruction your systems pass to it comes back with a signed verdict (proceed, or verify first) and the reasons behind it, leaving a record your auditors and your regulator can check afterwards: what was known, and when.

  1. Beside the path, by default.It advises and your systems decide. It can be removed at any stage.
  2. Warnings with their working.Every reason is stated in terms agreed with your team in advance.
  3. Built for the failure mode.The whole of financial services first; the same two acts everywhere else.
Why now

The calendar is set by other people.

The window to move early is the current procurement cycle, not the next one. The institutions that migrate last will be the ones whose archives were worth taking first.

The deadlines in plain terms

Aug 2024FIPS 203 · 204 · 205
The standards were published. Waiting for clarity stopped being a defensible position on that date.
Jun 2026EO 14412
The first deadline became binding. US federal systems and, through a contracting rule, their suppliers: post-quantum encryption by the end of 2030, authentication by the end of 2031.
Today
Harvest now, decrypt later is already running. The deadline that matters is how long your data has to stay secret.
Bring the hardest question you have

We would rather be tested early than admired late.

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