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Trust, made visible.

Secured Quantum Services delivers the trust infrastructure for the quantum era. We design, deploy, and operate quantum-secure network nodes for regulated industries and government, with four nodes live today in Albuquerque and Mesa. Colorado Springs and Brooklyn are next.

We make quantum accessible

You focus on what matters to you. SQS does not build quantum computers. It builds, owns, and operates the nodes, and delivers what they do as infrastructure.

YOUR SYSTEMSYour applicationsYour dataYour sitesTHE PLATFORMa pair of SQS nodes at each siteWHAT YOU GETSecured communicationsAssured timingProtected transportNo system is replaced or rewritten.You connect once, and the Platformgrows underneath you.

Today's data, tomorrow's exposure

Adversaries are collecting encrypted traffic now and storing it to decrypt when quantum computers mature. Any record that must stay confidential for decades is already exposed: financial transactions, insurance and health records, classified material, and the intellectual property on a balance sheet. Regulators, examiners, and boards are asking for quantum-readiness plans.

TODAYEncrypted traffic is collected andstored for later.JANUARY 1ST, 2027New national security system acquisitionsmust be CNSA 2.0 compliant (NSA).AFTER 2030RSA and elliptic-curve algorithms at 112-bitstrength deprecated (NIST draft IR 8547).Equipment that cannot support CNSA 2.0 phasedout (NSA).AFTER 2035Quantum-vulnerable public-key algorithmsdisallowed (NIST draft IR 8547). All nationalsecurity systems quantum-resistant (NSM-10goal).Data that must stay confidential outlaststhe algorithms protecting it.Transaction recordsInsurance and health recordsClassified material

Sources: NIST IR 8547, Transition to Post-Quantum Cryptography Standards, initial public draft, November 2024 · NSA, CNSA 2.0 and Quantum Computing FAQ, version 2.1, December 2024

What the Platform delivers

You keep the systems you run today and connect to the Platform.

Quantum key distribution

Encryption keys exchanged between nodes over metropolitan fiber. Any attempt to intercept the exchange is detectable.

Dual-layer quantum-safe encryption

NIST post-quantum cryptography paired with SQS Holdline, a streaming one-time pad with port obfuscation. An adversary must defeat both at once.

Quantum random number generation

Key material drawn from a quantum source.

Quantum timing

A quantum optical clock distributing synchronization that does not depend on GPS.

Four live SQS nodes

What is running at each site
Quantum key distributionDual-layer encryptionQuantum random numbersQuantum timing
Albuquerque, New MexicoLIVE · September 2026
Quantum key distributionRunning
Dual-layer encryptionIn integration
Quantum random numbersRunning
Quantum timingRunning
Mesa, ArizonaLIVE · September 2026
Quantum key distributionRunning
Dual-layer encryptionIn integration
Quantum random numbersRunning
Quantum timingNot yet
Colorado Springs, ColoradoNEXT
Quantum key distributionNot yet
Dual-layer encryptionNot yet
Quantum random numbersNot yet
Quantum timingNot yet
Brooklyn, New YorkNEXT
Quantum key distributionNot yet
Dual-layer encryptionNot yet
Quantum random numbersNot yet
Quantum timingNot yet
  • Running at the site
  • In integration at the site
  • Available to the Platform
  • Not yet

Updated November 6th, 2026 · a capability is marked as running at a site only once it is running there

Who it is for

For regulated industries

Financial services, banking, insurance, and healthcare carry data that must stay confidential for decades, on systems that cannot absorb a cryptographic rewrite. SQS adds quantum-safe protection without replacing them.

Regulated industries

For government and defense

Defense and critical infrastructure share the highest trust demands. The same Platform, deployed to meet them, with a path to pilot inside existing compliance baselines.

Government and defense

A Platform pilot on your own data flow

A pilot is fixed price, scoped to a specific system or data flow, and run under conditions agreed up front. It is live within 90 days of signature and ends with measured results.

  1. Scope

    We agree the system or data flow, the conditions, and what counts as success.

  2. Deploy

    SQS stands up the pilot in a secured sandbox and connects it to the Platform, live within 90 days of signature.

  3. Run

    The pilot runs against the agreed conditions, on your traffic.

  4. Results

    The results, measured against the objective, and a proposal for what a production deployment would look like for your organization.

07 · News

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