Skip to content
Theos Quantum Θ mark
Theos Quantum Θ mark

About Theos Quantum

Built for the moment everyone can see coming.

Our mission: give every organization a proven path to post-quantum cryptography — measured, explainable, and anchored to open standards.

The story we take seriously.

Quantum computers will break RSA and ECC — the public-key cryptography that protects nearly all of the world's data in transit and much of it at rest. That is not a controversial claim; it is why NIST spent eight years standardizing replacements, finalized in 2024 as FIPS 203, 204, and 205.

The subtler problem is timing. Adversaries are harvesting encrypted data today to decrypt when a quantum computer arrives. For data that must stay confidential a decade, the deadline for action is not the arrival of the machine — it already passed.

Yet enterprise migrations stall in the same place: nobody knows where their cryptography actually lives. We founded Theos Quantum to close that gap with automation — discovery, mapping, prioritization, and benchmarking as one measured program rather than a multi-year scramble.

The research moat

AutoPQC is grounded in ongoing doctoral research and peer-reviewed publications. Current work spans three fronts: planning migrations as constrained optimization, statistically calibrated confidence for AI recommendations, and governed execution with automatic rollback.

We publish at a high level and keep implementation detail proprietary — rigor you can verify, edge you can't copy.

95.2%

model accuracy

0.94

macro-F1

4

NIST families covered

Values

How we work.

Precision over panic

The quantum threat attracts hype. We counter it with measurements, standards citations, and explainable models. Calm is a security posture.

Standards are the route

We migrate estates to NIST-standardized algorithms — nothing proprietary, nothing exotic. Cryptography is safest when everyone can inspect the map.

Research-grade rigor

Every capability in AutoPQC began as a testable hypothesis. Our roadmap is peer-reviewed before it is productized.

The migration is human

Cryptographic migrations fail on people, not mathematics. Explainability, sequencing, and evidence exist so teams can carry the change.

Team

Founders & leadership

[PLACEHOLDER: replace names, roles, bios, and photos below with the real team.]

1

[PLACEHOLDER: Founder name]

[PLACEHOLDER: Founder & CEO]

2

[PLACEHOLDER: Founder name]

[PLACEHOLDER: Founder & CTO]

3

[PLACEHOLDER: Name]

[PLACEHOLDER: Head of Research]

4

[PLACEHOLDER: Name]

[PLACEHOLDER: Head of Engineering]

Offices in Bengaluru and Singapore · [PLACEHOLDER: full office addresses]

Join the mission.

Whether you're an enterprise facing the migration or a researcher who wants to build the vessel — talk to us.