Nation-state adversaries are intercepting and storing your encrypted network traffic right now. They can't read it yet. They're waiting for quantum computers — which current estimates put at 2030 to 2035 — to break the encryption retroactively. This attack is called Harvest Now, Decrypt Later (HNDL), and it makes the quantum computing threat an active security problem today, not a future one.

Topics covered:

- What HNDL is and why it means your 2026 encrypted data is already at risk

- Why RSA and elliptic curve cryptography break completely under Shor's algorithm

- What TAI Creative found when we ran a full quantum penetration test against our own production infrastructure (api.qkyon.com, getkyon.com, taicreative.co)

- NIST's finalized post-quantum cryptography standards: FIPS 203 (ML-KEM), 204 (ML-DSA), 205 (SLH-DSA) — and what they replace

- Which industries face the earliest HNDL exposure: finance, healthcare, defense contractors

- What a realistic PQC migration timeline looks like for a mid-size organization

Produced by TAI Creative — building Kyon, the first conversational quantum computing platform for business optimization.

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Before Kyon could route any customer's work to quantum hardware, we had to answer a harder question: which hardware actually performs? We ran a systematic head-to-head bake-off across three major cloud quantum providers — IBM Brisbane (127-qubit Eagle), IonQ Forte Enterprise (trapped-ion via AWS Braket), and Rigetti Cepheus-1 (108-qubit via AWS Braket) — using Bell state fidelity as the standardized benchmark. The winner would be featured in our first advertising campaign.

Topics covered:

- What Bell state fidelity is and why it predicts real algorithm performance

- Why IonQ Forte Enterprise won at 98.7% fidelity — and why it wasn't close

- How a 6-node Max-Cut problem returned 100% optimal results on live quantum hardware

- Where IBM Brisbane and Rigetti Cepheus-1 stood in the comparison

- What the entire bake-off cost (under $125) — and what that says about cloud quantum access in 2026

- The gap between "quantum hardware exists" and "quantum hardware solves your problem," and how Kyon closes it

Produced by TAI Creative — building Kyon, the first conversational quantum computing platform for business optimization.

🎙 Subscribe on Spotify: https://open.spotify.com/show/033ENE9EqoFZnuXQrJFYbp

🎙 Subscribe on Apple Podcasts: https://podcasts.apple.com/us/podcast/the-quantum-briefing/id6784487143

📧 Get The Quantum Briefing newsletter: https://taicreative.co/blog

🔬 Try Kyon: https://getkyon.com

In 2026, executive orders began mandating quantum-ready infrastructure across federal agencies and critical industries - with a 2028 target. In this episode, we break down what those mandates actually require, which industries are affected first, and what quantum-ready realistically looks like for a business that isn't a research lab.

Topics covered:

- What the 2028 quantum mandates require and who faces the earliest deadlines

- Post-quantum cryptography (PQC): what it is and why your IT team needs to act now

- The harvest-now-decrypt-later threat: why encrypted data stolen today can be broken by tomorrow's quantum computers

- NIST PQC standards: what they finalized and what businesses should do about them

- What a realistic 2028 quantum readiness roadmap looks like for a non-technical organization

Produced by TAI Creative - building Kyon, the first conversational quantum computing platform for business optimization.

Get The Quantum Briefing newsletter: https://taicreative.co/blog

Try Kyon: https://getkyon.com