‍Quantum Cryptography
Corporate Training Programme

The threat

The Encryption Protecting Your Organisation Right Now Will Not Survive the Next Decade

Quantum computers solve the mathematical problems behind RSA and ECC, the encryption protecting your VPNs, digital signatures, payment systems and customer data. The risk is already active. Adversaries intercept and store your encrypted traffic today, then decrypt it once quantum computers mature. Data that must stay confidential for a decade or more is at risk from the moment of harvest. Governments and standards bodies worldwide have set migration deadlines, and migration takes years.

Q-Day is closer and the consensus is act now
Governments have set mandates for quantum readiness
CURRICULUM

Programme at a Glance

The complete programme runs 12 hours in total and can be delivered as a two-day or three-day format. We also tailor the programme to your specific requirements and available time.

PART 1

Why Quantum Security Matters Now

  1. Where quantum risk sits in today’s threat landscape, andwhy the timeline is shorter than most roadmaps assume.
  2. What quantum computing means for encryption, explained for leaders without a physics background.
  3. QKD and PQC: where each applies, and why most organisations will need both.
  4. A hands-on walkthrough of BB84 key exchange, the protocol that makes interception detectable.
PART 2

Turning Understanding Into Action

  1. Case studies from QNu's live deployments in defence networks, national banking infrastructure and government systems.
  2. Planning your migration: cryptographic inventory, algorithm selection, phased rollout.
  3. A governance framework your board can own and regulators will accept, covering NIST, NCSC and the direction set by the RBI's Q-SAFE quantum security committee.
  4. Sector working sessions for BFSI, Telecom, Defence, Government and industrial OT, followed by assessment for certification.
AUDIENCE

Empowering the Leaders of Tomorrow

CISOs and security strategists

Building 3 to 5 year roadmaps for postquantum compliance.

Risk, compliance and legal

Holding long-term data confidentiality obligations.

IT architects

Evaluating PQC algorithms, key management and hybrid design.

OT and ICS security

Running equipment that outlasts today’s encryption standards.

Senior security managers

Briefing boards and needing the grounding to do it well.

FACULTY

Taught by People Who HaveDeployed It

QNu Labs has built and commissioned quantum-safe infrastructure since2016. A 500+ km intercity quantum network runs in an active military setup,extended to a 1,000 km demonstration on the national fibre backbone andvalidated at 99.3% uptime over 15 continuous days. QNu achievedquantum-safe satellite communication with Dhruva Space, and its systemsprotect defence communications, national banking channels and criticalgovernment infrastructure. The faculty are the engineers and architectswho commissioned those deployments.

Source: QNu Labs 10th anniversary brand book (deployment milestones)

500+ km

Intercity quantum network in an active military setup

1,000 km

Demonstration on the national fibre backbone

99.3%

Uptime over 15 continuous days

FORMATS

How It Is Delivered

On-site workshop

At your premises, scoped with your CISO

Cohort

15 to 50

Lead time

3 to 4 weeks

Executive briefing

Half-day for boards and C-suite.

Group

5 to 15

Format

Half-day

Sector-tailored courses

Quantum security programmes built to any sector’s requirements, from BFSI to industrial OT.

Questions We Hear Before Every Cohort

How is this different from a quantum course on Coursera or Udemy?
We already have PQC on our roadmap. Is this still relevant?
What is the difference between QShield 2.0 and NCAAF?
Do participants need a technical background?
Will this help with our regulatory position?
What certification do participants receive?
Can you tailor the content to our sector and architecture?
How many people can attend and how fast can we get started?

Ready to build quantum communication capability?