Nexlevr
Cyber & AI Security · Internship Role

QUANTUM READINESS RESEARCH

Write post-quantum migration briefs. Explain the quantum risk in plain language and give leaders a plan they can act on.

SKILLS YOU'LL WALK AWAY WITH
Cryptography basicsNIST PQC standardsCrypto inventoryRisk communicationMigration planning
PROOF-OF-WORK TASKS
8 TASKS

Start at Beginner and work up. Every task produces something real you can show: a report, a tool, a guide or a demo. Publish it on LinkedIn or GitHub as your proof of work.

B
Beginner
LEVEL 01
  • 01In 600 words for a non-technical founder, explain why a large quantum computer would break RSA and ECC but not AES-256.
  • 02Create a timeline infographic of the NIST post-quantum standards (ML-KEM, ML-DSA, SLH-DSA) and what each one replaces.
  • 03Write an explainer on 'harvest now, decrypt later' with 3 examples of data that must stay secret for 10+ years.
I
Intermediate
LEVEL 02
  • 01Build a cryptographic inventory template (system, algorithm, key size, data sensitivity, lifetime, owner) and fill it in for a sample web app stack.
  • 02Test a post-quantum TLS connection using Open Quantum Safe or a browser that supports hybrid key exchange, and document what you observed.
  • 03Write a 2-page post-quantum migration brief for an Indian fintech: what's at risk, priorities, and a 3-phase plan.
A
Advanced
LEVEL 03
  • 01Produce a quantum readiness self-assessment that a company can run itself, with a scoring model and a crypto-agility maturity scale.
  • 02Benchmark classical vs post-quantum algorithms (key sizes, speed) using liboqs, and publish a results table explaining what it means for mobile and IoT devices.