Risk Academy, a Nexortium programmeTechnology and Digital SystemsDepartment of Computing, Data and Quantum Technologies

Quantum computing, sensing, communication and the post-quantum migration

Quantum technologies

Quantum technologies covers quantum computing, sensing and communication, their realistic timelines and limits, and the transition risk they pose to public-key cryptography.

risksacademy.comtechnology-digitaldiscipline

Quantum technologies, drawn as a circuit: 0 primary courses open, 0 in preparation, 2 approved for authoring and 0 also taught here, across 8 subtopics. Courses: RAF-128 L1 approved for authoring, RAT-240 L2 approved for authoring.Quantum technologiesRAF-128RAT-240
Quantum technologies at a glance. Drawn as a circuit.
  • Open, 0
  • In preparation, 0
  • Approved for authoring, 2
  • Subtopics, 8
Course codes from the curriculum; study levels L1 to L4.
Twin builder and simulatorWest Cornwall: Goonhilly and the Porthcurno cable landings4 twin generators, 8 layers, 3 instruments
courses open now
0
in preparation
0
approved for authoring
2
satellite dishes
4

Twin figures for West Cornwall: Goonhilly and the Porthcurno cable landings, counted from its layers at their stated dates.

Twin builder and simulator.

For Quantum technologies: the faculty's twin of the Lizard and Penwith on the planet map, the globe and in 3D. Pick a generator, switch layers, run the instruments; every layer prints its provider and date.

West Cornwall: Goonhilly and the Porthcurno cable landings: a flat plan of the faculty twin. Terrain 0 to 245 m; 4 satellite dishes; 74 communication masts and towers; 12 telephone exchanges; 7 data centres and cable landing stations; 12 aerodromes; 1 telecom offices; Communication line 161 km; 729 known exploited vulnerabilities since 2023-10-17; Night-time lights, VIIRS day-night band: live, loads in the twin. Contours every 25 metres from the elevation grid; communication cables by class; ground infrastructure as marks.
West Cornwall: Goonhilly and the Porthcurno cable landings, United Kingdom. Flat plan of the same data: relief as contours from the inline grid, the mapped ground infrastructure by kind, the mapped cables and the numbers below. The 3D twin opens on devices with WebGL once its data and library have been checked.
  • Terrain 0 to 245 m
  • 4 satellite dishes
  • 74 communication masts and towers
  • 12 telephone exchanges
  • 7 data centres and cable landing stations
  • 12 aerodromes
  • 1 telecom offices
  • Communication line 161 km
  • 729 known exploited vulnerabilities since 2023-10-17
  • Night-time lights, VIIRS day-night band: live, loads in the twin
Credits and dates per layer are listed under the stage. Relief in the twin is exaggerated ×1.5 for legibility.

Drag to move, right drag or Shift with a drag to turn and tilt, Ctrl with the wheel to zoom. Keyboard: arrows move, Shift with arrows turn and tilt, + and - zoom, 0 resets, V steps through the views, Escape clears.

Flat plan of the same data: relief as contours from the inline grid, the mapped ground infrastructure by kind, the mapped cables and the numbers below. The 3D twin opens on devices with WebGL once its data and library have been checked.

The map loads from this site as it nears the view (MapLibre 6.9.1, checked by hash).

The discipline in brief.

The discipline teaches the principles of qubits and quantum advantage without hype, quantum key distribution and its practical limits, harvest-now-decrypt-later as the threat that makes migration urgent, cryptographic inventory and crypto-agility, and migration planning to the post-quantum standards FIPS 203 (ML-KEM), FIPS 204 (ML-DSA) and FIPS 205 (SLH-DSA) published in 2024, with HQC selected in March 2025 as a further key-encapsulation algorithm, FN-DSA (FIPS 206) still pending and the draft NIST IR 8547 timeline that deprecates RSA and elliptic-curve algorithms from 2030, with the quantum materials, industry and workforce questions behind them. A graduate can inventory the cryptography of an organisation's systems, rank what to migrate first by data lifetime and exposure, and read a claim about quantum timelines against the published evidence.

This area covers quantum computing, sensing and communication, their realistic timelines and limits, and the transition risks they pose, above all the migration of public-key cryptography to post-quantum algorithms. It is taught in the department of Computing, Data and Quantum Technologies, Faculty of Technology and Digital Systems, through courses still to be authored.

What the discipline covers.

8 subtopics, taught across its courses and labs.

Courses
0 open, 0 in preparation
Levels
None yet
Labs
Named when the courses are authored
  • Quantum computing principles
  • Quantum sensing
  • Quantum communication and key distribution
  • Post-quantum cryptography
  • Cryptographic inventory and migration
  • Quantum materials
  • Quantum industry and workforce
  • Responsible quantum innovation

Not yet taught by a course: Quantum technologies for risk professionals; Post-quantum migration planning.

What is changing now.

Recent developments in quantum technologies, each with its source; sources checked on 16 October 2026. Summaries are short readings of the source; follow the link for the full account.

The faculty hub.

News and research as they are published, per discipline, with the faculty's other tools.

The newest research, preprints, news and humanitarian reports for Quantum technologies, each with its source and date, load here. Open the research and news hub

No course yet.

No course has this as its primary discipline yet. It is listed so the gap stays visible.

The courses on its authoring list are named below.

2 courses approved for authoring.

Approved for authoringno enrolment and no achievement until authored and reviewed

  1. RAF-128Quantum Technologies for Risk ProfessionalsApproved for authoringL1 Introductory, about 6 hours (estimate)
  2. RAT-240Post-quantum Cryptography MigrationApproved for authoringL2 Intermediate, about 8 hours (estimate)

What you can earn here.

  1. Course achievements

    One for each of the 0 courses with this primary discipline, when you pass its assessed activities; 0 can be earned now.

Achievements record learning completed here; they do not certify competence. How recognition works.

Where the subject is worked on.

Cited as places where the subject is practised; the institutions named are sources here, and Risk Academy hosts every course.

The two Foundry systems where it is practised.

  • Nexus FoundryLabs systemFrontier technology evaluationExperiments room
  • OP systemQuantum sensing and time references are metrologyMetrology room

Nexus Foundry system pages describe what each system and its rooms are designed to do; they are not a service on offer, and studying here gives no access to them.

Terms used on this page.

Quantum technologies

Prepare with a related course.

Open courses in connected disciplines teach the methods this discipline will build on.

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