Executive virtual
US$17,500USD
Up to 20 internal participants
- Full-day private delivery
- Recording access
- Code templates
- Post-session architecture notes
Private corporate intensive
One operational problem.
One focused day.
Trapped-Ion Quantum Computing in Heavy Industry: an operational and algorithmic intensive for senior leadership, operations research, data science and systems engineering teams.
Upcoming open session ·
Quantum at Work: Where Enterprises Can Actually Use Quantum Today
Open Session · Singapore & Live Stream (Luma / Eventbrite / Meetup)
Open RSVP · Open to operators, engineers & enterprise teams
Reserve a spot (Open RSVP)Accessible executive framing with a live look under the hood on Nexus. Cross-listed on Luma, Eventbrite & Meetup; closed-door Q1 2027 enterprise cohorts scheduled separately.
The output
From hardware reality to a scoped feasibility decision.
Feasibility assessment
A clear view of your target bottleneck, current classical approach and the questions quantum exploration must answer.
Mathematical mapping
A working formulation of selected constraints and dependencies, tailored to the agreed problem scope.
Sandbox benchmark
A compilation benchmark using Nexus trapped-ion emulators, with resource metrics and a classical comparison plan.
Private work is scoped under a bilateral MNDA, from normalized and anonymized inputs wherever possible. A feasibility pilot does not require altering live production systems. Emulator results are not a demonstration of production quantum advantage.
Full-day syllabus
Leadership in the morning. Hands on in the afternoon.
09:00–10:30
Executive de-hype & hardware reality
LeadershipCompare architectures, gate fidelity and connectivity; assess roadmaps and capital allocation.
10:45–12:30
Industrial formulation & gate mapping
Leadership + technical leadsMap constraints into QUBO and Hamiltonian formulations; examine precedence graphs and native gates.
12:30–13:30
Executive working lunch
All participantsCommercial strategy, open questions and post-quantum cryptographic readiness.
13:30–15:30
Hands-on technical lab
OR + data scienceCompile with pytket, use Nexus noise emulators and measure circuit depth against classical baselines.
15:45–17:00
Enterprise roadmap & diagnostic
Combined working groupReview current solver runtimes, select pilot candidates and scope a six-month exploration roadmap.
Commercial terms
Two delivery formats. The same decision-first discipline.
On-site intensive
US$27,500USD
Plus travel & accommodation
- Perth · Vancouver · Santiago · Singapore
- Engineering-team whiteboarding
- Full-day private engagement
- Executive board readout
Carry the work forward.
50% of the intensive fee is credited towards a subsequent 4–6 week Eve Count Algorithmic Feasibility Pilot commissioned within 90 days. Pilot scope and pricing are agreed separately.
What the fee already covers.
Standard compiler optimisation and noise emulation passes on Nexus are absorbed in the engagement fee. Client datasets, block models and objective functions stay client property under a bilateral MNDA.
Inside the deliverable
Inspect the work before commissioning it.
Illustrative report blueprint · Mining
3D Stope Sequencing
& Grade Blending
Inspect the report blueprintFrom extraction precedence and smelter constraints to classical baselines, native-gate mapping and a conditional hardware roadmap.
- 01Operational problem
- 02Classical baseline
- 03Hamiltonian formulation
- 04Compilation benchmark
- 05Executive decision gates
A sample structure, not a verified client case study. Benchmark figures are supplied blueprint inputs; supporting run evidence has not yet been published.
Before you commission
The next decision