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Part 01 · Executive Framing
Beyond the hype: what works now
Separate long-horizon speculation from the quantum, hybrid-solver and post-quantum security workflows enterprises can actually evaluate and deploy today.
Eve Count Executive Briefing Series
Heavy Assets.
Hard Combinatorics.
Mining. Maritime. Trapped-ion quantum computing.
A practical examination of where classical optimisation ends—and quantum exploration begins.
04
Executive sessions
45 min
Private diagnostic
01 day
Corporate intensive
Nexus / pytket
Compilation & emulation
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.
01 / The operational question
The asset is physical.
The bottleneck is mathematical.
Extraction sequences. Vessel rotations. Dense dependencies, competing constraints and a finite decision window. Before investing in quantum computing, establish exactly what your classical baseline can—and cannot—deliver.
Mining
Multi-pit scheduling, stope sequencing and grade blending.
Maritime
Fleet recovery, dynamic routing and port bottlenecks.
02 / Executive series
Four sessions. One clearer decision.
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Part 02 · Real Bottlenecks
Where classical computing hits a wall
Why complex scheduling, fleet routing, molecular search and cryptographic exposure stall classical pipelines—and how to spot a good candidate problem inside your organisation.
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Part 03 · Technical Proof
Under the hood: live Nexus walkthrough
See a real operational problem mapped and compiled on Nexus cloud emulators—giving both technical and non-technical attendees a clear look at how feasibility is measured.
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Part 04 · Open Q&A & Next Steps
Your 2027 roadmap without the guesswork
How to scope a practical exploration or post-quantum readiness step without overcommitting budget—followed by open Q&A and optional private diagnostics.
03 / Two ways to engage
Start with a briefing. Or bring the work in-house.
Executive briefing
For VPs of Operations Research, Chief Digital Officers and Heads of Resource Planning. Four focused sessions plus a private 45-minute feasibility diagnostic.
Apply for the seriesCorporate intensive
A full-day, private engagement for leadership and technical teams. Map a target bottleneck, compile a sandbox benchmark and define the next decision.
Explore the intensiveInside 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.
Delivery leadership
Accountable for the work.
Practice Lead · Founder & CTO
Gwendalynn Lim
Founder & Technical Lead
Eve Count Quantum Systems
Specialisation
Combinatorial optimisation, Lie algebra parameterisations, and trapped-ion circuit synthesis via Nexus cloud compilation.
Track record
Applied computing and advanced data systems specialist; contributor to competitive global quantum computing challenge frameworks; lead architect behind Eve Count’s discrete industrial optimisation pipelines.
“Enterprise quantum exploration fails when treated as academic theater. Our practice is built strictly around mathematical mapping, compiler efficiency, and validating whether a problem can beat classical heuristics on live hardware.”
Co-founder & Systems Architect
Benjamin Lim
Co-founder & Systems Architect
Eve Count Quantum Systems
Specialisation
Interactive 3D quantum state and circuit visualisation, agentic runtime orchestration, and enterprise systems architecture.
Track record
Co-architect of the Project Q-Rotate 3D Constellation and verification interfaces for the SG Quantum Grand Challenge 2026; leads full-stack systems engineering across Cybrdeck, Unity OS, and Eve Count’s technical delivery pipelines.
Latest
Highlights & upcoming dates.
News release · Open Session
4 November 2026
Eve Count Provisioned on Nexus Cloud & Opens 10 December "Quantum at Work" Session
Registration is open for the 10 December 2026 open session ("Quantum at Work: Where Enterprises Can Actually Use Quantum Today"), cross-listed on Luma, Eventbrite and Meetup.
Report blueprint
Sample deliverable
3D Stope Sequencing & Grade Blending — Feasibility Blueprint
An illustrative preview of what an Eve Count feasibility report delivers: classical baseline, Hamiltonian formulation, Nexus benchmark and executive decision gates.
Upcoming · Open session · Luma / Eventbrite / Meetup
10 December 2026
Quantum at Work: Where Enterprises Can Actually Use Quantum Today
An accessible, high-signal session with the promise of real technical substance: where classical computing hits a wall, what quantum and hybrid workflows can actually do for enterprises today, and a live look under the hood.
Technical webinar
Q1 2027 · date to be confirmed
Stope Sequencing on Trapped-Ion Hardware
A technical walkthrough of reformulating extraction precedence and grade-blending constraints for all-to-all trapped-ion connectivity, based on the Eve Count mining feasibility blueprint.
The monthly technical memo
Eve Count Industrial Combinatorics Briefing
Native gate parameterisations. Circuit compilation benchmarks. Operations research case studies. One technical memo each month.
No assumed quantum advantage. No hardware affiliation implied. Every feasibility assessment starts with a classical comparison.
Our approach ↗The next decision