INVENT
Design new low-voltage diagnostic tools or software when an existing capability isn't enough.
CONCEPT / REQUIRES TESTING ↗✳ INDEPENDENT ENGINEERING / OPEN DEVELOPMENT
Real problems.
Bold software.
Built step by step.
Seven real projects growing out of hands-on engineering experience and self-directed, AI-assisted development. From fabrication CAD and press-brake planning to local AI and experimental game worlds.
Not a list of invented launches: explore the actual previews, measured advances, remaining tests and bigger ideas behind the builds.
Public updates are reviewed before publishing. Private code and customer information remain private.
PROJECT_SYSTEM / PUBLIC_VIEWv03
PUBLIC DEVELOPMENT BOARDIdeas become
Ideas become
working systems.
Prototype → test → improve → publish
RELEASE TRACKER
Loading approved milestones…
STATUS / BUILDINGPROOF BEFORE CLAIMS ↗
07Independent projects with real previews
05Flagship research concepts
01Connected public build journal
20 OCT 2026Last approved site update
ACTUAL DEVELOPMENT PREVIEW · 20 OCT 2026IN FOCUS / FABRICATION ENGINEERING
Norman is well beyond a starter prototype.
From an operator-led interface and editable profile library to 2D/3D models, reference developments, DXF work and printable A3 engineering sheets. This has become a substantial CAD engineering programme.
2D / 3D MODELLINGFLAT & DXF CANDIDATESPRINTABLE JOB SHEETS
Manufacturing-safe unfolding and workshop validation remain separate approval gates — not a percentage score.
Explore the Norman project ↗01 / THE WORKProof of work.
Proof of work.
Not just promises.
Projects developed from real manufacturing know-how, independent learning and persistent AI-assisted engineering — with pictures of the work.
OPEN A PROJECT FOR IMAGES, MILESTONES AND ROADMAP ↗No projects match that search. Try another term.
02 / OPEN DEVELOPMENTWatch it
Watch it
take shape.
This is the public development diary. New results appear here when an update is reviewed and published — with successes, unfinished work and blockers distinguished.
APPROVED UPDATES / NOT PRIVATE LIVE LOGSDEVELOPMENT SNAPSHOTEDITION 001
20 OCTOBER 2026
The next chapter is being written.
Development milestones, tests and decisions — shared openly as progress is reviewed.
Updates state what was actually verified.
Updates become visible on the website after approved changes are published to the public status feed. No private repositories, internal URLs or live machine logs are exposed.
03 / THE NEXT FRONTIERWhat if software
What if software
could do more?
Five long-range Nigel AI ideas exploring how computers could extend their capabilities through physical tools, simulations and connected devices.
RESEARCH CONCEPTS / NOT SHIPPED FEATURESAUTOPSY
Reconstruct failure timelines from logs, sensor readings and other evidence.
CONCEPT / REQUIRES TESTING ↗GHOST LAB
Rehearse changes in isolated simulations before risking working equipment.
CONCEPT / REQUIRES TESTING ↗SWARM
Bring authorised devices, instruments and computers into one investigation.
CONCEPT / REQUIRES TESTING ↗REVERSE ENGINEER
Build understanding of unfamiliar equipment from lawful evidence and measurements.
CONCEPT / REQUIRES TESTING ↗↳
One Nigel AI, expandable abilities. The long-term goal is a capability engine that can identify the software, interfaces and instruments needed for a task — not pretend to measure or control equipment it isn't connected to.
04 / NIGEL AI DEVELOPMENT PATHAn AI that can
An AI that can
keep learning to do.
From a working Windows assistant to self-repair, portable diagnostics and ambitious connected engineering. These are planning windows, not promised delivery dates.
WORKING → TESTED → PLANNED → RESEARCHTimeline is a forward-looking estimate for sustained development, not a commitment. No autonomous hazardous repair or machine control is proposed without qualified human review.
05 / WHY BUILD THIS WAYUseful beats
Useful beats
impressive claims.
Built around the work
Manufacturing experience informs the requirements for geometry, bend sequencing and operator decisions.
Proof over promises
Prototypes, test counts, working demonstrations and real-world acceptance are clearly distinguished.
Designed for independence
Local processing, human approvals, resilient updates and portable software are priorities as the products mature.
06 / THE PERSON BEHIND THE WORKBuilt with
Built with
industry experience.
Years spent around press brakes, turret punching, fabrication and technical problem-solving shape these independent software projects. Without a conventional software-development background, this independent work has grown through hands-on learning and AI-assisted programming, backed by practical engineering judgement, repeated tests and a determination to make tools people can actually use.
Seven products spanning AI, industrial CAD, bending, financial research, web ordering and game simulation demonstrate more than one technical skill: they show initiative, persistence and an ability to turn everyday problems into working prototypes. This is a public record for collaborators, future customers and employers.
Sheet metalPress brakesTurret programming2D / 3D developmentPython & WindowsWeb productsAI engineering
FOLLOW THE JOURNEYCome back and see
Read the latest updates Come back and see
what's possible next.
Newly approved milestones will appear in the build journal. Commercial releases, demos and contact information will be announced when ready.