Ports, hospitals, funds and governments all run on hidden rules. We read them, model them and build the software that runs them — written by agents, signed by engineers.
01 — Thesis
Machines can now write software at the speed of thought. Writing was never the hard part. Knowing what to build — and being certain it is right — is. That is the work we do.
02 — The foundry
Every Syntax build runs the same loop. Agents draft, test and document in parallel. Senior engineers review intent, architecture and security. Nothing reaches production without a human signature.
03 — The engine
A working prototype within the week isn’t AI on its own. It runs on ten years and millions of dollars invested in our own systems and AI engines — six layers under every release, with senior people at each one.
Under every releaseSix layers
Our own agents and toolchain draft, test and document the routine in parallel, so senior engineers spend their hours on judgement.
Scaffold · draft · test · document
Profiled and load-tested against realistic volumes before release — not after the first complaint.
Profile · load-test · tune
A design system refined over years of shipping: accessible, responsive and consistent on every screen.
On-system · accessible · responsive
Automated suites run on every change, then QA specialists make the human pass.
Unit · integration · end-to-end · human
Dependencies scanned, secrets checked, access reviewed — and the code read for intent, not just syntax.
Scan · review · harden
Evidence gathered as the work happens: what changed, who approved it and why.
Log · evidence · sign-off
A named senior engineer approves the release. Nothing ships without one.
Approved · shipped
Illustration · every release, all six layers
AI doesn’t make serious software small.
It is still a great deal of senior work. What AI changes is reach: the same team builds more, checks more and secures more of it — on every release.
CertificationWe’ve helped clients achieve ISO 27001 and SOC 2.
04 — Industries
A fund, a hospital and a port look nothing alike. Underneath, they share a grammar — entities, rules, flows and decisions. Learn it once, and you can build for anyone.
Scroll — every object below is made of code
01 Capital · funds, trusts, banking, wealth
Every pound moves through entities, mandates, approvals and jurisdictions. We build the platforms that move it: agents reconcile, screen and draft — people approve.
Example programmes Fund administration · Specialty claims
02 Care · healthcare, staffing, life sciences
Rotas, referrals, records and regulation. Care runs on structures most software ignores. We build staffing, consultation and records platforms where agents carry the paperwork and clinicians keep the judgement.
Example programmes Hospital workforce · Cold-chain recall
03 State · government, regulators, public bodies
Permits, benefits, procurement, registries — public services are rule systems at national scale. We design them for tender, build them for audit, and run them with agents that never lose a case file.
Example programmes Title register · Voice service
04 Motion · logistics, ports, mobility
Every parcel, vessel and van is a constraint problem. We build dispatch, routing and fleet systems that re-plan in milliseconds — and can explain every decision they make.
Example programme Port community system
05 Nature · conservation, energy, climate
Herds migrate, grids balance, weather moves. We build field and monitoring systems that recognise patterns early — from detecting changes in the field to watching assets across a continent.
Example programme Grid digital twin
06 Enterprise · groups, corporates, ERP
Finance, people, procurement, sales, property — fifty systems that never quite agree. Stryke puts them on one core, configured around how you actually work.
Built on Stryke · one core, fifty modules
Everywhere
The same agents, the same review discipline, the same platform core — pointed at whatever your world runs on.
Explore industries →05 — The lab
Fourteen experiments — chemistry, flocks, neural networks, solvers, language models — each one computing live in your browser in the lab. Built on our own engines, and reviewed line by line by our engineers.
01
The solver, opened up.The Navier–Stokes solver under our homepage, shown the way an engineer reads it.
Fluid dynamicsStable fluids
02
Morphogenesis.Two virtual chemicals react and diffuse into coral, cells and fingerprints.
ChemistryGray–Scott
03
A model, learning.A neural network learns to separate three spirals — then shows you how.
Machine learningBackpropagation
04
Inside attention.How a language model decides what “it” refers to.
Language modelsSoftmax attention
05
Emergence.Thousands of starlings, each watching seven neighbours. You are the falcon.
Agent-based simulationTopological flocking
06
Routes that untangle.Five vans on real streets — and a rush order re-planned in milliseconds.
Optimisation2-opt · ruin-and-recreate
07
Paper in, ledger out.An invoice straightened, read and checked — then signed off by a person.
Document intelligenceExtraction · arithmetic checks
08
From noise, an image.A diffusion sampler hesitates between six images, then commits.
Generative imageryDDIM sampler
09
Two galaxies, colliding.Up to sixty-five thousand stars, integrated on your GPU every frame.
Simulation at scaleGPGPU integration
10
Woven from code.A sheet of 2,560 characters. Grab it, tear it, watch it mend.
PhysicsVerlet constraints
11
A call, handled.A voice agent that knows exactly when to hand over to a person.
Voice agentsIntent · hand-off rules
12
Terrain, eroded.Forty thousand raindrops carve a landscape, drawn in glyphs and contours.
GeospatialHydraulic erosion
13
Described, then built.Five 3D models, each generated from a single sentence.
3D generationText-to-3D · glTF
14
The lens.A rain-wet street at dusk — or, if you allow it, your own camera — read as structure.
Computer visionSobel · glyph shader
14 experiments · fluid, chemistry, physics, vision, language, voice, 3D
Open the full lab →06 — Our platform
Finance, people, procurement, compliance, grants, operations — activated and configured precisely around how your organisation works. Only what you need, live in weeks, with agents built in.
Stryke’s domains and modules: Finance — general ledger, payables, receivables, treasury, budgets, fixed assets, expenses; People — HR, payroll, recruitment, time, learning, performance; Procurement — requisitions, purchase orders, suppliers, contracts, tenders; Operations — inventory, warehouse, production, quality, maintenance, fleet; Revenue — CRM, quotes, billing, subscriptions, customer portal; Governance — compliance, risk, policies, board, documents; Public & grants — grants, case management, permits, citizen portal; Data & AI — reporting, forecasting, agents, integrations, API.
One core · identity · workflow · ledger · audit
07 — Start
Describe it in a sentence. We’ll draw the system it implies in seconds — and build you a working prototype within the week.
