Brittek Digital · SydneyDesign engineering

We design the systems people remember.

Brittek Digital is an Independent design-engineering studio. We engineer identities, interfaces and digital infrastructure for human attention, operational clarity and machine readability.

See implemented workView capabilities
Exploded layers of a Brittek digital system
System study / 08 layers01—08
How we work

Bring us the problem behind the brief.

We meet each project at its actual stage, then make the next decision clear.

  1. 01
    Inspect

    Something is wrong.

    Run a deterministic inspection of the public website and establish the visible conditions first.

    Run the Inspector
  2. 02
    Diagnose

    I need to know the cause.

    Add human technical judgement to identify probable causes, dependencies and remediation order.

    Order the System Diagnostic
  3. 03
    Build

    I know what needs to change.

    Send the defined requirement, constraints and desired state for fixed-scope design-engineering review.

    Send a project brief
Selected implementation

Work is treated as evidence.

Implemented systems are documented through production state, technical characteristics and verification rather than invented outcome claims.

Open the system archive
01 · Production

Brittek Surface

The public Brittek design-engineering surface and its governed machine-readable publishing layer.

  • Next.js
  • React
  • TypeScript
  • Tailwind CSS
  • Cloudflare Workers
  • OpenNext
  • Supabase
Implementation artefactImplementation plate
DimensionedMACHINE / OUTPUTVERIFIED
Sheet / 01
[0600,0430]

Production, not presentation.

Structure, dependencies and verification remain part of the design outcome instead of disappearing behind the final screen.

Operating principle

One system. Human expression. Machine legibility.

Convergence study / human × machine
Interface ⇄ graph ⇄ agent
Human interface, governed graph and agentic surfaceA topology showing aesthetic interface decisions and machine-readable outputs converging through one governed content graph.
01 / Aesthetic surface
Human attention.
02 / Canonical source
Governed truth.
03 / Agentic surface
Machine legibility.
Crawler policy/robots.txtSitemap/sitemap.xmlAgent index/llms.txtEntity context/llm.jsonSystem index/site-index.jsonStructured data graph/schema.jsonPublic API contract/openapi.jsonRSS/feed.xml
Aesthetic judgement and machine legibility are not parallel products. They are two projections of the same governed digital system.
Human layer

Typography

Hierarchy

Interaction

Narrative

Machine layer
Entity
Brittek Digital
Relationship
Machine Surface Inspector · published_by
Evidence
24 entities across 28 routes
Retrieval
/index.md

Also retrievable as/llms.txt/llm.json/site-index.json/schema.json

Capabilities

Three practices, one engineering standard.

Digital infrastructure, identity systems and operational software enter through different problems but are held to the same production standard.

01
Digital Infrastructure

Public systems that stay legible and maintainable.

Websites, applications and digital platforms engineered for performance, accessibility and long-term maintainability.

View practice
02
Identity Systems

Identity that survives implementation.

Identity, typography, design-token and interface systems built for durable cohesion.

View practice
03
Operational Infrastructure

Intent turned into bounded, verifiable work.

Bounded workflows, internal tools, approvals and evidence records that convert intent into verified outcomes.

View practice
Machine Surface Inspector

One system. Two readers.

The production Inspector is embedded here unchanged. It evaluates public evidence deterministically; the same maintained surface publishes the machine resources beside it.

  • 18checks
  • 4groups
  • 72 hSystem Diagnostic and Manual Remediation Brief

POINT WEIGHTING · 100 TOTAL

  • Findability/25
  • Quotability/25
  • Structural/25
  • Trust/25
Instrument onlineMSI / 2.4
Enter a public URL18 evaluations · public evidence only

Start with evidence, not assumptions.

The Inspector establishes observable conditions. The System Diagnostic determines probable causes, dependencies and remediation order. Defined implementation work is scoped separately.

Run the InspectorOrder the System Diagnostic