Production web apps and data interfaces for teams who care about what's under the hood.

Software engineering for data-rich, interactive systems.

Problems clients hire Infomerx to solve

  • Build or modernize a production web app (SvelteKit/TypeScript by default; React on request).
  • Turn dense datasets into usable dashboards and maps.
  • Rescue or refactor fragile internal tools.
  • Prototype technical products involving 3D, ML/Python services, or complex browser UX.

Currently accepting new engagements; replies usually within two business days.

Infomerx builds production-grade web applications, data visualization platforms, technical prototypes, and software systems where clarity, performance, and engineering depth matter.

systems map clarity · performance · delivery
1
Product interface
SvelteKit · TypeScript · UX architecture
2
Data layer
SQL & NoSQL · APIs · ingestion · validation
3
Visualization
Charts · maps · 3D · interaction
4
Automation
Python services · ML integration · workflows

Featured case study

Aires de Río / Habitat Prime

SvelteKit marketing site with map search, floor plans, gated downloads, and lead admin.

  • ~3

    leads per day average

    during active campaign window

  • ~US$1

    per lead during campaign

    ad spend efficiency at launch

  • 400+

    daily visitors during peak

    campaign traffic to the site

  • Live

    production launch

    deployed with ops and admin tooling

Clear about delivery

We focus on systems that are useful, maintainable, and built for the long run. No hype, no vaporware — just shipped work and honest context.

Evidence in shipped work

Case studies name delivery context (LLC, subcontract, programme, or in-house), link public references where they exist, and separate client-facing launches from pre-release products—so you can evaluate claims against something concrete.

WAIfinder interactive map interface

WAIfinder

  • Live
  • Programme work

Interactive map & data platform for global wellbeing data.

Heat Pump Market Tracker geographic dashboard

Heat Pump Market Tracker

  • Open source
  • Programme work

Open-source geographic dashboard for UK heat pump installs—map–chart cross-linking, filters, a11y, backend pipelines.

Color Lab gamut explorer desktop and mobile interfaces

Color Lab

  • Open source
  • Live
  • Independent R&D

MIT open-source live public beta: WebGL2 gamut solids, observer-aware colorimetry, per-list ramp pipelines, and shareable documents.

Capabilities

Senior engineering without the ceremony.

Production web applications

SvelteKit, TypeScript, backend services, admin systems, dashboards, and client-facing platforms built for maintainability.

Data visualization systems

Accessible, high-density interfaces for charts, maps, filters, metrics, and exploratory analysis.

Geospatial interfaces

Map-driven products, spatial dashboards, public-sector tooling, and location-aware UX.

AI & technical prototypes

Practical integration of Python services, ML workflows, automation, experimental engineering tools, and browser-native domain-heavy UIs (e.g. computational 3D or analysis loops).

View capabilities in detail

How engagements run

  1. Discovery

    Align on goals, constraints, and evidence of success before committing to a stack or schedule.

  2. Architecture

    Choose patterns, boundaries, and milestones that stay shippable—no surprise “big bang” reveal.

  3. Delivery

    Incremental releases with review, automation, and documentation that survives handoff.

  4. Hardening

    Operational basics—monitoring hooks, runbooks, and support scope—are part of done.

Read the full process

Technical depth without theatrics

Most products sit between a browser surface, a data layer, and services that do the slow or specialized work. The diagram is schematic: your deployment will differ; the discipline does not.

Case studies show how these layers showed up on real projects. Typical tooling on the stack page.

Common starting shapes

Examples of how a first milestone is often bounded. Detail and deliverables stay on Capabilities.

Vertical slice spike

Two to three weeks: discovery plus a narrow vertical slice and a clear go/no-go for the full build.

How this maps on Capabilities

Map–list coherence slice

Two weeks: synced filters, one representative layer stack, and a short operator checklist for data prep and deployment.

How this maps on Capabilities

Model-backed operator flow

One to two weeks: one model-backed flow with failure semantics, logging, and human-in-the-loop guardrails.

How this maps on Capabilities

Have a complex SvelteKit, data, map, or internal-tool problem?

Send the current state, the desired state, and the first milestone you need. Replies include clarifying questions, a rough sense of fit, and a proposed first milestone.