RovoMedia · Independent technical practice

Untangle the software your team depends on.

When a platform has grown hard to understand or risky to change, I help teams map what is there, make the tradeoffs visible, and help carry the right changes through implementation.

That can mean modernization, accessibility, workflow redesign, or a difficult technical decision.

How I help

How I help

/ 01

Modernize a system without destabilizing it.

Long-lived platforms need to be understood before they are changed. The work begins by uncovering dependencies and risks, then defining a phased modernization path and carrying it into implementation.

/ 02

Make an interface understandable and operable.

Critical workflows should be understandable, accessible, and operable. That means identifying interaction failures, redesigning the patterns causing friction, and validating the improvements in working software.

/ 03

Clarify a difficult technical decision.

Difficult technical decisions become manageable when the options, constraints, and tradeoffs are made explicit. The result is a clear recommendation with practical next steps.

MA Framework · Experimental

Interfaces that remain legible under pressure.

MA is experimental work on composing dense, stateful interfaces through explicit regions, relationships, intent, and observable behavior.

This F1 race-strategy prototype demonstrates the same systems analysis, interface design, prototyping, and implementation skills I bring to client work. It explores what happens when many changing signals must remain understandable at once.

It is a working MA Framework study, not a packaged RovoMedia service. The race state is simulated.

Complete capture from the running MA race-strategy research prototype at lap 24 of 57, position P7, simulation paused: the race-pressure field, driver and race-tree column, pit-window corridor (optimal laps 27–29, opening in 3 laps), telemetry rail, and lower event strip remain individually legible at full density. Race state is simulated.
Capture from the running MA race-strategy research prototype's mobile layout, detail: the trailing edge of the race-pressure field, the pit-window strategy readout, and the P7 race-tree column remain legible together. Race state is simulated.
Running MA research prototype · full composition · simulated race state, paused · lap 24/57 · pit window opening in 3 laps
Shows the authored regions, relationships, and intent within the MA research prototype.
View full-resolution capture
Legend — what the revealed state shows
  • CompositionDeterministic spatial regions define how the interface is organized.
  • RelationshipsAlignment relationships keep meaningful elements connected as the composition changes.
  • IntentExplicit layout intent describes what the composition is trying to preserve.
  • DiagnosticsDiagnostics expose the resulting relationships without taking control of the layout.

This page is authored by hand using MA’s principles — named regions, explicit intent, one shared alignment edge. The outlines and notes you are seeing are authored design annotations, not runtime output. The race-strategy image above is a genuine capture from the running MA research prototype; its race state is simulated, and the overlay placements are hand-authored observations of the demo.

Independent work

Independent work

Sovereignty Checker

A practical tool for examining whether a software repository gives you meaningful operational control.

Open the checker

Published note

Open Isn’t Ownership

A field note on the difference between software you can inspect and software you can actually preserve and control.

Read the note
Rob Dean

About

Built from years inside complex systems.

I grew up alongside modern computing and have spent my professional life working with systems shaped by years of change, difficult interfaces, and technical decisions that carry real consequences. RovoMedia is my independent practice, based in Denmark and working with clients across Europe and the United States.

  • Deep technical context · complex systems
  • Direct, hands-on involvement
  • Independent · based in Denmark
More about Rob

Start with the system you have.

Describe the platform, interface, migration, or technical decision you are facing. I’ll tell you honestly whether I can help and what a sensible first engagement would look like.

Email Rob
Running MA research prototype · full composition
Capture from the running MA race-strategy research prototype, full view at original density. Race state is simulated.