Software for the moments that can't be redone.
Live production has no second take. Alec'x Designs engineers control interfaces, real-time rendering, and automation systems built specifically for that pressure — a distinct engineering discipline, not a general web project.
- Engineering case studies
- 3
- Tolerance for on-air failure
- 0
- Real-time reliability required
- 24/7
- Team, start to finish
- 1
Captivate Control
Broadcast operators needed a single interface to trigger and manage on-air graphics during live production, where a missed cue or a delayed update is visible to the entire audience in real time.
- Designed an operator-first control interface prioritizing speed and error prevention over feature density
- Built a real-time control layer connecting operator input to on-air output with minimal latency
- Engineered the interface to stay usable under the time pressure of a live broadcast, where hesitation has a visible cost
A control system that broadcast operators could rely on during live production, reducing the risk of on-air errors during time-critical moments.
Map Renderer
Live sports and event coverage required dynamic map visualizations that update in real time as an event unfolds, rather than static graphics prepared in advance.
- Engineered a rendering system capable of updating map visualizations continuously as live data changed
- Optimized rendering performance so visual updates stayed smooth under continuous data input
- Built the system to integrate cleanly into an existing live production pipeline
A real-time visualization tool that gave broadcasts the ability to show live, data-driven maps rather than pre-rendered graphics, adding depth to live coverage without adding operator complexity.
Sports Clock Reader Control
Production automation depending on an official game clock needed a reliable way to read that clock and trigger downstream systems in sync with it, without manual intervention from an operator.
- Built a system to read live game clock data and translate it into a dependable timing signal
- Engineered automation triggers driven by that timing signal to remove manual synchronization
- Tested extensively against real-world timing edge cases where standard clock behavior breaks down
An automated timing system that kept downstream production elements synchronized to the official game clock, removing a manual task that previously required constant operator attention.
Where this fits with everything else
The work that shows this in practice, and the services most often delivered alongside it.
Working on a live production or broadcast system?
Tell us what the system needs to do, and where the failure points are. We will tell you honestly whether we're the right team.