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A vetted inventory of buttons, joysticks, sensors, and screens that match your gameplay needs.

Low-level control firmware plus a companion web dashboard for leaderboards, analytics, or remote updates.

We configure or design boards to optimise performance, I/O, and durability for custom arcade machines development projects.

Clear schematics ensure your technicians can assemble, test, and service the cabinet in hours, not days.

Intuitive menus, animations, and on-brand visuals that maximise retention and monetisation.
Every project follows the same disciplined sequence — from understanding your cabinet to shipping tested, production-ready software.
We audit your hardware, cabinet specs, and gameplay goals. You get a BOM review, I/O mapping, and a fixed project scope before any code is written.
A working prototype runs on your actual hardware within weeks — not a mockup, a playable build you can test on the cabinet.
Firmware, game logic, UI, and peripheral drivers are built in parallel. We test every coin acceptor, button, and sensor in-circuit — not in simulation.
Stress testing, burn-in runs, and OTA update verification. You receive final software, wiring diagrams, and documentation ready for your production line.







Whether you're outfitting a mall kiosk or a nationwide chain, we deliver arcade software that captivates audiences and drives ROI.
We write the firmware and design the PCB. No finger-pointing between vendors when something doesn't work — one team owns the entire stack.
Your game concept is signed under NDA before we discuss a single detail. We've shipped branded activations for major names — discretion is non-negotiable.
Push new levels, seasonal branding, or bug fixes to your entire fleet remotely — no technician visit, no cabinet downtime.
We don't disappear after delivery. Ongoing maintenance, analytics dashboards, and priority support keep your machines earning.
Many of our arcade clients come to us with the same problem: they have classic cabinets running on legacy chips that still draw players — but no way to accept cashless payments, track revenue, or push updates without opening the cabinet.
We replace the original game board with a Raspberry Pi, port the game logic, and connect the cabinet to your cloud platform. The gameplay stays faithful to the original — but now it supports RFID card payments, WiFi-based remote management, real-time analytics, and over-the-air updates. One conversion turns a coin-only machine into a connected, monetisable asset.
See how we did it: Video poker cabinet fleet converted from legacy chip boards to Raspberry Pi with RFID payments.
Coin-only, no connectivity, no analytics, no remote updates
Game logic ported, I/O mapped, drop-in replacement for the original board
Cashless payments, live analytics, fleet management, OTA updates

Games that challenge reflexes and timing—like claw machines, hammer hits, or quick-reaction tests—rewarding players with points or tickets.

Interactive experiences where players control bikes, boards, or racing pods, often enhanced with sensors or VR for immersive movement-based gameplay.

Brain-teasing games that challenge pattern recognition and recall, designed for quick rounds and high replayability in kiosk and FEC settings.

Fast-paced games where players tap, dance, or play virtual instruments in sync with music, designed for fun, coordination, and replayability.

Custom games built for awareness, training, or learning—covering STEM topics, safety drills, or corporate messaging in a playful format.

Co-op or versus titles designed for 2 or more players, perfect for social settings, events, and venues looking to increase group engagement.
Our expertise includes working with a wide range of microcontrollers and development platforms such as STM32, Raspberry Pi, ESP32, Arduino, and more.
We also welcome client collaboration—if you have a preferred MCU or hardware suggestion, we can seamlessly integrate it into your custom design.
“Highly stable, customizable software with excellent support—perfect for our arcade environment.”
A single-screen casual title averages 3-6 weeks from concept to cabinet testing. Motion simulators may require 10-14 months.
Yes. We include OTA (over-the-air) update hooks so you can push new levels or branding assets without opening the cabinet.
We provide a BOM plus wiring diagram. Most projects run on readily-available PC-based boards; others use our customised motherboard for cost or size savings.
If it meets I/O, screen, and power specs we can port the code; else we'll recommend minimal off-the-shelf upgrades.
Absolutely. Optional web dashboards track plays, revenue, dwell time, and error logs.
Whether you're outfitting a mall kiosk or a nationwide chain, DigitalMonk can deliver arcade machine software that captivates audiences and drives ROI.