Computer integrated systems design
CRAPSZ INC builds computer integrated systems for craps tables, gaming pits and venue control rooms. From our Neola systems workshop at 2095 W 9260 N, Neola - 84053-7708, United States (US) we wire the dice rail, the payout logic and the house telemetry into one dependable machine that a dealer can run with both eyes on the game.
The work is quiet, exact and in service of the floor. Our crews mount sensors under the felt, route payout events through a deterministic controller, tune the displays that carry odds and limits to every station, and stay on the line long after commissioning so the house systems keep holding.
Read the full service breakdown →The chip rack registry
Each card below is a working discipline inside CRAPSZ INC, drawn from the table goods we actually install and maintain. They are stacked at their own offsets because no two services sit at the same height in a real pit: a sensor job leans on the cabinet, the cabinet leans on the code and the code leans on the house support agreement. Read them as one rack rather than six separate purchases.
Under-felt sensor arrays read the dice settle, the bet placement and the roll outcome without interrupting the cadence of the game. Our crew mounts the pickups into the table bed, tunes them against your chip weights and hands the pit a clean event stream that no dealer has to babysit. See the sensor method.
Odds, place bets and the pass line pay table are encoded once and audited against the house sheet before go live. When the shooter makes a point, the controller settles the hands and prints a reconciliation trail that cage staff can follow line by line. Review the payout logic.
Displays above the pit carry limits, odds and table state across multiple stations from a single controller. We design the failover so a screen that drops out reverts to a held frame rather than a blank panel that pulls eyes off the felt. Read the display spec.
Rating terminals and player cards feed a tracking platform that respects guest boundaries while giving the host desk an accurate picture of play. We model seat occupancy, average bet and time on table, then keep the reporting honest with nightly reconciliation. See the tracking design.
The cabinet is where the felt, the rail, the sensor bed and the wiring all have to agree. We engineer the timber frame, the equipment bay and the harness routes so a technician can reach any component in minutes without lifting the game surface. Explore the cabinet build.
Commissioning is the start of the relationship rather than the end. Our support line covers shift escalation, spare parts, firmware maintenance and a quarterly systems audit that keeps the pit and the cage reading from the same book. View the support terms.
Computer integrated systems design in a gaming venue is less about novelty and more about trust. A craps table is a physical instrument with a very old grammar: the rail, the felt, the pass line arc, the odds marker and the chip rack all tell the player where to stand and what to expect. Our job is to add a layer of computing that respects that grammar instead of fighting it.
That begins with the table itself. Table Sensor Integration places read heads and load cells so the electronics disappear under the playing surface. Nothing on the dealer side changes. The same hand that sets the dice still sets the dice, and the same chip that lands on the pass line still lands there, but the controller behind the bed now sees the event and can act on it.
From there the chain of custody matters. Payouts automation systems do not invent numbers; they replay the house sheet and check the result against what the dealer is about to pay. When the two agree, the system records a settled hand. When they disagree, it flags the station and waits for a human decision, because a table system that guesses is a liability rather than an asset.
The pit is lit unevenly. Lamps throw hot pools on the felt and leave the edges in near dark. Venue Display Controllers are tuned for that environment: high contrast frames, fixed brightness curves and a failover state that holds the last correct reading rather than showing an error card to the room. Guests should read a limit at a glance from six feet away.
Player Tracking Platforms exist to reward loyalty and to keep the books straight. We design them around the guest experience first, with clear consent points at the ratings desk and a data model that keeps play history separate from identity records except where the law and the house agreement require a link.
Most field failures we inherit begin as cabinet decisions made too late. Cabinet Build Engineering treats the timber frame, the equipment bay and the service access as part of the electronics rather than a shipping crate around them. Conduit runs short, joints stay serviceable and the harness never crosses a hinge.
Finally, House Systems Support keeps the machine honest across seasons of play. Firmware moves, lamps get replaced, felt gets relaid and staff turn over. A support plan that includes a documented handover and a quarterly audit is what keeps a well designed system from slowly drifting out of calibration.
Our promise is simple: roll true, pay fast, and keep the systems holding the line long after the last die stops. Every CRAPSZ INC engagement is measured against that sentence.
We do not arrive with a product catalogue. Each venue gets a survey, a design, a build and a support plan that matches the actual pit rather than a showroom arrangement.
We record rail heights, felt dimensions, power routes, network drops and the way the floor actually moves between shifts. The survey produces a physical drawing and a constraints list that every later decision must respect.
Sensor pickups, controller inputs, payout rules, display feeds and tracking writes are mapped as one chain. Any point where a human must decide is marked explicitly, so automation never quietly takes over a judgment call.
Timber frames, equipment bays and wiring harnesses are built in the Neola shop, then bench tested against a scripted shift of hands, rolls and payouts before anything travels to the venue.
Our technicians work to the downtime window the house sets. The table is returned to play with a signed checklist, a full sensor calibration record and a short training session for the pit crew.
Support covers shift escalation, spare parts, firmware maintenance and a quarterly review of payout rules, sensor drift and display health, all logged in a document the house can read without our help.
Every venue we serve leaves with a system package that can be understood by people who did not build it. That is the test we apply to our own documentation, our own wiring and our own code.
We are a computer integrated systems design firm in the Professional, Scientific and Technical Services sector, and our specialty is the table: the physical goods, the event logic and the venue services that surround them. We are not a general managed service provider and we do not resell third party boxed products as our own work.
If you are planning a new pit, a refresh of aging table electronics or a control room rebuild, the useful first step is a conversation about what the floor must do on its worst night, not its best.