Cloud vs installed escape room software
The important distinction is not whether staff use a browser. It is where the game engine and hardware control run, and what remains available when an outside service cannot be reached.
The meaningful distinction
- Trace the complete path from a player action to the physical response.
- Separate room control from account, update, backup, and messaging services.
- Installed software removes a cloud dependency from room control but makes local power, network, computer, and backup planning important.
- Remote access and online services can complement an installed system without moving the game engine to the cloud.
On this page
What cloud and installed actually mean
In a cloud-run system, an outside service owns important runtime decisions or state. In an installed system, the engine responsible for games and devices runs on a computer at the escape room business.
Either approach may use browser screens. Ask where a command is evaluated, not what the interface looks like.
Follow the live-game operating path
A useful architecture explanation follows one real event from the room and back again.
A sensor or prop reports a change
The message begins on the room network through a controller, gateway, PLC, or protocol.
The system checks room state and logic
Objectives, variables, timers, and automation conditions determine the next action.
The system controls the experience
Locks, lights, audio, displays, and staff screens receive the resulting command or update.
The operation keeps useful history
Activity, device state, and session results help staff explain and recover the room.
Compare the operating tradeoffs
| Decision area | Cloud-run system | Installed system |
|---|---|---|
| Internet outage | May affect runtime features that require the service. | Live operation can continue locally; online add-ons may stop. |
| Local computer failure | A browser device may be replaceable quickly if runtime state is remote. | The local engine stops until the computer is repaired or replaced and data restored. |
| Updates | Provider may deploy centrally. | Owner can choose a maintenance window but must manage the update. |
| Remote access | Often built into the hosted service. | Requires a secure path to the onsite system or an optional cloud service. |
| Data recovery | Provider controls hosted recovery. | Owner needs current local or off-site backups and a tested restore plan. |
Reliability is more than internet availability
Installed software avoids a live dependency on a remote provider, but it still depends on the ARC computer, local network, gateways, controllers, and power. Good architecture makes those dependencies visible.
Do not confuse offline operation with automatic high availability. ARC does not currently provide automatic failover to a second computer.
- Use a UPS for the ARC computer and critical network equipment
- Keep current backups and know how to restore them
- Document addresses, credentials, gateways, and license reconnection
- Test what staff sees when internet or a controller is disconnected
- Maintain a realistic replacement-computer plan
Control over updates creates responsibility
Choosing when to update protects a live schedule from surprise changes. It also means the owner should read release notes, create a backup, use a maintenance window, and test a room afterward.
A predictable update process is more valuable than simply claiming that updates are frequent or automatic.
Installed software can still use online services
Keep time-sensitive room control local and use online services where central coordination provides a clear benefit.
Time-sensitive operation
Game logic, device commands, timers, audio, displays, and staff control should not wait on a public internet round trip.
Business convenience
Account management, software delivery, off-site backups, remote access, and notifications can use online services without owning the live path.
Questions to ask every software provider
- Where does the game engine run?
- What exactly stops when the internet is unavailable?
- What happens when the main computer fails?
- Who chooses when production software updates?
- Can I export and restore complete room configuration and media?
- How is remote access secured, and what remains onsite?
- Which recovery steps have customers actually tested?
Test the architecture, not just the interface
Run ARC on your network, connect real hardware, disconnect the internet, and practice recovery during your first 14 days free.