1. What a gallery device sends over cellular
A smart museum covers relic monitoring, guided tours, security, and the exhibition itself. Temperature, humidity, light, video, and tour data go up over 4G. Microenvironment monitoring is there to keep objects stable. AR (augmented reality) is there for an interactive tour. The building has to protect the collection and still be a good visit, and 4G is what keeps the rooms covered. SimtoLink supplies 4G to museums and heritage bodies, with a data pool and an API into the heritage platform.
2. Objects, tours, security, and the cases
The floor covers objects, tours, and security. Bandwidth, and how quickly a reading has to land, differ by room:
Relic monitoring and care
Temperature, humidity, light, and harmful-gas sensors report over 4G, for the air around a relic, early warnings, and care of rare books.
Guided tours and AR
Tour handsets and AR devices pull content and report location over 4G, for a voice tour, AR interaction, and visit data.
Security and video
Cameras, door control, and the perimeter report over 4G, for face recognition, intrusion detection, and coordinated emergency response.
Cases and lighting
Display lighting and interactive screens report over 4G, for light control, energy saving, and scene automation.
3. What the museum link has to cover
- Relic monitoring: Temperature, humidity, light, and harmful-gas sensors report, for microenvironment checks, warnings, and care of rare books.
- Tours and AR: Tour handsets and AR devices have to load object notes and media as the visitor moves, for a voice tour, AR interaction, and visit data.
- Security and video: Cameras, door control, and the perimeter report, for face recognition, intrusion detection, and coordinated emergency response.
- Cases and lighting: Display lighting and interactive screens report, for light control, energy saving, and scene automation.
- Platform link: Connect to the heritage platform and the smart-exhibition platform, for several museums in one view, statistics, and a closed API loop.
4. Which SIM fits which room
Bandwidth and latency differ by device. Use the table as a starting point:
| Use | Recommended network | Why it fits |
|---|---|---|
| Relic monitoring and environmental sensors | 4G | Temperature, humidity, light, harmful gases, and the microenvironment |
| Tour handsets and AR devices | 4G | Media download and AR interaction |
| Video and security | 4G | Video backhaul and face recognition |
5. How much data a gallery device uses
One device typically uses about 100–300MB a month. Video and AR tours use more. Pool SIMs by device type, keep 20%–30% spare, and use a VPDN to keep the link private.
6. Security for the collection
Treat the link as high security. It needs a VPDN, TLS, and an IP allowlist. SimtoLink provides the VPDN, a private APN, and real-name registration for the SIMs.
7. What SimtoLink would put in the galleries
For tour handsets, AR devices, and environmental monitoring, use a 4G IoT SIM. A tour device has to load object notes and media as the visitor moves. Environmental monitoring is what keeps the objects stable. SimtoLink plans for 99.9% network availability, a data pool, and an API into the heritage platform and the smart-exhibition platform.
8. Opening the galleries
Rollout:
Pick the SIM by device type and check coverage in the museum you are fitting. Set the VPDN or APN and the IP allowlist, and alert at 80% of the data allowance. SimtoLink stays with the project from the first gallery through the wider site. Contact us for a plan built around those rooms.