RTLS Security, Shadow Networks, and WiFi Coexistence - How Crowd Connected Avoids Common Pitfalls
RTLS Security, Shadow Networks, and WiFi Coexistence: How Crowd Connected Avoids Common Pitfalls
When evaluating Real-Time Location System (RTLS) solutions, many organisations — especially IT teams — raise important questions:
- Will this create a “shadow network” that I can’t control?
- Will it interfere with WiFi or other wireless systems?
- How secure is the RTLS infrastructure?
These concerns are valid — but it’s important to understand how modern RTLS architectures differ.
This post explains why Crowd Connected’s solution is designed to avoid these pitfalls — and why it is safe, secure, and IT-friendly.
What Is a “Shadow Network”?
Vendors like Cisco Spaces argue that BLE-based RTLS solutions can create a “shadow network” — a collection of devices operating outside IT’s normal visibility and control.
In some older or poorly designed systems, this is true:
- Many BLE-WiFi gateways (Kontakt.io, Blyott, etc.) require hundreds of powered network-connected devices.
- Each gateway requires an IP address, cloud access, and ongoing management.
- The result is network sprawl — and potential attack surface — outside IT’s main architecture.
Why Crowd Connected Is Different
Crowd Connected’s RTLS hardware architecture was deliberately designed to avoid this problem:
✅ Battery-powered devices do not connect to the IT network
- Our devices form a wireless mesh, based on Wirepas technology.
- They do not use Ethernet or WiFi.
- They do not require IP addresses or appear as network devices.
✅ Only a single gateway connects to the IP network
- One controlled gateway (per large area) connects via standard IP, fully managed by IT.
- IT only needs to secure and monitor one endpoint, not hundreds.
- The RTLS system does not create a “shadow” network of IP devices.
✅ Proven wireless coexistence
- The Wirepas mesh uses the full 2.4 GHz band (all 40 channels), but implements:
- Adaptive channel selection
- Dynamic frequency hopping
- Interference avoidance
- It has been proven to coexist well with WiFi in large enterprise environments.
- See Wirepas coexistence documentation for technical details.
✅ No impact on WiFi AP performance
- Some RTLS solutions use the BLE radios inside WiFi APs — which can constrain WiFi tuning and performance.
- Crowd Connected’s devices operate independently of WiFi APs — avoiding this risk.
Summary: A More IT-Friendly RTLS Architecture
| Risk / Concern | Typical BLE Gateway RTLS | WiFi AP BLE RTLS | Crowd Connected |
|---|---|---|---|
| Creates many new IP devices? | Yes | No (but limited placement) | No — only 1 gateway |
| Requires extensive IT management? | Yes | No | No |
| Potential interference with WiFi? | Possible (if poor design) | Yes (AP BLE radios share band) | No — proven coexistence |
| Impact on WiFi tuning/performance? | No | Yes | No |
| Fully controlled by IT? | Partial | Partial | Yes — single endpoint |
Bottom Line
If your IT team is concerned about “shadow networks,” “WiFi interference,” or “RTLS security,” you should strongly consider Crowd Connected’s architecture:
✅ No uncontrolled network sprawl
✅ Minimal attack surface
✅ Proven RF coexistence with WiFi
✅ Single gateway under IT control
✅ Superior RTLS performance
Have questions?
👉 Contact us — we’re happy to provide full technical details for your IT and security review.
