At WallysTech, we believe a camera at the pit edge is only useful if its video reaches the control room when it matters.
Open-pit mines, quarries and aggregate sites often need live video, sensor data and operational visibility from loading zones, crusher stations, haul roads and perimeter gates.
The challenge is not simply installing another camera.
It is building a wireless backhaul that can reliably carry critical data between a remote, harsh operating area and the people making decisions.
For OEMs and system integrators developing industrial wireless equipment, WallysTech’s DR9274-5-7G provides a Wi‑Fi 7 radio foundation for high-capacity 5/6 GHz backhaul designs.
Built around Qualcomm QCN9274/QCN6274, the DR9274-5-7G can be integrated into a purpose-built outdoor bridge, industrial wireless gateway or custom backhaul platform — together with the right host board, antennas, enclosure, power design and network software for the project.
A practical WallysTech reference architecture can combine:
•Rugged IP cameras, sensors and local control equipment at the remote site;
•An industrial router for local Ethernet, VPN access and cellular backup;
•A Wi‑Fi 7 wireless bridge built around the WallysTech DR9274-5-7G;
•A control-room, NOC or Edge AI platform for live monitoring and alerts.
Remote Cameras / Sensors / PLC
↓
Industrial Router + Local Edge Network
↓
WallysTech DR9274-5-7G Wi‑Fi 7 Wireless Backhaul
↓
Control Room / NOC / Edge AI Platform
This is not about quoting a peak data rate on a datasheet.
It is about helping OEMs and integrators build wireless links that are designed around the realities of remote operations: distance, dust, terrain, antenna placement, power availability, remote management and long-term maintainability.
Can your remote monitoring network keep the operation visible when the site is busy, harsh and difficult to reach?
If you are developing an industrial wireless bridge, high-capacity backhaul device or custom Wi‑Fi 7 connectivity platform, WallysTech can support the hardware, radio integration and OEM/ODM development path.
What is the biggest challenge in your remote surveillance network: distance, terrain, interference, power or maintenance?
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