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A remote monitoring system collects device and sensor data from remote sites such as pumping stations, energy sites, farms and depots, and shows it in the cloud on one dashboard and map. When a condition you define occurs, the right person is notified at once. Digital Bridge offers this IoT platform on a monthly subscription, with no servers to run.
Much of the equipment that matters most runs far from head office: pumping stations, energy generation sites, farms, scattered depots. Faults are often discovered only when someone complains or a technician happens to visit, and every routine check means a vehicle and a person on the road. It is expensive, and it means reacting after the problem has grown.
The platform takes data from IoT devices we install on site or from the sensors and controllers you already have. The result: your team goes out when there is a reason to, not for routine checks, and faults are spotted before anyone complains. Say the pressure drops at a pumping station: the on-call technician gets a notification on their phone, checks the last few hours on the trend chart before setting off, and arrives with a clearer picture of the problem and the right kit.
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Current readings from every device and sensor on one screen, so you know the status without ringing the site. Gauges, charts, tables and map widgets are placed by drag and drop, and each team sees the view that matters to its job.
Each site is coloured by status: green for normal, amber for warning, red for alarm. Vehicles and portable equipment are tracked by location too.
Chart any sensor over any period in one click and see when a problem actually started, rather than guessing. Minimum, maximum and average values, comparison against a reference and CSV/Excel export.
Set thresholds and combined conditions per sensor, for example "urgent alarm if pump pressure exceeds 8 bar AND motor temperature exceeds 70°C". Delays, schedules and priorities are configurable, so each alarm reaches the right person.
iOS and Android apps put push notifications, live values and alarm history in your pocket, with simple views for shift supervisors and field technicians.
Each branch or regional manager sees only their own sites. Administrator, technician and viewer roles, with notification preferences set per person.
SCADA is usually installed to monitor and control the process inside a single plant; an operator opens a valve or changes a recipe from the screen. A remote monitoring platform brings geographically scattered, often unmanned sites together on one dashboard and map, with the focus on status visibility and alarm management. The two do not compete, and SCADA data can also be fed into the platform.
Guides worth reading before you decide: how to choose a remote monitoring system, remote pump station monitoring, LoRa vs NB-IoT vs cellular compared and all our IoT and hardware articles.
When we install our OSOS, cold chain, predictive maintenance or agricultural IoT systems, we can provide the monitoring platform on a monthly subscription. Upfront cost stays low, and platform maintenance and software updates are our responsibility. If the equipment on site is not ours, we review its protocol with you and work out how to connect it.
Since 2013 Digital Bridge has developed circuit boards, enclosures, firmware and management dashboards within one team, and technical support is available 24/7. If you also need operator screens and local control on site, our SCADA/HMI work, and our energy monitoring solution for consumption, can be designed to run on the same data.
Tell us about your sites: how many locations, which devices, and who should receive the alarms? We start with a free site assessment and set out scope and cost in a written proposal.
A remote monitoring system collects device and sensor data from sites far from head office and shows it in the cloud on one dashboard and map. It can cover pumping stations, energy generation sites, farms and scattered depots, as well as vehicles and portable equipment. When a condition you define occurs, the right person is notified at once.
No. The platform runs on a monthly subscription, so there are no servers to buy or maintain, and platform maintenance and software updates are handled by Digital Bridge. When we install our OSOS, cold chain, predictive maintenance or agricultural IoT systems, the monitoring platform is provided on subscription, which keeps upfront cost low.
It works with Digital Bridge IoT devices (LoRa, NB-IoT, GSM), Modbus TCP/RTU devices, sensors sending data over MQTT and systems posting data via REST API. OSOS meter reading terminals, cold chain loggers and predictive maintenance sensor networks can also be connected. For equipment from other makers, we review the protocol with you and work out how to connect it.
You set thresholds and combined conditions per sensor, for example an urgent alarm if pump pressure exceeds 8 bar and motor temperature exceeds 70°C. Delays, schedules and priority levels are configurable, notification preferences are set per person, and each branch or regional manager sees only their own sites.
Yes. iOS and Android apps give push notifications, live values and alarm history in the field, with simple views for shift supervisors and technicians. On the web dashboard you can chart any sensor over any period, see minimum, maximum and average values, compare against a reference and export to CSV or Excel.
SCADA is usually installed to monitor and control the process inside a single plant; an operator opens a valve or changes a recipe from the screen. A remote monitoring platform brings geographically scattered, often unmanned sites together on one dashboard and map, with the focus on status visibility and alarm management. The two do not compete, and SCADA data can also be fed into the remote monitoring platform.
The first step is a free site assessment. Together we agree how many locations to monitor, which devices and sensors are on site, which data to connect first and who should receive the alarms. If the equipment comes from another maker, we review its protocol. From this we prepare a written proposal covering scope, phases and cost; because the platform is subscription-based, no server investment is needed.
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