Net-Soft Consult Company (T) Ltd

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Why this matters

For utilities across the continent, metering is the single largest lever on operational sustainability. Without accurate, timely consumption data, a water authority is effectively running a subsidy programme — not a utility. Our Smart Water Meters solution was designed specifically for the pressure, dust, humidity and intermittent connectivity profiles that make East African deployments hard.

Inside the deployment

Every meter in the programme is a sealed, battery-backed NB-IoT unit with an expected ten-year field life. Readings are AES-256 encrypted on-device and transmitted through a dual-carrier network gateway before landing in the Net-Soft Meter Data Management layer, where they are reconciled against billing records and surfaced to utility operators via a role-based dashboard.

“We don’t just deploy devices. We deploy the operational muscle that lets a utility act on what the devices tell them — billing, leak response, customer service, procurement.”

Eng. Fatma Mrisho, Project Director, Net-Soft Consult

Key technical choices

  • Stainless-steel oval-gear measurement for abrasion resistance and ±0.5% accuracy across a 200:1 flow range.
  • NB-IoT primary, 2G fallback so coverage gaps don’t become data gaps.
  • On-device leak and reverse-flow detection — anomalies are flagged within one reporting cycle rather than waiting on downstream analytics.
  • Prepaid and postpaid billing modes switchable per customer without a truck roll.

Net-Soft field technicians commissioning a DN20 residential meter in Msasani ward. Every installation is georeferenced against the utility’s customer cadaster before activation.

On-the-ground impact

In the first four pilot wards that went fully live in October 2025, the partner utility reported a 34% increase in billable volume within the first billing cycle — a direct consequence of replacing mechanical meters that had been under-registering by margins of up to 22%. Customer complaints on bill accuracy dropped sharply in parallel: households could now see their own consumption curves in the self-service portal and reconcile their bills against real numbers instead of monthly estimates.

The utility’s leak-response team has shifted from a reactive model — waiting for residents to call in burst pipes — to a proactive one, dispatching crews to night-flow anomalies the morning they appear. The effect compounds: every leak fixed before it becomes a main break is a week of service continuity preserved for an entire block of customers.

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Morem ipsum dolor sit amet, consectetur adipiscing elit. Etiam eu turpis molestie, dictum est a, mattis tellus. Sed dignissim, metus nec fringilla accumsan, risus sem sollicitudin lacus, ut interdum tellus elit sed risus. Maecenas eget condimentum velit, sit amet feugiat lectus. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Praesent auctor purus luctus enim egestas, ac scelerisque ante pulvinar. Donec ut rhoncus ex. Suspendisse ac rhoncus nisl, eu tempor urna. Curabitur vel bibendum lorem. Morbi convallis convallis diam sit amet lacinia. Aliquam in elementum tellus.

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Morem ipsum dolor sit amet, consectetur adipiscing elit. Etiam eu turpis molestie, dictum est a, mattis tellus. Sed dignissim, metus nec fringilla accumsan, risus sem sollicitudin lacus, ut interdum tellus elit sed risus. Maecenas eget condimentum velit, sit amet feugiat lectus. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Praesent auctor purus luctus enim egestas, ac scelerisque ante pulvinar. Donec ut rhoncus ex. Suspendisse ac rhoncus nisl, eu tempor urna. Curabitur vel bibendum lorem. Morbi convallis convallis diam sit amet lacinia. Aliquam in elementum tellus.

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Water meter solutions range from traditional mechanical meters to advanced smart systems designed to reduce water loss and improve billing accuracy. Modern solutions typically focus on Advanced Metering Infrastructure (AMI), allowing for remote, real-time data collection without manual readings.

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  • Smart Transformer Monitoring Unit (STMU) ensures 24×7 health monitoring of transformers with IoT-enabled sensors, real-time fault alerts, load analysis, and predictive maintenance—enhancing grid reliability, reducing downtime, and extending asset life.

Key Features:

  • End-to-End Visibility
  • IoT-Enabled Monitoring
  • Preventive Maintenance
  • Integrated Protection Features
  • Smart Analytics Dashboard
  • Rugged Design
  • Energy Efficient
  • Plug-and-Play Deployment
  • Multi-Level Access
  • Scalable and Future-Ready

One of the key components in enabling a Smart Grid system is monitoring of Distribution Transformers (DTs). This is also the first step in distribution automation.

Monitoring of distribution transformers improves the visibility into the low voltage (LV) network and provides insights that help the utility company to utilize the power network in an optimum way.

Transformer monitoring brings a lot of benefits for utility companies, including the capability to recognize when transformers are overloaded and take remedial measures.

In many cases, the life of a transformer is curtailed due to lack of information around the operation of the transformer. It improves the visibility into the low voltage power network and helps utility companies deliver high quality electricity to its customers.

This system provides real time information about voltage, power factor, current, harmonics and unbalance from the LV network; and based on this information, utility companies can initiate remedies to solve problems as they occur or in many cases carry out preventive measures that prevents outages.

Utilities can also use the reports generated by the system to make decisions on distribution network planning, capacity enhancement, etc by identifying critical points in the distribution network that require to be extended or upgraded.

CS-DTMU provides an end-to-end solution that comprises of monitoring, data acquisition, reporting and presentation. The CS-DTMU panels can report data to either the cloud-based web application or SCADA systems or both depending on the requirement of our end clients. We also provide a ‘device-to-database (DB)’ solution which essentially acquires data and provides it in a set of database tables for further processing by end-client applications.

Distribution Transformer Monitoring Unit CS-DTMU1000 IoT in

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A powerful terminal with GPS/GLONASS and GSM connectivity, which is able to determine the object’s coordinates and transfer them via the GSM network. This device is perfectly suitable for applications, which need location acquirement of remote objects or remote control and monitoring of objects via input and outputs. In case of losing connection, its internal memory can store more than 16000 records, and once the connection is established the device will send stored data via GPRS.

Every time the vehicle is started or driven, the following data is logged instantly

  • GPS/ GPRS.
  • Who is driving.
  • Date and time.
  • Travel time.
  • The delivery/job/sales number.
  • Google Map Incorporated.
  • Distance travelled.
  • Over acceleration/deceleration and speeding and much more.
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Fuel Shield is an independent secure, automated fuel dispensing system designed for fuel pump control system to manage private, retail, internal fuel stations and tankers on real time.
With Fuel Shield, fleet managers can effectively track fuel dispensing and fuel consumption. Based on locally available vehicle and driver identification data, this computerized system controls the refueling of vehicles via GPRS, GSM, Wi-Fi, RF or LAN communications.


APPLICATION SOLUTION:

  • The Fuel Shield WAF transceiver is connected to the FS Pump Controller, which controls the station’s pumps.
  • When a nozzle is picked up from a pump, the FS Pump Controller queries the Fuel Shield WAF system and using the Nozzle Reader installed on the nozzle, tries to locate a RFID Tag which would be installed in a vehicle.
  • If the vehicle is equipped with an authorized RFID Tag the Reader locates the RFID Tag and transmits back to the Fuel Shield WAF unit, while reporting the vehicles data.
  • The Fuel Shield GAS STATION CONTROLLER application combines this reading and the vehicles data and transmits it to the FS Pump Controller.
  • The FS Pump Controller then requests authorization from either an external online authorization center or an in-house list, designed to allow or deny the driver their requested transaction.
  • Accounts may be limited in several ways, as needed. While the FS Pump Controller allows fuel to be pumped, the Fuel Shield GAS STATION CONTROLLER system constantly verifies that the same driver RFID Tag is still present throughout the process, eliminating the chance of fraud.
  • This completely wireless process takes only seconds to execute.


Mobile Tankers


On the go, our system ensures that every fueling operations dispense or transaction is authorized and recorded for accuracy and security at the point of use.


Fuel Station Management


The user inserts the fueling nozzle into the vehicle’s fuel inlet, then the
vehicle’s data are transmitted to the system’s wireless receiver unit. A receiver sends the data to the station’s server (POS indicate the fueling), server authorizes and controls the fueling process online and in real time. Server can document the fueling by photos or video using the station’s CCTV infrastructure (license plate recognition is also optional).

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Stainless steel Oval Gear Flow Meter
are widely used in the metering of liquid media with high corrosion, such as acid, alkali, salt and organic compound, and some other liquid, like: milk, alcohol, chemical and pharmaceutical drugs etc.

Turbine Flow Meter

  • S.S body and rotor: Flow measurements of pharmaceutical drug, food oil, and all application.

Turbine flow meter use the mechanical energy of flowing fluid, causing a rotor to rotate at an angular velocity proportional to the fluid flow rate or velocity within the flow path and pickup coils capture this angular velocity and generating an electrical signal which is directly proportional to flow rate.

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  • Cast iron Oval Gear Flow Meter is widely used in the metering of various oil products and liquid having no corrosion to the cast iron material.
  • Cast steel Oval Gear Flow Meter is used for high-pressure, low-corrosion liquid media.
  • Cast Aluminum Oval Gear Flow Meter is widely used in the metering of low viscosity low-corrosion (such as gasoline) liquid media and its rotor is made of Aluminum Alloy.