In addition to the products available in our portfolio, we design and manufacture devices that our customers demand.
The layout and design of PCBs allow maximum flexibility to add new ports, add extension boards, and integrate different chipsets/modules. In some cases, even the housing of our devices is specifically designed to meet customer standards.
The experience our engineers have collected over the last two decades in working with different embedded microprocessors and microcontrollers is truly invaluable when it comes to firmware development.
Our developers are trained to use IoT secure coding best practices.
Our OpenWrt-based operating system allows our customers to develop their own applications in order to provide industry-specific or edge computing functionalities.
We also offer software for device management.
These devices are able to manage and control complex connected environments by aggregating and transmitting sensor data, as well as translating communication protocols serving as a bridge between IoT devices and platforms.
Our multi-protocol industrial LTE Cat.4, Cat.1, Cat.M gateways can be used in many different verticals such as smart grids, building or factory automations, fleet management, security systems, etc., but some are designed for specific applications such as substation management.
There is a growing trend in industrial IoT towards the edge as is the case in many technologies. Our Linux-based routers offer the possibility of Cloud computing functionalities, as users can develop their own apps to run on them.
Data concentrators (also known as DCUs) play an important role in industrial data (IIoT) applications. Data are collected and aggregated from several industrial devices, which are then sent to the data center or the central monitoring system. The data concentrator is part of the modern AMI infrastructure (Automated Metering Infrastructure) and the backbone of industrial automation projects.
The versatile devices that can be mounted on a DIN rail have Ethernet, RS232, RS485 ports, digital inputs, Modbus RTU/Modbus TCP Gateway, Mbus or wireless M-Bus functions for industrial data collection and automation purposes. Data transmission can be done via an RS485 connection or the usage of the wireless mobile network. Even using a single router or data concentrator (DCU) is a very cost-effective solution for collecting data from industrial devices, energy meters (electricity, water, gas, sensors) or for monitoring devices.
These products are primarily intended for places that require high availability and for professional purposes – e.g. we recommend to use for members of production and industry, maintenance and service providers.
Our data concentrators can be connected to all kinds of industrial equipment. We offer customization of our products making it possible for our clients to use them with a combination of IT and OT protocols.
Offering an extremely long lifetime and easy deployment. It is the perfect upgrade for your existing 2G/3G modems.
Our industrial modems provide transparent RS485 Modbus communication, Modbus TCP, Mbus, Digital inputs and more for various industrial IoT applications like industrial automation, Scada/PLC communication, vending machines, smart metering, factory or building automation, and more.
These PLC connected external devices are ideal and cost-effective choices for an industrial system. It is the perfect solution for monitoring transparent or Modbus TCP/RTU communication, collect data and send data to the data center with transparent mode.
Our universal, independent, external modems can be attached to any RS485 MODBUS or Mbus devices externally.
We recommend these products for professional purposes that require high availability and realibility – as production, manufacturing, industrial services and maintenance!
The heart of any remote meter reading solution is a modem that reads consumption data from the meters and sends it to the HES or a central server.
Our smart metering modems are designed specifically to be fully compatible with the meters of flagship manufacturers such as Itron, Landis+Gyr, Elster/Honeywell, EMH, SAPHIR, PME-PMI, Ensor and more).
The design and software of our modems satisfy the manufacturer’s requirements, designed to fit under the terminal cover, and power consumption optimized for the specific meter. Not to mention that our modems can be integrated into any AMR/AMI solution easily!
Our modems offer remote meter readout and data transmission via 4G or Cat.M cellular networks – with optional 2G/3G “fallback”.
Need a special protocol or port? Product customization is also available. Contact us for more information on how to keep your meters operational and upgrade to the latest technology easily!
Automated and remote meter readout by our data concentrator.
The smart device collects the pulse signals and M-Bus data of connected meters and sensors. It transmits consumption data via NB-IoT cellular network to the Microsoft® Azure Cloud IoT platform.
The concentrator provides a long battery life, secure protocols, alarm notifications and customization features. Thus, it is suitable to integrate for any AMR/AMI solution.
Smart metering has never been so easy!
Device Management platform is a solution to remotely manage devices and gateways, allowing rapid deployment and ensuring the security and proper functioning of IoT devices after they have been installed.
Our Device Manager software offers a unique solution of management functionalities including rapid device onboarding with mass provisioning, easy administration, full visibility of device status, performance measurement and security issues, logical grouping of devices into hierarchical structures for mass updates of software and firmware.
An application hosted under the premise of high security and continuous remote management of IoT devices (for our gateways, DCUs, routers, smart metering modems, industrial modems, alarm transmitters and more).
Ideal for implementation in companies and government, with strict ICT policies.
Load management is the process of controlling the demand for electricity in order to avoid overloading the grid.
In the context of public street light management, load management can be used to reduce the energy consumption of street lights by dimming them or turning them off during low-traffic hours. This can be done through the use of timers, sensors, or other automated systems.
Beyond just power measurement, there are now essential tools for power quality monitoring, control, scheduling analysis, and the security monitoring. Most electricity meters do not contain switchable relays or do not support remote switching.
Protect your investment! No need to change the currently used meters.
Adding a feature to smart meters which allows the utility and DSO to remotely turn connected devices on/off is a cost effective way to deal with this challenge.
Grid management can also be used to integrate solar farms into the grid. Solar farms generate electricity during the day, when demand is typically lower. By managing the load on the grid, utilities can ensure that solar power is used efficiently and that the grid remains stable.
Load control programs are a type of load management that is implemented by utilities. These programs allow utilities to control the electricity consumption of certain customers during peak demand hours. This can be done by offering financial incentives to customers who agree to reduce their electricity use, or by remotely controlling appliances or devices.
Load management is an important tool for reducing energy consumption and improving the reliability of the power grid. It is a key part of the transition to a clean energy future.
You can extend your Smart Metering Infrastructure with IoT Switched for a complete Grid Management.
Here are some specific examples of grid management programs for utilities and DSOs:
The speed and reliability of alarm signal transmission are critical for security systems.
Our cellular alarm communicator uses the GSM/GPRS (2G) or 3G / 4G LTE networks to send alarm signals to dispatch centers. There is universal compatibility with millions of wired and wireless alarm panels.
Upgrade the communication of your customer’s legacy security system’s to the latest cellular technology without having to change only the signal transmitters, while keeping all other components.
The two inputs of our device can be used for security system monitoring and sabotage detection (wire cut). In case of status changes, our device generates immediate alarms and quickly transmits the signals – in standard Contact ID format (CID codes) or via SIA DC-09 protocol – through the mobile network to the IP address of the dispatching center. Periodical life signals are provided at the configured intervals. Safety features, input monitoring, remote control, gate opening, IO expansion.
Our routers are widely used by industry professionals to connect IP cameras, NVRs (network video recorders), and DVRs (digital video recorders).
You can select and order accessories to your devices.