There are things hidden from our eyes, when using computers, automobiles or medical devices. We don’t usually think about the technology that makes things work. These technologies are called embedded systems, and their development is one of the areas of our expertise.
The solutions we deliver range from simple consumer systems based on low-power microcontrollers to multiprocessor distributed systems used in robotics or on railway networks.
We facilitate embedded software development and create custom solutions that fit enterprise-level technical requirements.
We build embedded apps, firmware, middleware, device drivers, human-machine interfaces (HMIs), and complex embedded software solutions for industry-grade IoT systems.
We can test, validate, and debug your hardware prototype as well as prepare your embedded product for the transition to software engineering and manufacturing.
We customize popular embedded operating systems: Linux, Android Open Source Project (AOSP), FreeRTOS, QNX, VxWorks, and others.
We create IoT apps & Embedded apps — this software enables sensors to track motion activities, monitor bodily and physical processes, as well as collecting all this information and storing it in the cloud.
We do design and layout of printed circuit boards (PCBs) to mechanically support and electrically connect electronic components using conductive pathways, tracks or signal traces etched from copper sheets laminated onto a non-conductive substrate.
Embedded systems are widely used in microprocessors and microcontrollers. They are also applied in portable devices, such as digital watches, earbuds for medical imaging systems, logic controllers, traffic lights, hybrid vehicles, etc. They provide technological advancements and decrease the cost of microprocessors and microcontrollers.
If your business needs automatic regulation and control of technological processes, for example, avionics or access control; or if you use CNC machines, ATMs, payment terminals, or telecommunication equipment, then embedded systems are your best solution. A PCB is employed in the manufacturing of business machines and computers, as well as communication, control and home entertainment equipment. PCBs are an essential part of almost all electric and electronic equipment, and have revolutionized the electronics industry.
The higher level requirements to the quality of the software and the hardware components distinguish embedded systems from others. An embedded system must be fully tested because errors here can lead to disastrous consequences. Our facilities allow us to do it fully.
The combination of a modern laboratory with cutting-edge equipment and a team of experts makes LANARS one of the most outstanding hardware developers in Europe. Our hardware team includes experienced professionals who have a background in hardware development for the space and aircraft industries — that is why we’ve hired our staff from the heart of the space engineering industry, Ukraine.
Smart home equipment with embedded technologies can monitor the temperature, humidity, air quality, gas density and water usage of the house, and have infrared sensors. It also can act as a security guard for the home. The network and telephone connection to receive the owner's commands also uses embedded systems.
Embedded systems technologies can be applied directly for military purposes (target recognition, navigation of forces, aircraft engineering, and navigation), as well as in healthcare devices developed for the army (automation of trauma monitoring, equipment for treatment, prosthetics, and dialysis, pacemaker, etc).
Whether it’s the measurement of extraction and flow, detecting losses and leaks, or more insight into supply and demand, there is an increasing need for connected devices and systems to measure and provide accurate data. Embedded solutions in these cases are the best ones to use, due to the big changes happening in the energy and utility industry.
Tell us about your project. We respond to every inquiry within one business day. Really!