Health monitoring, active lifestyle, painless aging — the growing relevance of these topics produced the demand for healthcare applications, IoT inventions, and other digital products. Clearly understanding how significant they are for the quality of life, we implement such projects from inception to maintenance.
Instant results of medical research, remote patient monitoring or robotic surgery — medical software and hardware has become an unlimited source of pure innovation. We are ready to turn IT solutions for healthcare into life, from the very common (listed below) to the most specific.
Armed with 8 years of experience in the Northern Europe market, unique expertise, and cutting-edge technologies, the LANARS team is a complete match for getting things done in healthcare software development and hardware design. We offer:
We deliver cloud-native medical software development services and adapt the digital system for painless scaling. Cloud computing allows the creation of flexible healthcare resources and delivery of reliable databases, networking, and analytics.
Medical data demands significant protection, so we ensure it and guarantee the highest standards of storage. In healthcare software development, as well as hardware, we use proven encryption algorithms, choose optimal ways of storing information on servers and utilize trusted verification standards.
The full range of technologies we use allows us to build digital ecosystems on a turnkey basis, and integrate applications, CRMs, and other solutions into one automated structure. Custom healthcare software development makes it possible for such digital units to function as a scalable system.
We prioritize staying at the forefront of technology. By harnessing cutting-edge approaches, we drive innovation and deliver exceptional digital services for our clients.
Power and high-frequency electronics (from supply units, invertors, industrial electronics, generators; to microcontrollers and their interfaces, ARM, MIPS, programmable matrices CPLD, FPGA, mobile systems, communication nodes, etc).
Microcontrollers (ARM, MIPS, 16-bit, 8-bit); Single-board computers (Embedded Linux); FPGA and CPLD; Processors (RISC, CISC); Peripheral equipment. DSP CPU.
Interfaces (I2C, PWM, SDIO, USB, WiFi, Ethernet, DCMI, RC6, LoRa WAN, MFR, Bluetooth, and others); Storage (ROM, DDRAM, DIM, etc.); Screens (TFT, LCD, OLED, etc.); Communication modules (LTE, 3G, GPRS); GPS, GLONASS; Gyroscope, Accelerometer, Magnetometer; and others.
MPLABX IDE (programming and debugging microcontrollers Microchip, MIPS); IAR Embedded workbench (programming and debugging microcontrollers ARM); QUARTUS (development environment for CPLD, FPGA — ALTERA/ XILINX); ECLIPSE (universal development environment for various systems); MATLAB.
Assembler; VHDL; VERILOG; C; C++; Python
Altium Designer: Design of circuits, and printed circuit boards or PCBs. Mentor Graphics: Design of circuits and PCBs, for distributed tasks. Electronics Workbench (electronic circuit simulation and design).
HTML 5 + CSS 3; React + Redux; Angular
Node.js; Python; .NET
Wordpress; Opencart; Woocommerce
Kotlin; Java
Tell us about your project. We respond to every inquiry within one business day. Really!