In manufacturing, staying ahead of the curve and meeting industry standards requires continuous improvement and modernization. At LANARS, we excel in tackling complex engineering challenges through the development and implementation of cutting-edge IT solutions. Our hardware and software development services are tailored to address the specific needs of the manufacturing sector, enabling companies to optimize their processes, enhance productivity, and achieve operational excellence.
Our hands-on experience with leading technologies empower us to drive the improvement of technical processes, facilitate the creation of smart factories, and enable the automation of production. Through our development services, we deliver transformative solutions that revolutionize the manufacturing industry, unlocking enhanced performance and efficiency. With a deep understanding of industry requirements, we harness cutting-edge technologies such as IoT, AI, and automation to optimize manufacturing workflows, streamline operations, and drive sustainable growth.
To navigate the digital transformation journey seamlessly, without stress, time loss, or additional costs, it is vital to choose an experienced partner in digitalization. At LANARS, we bring extensive expertise in development, offering key suggestions to ensure the success of your project:
The application of relevant IIoT technologies allows us to create custom solutions for any specific situation in the manufacturing industry.
We provide painless cloud migration services for scaling manufacturing companies, improving supply chains, and cost reduction.
Strategic approach is the key to offering only suitable solutions that will surely match the company’s purposes. Audit, research, and development — we create the technology strategy for manufacturing companies to help them benefit from innovations.
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
Tell us about your project. We respond to every inquiry within one business day. Really!