| IoE.Systems | eGlobalization | Industrial Internet of Things | Building Automation & Management | Smart Home | Services |
|---|---|---|---|---|---|
R&D of IoE - Internet of Everything | IoT - Internet of Things Solutions | Big Data | Web Robots | Web Apps
We are R&D (Research and Development) company and we've been developing IoE | IoT | BAS | BMS | Software | WEB solutions since 2000.
Our Development Portfolio and range is pretty wide: Electronics (HW) | Embedded Firmware (FW) | Software (SW) | Web-Applications | Cloud/Platform Solutions.
- Front-End, Back-End, GUI for custom Web Applications, Solutions and Systems
- Firmware - Embedded software for micro-controller realizing desired operations for IoT|IIoT|BAS|BMS
- Cloud, Platforms, Proxy Server software for Linux (local PC or Data Center servers)
- Search Engines/Robots for automated queries and "BIG Data" processing
- Software for PC Computers (various hardware and operating systems)
- Hardware - Electronic Controllers based on micro-controller + communication module (modem) for IoT|IIoT|BAS|BMS related solutions
Our IoE solutions may contain several systems:
- eCommerce - sales oriented solutions
- Building information modeling (BIM)
- HVAC Control
- Building Management System (BMS)
- Smart Home (SH)
- Internet of Things (IoT)
- eBigData - Big Data Solutions
- eGlobalization - Global Marketing Solutions
- Industrial Internet of Things (IoT)
- eBot - Customized Internet Robot/Engine for individual queries
- Building Automation (BAS)
- Smart Lighting
- Smart Metering
- Smart Parking
- Smart Bin
- Smart Sensors
- Asset Tracking
- Smart City
- Fleet Management
- Smart Security & Surveillance Systems
- Predictive Maintenance
- Smart Monitoring
We develop devices (hardware) and systems in many communication variants integrated each other.
Communication Interfaces
- RS-422, RS-485, UART, RS-232
- RF (SubGHz, 433MHz)
- BlueTooth
- GPS/GNSS
- Controller Area Network (CAN)
- Ethernet (LAN)
- GSM (2..4G, CATM1, NBIoT)
- LoRaWAN
- SPI/I2C - local interfaces
- WiFi (WLAN)
- Infrared (IR)
Hardware Development
We develop mostly micro-controller based devices, with communication module (tested and selected modem available on the market)
We use micro-controller chips (mostly Microchip, Espressif) for:
- use digital technology instead of analog
- protection against copying and reverse engineering possibility
- Enable Firmware upgrade and workarounds instead of hardware modifications
- maximize functionality and elasticity with minimal hardware
- hardware and analog part minimization
- size minimization
We use external RF modules (modems) for:
- Minimize RF development costs and time
- Conform with Network operator homologations
- Smaller space consumption
- Simplify PCB construction by moving RF part outside, and limit overall PCB costs, and manufacture technology
- Easy RF certification
Firmware Development
- We develop multi-vendor, encrypted bootloader for loading/upgrade firmware via main or auxiliary communication interface
- Multi-vendor protection requires the same vendor code (for: software | firmware | bootloader) and authorization to software (applications | server | cloud | proxy).
- In case of using invalid or cross-vendor codes, microcontroller chip become inoperable and may be permanently disabled or even damaged, which may also damage whole device's electronics
- We use multi-vendor protection code of firmware, against unauthorized selling and mixing products on different markets.
- We use low-level "C" programming language for easy migration (up-scale, down-scale code to different microprocessor manufacturers or family)
