Embedded Files
📡 IoT Connectivity & Data Visualization
We deliver end-to-end IoT solutions that connect embedded systems to cloud infrastructure and user interfaces. Using GSM/GPRS modules like SIM900, we enable secure TCP/IP-based data transmission over mobile networks. Our server-side architecture receives, stores, and visualizes data in real time, empowering industries with actionable insights and remote diagnostics.
🔧 Key Functions:
GSM/GPRS Data Transmission
▶️ SIM900 module integration
▶️ AT command–based TCP/IP configuration
▶️ Mobile network data plan optimization
Server-Side Architecture
▶️ TCP/IP socket server development
▶️ RESTful APIs for device-server communication
▶️ SQL/NoSQL database integration
Real-Time Visualization
▶️ Web-based dashboards and mobile-friendly UIs
▶️ Live monitoring of EV subsystems and industrial sensors
▶️ Analytics and alert systems for predictive diagnostics
🧩 Application-Specific Embedded Solutions
We engineer embedded systems tailored to specific applications across electric mobility, industrial automation, and IoT connectivity. Each solution is designed for performance, compliance, and real-time responsiveness, integrating sensors, actuators, communication protocols, and control logic, and custom hardware platforms optimized for its domain.
🧠 Technologies Used:
▶️ Programming Languages: C, Embedded C, VC++, C#
▶️ Architecture & Standards: AUTOSAR - Classic , ISO 26262
▶️ Communication Protocols: CAN, J1939, PLCC, Modbus, RS-232, RS-485, I2C, Ethernet, TCP/IP, UDP, SPI, UART, GSM/GPRS
▶️ Code Configuration Tools: EB Tresos for MCAL, C4K for BSW
▶️ Microcontrollers: Infineon, NXP, Renesas, Texas Instruments
▶️ Operating Systems: RTOS, Windows
▶️ Version Control: Git, SVN
▶️ Development Tools: KEIL, e2Studio, Code Composer Studio, SiLab, MPLAB, AURIX Development Studio, BIFACES, Microsoft Visual Studio, OrCAD, CI/CD, MATLAB, CDT-Stand-alone-debugger
▶️ Testing Tools: PCAN-View, Hercules, Logic analyzers, Oscilloscope, JTAG and Simulators, Wireshark, Hyper Terminal
▶️ Application-Specific Hardware Development: Custom embedded platforms including microcontroller selection, schematic design, PCB layout, sensor/actuator integration, and power management — optimized for automotive, industrial, and wireless applications.
▶️ Application-Specific Bootloader Development:
We design custom bootloaders that enable secure and reliable firmware updates across automotive and industrial MCUs.
Our solutions support multiple communication protocols including CAN (UDS), UART, Ethernet, and GSM, ensuring flexibility in deployment.
Each bootloader is engineered with memory mapping, checksum validation, and watchdog recovery for compliance and fault tolerance.
We integrate bootloaders seamlessly with Windows-based flashing tools, providing a complete ecosystem for diagnostics and firmware management.
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