Industrial/IoT/Consumer Electronics · Real-Time Stability · Cross-Chip Support

Embedded Software Development is designed for enterprises "needing to intelligentize hardware devices and meet real-time control/data interaction requirements", covering industrial control, IoT, consumer electronics, and automotive electronics. Unlike general software development, we deeply integrate with hardware characteristics (sensors, controllers, chips) to offer end-to-end services: hardware requirement analysis → driver development → system porting → testing & debugging → mass production support. It supports global chips (TI, STMicroelectronics, NXP) and real-time operating systems (RTOS, Linux), ensuring low power consumption and high reliability (failure rate ≤0.1%). Delivered in 3-6 months with 1 year of free technical support, it solves pain points like "hardware-software incompatibility, slow real-time response, and industrial environment mismatch".

1. Hardware Collaboration & Requirement Analysis

• Hardware Feature Breakdown: Collaborate with hardware teams to analyze core device parameters (processor model, interface type, power requirements, operating temperature range), delivering Embedded Software Requirement Specification;
• Cross-Chip Compatibility Planning: Develop chip/OS adaptation solutions (e.g., industrial control software based on TI AM335x, compatible with AWS IoT Greengrass);
• Function Scope Confirmation: Define core software functions (data acquisition, real-time control, remote communication, fault diagnosis), distinguishing self-developed modules (custom drivers) from reusable components (general communication stacks).

2. Custom Development & Testing Delivery

• Full-Stack Embedded Development:

3. Support & Iteration

• Technical Support: 1 year of free online/on-site support (resolving software faults like crashes, data transmission interruptions) with ≤4-hour response time;
• Version Iteration: Offer software updates for hardware upgrades (chip replacement) or function expansion (adding AI recognition modules) to ensure compatibility;
• Documentation Delivery: Provide complete source code (with comments), drivers, test cases, and user manuals for enterprise self-maintenance and secondary development.

4. Target Scenarios

• 1. Industrial Control: E.g., "intelligent PLC controller embedded software" (supporting logic control, analog acquisition, industrial bus communication), "CNC machine motion control software" (high-precision trajectory planning);
• 2. IoT Devices: E.g., "smart sensor data acquisition software" (real-time temperature/pressure collection, cloud reporting), "smart lock control software" (fingerprint recognition, remote unlocking, low-power management);
• 3. Consumer Electronics: E.g., "smart home controller software" (compatible with multi-brand appliances, voice control & scene linkage), "portable medical device software" (glucose meter data processing & Bluetooth transmission);
• 4. Automotive Electronics: E.g., "in-vehicle infotainment software" (navigation, music, V2X communication), "EV BMS (Battery Management System) software" (battery status monitoring, charging safety).