Embedded Development

ZedIoT provides comprehensive embedded development services, including PCB design, embedded software development, and embedded product development, with expertise across various industrial and medical industries.

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ZedIoT Embedded Development Service Map

ZedIoT has rich MCU development experience and embedded Linux/OpenWRT/FreeRTOS development experience, and provides integrated embedded software and hardware development services based on customer business needs.

Embedded Software Development

Development Scope

Operating system development

Driver

Development

Middleware development

Application Development

HCI app development

Using encryption algorithms to protect the security of data transmission and storage.

Designing and implementing secure communication protocols to prevent unauthorized access and attacks.

Providing identity authentication and authorization management functions to ensure the security.

Embedded Hardware Development

Circuit Design

Including various sensors, processors, memory, etc.

PCB Design

Including symbols for each circuit module.

Schematic Design

Creating clear circuit connection diagrams.

Microcontroller Development

Developing low-level driver programs

Prototyping

Completing the prototype construction of the entire embedded system to validate

Application of ZedIoT Embedded Development

Our expertise spans industrial, medical, automotive, and consumer goods.

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Consumer Electronics

Embedded development services for consumer electronics, including Android app development and more.

Smart Home

Smart home devices and software for home intelligence, with custom Tuya ecosystem products and Matter protocol.

Industrial Automation

Software support for industrial automation, including PLC programming and monitoring, with integrated edge computing.

Medical Electronics

Wearable health monitors R&D with low-power wireless and embedded software for medical devices such as blood analyzers.

Automotive Electronics

Designing and developing electronic control systems and software for vehicles to enhance their safety, comfort, and energy efficiency.

ZedIoT

Tech Expertise

System

MCU

ICT

Language

Security & Encryption

Encryption Algorithms

used to protect the security of data transmission and storage.

Secure Communication protocols

designed and implemented to secure communication protocols, preventing unauthorized access and attacks.

Identity authentication and authorization management

ensure the security of the system.

Explore Our Tech Team

How Our Embedded Team Works

Our embedded team's development process and how they assist our clients in pushing products to the market.

PCB Design

DEVICE DEVELOPMENT AND TEST

CLIENT ONSITE DEPLOY

Benefits of working with Us

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Quick Demo

Quickly validating customer product ideas to avoid risks and losses.

Comprehensive Service Mode

All aspects of embedded development. Start your business from anywhere.

High-Quality Local Supplier List

Access our list of local suppliers, streamlining the selection process.

Long-term Maintenance Services

Tailored long-term maintenance services available on demand.

Frequently Asked Questions

Embedded systems often require interaction with other components or systems. Embedded development entails integrating these systems with external devices, sensors, networks, or user interfaces to ensure smooth communication and interoperability within a larger system.

Embedded software development is the process of creating software for specialized computing devices that perform specific functions within larger systems. It involves tasks like writing code to control hardware, handling data processing, and providing user interfaces. This software is optimized for performance and used in various applications such as consumer electronics, automotive systems, and industrial machinery.

Common programming languages used in embedded firmware development include C, C++, and assembly language. C is the most widely used due to its efficiency, portability, and proximity to hardware. C++ is also popular for its object-oriented features and can be used alongside C in some cases. Assembly language is used for low-level programming and optimizing critical sections of code for performance.

An embedded engineer designs and creates small computing systems that perform specific tasks within larger devices. They write code to control these systems, test them for issues, and ensure they work well with other device parts. They also ensure the systems use resources efficiently and document their work for others to understand.