About Us

Rooted in Shenzhen, a vibrant hub of technological innovation, we are a high-tech enterprise specializing in the R&D and manufacturing of industrial-grade wireless communication technologies. We are more than just providers of wireless solutions; we are the core architects of the future connectivity ecosystem in the IoT era.

Today, as the Internet of Things (IoT) enters a phase of exponential growth, industrial applications demand unprecedented levels of stability, timeliness, and interference resistance from communication networks. The pain points of traditional networks—such as bandwidth bottlenecks, latency shortcomings, and insufficient networking flexibility—are becoming increasingly prominent.

To address these challenges, we delve deep into advanced technologies, directly targeting industry pain points. We have pioneered a disruptive yet practical communication architecture by deeply integrating decentralized, self-healing Intelligent Mesh Networking technology with a microsecond-responsive FPGA Hardware Acceleration Engine.

Leveraging this core technological advantage, we deliver unprecedented network resilience, bandwidth efficiency, and ultra-low latency for demanding scenarios such as industrial automation, smart cities, mission-critical applications, and emergency communications. Our mission, "Simplifying Complexity, Empowering Industries," is to transform cutting-edge communication technologies into accessible, reliable, and powerful productivity tools for our clients, co-creating an intelligent, interconnected future with our partners.

Technological Advantages: Beyond Connectivity

Intelligent Mesh Networking 2.0

Our proprietary Mesh protocol stack achieves true decentralization and dynamic self-healing. If any node in the network goes offline, traffic is rerouted in milliseconds, ensuring uninterrupted service.

  • Dynamic Topology & Intelligent Routing
  • Seamless Roaming for High-Speed Mobile Nodes
  • Multi-Band/Multi-Link Aggregation

FPGA Hardware Acceleration Engine

We offload critical functions like packet forwarding, QoS scheduling, and encryption/decryption from the CPU to FPGAs, achieving microsecond-level processing latency for real-time applications.

  • Microsecond-Level End-to-End Latency
  • Deterministic Data Processing
  • Hardware-Level Customization for Private Protocols

Industrial-Grade Reliability by Design

Our products are built for harsh environments. From component selection to mechanical design, we adhere to industrial-grade standards to ensure 24/7 stability in extreme temperatures, humidity, and vibrations.

  • Wide Operating Temperature (-40°C to +85°C)
  • IP67 Dustproof & Waterproof Design
  • Multiple Circuit Protection (TVS/ESD)

In-Depth Customization: Your Dedicated R&D Partner

Joint Product Definition (JDP)

We are more than just executors. Our expert team works with you to analyze market and application scenarios, jointly defining the most competitive product features and specifications.

Full-Stack Customization (OEM/ODM)

We offer one-stop, full-stack development services, from hardware schematics, PCB layout, and structural design to embedded firmware, drivers, and management software.

Agile Development & Rapid Iteration

We use an agile development model to deliver rapid prototypes, allowing you to see a product concept quickly and make fast adjustments based on market feedback to seize opportunities.

Our Elite Team: The Driving Force of Innovation

Senior R&D Background

Our core team members come from top-tier communication firms and research institutions, with over a decade of average experience in wireless protocols, RF circuits, and embedded systems.

Extensive Field Experience

Our technology has been successfully deployed in complex scenarios like drone swarms, smart mining, port automation, and emergency communications, accumulating invaluable industry know-how.

Customer-Centric Culture

We believe in growing with our clients. We treat every partnership as a deep technological exploration. Your success is our greatest measure of value.