IoT · Engineering Services for Businesses

Integrated IoT Hardware and Software Development

Engineering services for device manufacturers, product teams and system integrators, covering acquisition hardware, embedded firmware, connectivity, gateways, IoT platforms and applications, with testing, pilot-production and deployment support.

Devices and GatewaysFirmware and communicationsPlatforms and ApplicationsTesting and trial production

Development Scope from Devices to Applications

  1. Perception and HardwareSensor, acquisition, interface, power supply and main control board
  2. Firmware and connectivityDriver, control, protocol, network provisioning and message
  3. edge gatewayProtocol conversion, caching, rules and site management
  4. Platforms and ApplicationsDevice management, data, alarms and clients
  5. Testing and trial productionException verification, production testing, tooling and production materials
  6. Deployment and operationRelease, monitoring, backup and recovery

Engineering Services

Select services according to equipment functions, system interfaces and delivery responsibilities. For each item, you can enter the details to view input, delivery information and acceptance methods.

Hardware and Data Acquisition Devices

Hardware and Data Acquisition Devices

Multi-Sensor Data Acquisition Device Development

Integrate temperature, humidity, pressure, level and vibration sensors, with sampling, timestamps, storage and data reporting.

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Hardware and Data Acquisition Devices

4–20 mA / 0–10 V Analog Input Board Development

Design signal conditioning, protection, ADC interfaces and calibration procedures, then verify range, channel count, sampling rate and measurement error.

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Hardware and Data Acquisition Devices

Digital Input and Relay Control Board Development

Implement digital inputs, pulse counting, relay outputs, status feedback and recovery from abnormal states.

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Hardware and Data Acquisition Devices

RS-485, CAN and Ethernet Communication Board Development

Add communication interfaces to existing controller boards, including transceivers, isolation, protection, drivers and board-to-board integration testing.

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Hardware and Data Acquisition Devices

Battery-Powered Low-Power Data Acquisition Device Development

Develop scheduled sampling, event-driven wake-up, sleep modes, batched reporting and battery monitoring.

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Hardware and Data Acquisition Devices

Custom IoT Controller Board and PCB Development

Develop schematics, PCB layout, prototypes and board bring-up for the controller, memory, power and communication circuits.

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Embedded Firmware and Device Security

Communication Protocols and Wireless Connectivity

Communication Protocols and Wireless Connectivity

Modbus RTU and TCP Protocol Development

Implement register reads and writes, data conversion, exception codes and timeout handling from the register specification.

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Communication Protocols and Wireless Connectivity

CAN Device Protocol Integration

Implement frame parsing, transmission, heartbeat handling and error-state processing from the customer's message specification.

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Communication Protocols and Wireless Connectivity

BLE Device Connectivity and Network Provisioning

Develop GATT services, device discovery, connection handling, parameter configuration and data synchronization.

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Communication Protocols and Wireless Connectivity

Wi-Fi Device Connectivity and MQTT Integration

Implement network provisioning, connection status, MQTT topics, message encoding and decoding, authentication and reconnection.

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Communication Protocols and Wireless Connectivity

4G and NB-IoT Module Connectivity Development

Integrate network registration, data connections, reporting, reconnection and status diagnostics for the specified cellular module.

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Communication Protocols and Wireless Connectivity

LoRa Node and Gateway Communication Development

Select a custom point-to-point protocol or LoRaWAN, then implement node acquisition, communication, network joining and gateway forwarding.

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Edge Gateways and Existing Equipment Integration

Edge Gateways and Existing Equipment Integration

Serial-to-Ethernet and Cellular Gateway Development

Connect UART or RS-485 equipment to Ethernet or cellular networks, with transparent forwarding, connection settings and status monitoring.

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Edge Gateways and Existing Equipment Integration

PLC and Industrial Equipment Data Acquisition

Acquire equipment status, operating parameters and alarms using the supplied protocols, I/O tag lists and access permissions.

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Edge Gateways and Existing Equipment Integration

Modbus-to-MQTT Protocol Gateway Development

Map registers to platform fields, MQTT topics and commands, including polling, write results and exception handling.

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Edge Gateways and Existing Equipment Integration

Gateway Offline Buffering and Resumable Data Uploads

Implement persistent queues, message sequence numbers, resumable uploads, deduplication and storage-capacity policies.

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Edge Gateways and Existing Equipment Integration

Edge Rules and Local Automation Development

Run thresholds, time conditions and device coordination at the gateway, with defined behavior during disconnection and faults.

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Edge Gateways and Existing Equipment Integration

Gateway Remote Configuration and Application Management

Develop gateway enrollment, remote configuration, service status, log retrieval and application updates.

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IoT Platforms and Client Applications

Testing, Manufacturing and Operations

Testing, Manufacturing and Operations

Device Simulators and Protocol Test Tools

Simulate device data, responses and malformed messages for interface regression and load testing at an agreed scale.

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Testing, Manufacturing and Operations

Weak-Network, Power-Loss and Long-Duration Testing

Test disconnection, reconnection, power-loss restart, buffer recovery, duplicate messages and resource usage over time.

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Testing, Manufacturing and Operations

Power Consumption, Temperature Rise and EMC Pre-Compliance Testing

Define operating modes and measurement points, recording power consumption, temperature rise and relevant EMC pre-compliance findings.

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Testing, Manufacturing and Operations

Firmware Programming, Production Test and Device Provisioning Fixtures

Develop firmware programming, functional tests, serial-number or certificate provisioning and result uploads.

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Testing, Manufacturing and Operations

Pilot Production Introduction and Manufacturing Documentation

Review manufacturability and testability, document assembly, inspection, revisions and component alternatives, and track pilot-production issues through retesting.

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Testing, Manufacturing and Operations

Platform Deployment, Monitoring, Backup and Recovery Setup

Deploy the agreed environment and configure monitoring, logs, alarms, backups and recovery procedures.

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Starting an Enterprise IoT Project

Project Information
Provide device model, interface protocol, existing code or design, target functionality, network and power supply conditions, deployment quantities, and planned milestones.
Project Stages
Confirm requirements and interfaces, verify key links, and then implement module development, system integration testing, testing and stage delivery.
Delivery Scope
Select design materials, firmware, source code or deployment packages, API, prototypes, test tools and maintenance documents by project.
Costs and Dependencies
Prototype materials, cloud resources, SIM traffic, third-party licenses, laboratory and certification fees, on-site work and operation and maintenance deadlines are confirmed separately.

Frequently Asked Questions

Can we only develop hardware or only platform?

It can be split according to hardware, firmware, protocol, gateway, platform, application or test. First, clarify the interfaces, data and upstream and downstream integration testing responsibilities of existing modules.

How to add networking capabilities to existing equipment?

Depending on the interface, power supply, installation space and original firmware, you can choose to add a communication board, external acquisition terminal, protocol conversion gateway or modified motherboard.

How to determine development costs and cycle?

Based on the evaluation of equipment and system foundation, functions, interfaces, prototype iterations, third-party cooperation and acceptance requirements, the workload, deliverables and nodes are clarified by stage.

Discuss Your Project

Define the Scope with Your Device and Interface Information

Please provide target functions, existing equipment or code, interface protocols, deployment environment and planned milestones to facilitate assessment of workload and stage delivery arrangements.

Discuss IoT Development
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