ZedIoT builds connected products and AIoT systems from device to cloud
ZedIoT is a connected product engineering and AIoT systems company. We help equipment manufacturers, product companies, and operations teams develop smart hardware, embedded firmware, edge gateways, private IoT platforms, applications, and practical AI workflows from feasibility and prototype through production release and continued iteration.
Make connected products useful, supportable, and ready to evolve
ZedIoT helps equipment manufacturers and product teams turn physical devices into maintainable connected products and AIoT systems. We connect embedded engineering, edge connectivity, cloud software, applications, and practical AI around the real operating workflow.
Architecture follows the device, environment, users, network, service process, and business responsibility.
Source, diagnostics, deployment, data boundaries, documentation, and support responsibilities remain explicit.
Feasibility, prototype, pilot, production release, and later versions are tied to observable acceptance evidence.
One engineering team across hardware, firmware, edge, cloud, applications, and AI
ZedIoT brings product managers, embedded and hardware engineers, cloud and application developers, AI engineers, test support, and delivery coordination into one project team. This reduces handoff gaps when a connected product spans several technical layers.
HQ Beijing: Room 215, 2F, Building 102, No. 28 Xinjiekouwai Street, Xicheng District, BeijingZhengzhou R&D Center · Shanghai Office
1177 6th Ave, 5th FLR, New York, NY 10036
3 Albert Coates Lane Melbourne VIC 3000
Built through connected-product delivery, expanded with practical AI
ZedIoT grew from embedded systems and device connectivity into gateways, private IoT platforms, field operations, and AI-enabled products. Each stage added reusable engineering knowledge for taking connected systems beyond a demonstration and into sustained operation.
Built on Shinetech Software's engineering foundation, established in 2001.
IoT Development Center formed
ZedIoT began as Shinetech Software's dedicated IoT Development Center, focusing on connected devices, embedded systems, gateways, and IoT applications.
ZedIoT Platform 1.0 released
The first platform release created a reusable foundation for device connectivity, remote monitoring, alerts, dashboards, and IoT application delivery.
Independent subsidiary operations
ZedIoT began operating independently as Shinetech Software's IoT-focused subsidiary, with dedicated product, engineering, delivery, and customer-support capabilities.
ZedIoT AI Platform 2.0 released
The platform expanded into AI workflows, intelligent device operations, edge integration, voice and vision capabilities, and business-system automation.
ZedIoT has developed connected products and IoT systems across multiple technology cycles.
Experience spans industrial, retail, logistics, buildings, energy, healthcare, and smart-device scenarios.
Hardware, firmware, gateways, platforms, applications, AI workflows, and operational handoff can be planned together.
What ZedIoT can design, build, and deliver
A project can cover one technical layer or the complete connected-product system. We are most useful when device behavior, edge connectivity, cloud software, AI, user workflows, and production support must work together.
Embedded and firmware
MCU, ESP32, embedded Linux, OpenWrt, RTOS, drivers, OTA, protocol integration, diagnostics, and device control.
Explore serviceEdge connectivity and platforms
Gateways, MQTT, Modbus, BLE, Zigbee, LoRaWAN, device models, rules, alarms, APIs, dashboards, and private deployment.
Explore serviceAI applications and edge intelligence
AI agents, RAG, voice interaction, computer vision, TinyML, and automated workflows connected to products and operations.
Explore serviceSmart hardware and productization
Module selection, PCBA review, sensors, power, enclosure constraints, prototype validation, and manufacturing handoff support.
Explore serviceArchitecture choices shaped by how equipment operates
Industrial sites, retail chains, logistics operations, buildings, healthcare devices, and energy systems have different connectivity, reliability, security, and support requirements. We design around those field constraints instead of applying one generic architecture.
Industrial IoT
Machine connectivity, edge gateways, condition data, alarms, maintenance workflows, and operational dashboards.
Healthcare IoT
Connected equipment, device records, controlled data workflows, remote service, and product-support integration.
Smart home and buildings
Device onboarding, gateways, automation, sensing, mobile control, energy, and multi-product integration.
Energy and equipment management
Metering, equipment health, refrigeration, site alerts, reporting, and service workflows for distributed assets.
A staged delivery process from feasibility to production
Define the operating goal and constraints
We clarify the target equipment, users, environment, integrations, risks, and success criteria before deciding what to build.
Design the device-to-cloud architecture
The team assigns responsibilities across hardware, firmware, edge, cloud, applications, AI, data, and external systems.
Validate the highest-risk path
A prototype or pilot tests representative devices, data, network conditions, exception handling, permissions, and field workflows.
Release with operational evidence
Handoff can include acceptance records, deployment guidance, diagnostics, monitoring points, documentation, and an iteration backlog.
Engineering controls for reliable field operation
A connected system is reliable only when devices behave as expected, data remains usable, failures can be diagnosed, workflows handle real exceptions, and support teams can maintain the system after launch.
Architecture and risk review
Interfaces, protocols, data paths, security boundaries, AI behavior, and deployment choices are reviewed against field risks.
Testable acceptance criteria
Milestones map to observable device behavior, data quality, exception handling, user workflows, and integration evidence.
Diagnostics and maintainability
Logs, diagnostics, documentation, update paths, and support ownership are planned so the system can be operated after launch.
Selected projects show how the engineering layers work together
Our published cases describe the operating problem, technical path, and delivered workflow without relying on generic capability claims. They show how devices, edge logic, platforms, applications, and field operations are combined for a specific business setting.
Explore the case libraryMulti-site equipment, energy, maintenance, security, and store operations managed through one SaaS workflow.
Read case studyIndustrial gas detectionLegacy detector connectivity, real-time multi-zone alerts, dashboards, and field response workflows.
Read case studyPrecision sensor arrayHardware, calibration, acquisition, and application logic combined for production equipment.
Read case studyQuestions about working with ZedIoT
Direct answers about our engineering scope, delivery model, project fit, and company background.
What does ZedIoT specialize in?
ZedIoT specializes in connected products and AIoT systems, including embedded firmware, smart hardware, edge gateways, private IoT platforms, device-cloud integration, web and mobile applications, AI agents, voice AI, computer vision, and production handoff.
Can ZedIoT deliver hardware, firmware, cloud software, applications, and AI in one project?
Yes. A project can combine module and PCBA support, embedded firmware, gateway software, cloud services, IoT platforms, web or mobile applications, and AI workflows. The exact scope is defined around the product architecture and the customer's existing team.
Can ZedIoT work with an existing device or IoT platform?
Yes. ZedIoT can extend an existing product through protocol integration, gateway development, cloud APIs, private platform modules, diagnostics, mobile or web applications, and AI capabilities without requiring a complete rebuild.
Can ZedIoT support projects after the prototype?
Yes. Work can include feasibility review, prototype, pilot, release, deployment handoff, diagnostics, documentation, and long-term iteration.
How does ZedIoT reduce delivery risk?
The team reviews architecture and field constraints early, validates the highest-risk path with representative devices and data, defines observable acceptance criteria, and plans diagnostics, documentation, and update paths before rollout.
What type of company is ZedIoT?
ZedIoT is an independently operated, IoT-focused subsidiary of Shinetech Software. It began as Shinetech's IoT Development Center in 2011 and now operates with dedicated product, engineering, delivery, and customer-support capabilities.
Where are ZedIoT delivery teams located?
ZedIoT lists delivery centers in Beijing, Zhengzhou, and Shanghai, plus offices in New York and Melbourne for international project communication.
Discuss the next stage of your connected product
Share the equipment, current architecture, target workflow, field constraints, and expected delivery stage. We can help identify whether the practical next step is an architecture review, prototype, pilot, integration, or full product delivery.
- AI + IoT product architecture review
- Hardware, firmware, cloud, and application integration
- Prototype planning and production support