About

About Us

TYNER was founded in an era of rapid technological change. Our team brings more than 10 years of experience in electronic products and system integration. We are committed to delivering innovative, reliable technical solutions that help our clients stand out in a competitive market.

Values

Our Core Values

  • 01

    Innovative Design

    We keep pushing technical limits to design products with distinctive creativity and performance.

  • 02

    Fast Delivery

    Streamlined processes and flexible manufacturing keep projects on schedule.

  • 03

    Consistent Quality

    Rigorous testing and validation keep product quality consistently stable.

  • 04

    Custom Support

    We build the best-fit solution for each client's needs.

  • 05

    Entrepreneurial Spirit

    We embrace challenges, iterate fast and keep improving — bold to try and bold to break through.

Mission

Our Goals

Our mission is to create value through technology and drive industrial upgrading and smart transformation. With embedded systems, IoT, AI applications and firmware development at our core, we help businesses strengthen their product competitiveness.

In the short term, we focus on deepening our technology and modularizing our products; in the mid term, we aim to build a one-stop electronic product development platform; in the long run, we envision leading the convergence of smart manufacturing and green technology.

We believe that only through cross-disciplinary collaboration and continuous innovation can we truly deliver on our promise: “Empowering industry with technology, serving the future with quality.”

Contact

Contact Us

Past team development

Production-Line Monitoring Instruments

Full product-development experience across an instrument series — from measurement circuits and firmware to enclosures.

Our team previously developed a series of monitoring instruments installed on production lines, measuring voltage, grounding impedance, illuminance and more in real time. When an anomaly occurs, they raise an alarm and halt line equipment, while data is monitored and stored centrally over the network. The work covered multi-channel measurement circuits, touchscreen-interface and communication firmware, and enclosures designed to mount on the line.

Applications

Past product-development experience of our team. The product line has been discontinued, so model names are not disclosed.

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Proof of concept

Vision AI Streaming Surveillance

Give existing cameras real-time AI detection, viewable on PCs, phones and recorders at the same time.

Turn existing USB/IP cameras into an AI monitoring platform without replacing hardware. Detection results are overlaid on the live view in real time and can extend to recording, alerts and automation.

Applications

The action-recognition module is a demo interface; a model can be trained for your site and plugged in.

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Platform integration complete

Smart Locker IoT Platform

Card-swipe unlocking, real-time inventory and freshness tracking — one platform connecting physical lockers and a mobile app.

Lockers connect to the cloud platform through a standardized MQTT specification, so unlocking, pickups and credits sync to the app in real time. The platform estimates food freshness from storage time, temperature and humidity, and includes an ESG carbon-reduction dashboard.

Applications

The locker hardware was developed by a partner team; this project covered the cloud platform, app and dashboard.

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Research prototype

Road Animal Detection & Risk Alerts

Detect animals in driving footage and assess the danger level by size and distance in real time.

An image-recognition model detects 9 classes of road animals, then grades alerts into four levels by animal size and distance, so drivers can focus on what is truly dangerous.

Applications

Research prototype: a lightweight model; figures are from an evaluation on 86 test images. Dataset: Roboflow “road-animals”, CC BY 4.0.

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Solution design · In-house R&D

3D Digital Twin for Sensor Deployment

Before installing high-speed cameras and radar, see exactly where they go and what they can see — in 3D.

An interactive 3D scene shows each device's position, field of view and purpose, letting decision-makers confirm the plan before purchasing and installation and avoid costly rework from misplaced equipment.

Applications

In-house solution design; device positions are candidate placements and the demo data is procedurally generated.

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Embedded Systems

From sensor acquisition and control logic to network communication, we integrate functions into a stable embedded platform that runs reliably in the field.

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Network & System Monitoring

Track the status of devices, services and video streams in real time; get alerted when something goes wrong, with logs kept for troubleshooting.

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IoT

Field devices connect to the cloud over standardized protocols: data flows back in real time, commands go out instantly, and everything comes together on one dashboard.

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AI Service

We train image-recognition models for your site and turn the results into actionable severity levels and alerts that fit your existing workflow.

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PCB Design

From circuit planning and component selection to layout, we balance signal integrity, manufacturability and cost — supporting you from prototype to mass production.

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Firmware Development

Stable, maintainable firmware covering drivers, communication and control logic — fully tested before delivery.

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Network Service Management

We build and operate servers, containers and network services so your systems go live reliably and scale easily.

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Mechanical Design

Enclosure and internal mechanical design that balances thermal performance, assembly and manufacturability — taking electronics from prototype to finished product.

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