TG0 | Software toolbox

Our APIs allow our base algorithms to integrate with any applications, making it easy for our customers to access interaction data and customise sensing thresholds & interaction optimisation

Book a demo

APIs

Our APIs allow our base algorithms to integrate with any applications, making it easy for our customers to access interaction data and customise sensing thresholds & interaction optimisation

SDKs

We provide extensive SDKs, enabling development teams to work independently without requiring our constant guidance.

Create automated acquisition, analysis and data pipelines of reliable data for custom applications

Custom UIs

The TG0 tech architecture is an open medium and enables you to create custom interfaces for internal analysis or customer applications.

Open architecture

Easily import TG0 sensor data into other platforms and software for direct access and analysis

Custom data structure

TG0 provides you with libraries, SDKs and APIs that directly plug into your application offering the data

The TG0 SDK enables customers to read and understand usage data from TG0 smart surfaces that are deployed in their products

Acquire Data

Connect and communicate with the TG0 software enabled surfaces sensor

Record Data

Record the acquired data, analyse it independently or as part of the SDK package

Visualise Data

Use the data to visualise and show how the device is being used

Deformation sensing using smart polymers with structural interventions

With our proprietary algorithms that don't rely on traditional sensors, you can trust that our pressure and sensing data are always accurate

How it works

Surface: Over-moulded non-conductive flexible aspect material
Subsurface: Hollowed and overhang structures applied to injection-moulded conductive materials
Power: Simple mechanical electrical connections
Software: Advanced algorithms to detect pressure caused by internal deformation
Data and analytics: Data output of deformation easily importable to custom applications

System architecture built for scale

TG0 firmware has a flexible data and connectivity architecture. Depending on specific customer needs for communication, security, processing time, sensing thresholds and power, the platform offers full customisation.

Easy connectivity and physical integration

The TG0 sensing offering is underwritten by simple and easy integration of the sensing polymer layer into everyday arbitrary surfaces. All shapes, interactions and surfaces can be sensified to generate data.

Flexible system architecture

Our system architecture is flexible and part of our development service. We aim to deliver a robust architecture that enables easy integration, both in R&D stages and during live production environments.

How it works

Vendor Agnostic Libraries

Employing agnostic libraries and components enables deployment of TG0 firmware on any off-the-shelf capacitive sensing capable microcontroller with all major communication protocols supported.

All-in-one capacitive sensing firmware

Robust and reliable signal processing, calibration and thresholding allows for an all-in-one sensing approach for touch and pressure interactions in one capacitive microcontroller.

Low computational overheads

TG0 technology allows for advanced sensing with minimal hardware overhead, allowing for easy scaling up or down of the infrastructure to meet changing requirements.

Less power consumption

Using a single electric connection and microcontroller reduces power draw, minimises the number of required I/O ports, and lowers the overall bill of materials.

Our sensing technology firmware has successfully improved interaction patterns in the following industries

Automotive, Mobility, Healthcare, Gaming, Fitness and Consumer Electronics

Intelligent software enabling a new world of interactions

Build interactions never seen before into your physical products

Our proprietary software algorithms refine interaction patterns for various touch, pressure and sensing solutions. Explore what sensing solutions we can help you build

Deformation sensing

Enjoy complete freedom of design for 3D interactions, forms and shapes where simply physically deforming the surface allows you to create endless combinations of buttons, joysticks, switches, rockers, toggles and triggers.

Learn more

Tactile sensing

Based on capacitive sensing we can easily create touchpads, trackpads and other smart surfaces at a fraction of the cost of comparable solutions.

Learn more

Pressure mapping

Using off-the-shelf components and materials, our technology allows you to accurately map the pressure and force of surface contact for a deeper understanding of how a user is interacting with the product.

Learn more

Gesture and proximity recognition

Create fully multi-touch interfaces that combine traditional smart surface approaches with gestural and proximity sensing capability.

Learn more

Research-powered innovation

TG0’s technology stack is built upon the foundation of extensive experience and research in the field of plastics and signal-processing algorithms

TG0 technology was developed by leading AI and Machine Learning experts from Imperial College, London. TG0 continues to collaborate with researchers and business leaders to enhance the technology's efficiency and adapt it to solve real-world problems. With TG0, you can rely on proven, secure software with best-in-class reliability.

Research

With TG0, you can access a suite of software packages that seamlessly integrate with hardware products, enabling data transfer to other systems and supporting the creation of a unique digital ecosystem.

Proprietary algorithms

Data visualisation and analytics

Ongoing adaptation and improvement

Speak to our team of software experts

Book a meeting

Challenge the status quo with us.

Have an idea for a product, or a project need? Fill in the form and we’ll be in touch soon, or contact us directly via email at info@tg0.co.uk

Thank you! Your submission has been received!

Oops! Something went wrong while submitting the form. Please try again.

Cookie Consent

By clicking “Accept”, you agree to the storing of cookies on your device to enhance site navigation, analyse site usage, and assist in our marketing efforts. View our Privacy Policy for more information.

Deny