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Automation • Open details

Routine automation platform

Automation using NFC/QR and messenger workflows.

Automation NFC & QR Messengers
Public project link
Routine automation platform
Problem

Many everyday actions are repetitive, manual, and easy to forget, whether at home or in business environments. These routines often require extra tools, apps, or communication steps that slow people down.

Solution

TrigGoApp connects physical locations and objects with digital actions using NFC tags and QR codes. A simple scan triggers predefined server-side workflows such as updating lists, sending messages, or calling external APIs.

Outcome

Routine actions are reduced to a single scan, removing friction, minimizing manual input, and enabling consistent execution of everyday tasks.

Key features

Core capabilities focused on automation, flexibility, and ease of use.

QR code support

Generate and use QR codes that link physical objects or locations to digital actions.

NFC tag integration

Write and read NFC tags to trigger workflows with a simple tap.

URL-based actions

Each tag resolves to a URL processed by the server to determine and execute actions.

Flexible action types

Support for multiple action types such as messaging, API calls, and notifications.

Messenger integration

Actions can be duplicated into messengers for visibility and quick interaction.

Extensible architecture

Designed to support additional messengers and integrations without reworking the core system.

Business and real-world use cases

Examples of how physical tags can trigger automated workflows in everyday and operational scenarios.

NFC and QR tags placed in a physical environment
Physical tags placed in key locations to trigger automated actions.
Scanning a QR code with a mobile device
A simple scan replaces manual steps and separate applications.
Automation workflow connecting tags and messaging
Scanned tags are processed server-side and routed to the appropriate workflow.

How it works

From physical tag to automated action in a few simple steps.

Step 1
Create a tag

A tag is created in the system and linked to one or more predefined actions.

Step 2
Assign to NFC or QR

The tag data is written to an NFC chip or encoded into a QR code.

Step 3
Place in context

Tags are placed in relevant physical locations where actions are typically triggered.

Step 4
Scan and execute

Scanning the tag opens a URL, which the server processes and executes the linked actions.

Results and value

Practical outcomes achieved through routine automation.

Reduced manual effort

Routine actions are completed with a single scan instead of multiple steps.

Consistent execution

Standardized workflows ensure actions are performed the same way every time.

Shared visibility

Messenger integrations keep all participants informed and in sync.

Broad applicability

Suitable for personal use as well as operational and business scenarios.

Product interface

Minimal interfaces focused on scanning, actions, and server-side processing.

TrigGoApp main interface
Scan-first experience
The application is designed around scanning NFC tags and QR codes, keeping the user interface lightweight and distraction-free.
Tag management interface
Tag and action setup
Each tag is linked to one or more actions that are executed when the associated URL is opened.
Messenger interaction example
Messenger interaction
Actions can be mirrored into messengers, allowing quick feedback and one-click interactions.

Project scope

Areas covered during design and development.

NFC and QR code handling
Server-side action processing
Messenger integration (Telegram)
PWA-based client application
Minimal and focused user interface
Extensible integration architecture

FAQ

Common questions about the platform and its usage.

Is TrigGoApp limited to shopping lists?

No. Shopping lists are just one example. The platform is designed for a wide range of personal and business automation scenarios.

Does the app require installation?

The application is implemented as a PWA and can be used directly in the browser or installed on a device if needed.

Which messengers are supported?

Currently, Telegram is supported. The architecture allows additional messengers to be added in the future.

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