TSPL & label-printing software
Prepare labels from product or order data, manage print layouts and send jobs to compatible printers. We check the printer model, connection and TSPL support before confirming compatibility.
Tauri desktop development
Desktop applications for local work and connected equipment
We build installed applications for jobs that need local data, offline operation or access to printers and machines. Tauri is our main desktop framework, with Python Tkinter used for selected utilities.
Application interface
Familiar screens built with web technologies
Tauri + Rust
Controlled access to native application capabilities
Local files & data
Printers & devices
Architecture illustration. Device support and permissions are defined for each project.
Specialist desktop software
Applications we build for the workstation
Software for physical-goods traders
Manage local buying and selling, stock records, prices and transaction history. These are operational tools for goods trading, such as a trading desk or warehouse.
Desktop invoicing applications
Create invoices and maintain customer and item records on a local computer. Printing, exports, backups and any later synchronisation are agreed as part of the workflow.
Offline encrypted wallets
Build local storage for personal documents, banking information and card details. Encryption, unlocking, recovery and backup behaviour need to be designed together around the intended use.
IoT machine interfaces
Give operators a desktop interface for connected equipment: status, settings and permitted actions. We work with your hardware team to establish protocols, command limits and failure behaviour.
Museum walkthrough applications
Present exhibit information and guided content on on-site computers or kiosks. Navigation, media, offline content and staff update workflows are shaped around the visitor experience.
Our primary framework
Why we use Tauri for desktop applications
Tauri combines a web-based interface with a Rust application core. It uses the operating system’s webview rather than bundling a complete browser engine, which can reduce the application’s distribution size.
It suits applications that need a modern interface alongside local files, operating system features or equipment connections. We select the required capabilities and test them on the agreed target platforms.
Tauri supports Windows, macOS and Linux. The systems included in your project depend on the users, drivers and hardware involved; support is confirmed in the scope.
Test the real workstation, not just the screen
Desktop software has to work with the equipment and conditions around it. These details are part of the build plan.
Hardware and connections
Confirm printer models, drivers, connection methods and command formats. For label printing, check the actual label size, alignment and output on the target printer.
Offline data and recovery
Define what stays on the computer, how it is backed up and what happens after a failed operation. Add synchronisation only where the workflow needs it.
Installation and updates
Agree installation permissions, packaging, signing requirements and the update process. Test upgrades against existing local data before release.
Need central monitoring alongside the local application? Explore our IoT dashboards and remote monitoring or web application development.
Desktop application development questions
When is a desktop application a better fit than a web application?
Desktop software is worth considering when the main workflow needs local equipment, operating system access or reliable offline use. A web application may be simpler when shared access from any browser matters most. Some projects need both.
Can you build a Tauri application for our label printer?
We can scope label-printing applications, including TSPL workflows. Share the printer model, connection method, label dimensions and a sample of the data to print. Compatibility needs to be checked with the actual equipment.
Does offline mean our data is automatically secure?
No. Keeping data local changes where it is stored, but the application still needs appropriate access controls, encryption and a backup and recovery plan. We agree these requirements for the data and users involved.
Can the desktop application exchange data with a cloud system?
Yes, where the project includes a suitable API and synchronisation design. We define which system owns each record, what happens while disconnected and how conflicting changes are handled.
Tell us what happens at the workstation
Include the operating system, any printers or machines involved, and what must keep working without an internet connection.