Blog for all barKoder's barcode scanner SDK related stuff

This section presents a performance and feature comparison between barKoder’s WebAssembly-based SDK and various popular open-source barcode scanning libraries, highlighting differences in speed, accuracy, supported symbologies, and browser compatibility.

China is the world leader in offline mobile payments, largely driven by QR code scanning technology. These payments are widely used for in-store purchases, public transport, vending machines, and peer-to-peer transactions.

Whether you're scanning passports, ID cards, or visas, you'll notice a clear boost in speed and responsiveness — especially on mobile and embedded devices. This performance leap means faster user interactions, smoother workflows, and less time spent waiting for results.

Discover a new dimension in barcode scanning with barKoder’s latest innovation—Augmented Reality (AR) integration. This cutting-edge feature transforms traditional scanning into a smarter, more intuitive experience, allowing users to visualize and interact with data like never before. Say goodbye to guesswork and hello to precision, speed, and futuristic functionality in every scan.

​The barKoder SDK version 1.6.4, introduces several enhancements to its barcode scanning capabilities. 

The Postal Service uses automated equipment that reads the barcode to process and sort mail.

Estimates of American and global smartphone owners scanning QR codes for payments or other uses in 2019 and 2020, along with forecasts from 2020 to 2025.

Measuring the performance, scanning damaged, low-resolution and blurred barcode samples

Placeholder is happy to announce that the long-awaited support for Python library

Starter barcode scanning app example with VueJS

QR Code or barcode-based payments thrive via mobile barcode scanning