Highly accurate barcode scanning solutions for government

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Greatly enhancing Efficiency and Security in Government Operation apps

Barcodes are used in various ways in the government and public sector to improve efficiency and accuracy in a range of applications. Here are some examples of how barcodes are used in this sector:

  1. Identification and security: Barcodes are used to identify and track individuals, vehicles, and assets, such as equipment and inventory. For example, barcodes can be used on government-issued IDs, driver's licenses, passports, and visas to quickly verify identity and reduce fraud.
  2. Document tracking: Barcodes are used to track documents, such as legal and financial records, court documents, and medical records. By scanning barcodes on documents, government agencies can quickly retrieve information and reduce the risk of errors and loss.
  3. Elections: Barcodes are used in election systems to ensure accuracy and security in the voting process. For example, barcodes can be used on ballots to track individual votes and ensure that only authorized individuals are allowed to vote.
  4. Transportation: Barcodes are used to track vehicles and improve traffic management. For example, barcodes can be used on parking tickets, toll tickets, and license plates to quickly identify vehicles and track their movements.
  5. Asset management: Barcodes are used to track equipment and inventory in government and public sector organizations, such as hospitals, schools, and military bases. By scanning barcodes on equipment and inventory, organizations can track their location, usage, and maintenance schedules.

In the government and public sector, various types of barcodes can be used, including:

PDF417: This 2D barcode can store a large amount of data and is used for a variety of applications, including driver's licenses, passports, and government ID cards;

Code 39: This 1D barcode is often used in the military and government for asset tracking and inventory management;

Code 128: This 1D barcode is used in the shipping and logistics industry for tracking packages and shipments;

DataMatrix: This 2D barcode is used in the healthcare industry for tracking medications and medical devices;

QR Code: This 2D barcode is used by government agencies for various applications such as event ticketing, mobile payments, and voter registration;

Interleaved 2 of 5: This 1D barcode is used in the postal industry for tracking mail and packages;

Codabar: This 1D barcode is used by the Department of Defense for various applications such as library books, blood bank donations, and FedEx airbills;

UPC-A and EAN-13: These 1D barcodes are used by government agencies for tracking and managing inventory of products in retail stores.

These barcode types are utilized for various applications in the government and public sector, including asset tracking, inventory management, identification cards, tracking packages and shipments, event ticketing, mobile payments, voter registration, and more.

Barcodes are an important tool for improving efficiency and accuracy in the government and public sector, enabling organizations to streamline operations, reduce errors, and provide better service to citizens.

Mobile barcode reading is used in the government and public sector in various applications to improve efficiency and accuracy. Here are some examples of how mobile barcode reading is applied in this sector:

  1. Identification and security: Mobile barcode reading is used to quickly verify the identity of individuals and reduce the risk of fraud. For example, mobile barcode scanners can be used by border patrol agents to scan passports and visas at checkpoints.
  2. Document tracking: Mobile barcode reading is used to track documents, such as legal and financial records, court documents, and medical records. By scanning barcodes on documents using a mobile device, government agencies can quickly retrieve information and reduce the risk of errors and loss.
  3. Elections: Mobile barcode reading is used in election systems to ensure accuracy and security in the voting process. For example, mobile barcode scanners can be used to scan barcodes on ballots to track individual votes and ensure that only authorized individuals are allowed to vote.
  4. Transportation: Mobile barcode reading is used to track vehicles and improve traffic management. For example, mobile barcode scanners can be used by parking enforcement officers to scan barcodes on parking tickets and track the location and status of parked vehicles.
  5. Asset management: Mobile barcode reading is used to track equipment and inventory in government and public sector organizations, such as hospitals, schools, and military bases. By scanning barcodes on equipment and inventory using a mobile device, organizations can track their location, usage, and maintenance schedules.

Mobile barcode reading can be integrated with various systems, such as asset management systems, document management systems, and election systems, to provide real-time data and enable government agencies to optimize their operations.

Mobile barcode reading provides the government and public sector with a powerful tool for improving efficiency, accuracy, and security, enabling organizations to streamline operations, reduce errors, and provide better service to citizens. By providing accurate and reliable data, mobile barcode reading enables government agencies to make informed decisions and deliver high-quality services to citizens.

Supported Platforms

Android

  • Android 8 and above
  • Supported ABI: arm64-v8a, armeabi-v7a, x86, x86_64
  • Kotlin and Java
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iOS

  • iOS 10 and above (iOS 15 and higher recommended)
  • Supported ABI: arm64 & x86_64
  • Swift and objective C
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Supported Frameworks

.NET Maui

Barcode Scanner SDK is fully compatible with .NET MAUI, the modern framework that enables you to create native mobile apps for iOS and Android using C# and .NET. With the barKoder plugin for .NET MAUI, you can easily integrate powerful barcode scanning functionality into your cross-platform applications, delivering a seamless experience across both operating systems.

Flutter

Barcode Scanner SDK is fully compatible with Flutter, the popular UI toolkit that allows you to build natively compiled applications for iOS and Android using the Dart programming language. With barKoder’s Flutter plugin, you can seamlessly integrate high-performance barcode scanning into your mobile apps, providing a consistent and reliable experience across both platforms.

React Native

Barcode Scanner SDK is fully compatible with React Native, the popular framework that allows you to build native mobile apps for iOS and Android using JavaScript and React. By incorporating the barKoder plugin into your React Native projects, you can easily add robust barcode scanning capabilities, delivering a consistent and high-performance experience across both platforms.

Cordova

Barcode Scanner SDK is fully optimized for Cordova, the leading framework for building cross-platform mobile apps using HTML, CSS, and JavaScript. With barKoder’s barcode library seamless integration, you can implement robust barcode scanning in both iOS and Android apps through Cordova.

Capacitor

Barcode Scanner SDK is designed to work seamlessly with Capacitor, a modern framework that enables you to build cross-platform apps for iOS, Android, and Progressive Web Apps (PWA) using web technologies. With barKoder’s integration, you can easily implement advanced barcode scanning across all these platforms, ensuring a consistent and reliable user experience.

NativeScript

Barcode Scanner SDK is fully compatible with NativeScript, the powerful framework that allows you to build native mobile apps for iOS and Android using JavaScript, TypeScript, or Angular. By integrating barKoder with NativeScript, you can easily add advanced barcode scanning capabilities to your cross-platform applications, ensuring a smooth and consistent user experience on both operating systems.

WASM

WebAssembly is a type of programming code that can run in modern web browsers — it is a low-level assembly-like language with a compact binary format that runs with near-native performance and is designed to run alongside JavaScript to enable Progressive Web Apps (PWA).