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Apryse Digital Signatures SDK: Simplifying Digital Signatures for React Developers

By Garry Klooesterman | 2024 Dec 27

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4 min

Summary: React is an open-source JavaScript library that is great for designing web and native user interfaces, but other libraries are needed for fetching data and other functions, such as digital signatures. In this blog, we will look at adding digital signature capabilities to React applications using the Apryse Digital Signatures SDK.

Introduction

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In today’s digital world, paper-based processes have rapidly become obsolete as digital signatures have emerged as a crucial technology for enabling secure, legal electronic transactions. From contracts to healthcare records, digital signatures are transforming how we conduct business.

In this blog, we will explore the world of React, electronic and digital signatures on PDF documents, and how the Apryse Digital Signatures SDK has become the solution for those seeking a seamlessly integrated tool with robust signature capabilities while upholding legal and regulatory standards. We will examine the advantages of using React and how the Apryse Digital Signatures SDK can serve as your tool to provide a streamlined, secure, compliant, and user-friendly experience.

What is React?

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React (React.js, ReactJS) is a free, open-source JavaScript library for building user interfaces and rendering components - reusable pieces of code that contain JavaScript functions used to create full React applications or add to existing ones.

Advantages of React

React allows you to seamlessly add components from multiple sources, so you do not have to reinvent the wheel. Building web apps or native apps in React employs the same skills, making it easier to develop applications for multiple platforms. As React focuses on UI, other libraries are required to handle routing, fetching data, and other functions, such as handling digital signatures. Apryse has SDKs that can integrate into React and enable a simple digital signing workflow to streamline the process.

React and digital signatures

A React signature (web) or React Native signature (Android/iOS) is a JavaScript-based React component used to record a handwritten signature via mouse or touchpad.

Other types of electronic signatures

An electronic signature is a digital representation of a signature without verifiable electronic information. Digital signatures provide a higher level of security and legal weight compared to electronic signatures because they include information that can be used to validate the signature through software such as Apryse WebViewer SDK or Apryse Server SDK.

For a more detailed explanation of electronic versus digital signatures, check out our Ultimate Guide to Digital Signatures.

How can I electronically or digitally sign a PDF?

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With documents, from contracts to policies written in PDF document format, PDF signing allows a PDF document to be signed with either an electronic or digital signature. A React PDF digital signature provides a stronger sense of security and a more efficient document workflow.

For developers who want an integrated tool, the Apryse Digital Signatures SDK records and validates multiple forms of signatures into their PDF applications.

Apryse Digital Signatures SDK

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The Apryse Digital Signatures SDK is an all-inclusive tool that enables developers to integrate digital signature capabilities into their PDF applications.

Key features

  • Cross-platform integration: Operates across multiple operating systems and devices and delivers a consistent user experience on all platforms.
  • Single workflow automation: Provides tools to automate the signature process and supports multiple digital signatures within a single workflow.
  • High-fidelity signature rendering: High-resolution digital signatures to preserve integrity across various devices and platforms.
  • Interactive document signing: Enables users to sign directly within a PDF document.

Why use the Apryse Digital Signatures SDK?

The Apryse Digital Signatures SDK enhances the security of PDF documents by verifying a signer’s time, device, and identity, while also ensuring PDF document authenticity by removing the signature when the document is altered. Advanced encryption and secure digital certificates ensure that signatures remain valid after their expiration or if they are revoked. Should a Certificate Authority’s CRL responder no longer be active, signatures can still be validated for an extended period of time to enable future verification or meet legal and compliance requirements.

The tool’s cross-platform integration creates an intuitive and engaging signing experience, allowing documents to be securely signed in a user-friendly format without compromising legal compliance. The Apryse Digital Signatures SDK meets legal and regulatory requirements for global standards of digital signatures, such as the ESIGN Act, eIDAS, and UETA.

Conclusion

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The future of signatures is digital. Digital signatures are revolutionizing how we do business and have emerged as a crucial technology in a digital and global world. Offering unparalleled security, efficiency, and legal validity, digital signatures are an indispensable tool for businesses of any size.

The Apryse Digital Signatures SDK empowers developers with the capability to seamlessly integrate secure signatures into their applications. With enhanced security for PDF documents, advanced encryption, and secure digital certificates, the Apryse Digital Signatures SDK provides a cross-platform, user-friendly tool that meets legal and regulatory requirements.

Contact us now to leverage the power of the Apryse Digital Signatures SDK and lead the way in today’s digital and global landscape.

Have questions? Contact us to speak with an expert or even reach out on Discord.

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Garry Klooesterman

Senior Technical Content Creator

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