Forem: OpenSign

The 50 best open-source alternatives to popular SaaS software

Alex — Thu, 11 Jul 2024 04:53:56 +0000

Discover the top 50 open-source alternatives to popular SaaS software in our most comprehensive guide. Whether you are looking to cut costs, enhance customization or ensure data privacy, this set of powerful open source tools provide robust solutions without the hefty price tag that you see with commercial products. From project management to customer relationship management (CRM) and beyond you can explore our curated list to find the perfect software for your business needs. Embrace the never seen before flexibility and community support of open source platforms and revolutionize your workflow with these exceptional open source alternatives.

Project Management and Collaboration

OpenSign
- Alternative to: DocuSign
- Description: OpenSign is an open-source digital signature solution that provides an alternative to DocuSign.
- Website: OpenSign Labs
- GitHub: OpenSign GitHub Repository
OpenProject
- Alternative to: Asana, Jira
- Description: OpenProject is a powerful project management tool that supports planning, timelines, task management, and more.
- Website: OpenProject
- GitHub: OpenProject GitHub Repository
Taiga
- Alternative to: Trello
- Description: Taiga is an agile project management tool that offers Kanban, Scrum, and more.
- Website: Taiga
- GitHub: Taiga GitHub Repository
Redmine
- Alternative to: Jira
- Description: Redmine is a flexible project management web application with Gantt charts, calendars, and more.
- Website: Redmine
- GitHub: Redmine GitHub Repository
Wekan
- Alternative to: Trello
- Description: Wekan is a collaborative kanban board application.
- Website: Wekan
- GitHub: Wekan GitHub Repository

Content Management Systems (CMS)

WordPress
- Alternative to: Wix, Squarespace
- Description: WordPress is the most popular open-source CMS, powering a significant portion of the web.
- Website: WordPress
- GitHub: WordPress GitHub Repository
Drupal
- Alternative to: WordPress, Joomla
- Description: Drupal is a robust CMS for complex sites.
- Website: Drupal
- GitHub: Drupal GitHub Repository
Joomla
- Alternative to: WordPress, Drupal
- Description: Joomla is a user-friendly CMS with a lot of templates and extensions.
- Website: Joomla
- GitHub: Joomla GitHub Repository
Ghost
- Alternative to: Medium
- Description: Ghost is a professional publishing platform designed for modern journalism.
- Website: Ghost
- GitHub: Ghost GitHub Repository

Customer Relationship Management (CRM)

SuiteCRM
- Alternative to: Salesforce
- Description: SuiteCRM is a powerful and customizable CRM solution.
- Website: SuiteCRM
- GitHub: SuiteCRM GitHub Repository
EspoCRM
- Alternative to: Salesforce, HubSpot
- Description: EspoCRM is a web-based application for managing customer relationships.
- Website: EspoCRM
- GitHub: EspoCRM GitHub Repository
CiviCRM
- Alternative to: Salesforce Nonprofit Cloud
- Description: CiviCRM is designed for nonprofit and civic-sector organizations.
- Website: CiviCRM
- GitHub: CiviCRM GitHub Repository

File Sharing and Collaboration

Nextcloud
- Alternative to: Dropbox, Google Drive
- Description: Nextcloud offers file sync and share, collaborative editing, and more.
- Website: Nextcloud
- GitHub: Nextcloud GitHub Repository
ownCloud
- Alternative to: Dropbox, Google Drive
- Description: ownCloud is another file sync and share platform.
- Website: ownCloud
- GitHub: ownCloud GitHub Repository
Seafile
- Alternative to: Google Drive, OneDrive
- Description: Seafile is a file hosting software system.
- Website: Seafile
- GitHub: Seafile GitHub Repository

Communication Tools

Mattermost
- Alternative to: Slack
- Description: Mattermost is an open-source messaging platform.
- Website: Mattermost
- GitHub: Mattermost GitHub Repository
Rocket.Chat
- Alternative to: Slack
- Description: Rocket.Chat is a web chat server, developed in JavaScript.
- Website: Rocket.Chat
- GitHub: Rocket.Chat GitHub Repository
Zulip
- Alternative to: Slack
- Description: Zulip is a powerful, open-source group chat application.
- Website: Zulip
- GitHub: Zulip GitHub Repository
Jitsi
- Alternative to: Zoom, Skype
- Description: Jitsi is a collection of free and open-source multiplatform voice, video conferencing, and instant messaging applications.
- Website: Jitsi
- GitHub: Jitsi GitHub Repository

E-Commerce

Magento Open Source
- Alternative to: Shopify
- Description: Magento is a powerful e-commerce platform.
- Website: Magento Open Source
- GitHub: Magento GitHub Repository
PrestaShop
- Alternative to: Shopify
- Description: PrestaShop is an open-source e-commerce solution.
- Website: PrestaShop
- GitHub: PrestaShop GitHub Repository
OpenCart
- Alternative to: WooCommerce, Shopify
- Description: OpenCart is an online store management system.
- Website: OpenCart
- GitHub: OpenCart GitHub Repository

Marketing Automation

Mautic
- Alternative to: HubSpot, Marketo
- Description: Mautic is an open-source marketing automation software.
- Website: Mautic
- GitHub: Mautic GitHub Repository
Corteza CRM
- Alternative to: HubSpot
- Description: Corteza is an open-source CRM and marketing automation platform.
- Website: Corteza
- GitHub: Corteza GitHub Repository

Office Suites

LibreOffice
- Alternative to: Microsoft Office
- Description: LibreOffice is a powerful office suite with a clean interface.
- Website: LibreOffice
- GitHub: LibreOffice GitHub Repository
ONLYOFFICE
- Alternative to: Microsoft Office 365
- Description: ONLYOFFICE is a powerful office and productivity suite.
- Website: ONLYOFFICE
- GitHub: ONLYOFFICE GitHub Repository

Web Analytics

Matomo
- Alternative to: Google Analytics
- Description: Matomo is an open-source web analytics platform.
- Website: Matomo
- GitHub: Matomo GitHub Repository
GoAccess
- Alternative to: Google Analytics
- Description: GoAccess is a real-time web log analyzer.
- Website: GoAccess
- GitHub: GoAccess GitHub Repository

Data Management and Visualization

Metabase
- Alternative to: Tableau
- Description: Metabase is an easy, open-source way for everyone in your company to ask questions and learn from data.
- Website: Metabase
- GitHub: Metabase GitHub Repository
- ![Metabase Logo]
Redash
- Alternative to: Looker
- Description: Redash helps you make sense of your data.
- Website: Redash
- GitHub: Redash GitHub Repository

Identity and Access Management

Keycloak
- Alternative to: Okta
- Description: Keycloak is an open-source Identity and Access Management solution.
- Website: Keycloak
- GitHub: Keycloak GitHub Repository
Gluu
- Alternative to: Okta, Auth0
- Description: Gluu is a comprehensive IAM suite.
- Website: Gluu
- GitHub: Gluu GitHub Repository
- ![Gluu Logo]

Version Control

GitLab
- Alternative to: GitHub
- Description: GitLab is a complete DevOps platform.
- Website: GitLab
- GitHub: GitLab GitHub Repository
Gogs
- Alternative to: GitHub
- Description: Gogs is a painless self-hosted Git service.
- Website: Gogs
- GitHub: Gogs GitHub Repository

Continuous Integration/Continuous Deployment (CI/CD)

Jenkins
- Alternative to: CircleCI
- Description: Jenkins is an open-source automation server.
- Website: Jenkins
- GitHub: Jenkins GitHub Repository
Drone
- Alternative to: Travis CI
- Description: Drone is a container-native, continuous delivery platform.
- Website: Drone
- GitHub: Drone GitHub Repository

Cloud Management

OpenStack
- Alternative to: AWS, Google Cloud
- Description: OpenStack is a set of software tools for building and managing cloud computing platforms.
- Website: OpenStack
- GitHub: OpenStack GitHub Repository
CloudStack
- Alternative to: AWS, Azure
- Description: CloudStack is an open-source cloud computing software for creating, managing, and deploying infrastructure cloud services.
- Website: CloudStack
- GitHub: CloudStack GitHub Repository

Helpdesk and Support

osTicket
- Alternative to: Zendesk
- Description: osTicket is an open-source support ticket system.
- Website: osTicket
- GitHub: osTicket GitHub Repository
Zammad
- Alternative to: Zendesk
- Description: Zammad is a web-based open-source helpdesk/customer support system.
- Website: Zammad
- GitHub: Zammad GitHub Repository

Financial Management

Odoo
- Alternative to: QuickBooks
- Description: Odoo is a suite of business applications, including CRM, accounting, manufacturing, and more.
- Website: Odoo
- GitHub: Odoo GitHub Repository
GnuCash
- Alternative to: QuickBooks
- Description: GnuCash is a personal and small-business financial-accounting software.
- Website: GnuCash
- GitHub: GnuCash GitHub Repository

Learning Management Systems (LMS)

Moodle
- Alternative to: Blackboard
- Description: Moodle is a learning platform designed to provide educators, administrators, and learners with a single robust, secure, and integrated system.
- Website: Moodle
- GitHub: Moodle GitHub Repository
Open edX
- Alternative to: Coursera
- Description: Open edX is an open-source learning management system (LMS) and the open edX platform.
- Website: Open edX
- GitHub: Open edX GitHub Repository

Enterprise Resource Planning (ERP)

ERPNext
- Alternative to: SAP
- Description: ERPNext is a full-featured business management solution.
- Website: ERPNext
- GitHub: ERPNext GitHub Repository
Dolibarr
- Alternative to: SAP
- Description: Dolibarr is an open-source ERP and CRM for small and medium businesses.
- Website: Dolibarr
- GitHub: Dolibarr GitHub Repository

Network Monitoring

Nagios
- Alternative to: SolarWinds
- Description: Nagios is a powerful monitoring system that enables organizations to identify and resolve IT infrastructure problems.
- Website: Nagios
- GitHub: Nagios GitHub Repository
- ![Nagios Logo]
Zabbix
- Alternative to: SolarWinds
- Description: Zabbixi is an enterprise-class open-source distributed monitoring solution.
- Website: Zabbix
- GitHub: Zabbix GitHub Repository

Email Marketing

Mautic
- Alternative to: Mailchimp
- Description: Mautic is a robust marketing automation tool with email marketing features.
- Website: Mautic
- GitHub: Mautic GitHub Repository
phpList
- Alternative to: Mailchimp
- Description: phpList is a one-way email announcement delivery system.
- Website: phpList
- GitHub: phpList GitHub Repository

Chatbots

Botpress
- Alternative to: Chatfuel, ManyChat
- Description: Botpress is an open-source chatbot creation platform.
- Website: Botpress
- GitHub: Botpress GitHub Repository

These open-source alternatives offer flexibility, transparency and often much lower costs compared to their proprietary counterparts most of the times. Exploring these open source alternatives can provide robust solutions tailored to your specific needs while maintaining full control over data and customization.

Comparing OpenSign, DocuSign and PandaDoc in 2024

Alex — Tue, 30 Apr 2024 06:46:26 +0000

In the ever-evolving landscape of digital document signatures, businesses and individuals face a multitude of choices when it comes to the electronic signature and document management solutions. Among these solutions DocuSign, PandaDoc and OpenSign have emerged as prominent options. Each of these platforms offer unique features, pricing structures and user experiences. This comprehensive article will dive deep into these three solutions, comparing them across various facets such as functionality, security, usability, pricing and support options available.

Overview of DocuSign, PandaDoc and OpenSign

DocuSign is a leader in the electronic signature field, known for its robust set of features and widespread integration capabilities available. It caters to businesses of almost all sizes, providing solutions for e-signatures, agreements and transaction management since long time.

PandaDoc focuses on streamlining document workflows in addition to providing just electronic signature solutions. It is popular among its users for its document builder, which allows the integration of multimedia elements directly into documents and its integration capabilities with CRM softwares.

OpenSign, in contrast, is a free, open-source alternative that emphasizes transparency and flexibility, allowing users to modify and distribute the software according to their needs. It serves as a cost-effective option for those who prioritize open-source software values, including customization and community-supported development. It also provides an option to self-host which proves to be an incredible option to those who are concerned about data security.

Feature Comparison

1. Electronic Signature Capabilities

OpenSign: While simpler, it covers all your e-signature needs and supports advanced document customization through its remarkably simple user interface. It offers advanced e-signature features such as multiple signer routing, sequential/parallel signing as well as various authentication options. Users can count on new features being added continuously by rock star open source community that maintains the software or get their customizations done from in-house development teams.
DocuSign: Docusign also offers quite advanced e-signature features including but not limited to multiple signer routing, sequential and parallel signing, authentication options, etc. It supports a range of file types and provides a secure and legal framework suitable for complex business transactions.
PandaDoc: Provides similar e-signature functionalities but adds unique elements like payment processing within documents, which can be particularly beneficial for sales and finance operations.

2. Integration and Compatibility

OpenSign: OpenSign supports APIs & Zapier integration out of the box which makes it one of the best digital signature tools to integrate with your existing systems.
Its open-source framework significantly benefits tech-savvy users who wish to integrate it with their existing systems or develop bespoke solutions. However, it might require more technical involvement to establish similar levels of integration as its commercial counterparts.
DocuSign: Extensively supports integrations with numerous platforms, including all major CRM systems, popular cloud storage solutions and other enterprise applications used by corporates.
PandaDoc: Also offers a broad range of integration options but particularly excels in embedding into many CRM systems, enhancing your sales workflows by reducing the need to switch between applications thereby enhancing user experience.

3. Usability and User Experience

OpenSign: Offers advanced functionalities in its standard form while making sure that even the most novice user can adapt to it quickly. Its open source nature means that the user experience can be tailored to specific needs, assuming the availability of development resources.
DocuSign: Known for its familiar interface and minimal learning curve due to its existence in the market for may years, making it suitable for users who prefer the good old styled solution.
PandaDoc: Features a highly interactive document editor, which is intuitive and allows for extensive customization of documents, including the ability to embed videos and other rich media in the documents. Its a different question though that how many users would be needing these advanced functionalities.

Security and Compliance

Security is paramount in the e-signature space due to the sensitive nature of documents being handled and the amount of trust small & large businesses put in the document signing software to take care of their important documents. OpenSign, DocuSign and PandaDoc all offer strong security frameworks compliant with global regulations such as GDPR, HIPAA and eIDAS. OpenSign, while secure in its basic form, allows organizations to implement additional security measures and comply with specific industry standards, thanks to its open-source nature.

Pricing Structures

Pricing is a crucial consideration for any organization. DocuSign and PandaDoc offer various pricing tiers, catering to different business sizes and needs. In contrast, OpenSign is free for life in its free version, relying on community support and a dedicated community of contributions. This can significantly reduce costs for organizations able to leverage open-source software effectively.

Community and Support

While DocuSign and PandaDoc provide professional support services, OpenSign's support structure provides you with both professional and community-driven options. Users contribute to troubleshooting, patches, new features fostering a collaborative environment that can be particularly appealing to those who value community-led development and for those who want robust support professional support is also available.

Conclusion

Choosing between OpenSign, DocuSign and PandaDoc depends largely on specific business needs, budget constraints and the importance of software customizability. OpenSign offers a comprehensive, high-security service with extensive integrations, cost effective, suitable for small & large enterprises as well as the OpenSource benefit. DocuSign helps you get your documents signed in the most reliable & time tested way. PandaDoc stands out in its unique document management and creative document functionalities which is ideal for sales-oriented processes.

Businesses and individuals who are committed to the principles of open-source software might find OpenSign particularly aligned with their ethos, providing both an economic as well as strategic advantage. OpenSign represents not just a tool, but a movement towards greater transparency and unlimited customization in the digital document signatures space.

OpenSign™ v1.1.0-beta: The Premier Open Source DocuSign Alternative Just Got Better!

Alex — Mon, 15 Jan 2024 11:51:01 +0000

The OpenSign™ community is in for a treat today! With immense pride, we announce to you the release of OpenSign™ v1.1.0-beta, a beacon in the realm of open source DocuSign alternatives. This latest version is a testament to our unwavering commitment to providing you with a robust, intuitive & open-source solution for digital document signing. Let's delve deep into the enrichments that OpenSign™ v1.1.0-beta brings to your document signing experience.

Enhanced Open Source Document Creation and Management

*Revolutionizing Document Setup with Templates
*
Embrace the power of open source with OpenSign™'s new template feature. This innovative addition allows you to swiftly create and send documents using pre-saved templates. It's a substantial time-saver, especially for those who regularly deal with similar document types, solidifying OpenSign™'s position as a leading open source alternative to DocuSign.

*Streamlined Signature Customization
*
OpenSign™ v1.1.0-beta introduces a transformative approach to signature placement & customization. The ability to replicate signature placeholders across all document pages is a major leap forward, particularly for extensive documents whereby a lot of time is saved for the user. Coupled with the flexibility to input signatures in various text formats and fonts, this feature greatly enriches the open source document signing experience.

*Enhanced User Interface for Effortless Interaction
*
In our quest to offer the best open source DocuSign alternative, we've upgraded the user interface for managing signature placeholders. The intuitive design and improved resizing functionality make interacting with placeholders smoother, reinforcing OpenSign™ as the go-to solution for open source document signing needs.

Optimizing Document Handling in the Open Source Sphere
Streamlined Document Organization via OpenSign™ Drive

Managing your documents is now more efficient than ever with OpenSign™. The newly incorporated features for deleting and moving documents within the OpenSign™ drive make organization a breeze. It’s a clear demonstration of how OpenSign™ excels as an open source DocuSign alternative in facilitating document management.

User Experience Enhancements

*Consistent Placeholder Experience Across Devices
*
The cross-platform compatibility for placeholder positions in OpenSign™ v1.1.0-beta ensures a uniform experience on both mobile as well as desktop devices. This enhancement cements OpenSign™'s status as a leading open source alternative to DocuSign, offering flexibility and convenience to its users.

*User Support Customization
*
We're elevating user support in the open source digital signing world with customizable help guides and direct email links for easy communication with the OpenSign™ team. These improvements are tailored to enhance user satisfaction and support, crucial aspects of any open source DocuSign alternative.

*Key Bug Fixes and Improvements
*
We've also tackled various bugs and fine-tuned the platform to enhance its performance and reliability. These refinements include solving placeholder block issues, recipient validation errors and mobile view improvements including others. Each of this fix is a step towards making OpenSign™ the most reliable and user-friendly open source DocuSign alternative available out there.

Your Role in Shaping the Future of Open Source Document Signing
Your feedback is the driving force behind our continuous enhancement of OpenSign™ and we thank you all for that. We invite you to sign-up and explore the new features of v1.1.0-beta. Your experiences and suggestions are vital in shaping the future of OpenSign™, as we aspire to be the leading open source DocuSign alternative, accessible and efficient for everyone.

Stay connected for more updates and insights into leveraging OpenSign™ for your digital document needs, all for free.

Quick Recap of What's New in OpenSign™ v1.1.0-beta:

Streamlined Document Generation with Templates
Enhanced Signature Management
Improved User Interface and Experience
Efficient Document Management
User Assistance and Communication
Comprehensive Bug Fixes and Refinements
OpenSign™ is not just an alternative to DocuSign; it's a revolution in open source document signing, constantly evolving to meet and exceed user expectations

Open Source Document Signing: Revolutionizing Digital signing

Alex — Tue, 12 Dec 2023 20:37:44 +0000

Introduction to Open Source Document Signing

In the new era of digital transformation, the ability to sign various documents electronically has become a cornerstone of business efficiency & success. Open source document signing platforms like OpenSign™, represents a significant shift in this landscape. Unlike proprietary solutions such as DocuSign, open source document signing platforms offer a very level of transparency, customization and community-driven development that is reshaping how organizations as well as individuals approach their digital signature needs.

The Emergence of Open Source Solutions

Open source document signing tools like OpenSign™ are more than just the free alternatives to their paid counterparts. They symbolize a commitment of the open source community to collaborative innovation and user empowerment. Platforms like OpenSign™ are developed and continuously improved by a vibrant community of enthusiastic contributors thereby ensuring a wide range of features and robust security measures at the same time.

Advantages of Open Source Document Signing

Cost-Effectiveness

For small & medium businesses and individuals budget constraints often limit the access to digital tools. Open source solutions because of being free or low-cost have to potential to democratize access to digital signing capabilities, enabling wider adoption across various sectors.

Customizability and Flexibility

Every organization has unique set of needs and open source software caters to this diversity with ease. Users can simply modify OpenSign™ to fit their specific workflow requirements. This is a level of customization not typically available in proprietary tools like DocuSign which makes these tools capable alternatives to it.

Community Support and Innovation

The open source model flourishes based on community collaboration. This in turn leads to rapid innovation and a exhaustive set of features in response to real-world user feedback and requirements shared by the community.

Transparency and Trust

Transparency in open source projects like OpenSign™ fosters trust for obvious reasons. Users can not only inspect & verify but also contribute to the codebase, ensuring that the software remains secure and aligned with user needs at all times.

OpenSign™: A Case Study

OpenSign™ stands out in the open source document signing space for its user-friendly interface, robust feature set and seamless integration capabilities with other popular tools. It exemplifies the strengths of open source software in meeting the diverse demands of digital document management landscape.

User Experience and Accessibility

OpenSign™ is specifically designed with a focus on ease of use. Its intuitive user interface ensures that users, regardless of their technical expertise, can navigate and utilize the platform effectively without the need of any training.

Integration and Compatibility

One of the key strengths of OpenSign™ is its ability to integrate with a wide range of existing systems and software, making it a versatile tool for various business environments.

Challenges and Considerations

Security Concerns

Security is a paramount concern in digital document signing for business of all sizes. OpenSign™ addresses this issue by adhering to various international standards like eIDAS, UETA and ESIGN Act while ensuring that signatures are legally binding and data is kept secure.

Support and Reliability

While all open source projects often rely on community support, OpenSign™ offers a unique blend of community-driven assistance and structured support options from the core team. This approach ensures that the platform users have reliable help when needed, balancing the flexibility of open source with the reliability & flexibility of traditional software support.

Scalability Issues

One challenge for most open source solutions is scalability, its particularly true for larger organizations. OpenSign™ tackles this by offering a modular architecture that can be easily scaled up to meet increasing demands from the end users ensuring that the software grows with the user's needs.

Implementing Open Source Document Signing in Business

Best Practices

Adopting OpenSign™ in a business environment needs understanding of its capabilities and limitations. The recommended best practices include a thorough assessment of business needs, a phased implementation strategy and an ongoing monitoring and updates to the software.

Training and Education

For successful implementation at any business, staff should be educated on the nuances of OpenSign™. This includes understanding of its open source nature, the features present in the platform and best practices for open source digital signing.

Integrating with Existing Systems

Seamless integration of OpenSign™ with existing business processes is crucial as nobody wants to log into an all new interface when all they need is to sign only a single document once in a month. This might involve customizing the software to work with current IT infrastructure or using APIs to connect with other business applications.

The Future of Open Source Document Signing

Emerging Trends

Technologies like blockchain and artificial intelligence are set to influence open source document signing. Blockchain, for example, could add an extra layer of security and verification to the digital signing process. AI could detect the appropriate locations that the users should sign at.

Growing Adoption and Evolution

As awareness and trust in open source document signing solutions grow, so will their adoption, without a doubt. OpenSign™ is surely poised to be at the forefront of this evolution as it is continually adapting to meet the changing needs of users in the community.

Open source document signing, exemplified by OpenSign™, is more than just a technological gimmick, rather it represents a major shift towards more inclusive, transparent and user-centric digital tools. As this field continues to evolve drastically, it holds the promise of making open source digital signing accessible, secure and adaptable for everyone. By embracing open source solutions like OpenSign™, businesses and individuals equally can be part of a community-driven future that values collaboration, innovation and freedom of choice without being dependent on large enterprises.

Navigating the Digital Landscape with OpenSign™

As we delve deeper into the world of open source document signing, it's important to recognize the role of OpenSign™ in shaping this landscape. Its ability to merge accessibility with functionality makes it a pivotal tool in the digital era.

OpenSign™ in a Competitive Market

In a market dominated by established proprietary solutions, positioning OpenSign™ requires strategic marketing approaches. This involves highlighting its unique open source nature, community-driven development, and the advantages it offers over traditional solutions.

Building a Brand Around Openness and Security

OpenSign™'s brand can be built on the pillars of openness, security, and community. By focusing on these core values in all communications and marketing efforts, OpenSign™ can establish itself as a trustworthy and innovative leader in the open source document signing space.

Leveraging User Testimonials and Case Studies

User testimonials and case studies are powerful tools for demonstrating the real-world effectiveness of OpenSign™. Sharing stories of how various businesses and individuals have benefited from the platform can provide tangible proof of its value.

Ethical Digital Marketing Strategies

Content Marketing

Creating high-quality, informative content that addresses common questions and challenges around digital signing can position OpenSign™ as a thought leader. This content should be optimized for search engines while remaining genuinely helpful and insightful.

Social Media Engagement

Active engagement on social media platforms can help in building a community around OpenSign™. This involves regular updates, responding to user queries, and fostering discussions around open source technology and digital signing.

Collaborations and Partnerships

Collaborating with other open source projects and forming partnerships with industry influencers can extend OpenSign™'s reach. Such collaborations can lead to cross-promotion, shared learning, and increased visibility in the open source community.

Future Trends and Predictions

As digital transformation continues to accelerate, open source document signing tools like OpenSign™ are expected to gain more traction. Future trends might include:

Increased Integration: As businesses seek more integrated tech solutions, OpenSign™ could evolve to offer more seamless integrations with other business tools and platforms.
Enhanced Security Features: Security will remain a top priority, and OpenSign™ might incorporate advanced technologies like biometric verification to enhance its security protocols.
User-Driven Innovations: Given its open source nature, user feedback and contributions will continue to shape OpenSign™, leading to more user-centric features and innovations.

OpenSign™ represents more than just a tool for digital signing; it's a testament to the power of open source to provide viable, innovative solutions in the digital age. As technology continues to evolve, platforms like OpenSign™ will play a crucial role in making digital signing more accessible, secure, and user-friendly. Whether for individual users, small businesses, or large corporations, OpenSign™ offers a flexible, reliable, and ethical choice in the realm of digital document signing.

🚀5-Minute Guide to Blazing Fast React Apps🚀

Alex — Tue, 05 Dec 2023 20:26:24 +0000

React has revolutionized the way we build web applications, offering a blend of efficiency, flexibility and performance everything in a single lightweight library. However, a common challenge is to endure that these applications load quickly in a user’s browser, as speed significantly impacts user experience and SEO rankings of a website. This article offers precise and actionable steps to supercharge your React app’s loading time in just five minutes.

1. Efficient Bundling with Webpack:
We all know that Webpack is a very powerful module bundler for JavaScript applications. To optimize your React app, start by first examining your Webpack configuration. Ensure that you are using the latest version for optimal performance & features. Implement code splitting using dynamic import() statements to break your bundle into smaller chunks. This will poad only what's necessary for the initial render.

Quick Tip: You can use Webpack's built-in plugins like UglifyJSPlugin for minification and CompressionPlugin for gzip compression to reduce bundle size.

2. Optimize Your Assets:
Heavy images and assets can drastically slow down your app. I suggest you to optimize images using tools like ImageOptim or TinyPNG. Consider using SVGs for vector graphics, which are usually a lot smaller than their bitmap counterparts.

Quick Tip: Implement lazy loading for images and other non-critical resources. Libraries like react-lazy-load-image-component are know to significantly boost loading times by loading images as they enter the viewport.

3. Implement Server-Side Rendering (SSR):
SSR can significantly improve the performance of React apps by sending a fully rendered page to the client, reducing initial load time and improving SEO or public facing pages. Frameworks like Next.js simplify the implementation of SSR in React applications and using these with appropriate use-cases is recommended.

Quick Tip: Use SSR selectively for pages that benefit most from it, like landing pages, to balance server load and performance gains. Using it for login protected SaaS applications might not be needed all the time.

4. Leverage Browser Caching:
Caching assets in the user’s browser reduces load times for repeat visits. Configure your server to use efficient cache policies for your JavaScript, CSS, and media files.

Quick Tip: Service Workers which are a part of the Progressive Web App (PWA) technology, can be used to cache assets offline, enhancing the user experience, especially in low-network conditions.

5. Profile and Optimize Components:
React Developer Tools already offers a great Profiler tool that helps identify performance bottlenecks in your app. Use it to analyze the render time of components and optimize them using React’s standard optimization techniques like React.memo for functional components and shouldComponentUpdate for class components.

Quick Tip: Try to avoid anonymous functions and bind in JSX properties. They create new instances on every render of your app which leads to unnecessary re-renders.

Help us reach more contributors by starring the repo of our open source project OpenSign - the free & open source DocuSign alternative.
⭐ OpenSign on GitHub

Conclusion:
Speed is arguably one of the most critical components of your web app success. By efficiently bundling your app with Webpack, optimizing assets, implementing SSR, leveraging browser caching wherever necessary and profiling components, you can significantly improve your React application’s loading time. These quick optimizations not only enhance user experience but also contribute positively to your app’s SEO performance.

👨‍💻 A Developer's Roadmap to Open-Sourcing Your Project 🚀

Alex — Thu, 30 Nov 2023 17:39:40 +0000

Are you planing to embark on the journey of open-sourcing your app? It can quickly become overwhelming. To ease this transition, here is a simple guide, drawing from my own team’s experience in open-sourcing an existing application.

Phase One: Repository Refinement

Securing Commit History:
Scrutinising your project commit history for any sensitive data like passwords, API keys, etc. and removing them to safeguard your project. This is the single most important step in open sourcing your existing project.
Streamlining Repository Size:
Identify and review any large files from your git history, as they can obstruct repository operations and create problems for people who want to clone your repo or contribute.
Guard Against Future Slip-ups:
Implement commit hooks to avoid any accidental inclusion of sensitive information or oversized files. You need to do this because you dont know who who will try to add commits to your repo and the expertise level of the contributor.
Commit History Clarity:
Tidy up your commit history to make it more comprehensible and collaborative-friendly. Without this you will end up putting your source code in the open source and nobody ever visits your repo.
Code Cleanup:
Purge the codebase of any redundant, unused code or irrelevant code. I suggest archiving potentially useful snippets separately so that they can be referred later.
Continuous Integration Integrity:
Ensure that your CI processes are in place and are running smoothly. Fix any failing tests right on day 1.
Initiate a Formal Release:
If your project has versioned releases, prepare and publish a new release by adding a relevant tag to your project.
Security First:
Make it a priority to address any security vulnerabilities, particularly those flagged in tools like GITHUB’s Security alerts.
Dependencies Updated:
Activate automation tools via Github actions for dependency updates to keep your project current and secure.

Phase Two: Documentation & Compliance

Project Licensing: Choose an appropriate open-source license for your project depending on your requirements and include it in your repository under the LICENSE.md file.
Write the perfect README: Craft a README that is informative, intuitive & engaging at the same time. Make sure thay it has clear explanations, visuals and a coherent structure. Keep it in mind that your project’s README is the first touchpoint with your product users as well as contributors.
Guidelines for Contributions: Include a CONTRIBUTING file and a CODE_OF_CONDUCT file to encourage & regulate community contributions. Without this you will end up with an open source repository that nobody wants to contribute to.
Elaborate Documentation:
Develop a comprehensive documentation covering all aspects of your project, right from setup to troubleshooting. Try to use tools like docusaurus that are open source to create beautifully documentation.
Structured Issue Reporting:
Implement issue templates in Github to streamline & standardize the process of reporting and resolving issues.
Test Thoroughly:
Make sure that follow your own documentation to test the project, ensuring that everything works as intended before every release starting from the first one.

Phase Three: Engaging the Community

Targeted Outreach:
Directly reach out to relevant individuals in the open source community or groups for feedback & to increase project visibility.
Help us reach more contributors by starring the repo of our open source project OpenSign - the free & open source DocuSign alternative.
⭐ OpenSign on GitHub
Wider Exposure:
Depending on the category of your project make a list of groups and social media communities that you should inform about the launch of your new open source project. Share your project in these communities and platforms where potential users and contributors gather.

Celebrating Your Journey:
After meticulously preparing your project for the open-source community, take a moment to celebrate your dedication and hard work! You deserve it.

Visit OpenSign on GitHub and see how our open source project is being managed. Your inputs & contributions are welcome.

Exploring OpenSign v1.0.6-beta: A Leap Forward in Digital Signature Software

Alex — Fri, 24 Nov 2023 18:21:49 +0000

We have recently released v1.0.6-beta version of OpenSign, the leading open source document signing solution, marking a significant step forward in the development journey. This release encapsulates numerous bug fixes and feature enhancements, highlighting our team's commitment to providing a robust and user-friendly product. In this blog post, we delve into the key changes and improvements introduced in this version.

Key Improvements and Fixes
1. Multiple Annotations in Single File: A fix has been made to address issues with handling multiple annotations in a single file, enhancing the software's efficiency in managing complex documents.
2. Document Signature and Certificate Issue Fixes: Significant fixes were made to the 'need-your-sign' report, document signature, and certificate issues, further solidifying the software's reliability in handling legal documents.
3. Mobile view Enhancements: Adjustments were made to the location of requested signature placeholders in the mobile "Request Signatures" flow, improving user experience on mobile devices.
4. SMTP Email Integration:
The introduction of SMTP for sending emails marks a notable feature enhancement, expanding the software's capabilities in terms of communication and notifications.
5. Sanitized Output Filenames:
A critical fix has been implemented to sanitize output filenames, ensuring better security and data integrity.
6. Enhanced Modal Titles and Verification Mail Alerts:
The modal title for login now includes additional information, and the verification mail alert message has been updated for clarity.
7. UI and Security Refinements:Various minor UI changes and security improvements were implemented, reflecting an ongoing effort to refine the user experience and bolster security measures.

OpenSign v1.0.6-beta is more than just an incremental update, it's a testament to the continuous evolution of a software dedicated to simplifying digital signatures. Each fix and feature enhancement is a step towards a more efficient, secure, robust and user-friendly digital signature process. For developers, entrepreneurs and businesses relying on digital signatures, this update offers an array of improvements that streamline operations and enhance security protocols.

As OpenSign continues to evolve, it remains a significant tool for professionals seeking a reliable and efficient open source digital signature solution. This release not only addresses immediate issues but also lays the groundwork for more innovative features and improvements in future releases.

Visit OpenSign on GitHub and see where your open source contributions can take the project

⭐ OpenSign on GitHub

A Comprehensive Guide To The Event Loop and Asynchronous Programming in JavaScript

Alex — Thu, 23 Nov 2023 20:49:37 +0000

One of the aspects that makes JavaScript uniquely challenging and powerful at the same time is that its event driven and non-blocking nature. To master JavaScript truly it is essential to understand how the event loop handles the execution of code, in particular the asynchronous operations. This article provides you with a deep dive into the event loop and how you can utilise it to write better more efficient JavaScript code.

What is the Event Loop?
The event loop is something that allows JavaScript to perform non-blocking asynchronous operations inspite of being single-threaded. How it works is by executing code, collecting events and then executing sub-tasks that are in the queue in a loop.

Call Stack: The call stack is a LIFO (Last In - First Out) type of stack that tracks function execution status. As soon as a script calls a function the interpreter adds it to the call stack and then starts carrying out the function.

   function firstFunction() {
     secondFunction();
     console.log('First function called.');
   }

   function secondFunction() {
     thirdFunction();
     console.log('Second function called.');
   }

   function thirdFunction() {
     console.log('Third function called.');
   }

   firstFunction();

Web APIs: Web APIs are provided by browsers and allow asynchronous tasks like setTimeout, XMLHttpRequest and event listeners. They run independently of the JavaScript engine.

   console.log('First');
   setTimeout(function() { 
       console.log('Second');
   }, 0);
   console.log('Third');
   // Output: 'First', 'Third', 'Second'

Callback Queue: When an asynchronous operation is complete, the callback function is placed in the Callback Queue. If the call stack is empty, the event loop moves the callback to the call stack for execution.

Practical Use Cases:

Handling I/O Operations: Asynchronous IO operations are common in web applications these days, whether it is a server request, file upload or fetching data from a database. JavaScript handles these operations without blocking the main thread using callbacks, promises or async-await.

   // Example using a callback
   function fetchData(callback) {
     // Simulates fetching data with setTimeout
     setTimeout(() => {
       callback('Data retrieved');
     }, 2000);
   }

   fetchData((data) => {
     console.log(data); // Data retrieved
   });

JavaScript Runtimes and Timers: Understanding how setTimeout and setInterval work with the event loop is critical for creating delays and repeated intervals without freezing the user interface.

   // Example with setTimeout
   console.log('Start of script');
   setTimeout(() => {
     console.log('Execute later');
   }, 1000);
   console.log('End of script');
   // Output: Start of script, End of script, Execute later

Promises for Cleaner Asynchronous Code: Promises provide us with a cleaner and manageable approach to handling asynchronous code.

   // Example with Promises
   const promise = new Promise((resolve, reject) => {
     // Asynchronous operation
     setTimeout(() => {
       resolve('Promise resolved');
     }, 1000);
   });

   promise.then((successMessage) => {
     console.log(successMessage);
   });

Understanding Microtasks:
Apart from the callback queue, JavaScript also has a microtask queue that is used for promises and other microtasks which has higher priority over callback queue tasks.

console.log('Script start');

setTimeout(() => {
  console.log('setTimeout');
}, 0);

Promise.resolve().then(() => {
  console.log('promise1');
}).then(() => {
  console.log('promise2');
});

console.log('Script end');

// Output order: Script start, Script end, promise1, promise2, setTimeout

In conclusion, the event loop is the cornerstone of the asynchronous programming when it comes to JavaScript which ensures that long-running tasks dont block the main thread and that user inferface stay responsive. By understanding how the event loop, call stack and task queues work , you can write JavaScript code that is a lot more efficient, effective and better suited for the realities of web development world.

Now that you have seen the event loop in real world action, try experimenting with asynchronous JavaScript code in your own projects. See if you can actually optimize existing functions or come up with new ways to use JavaScript's non-blocking features to your own advantage.

Ready to start your javascript journey with open-source? Visit OpenSign on GitHub and see where open source contributions can take the project

⭐ OpenSign on GitHub

Understanding Closures in JavaScript with Simple Practical Examples

Alex — Mon, 13 Nov 2023 20:56:19 +0000

Closures are a fundamental yet powerful feature of JavaScript. They are often one of the most misunderstood concepts, specially among beginners. If you are looking to deepen your understanding of closures and learn how to use them in real world situations this article is for you.

What Are Closures?
In JavaScript a closure is a unique function that remembers the environment in which it was created. What it means is that it can access variables from its outer scope even after the outer function has finished the execution.

Here is a simple example to illustrate the concept of closures:

function greet() {
  const name = 'Alex';
  function displayName() {
    alert('Hello, ' + name);
  }
  return displayName;
}

const myGreet = greet();
myGreet(); // Alerts "Hello, Alex"

In the code shown above displayName is a closure that encloses both the function itself and the environment in which it was created which includes the variable name.

Why Use Closures?
Closures are useful for many reasons:

Closures allow you to emulate private variables which provides security and prevents the global namespace from being cluttered.
Closures enable powerful functional programming techniques.
Closures maintain state in an asynchronous javascript world.

Here are some Practical Use Cases:

Data Encapsulation and Privacy:

   function createCounter() {
     let count = 0;
     return {
       increment() { count += 1; },
       get value() { return count; }
     };
   }

   const counter = createCounter();
   counter.increment();
   console.log(counter.value); // 1

The count variable in above code is private. It is not accessible outside the scope of createCounter other than through the closure's methods.

Event Handlers:

   function setupButton(buttonId) {
     const button = document.getElementById(buttonId);
     button.onclick = function() {
       alert('Button ' + buttonId + ' clicked');
     };
   }
   setupButton('myButton');

Each button click handler created by setupButton in above code is a closure with access to its very own buttonId variable.

Partial Applications or Currying:

   function multiply(a, b) {
     return a * b;
   }

   function createMultiplier(multiplier) {
     return function(x) {
       return multiply(x, multiplier);
     };
   }

   const double = createMultiplier(2);
   console.log(double(3)); // 6

createMultiplier returns a closure that multiplies its argument by a fixed multiplier.

Understanding the Nuances:
Closures come with their own set of potential pitfalls such as the loop problem:

for (var myi = 1; myi <= 5; myi++) {
  setTimeout(function() {
    console.log('myi: ' + myi);
  }, myi * 2000);
}
// Outputs "myi: 6" five times

You might expect the above code to log the numbers 1 to 5 after every two seconds gap. However it will actually print the number 6 five times two seconds apart instead. This happens because the setTimeout functions are executed after the loop has completed execution at which point the variable ‘myi’ has a value of 6.

To fix this using closures you can create a new scope by adding an Immediately Invoked Function Expression(IIFE) like below

for (var myi = 1; myi <= 5; myi++) {
  (function(myj) {
    setTimeout(function() {
      console.log('myj: ' + myj);
    }, myj * 1000);
  })(myi);
}

We will not go deep into the above solution as we have a better solution for this problem in the next section. For now the quick explanation is -

myj is a parameter of the IIFE and myi is passed to it. As function parameters are local to the function this myj variable is different for each iteration which implies that setTimeout callback refers to the correct myj value when it’s called.

The modern day solution to this particular issue is to simply use let instead of var. As we already know that let is block-scoped and creates a new binding for each iteration

for (let myi = 1; myi <= 5; myi++) {
  setTimeout(function() {
    console.log(myi);
  }, myi * 1000);
}

With the help of let each loop iteration now creates a new myi variable scoped to that iteration. That means the setTimeout callback will work with the myi that is available at the time of the iteration and gives you the expected output.

Closures should not be seen as just a theoretical concept they are a practical tool that can solve real-world problems in JavaScript world. By understanding and applying closures correctly, you can write more efficient and extremely secure code. As you dive into open-source projects like OpenSign, you'll encounter closures frequently. Understanding them will help you contribute more effectively. Visit OpenSign on GitHub to start your open source journey.

Now that you have a better grasp of closures, try implementing them in your next project or while contributing to an open-source initiative. Share your experiences or any questions in the comments below!

⭐ OpenSign on GitHub

Explaining ‘this’ keyword in javascript to a beginner

Alex — Mon, 13 Nov 2023 06:25:36 +0000

For new JavaScript developers understanding of 'this' keyword can be a really tricky affair. It is famous in a negative way for its ambiguity, changing its value depending on where and how the function is called. This article aims to clear the air around 'this' with a beginner-friendly explanation followed by some real world code examples.

What exactly is 'this' in JavaScript?
The JavaScript keyword 'this' simply refers to the object it belongs to. It may have different values depending on where it is used in your code:

In a method - 'this' refers to the owner object of that method.
Alone - 'this' refers to the global object of the context.
In a js function - 'this' refers to the global object.
In a js function (in strict mode) - 'this' is undefined.
In a event - 'this' refers to the element that receives the event.

Lets understand 'this' with real Code Examples:

'this' keyword in Global Context:

console.log(this); // In a browser environment 'this' keyword will refer to the global window object here.

'this' keyword inside an Object Method:

const person = {
    name: 'Alex',
    greet: function() { console.log('Hey, my name is ' + this.name); }
};
person.greet(); // 'Hey, my name is Alex'

'this' keyword with Constructors:

function Person(name) {
    this.name = name;
}
const personobj = new Person('Alex');
console.log(personobj.name); // 'Alex'

'this' keyword in an Arrow Function: Arrow functions do not have their own 'this' value and that is why are more often than not used to avoid the confusion surrounding 'this' keyword.

const person = {
    name: 'Alex',
    greet: () => { console.log('Hey, my name is ' + this.name); }
};
person.greet(); // 'Hey, my name is ' + undefined

In this example above the arrow function does not bind its own 'this' value so 'this.name' is not assigned to the person object so it falls back to the 'this' of the surrounding scope which is undefined in strict mode.

'this' keyword in Event Listeners:

document.querySelector('button').addEventListener('click', function() {
    console.log(this); // 'this' keyword refers to the button element in this case.
});

Common Pitfalls with using 'this' keyword:
One of the most common mistakes beginners do is losing the context of 'this' while passing methods as callbacks or in setTimeout:

const person = {
    name: 'Alex',
    greet: function() { setTimeout(function() { console.log('Hello ' + this.name); }, 1000); }
};
person.greet(); // output - 'Hello undefined'

To fix this issue you can use Function.prototype.bind() which creates a new function with 'this' bound to the current object:

const person = {
    name: 'OpenSign',
    greet: function() { 
        setTimeout(function() { 
            console.log('Hello ' + this.name); 
        }.bind(this), 1000);}
};
person.greet(); //‘Hello OpenSign’

Using 'this' keyword with 'bind()' method , 'call()' method and 'apply()' method:
These methods can easily set the value of 'this' to control the execution context of a function as required:

bind() function: It creates a new function with 'this' bound to a specific object which allows you to pass it as a parameter.
call() function: It executes a function with in a unique way such thay 'this' is set to the first argument you pass to it.
apply() function: It is similar to the call() function just that it takes an array of arguments to pass to the function.

function introduce(language) {
  console.log(`I am ${this.name} and I can only code in ${language}`);
}

const dev = { name: 'Alex' };
introduce.call(dev, 'JavaScript'); // I am Alex and I can only code in JavaScript
introduce.apply(dev, ['JavaScript']); // I am Alex and I can only code in JavaScript

const boundedFunction = introduce.bind(dev);
boundedFunction('JavaScript'); // I am Alex and I can only code in JavaScript

Best Practices for Using ‘this’ keyword:

Always be very clear in advance about which object ‘this’ refers to within the function you are writing to avoid unexpected issues later.
Whenever in doubt use console.log(this) to check what ‘this’ refers to at a certain point in your code to debug.
Use .bind(thisArg), .call(thisArg, arg1, ...argN) or .apply(thisArg, [argsArray]) to explicitly set the value of ‘this’ and get your code to do what exactly you want it to do.

Common mistakes that beginners do with ‘this’ and how to avoid them :

The Mistake: Losing value of ‘this’ in Callbacks
The Solution: Use bind() to make sure that ‘this’ refers to the correct object.

The Mistake: Confusing ‘this’ with arrow functions
The Solution: Always remember that arrow functions don’t bind their own ‘this’ value.

The Mistake: Not knowing what ‘this’ refers to in event handlers.
The Solution: Simply default to using traditional function expressions for event handlers unless you are sure of the ‘this’ value.

The keyword ‘this’ is a core and important concept in JavaScript that if understood correctly, can unlock powerful patterns and help you solve complex problems with simple solutions.

Ready to start your javascript journey with open-source? Visit OpenSign on GitHub and see where open source contributions can take the project. Whether it's improving documentation, designing UI/UX, or enhancing security features, your contribution could make the next big impact.

Happy coding, and we can't wait to see the contributions you'll make!

⭐ OpenSign on GitHub

Demystifying 'this' keyword in JavaScript for Beginners

Alex — Sun, 12 Nov 2023 20:37:12 +0000

Introducing OpenSign™: The Open Source Revolution in Digital Signatures

Alex — Fri, 10 Nov 2023 22:22:13 +0000

“Bringing Trust, Transparency and ensuring Security of Digital Transactions”

In a world that is already digital and expanding faster than ever before, the need for reliable, secure and transparent digital signature software has never been greater. Today we are excited to announce the launch of OpenSign™ – a game-changing open source project that promises to transform the way individuals and businesses secure their digital transactions.

OpenSign was born out of a very simple vision – to create a digital signature tool that everyone can trust and use for free. In an age where digital security is of utmost importance OpenSign™ offers a robust solution which is both transparent and adaptable to the needs of various users be it an individual or a small business or a large enterprise.

Why we opted for Open Source?
We believe wholeheartedly in the power of community-driven development of software. By making OpenSign™ open source we are inviting developers from across the world to contribute to a platform that stands for openness, security and privacy. This collaborative approach of moving ahead ensures continuous improvement of the platform and built-in innovation because of the involvement of community, making OpenSign™ not just a product but a constantly evolving standard.

Features and Benefits of OpenSign™:

Security You Can Trust: OpenSign™ is built with focus on security, using the latest cryptographic techniques to ensure that every signature is verifiable and legally binding in most of the regions of the world.
Open to All: Whether you are an established enterprise, a startup or even an independent professional, OpenSign™ is designed to be accessible and user friendly for all.
Total Control: With OpenSign™ you have full control over your document e-signing processes without relying on third party software that can be opaque or restrictive at times.
Community and Support: Gain access to a supportive community of thousands of developers and users who believe in our vision and are ready to help you integrate OpenSign into your workflow. We have presence on Github, Discord, Twitter, Facebook & Linkedin.
How Does OpenSign Work?
OpenSign™ comes as a React+NodeJS+Mongo app that can either be deployed locally or on cloud using Docker or you can opt for a hosted solution for a small monthly fee. You can read more on the official OpenSign™ website or visit the official OpenSign™ Github repository. It allows for quick implementation of e-signatures into PDFs ensuring that your documents are legally binding.

Features at a Glance

Secure PDF E-Signing: With the help of Robust encryption algorithms, OpenSign™ ensures maximum security, privacy & compatibility.
Annotate Documents: OpenSign™ allows you to annotate PDF documents with an advanced signing pad that comes with hand drawn signatures support as well as uploaded images & saved signatures for the simplest signing experience.
User-Friendly Interface: OpenSign™ was built while keeping Intuitive design in mind for ease of use. Features like “Sign yourself”, “One click signatures” and “OpenSign Drive” makes it stand out of the crowd and even makes it better than a lot of so-called industry leaders.
Multi-signer Support: OpenSign’s ability to invite multiple signers for signing along with the ability to invite witnesses & being able to enforce signing in a sequence makes it the only open source solution that is fully loaded and allows it to compete head-to-head with established players.
SMS & Email Unique Code(OTP) verification support for guest signers: With OpenSign™, your documents are fully secure even when being signed by guest users. Guest signers can only sign the document after entering a unique code sent to their email address.
Note: SMS feature is currently available for limited number of countries.
“Expiring Docs” & “Rejection” support: You can set documents to expire after certain number of days after which nobody will be able to sign it. Not just this, OpenSign also allows signers to reject signing a document.
Beautiful email templates: All document signing invitations, completion notifications & reminders are formatted using great looking email templates.
PDF Template Creation: OpenSign™ allows you to create and store PDF document templates for repeated use thereby saving you a lot of time.
OpenSign™ Drive: It is a centralised secure vault for your signed documents that makes storing, signing, organizing, sharing & achieving your docs a breeze.
Audit Trails: Being a security focused solution, OpenSign™ makes it a top priority to save detailed logs for tracking document activities along with IP addresses, email IDs & phone numbers. A completion certificate is generated as soon as document is completed which contains all the document related logs for added safety.
API Support: OpenSign™ API allows seamless integration into existing systems and software. APIs will soon be available as a cloud hosted solution.
Integrations: Seamless integrations with various Cloud storage systems, CRMs & enterprise platforms is a must and OpenSign™ delivers on this front as well.

Our mission extends well beyond the code & the product. We are building a community of like-minded individuals who believe in the future of open-source technology. By joining the OpenSign community, you will not only get access to the software but also become a part of a movement that values collaboration, innovation, openness and freedom at its core.

The journey of OpenSign™ is just beginning right now. As we continue to build and improve the product, we invite you to be a part of our journey and help make OpenSign™ the world’s number one Document Signing Platform. Please suggest features, report issues and provide feedback to help us shape the future of OpenSign™. With your support we can ensure that OpenSign™ remains at the forefront of digital signature technology for decades to come.

With OpenSign™, your support and the collective brilliance of the vibrant open-source community we aspire to set a new standard for digital signatures. A standard that speaks of community-driven innovation, reliability and the spirit of the future.
Welcome to OpenSign™ — The free & open source alternative to DocuSign.

Stay Connected: Follow us on GitHub, join our community discussion discord server or visit our official website to stay updated on the latest developments and become a part of our growing ecosystem.

⭐ OpenSign on GitHub