PixLab, a leading provider of Machine Vision is thrilled to unveil our latest creation: Tiny Dream. This header only, C++ library represents a significant leap forward in the realm of Stable Diffusion Inference, all neatly packaged into a C++ framework.

What is Tiny Dream 🔥

Tiny Dream is a header only, dependency free, partially uncensored, Stable Diffusion implementation written in C++ with primary focus on CPU efficiency, and smaller memory footprint. Tiny Dream runs reasonably fast on the average consumer hardware, require only 1.7 ~ 5.5 GB of RAM to execute, does not enforce Nvidia GPUs presence, and is designed to be embedded on larger codebases (host programs) with an easy to use C++ API. The possibilities are literally endless, or at least extend to the boundaries of Stable Diffusion's latent manifold.

Features 🔥

For the extensive list of features, please refer to the official documentation here.

• OpenCV Dependency Free: Only stb_image_write.h from the excellent stb single-header, public domain C library is required for saving images to disk.
• Smallest, Run-Time Memory Footprint for Running Stable Diffusion in Inference.
• Straightforward to Integrate on Existing Codebases: Just drop tinydream.hpp and stb_image_write.h on your source tree with the Pre-trained Models & Assets.
• Reasonably fast on Intel/AMD CPUs (Benchmarks): With TBB threading and SSE/AVX vectorization.
• Support Real-ESRGAN, A Super Resolution Network Upscaler.
• Full Support for Words Priority: Instruct the model to pay attention, and give higher priority to word (keywords) surrounded by parenthesis ().
• Support for Output Metadata: Link meta information to your output images such as copyright notice, comments, or any other meta data you would like to see linked to your image.
• Support for Stable Diffusion Extra Parameters: Adjust Seed resizing & Guidance Scale.

Documentation & Resources to Get Started 🔥

• Getting Started Guide
• C++ API Reference Guide
• Pre-Trained Models & Assets Downloads
• Licensing Tiny-Dream
• Future Project Roadmap

Dive Deeper with GitHub

For those eager to explore the intricacies of Tiny Dream, we've made the entire project available on GitHub. Dive into the code, explore its features, and join our community of contributors. Check out the project here: Tiny Dream on GitHub.

Related Projects 🔥

You may find useful the following production-ready projects developed & maintained by PixLab | Symisc Systems:

• SOD - An Embedded, Dependency-Free, Computer Vision C/C++ Library.
• FACEIO - Cross Browser, Passwordless Facial Authentication Framework.
• PixLab Annotate - Online Image Annotation, Labeling & Segmentation Tool.
• ASCII Art - Real-Time ASCII Art Rendering C Library.
• UnQLite - An Embedded, Transactional Key/Value Database Engine.

In Conclusion:

The release of Tiny Dream marks a pivotal moment for us. We believe in pushing the boundaries of what's possible, and with Tiny Dream, we're one step closer to redefining the future of Stable Diffusion inference. We invite you to join us on this exciting journey, explore Tiny Dream, and witness the future of C++ libraries.

Thank you for your continued support and enthusiasm. Here's to many more innovations ahead!

Stay tuned for more updates and announcements. Your feedback and contributions are always welcome!

FOR IMMEDIATE RELEASE

PixLab, a leading provider of advanced image and video analysis solutions, is thrilled to unveil its newly redesigned and highly innovative Machine Learning-based document scanner engine, developed in-house.

This groundbreaking technology is specifically designed for Know Your Customer (KYC) and ID verification tasks, offering customer onboarding solutions that go beyond standard KYC and Anti-Money Laundering (AML) checks. The PixLab DOCSCAN API Endpoint empowers organizations to boost conversions, reduce fraud, and maintain global compliance effortlessly.

The PixLab DOCSCAN API Endpoint revolutionizes the way government-issued documents, including Passports, Visas, U.S Driver License, and ID cards from various countries including but not limited to Malaysia, Singapore, India, and Emirates, are scanned and verified. With a single call, organizations can effortlessly scan and extract critical information from these documents. The API endpoint also features automatic face extraction, enhancing the accuracy and completeness of the scanning process.

Below, the DOCSCAN API endpoint output for a typical Input Passport Image:

Input Passport Specimen (JPEG/PNG/BMP Image or PDF Upload)

And, the extracted Passport (MRZ) Fields

One of the key highlights of the DOCSCAN API endpoint is its ability to transform binary data, such as Passport Machine Readable Zone (MRZ), into a stream of textual content in JSON format. This includes extracting crucial details such as the Full Name, Issuing Country, Document Number, Date of Birth & Expiry, etc.. This seamless integration of the extracted information into your application allows for streamlined and efficient processes, reducing manual effort and eliminating errors.

PixLab takes document scanning and verification to the next level by offering additional features that help identify possible fraudulent documents. The DOCSCAN API endpoint's automated face scanning capabilities, combined with its MRZ extraction functionality, enable developers to automate passport scanning while maintaining stringent security standards. This empowers organizations to protect against fraudulent activities and maintain the integrity of their processes.

Input ID Card Specimen from Malaysia (MyKAD) (JPEG/PNG/BMP Image or PDF Upload)

And, the extracted MyKAD Fields including Face Extraction, Date Of Birth, Full Name, Address, Religion, and ID Number

In today's increasingly digitized era, the need for automation and efficiency is paramount. Manual and repetitive administrative tasks can be time-consuming, error-prone, and costly. By leveraging the power of the PixLab DOCSCAN API endpoint, organizations can automate passport processing, resulting in substantial cost savings, accelerated customer on-boarding, and enhanced accuracy in administrative processes.

Finally, to learn more about PixLab's DOCSCAN API endpoint and its comprehensive features, please refer to the previous blog posts & code samples:

1. Passports, Travel Documents & ID Cards Scan API Endpoint Available
2. Full Scan Support for Malaysia and Singapore ID Cards
3. Full Scan Support for United Arab Emirates (UAE) ID/Residence Cards
4. PixLab’s Document Scanner now able to scan Driving License issued from any U.S. state
5. Implement a Minimalistic KYC Form & Identify Verification Check
6. Step-by-step guide to do e-KYC in your app
7. Streamlining KYC with PixLab Document Scanner API

Code Samples

1. Scan a government issued Passport document using the PixLab API. Extract the user's face and display all MRZ fields (PHP Code)
2. Scan a government issued Passport document using the PixLab API. Extract the user's face and display all MRZ fields (Python Code)
3. Scan Malaysia ID Card (MyKAD) (PHP Code)
4. Scan government issued ID card from Malaysia (MyKAD, MyKID)., extract the user face and parse all fields (Python Code)

About PixLab

PixLab is a leading provider of advanced image and video analysis solutions, leveraging state-of-the-art technologies such as Machine Learning and Artificial Intelligence. With a commitment to innovation, PixLab empowers organizations across industries to automate and streamline their image and video processing workflows. The company's robust APIs and developer-friendly tools enable businesses to extract valuable insights, perform accurate face recognition, analyze emotions, detect objects, and much more.

The FACEIO Development Team is thrilled to announce the immediate availability of fio.js V2.1, our cutting-edge Facial Recognition Web Framework with groundbreaking new features with the goal of enhancing security and compliance for your applications.

Over the past few months, we have developed an innovative age verification security option that prevents minors from on-boarding on your application, ensuring your sensitive services remain accessible only to the appropriate age groups.

Enhanced Security with Minors Access Prevention 🛡️

When activated, this powerful security feature diligently screens and identifies users' age during the on-boarding process, and thus will forbid minors less than 18 years old from enrolling on your application with the fioErrCode.MINORS_NOT_ALLOWED error code being raised if a minor try to on-board on your application, reinforcing your compliance and security measures. This highly requested security feature is immediately available to trigger from the FACEIO Console. Please refer to the updated boilerplate integration code to see this feature in action.

Comply with Jurisdictional Regulations 📜

If your application is offering sensitive services or operating in jurisdictions such as the UK and certain US states that strictly prohibit minors from accessing such services, this security feature is mandatory & invaluable tool for you. By activating it, you can seamlessly align with legal requirements and ensure that only eligible users gain access to your platform.

PAS 1296:2018 Compliance & Age Verification Check

We understand the criticality of meeting industry standards and regulations. That's why we are excited to inform you that PixLab Insight, the default Facial Recognition Engine for FACEIO, is ready to fulfill the PAS 1296:2018 code of practice for online age verification accredited by the UK's Age Check Certification Scheme (ACCS). Our technology guarantees robust age verification capabilities, bolstering your compliance efforts.

Experience the Future of Secure Facial Recognition ✨

At FACEIO, we are committed to providing you with state-of-the-art tools to safeguard your applications and users. The introduction of Minors Access Restriction adds an extra layer of security, giving you peace of mind and enabling you to cater to the right audience for your services.

To explore this exciting new feature and integrate it into your application, simply connect to the FACEIO Console, and activate this option from the Security Tab of your Application Manager. Our comprehensive documentation will guide you through the activation process and assist you in optimizing the functionality for your unique requirements.

24/7 Support & Integration Assistance

We would be thrilled to assist you in implementing the Minors Access Prevention Security Feature or answer any questions you may have. Reach out to our dedicated support team via the FACEIO Console or the Community Forum. Our experts are ready to provide you with top-notch assistance and help you unlock the full potential of FACEIO.

Embrace the power of age verification and elevate the security standards of your FACEIO application. Join us on this exciting journey as we revolutionize facial recognition technology together!

Stay secure, stay compliant, and stay ahead with FACEIO!

We are excited to announce important updates to the Privacy Policy, DMCA Guidelines, and Terms of Services of the PixLab Websites, Cloud Services, and APIs.

At PixLab, we strive to provide our users with the highest level of transparency, security, and control over their personal data. These updates align with the General Data Protection Regulation (GDPR) and the California Consumer Privacy Act (CCPA) to ensure compliance and protect your privacy.

New Privacy Policy: Safeguarding Your Data, Respecting Your Privacy

Our revamped Privacy Policy puts your privacy at the forefront. We understand the significance of your personal information and have implemented robust measures to protect it. This policy outlines the types of data we collect, how we use it, and how we ensure its security. Additionally, it informs you about your rights and the choices you have regarding your data.

To learn more about our privacy practices, including data collection, usage, storage, and your rights as a user, we invite you to review our updated privacy policy available at https://pixlab.io/privacy-policy. By continuing to use the PixLab APIs, you are agreeing to the revised policy

DMCA Guidelines: Protecting Copyrighted Material

At PixLab, we respect intellectual property rights and take copyright infringement seriously. Our DMCA Guidelines outline the steps to report any content that infringes upon your copyrights. We have implemented a streamlined process to ensure prompt and efficient handling of DMCA takedown requests.

If you believe your copyrighted material is being used improperly on PixLab, please follow the instructions provided in our DMCA guidelines, which can be found within our terms of use at https://pixlab.io/dmca.

Terms of Service: A New Framework for Collaboration

Our terms of services define the rules and regulations for using PixLab's website and APIs. By using our services, you agree to abide by these terms and conditions. They cover a range of important aspects, including user responsibilities, content ownership, limitations of liability, and more.

We encourage you to familiarize yourself with our terms of use, available at https://pixlab.io/terms, to understand your rights and obligations when using PixLab.

Your Trust Matters

As a user of PixLab, your trust is of utmost importance to us. We are committed to maintaining the highest standards of privacy and data protection. These updates to our Privacy Policy, DMCA Guidelines, and Terms of Services aim to provide you with increased control, transparency, and legal compliance.

We value your feedback and are constantly working to improve our services. If you have any questions or concerns about these updates or any aspect of PixLab, please reach out to our support team via our various communication channels.

Finally, we thank you for choosing PixLab as your trusted platform for image and video processing. We look forward to continuing our journey together while prioritizing your privacy and security.

The FACEIO development team is pleased to announce the general availability of new REST API Endpoints for developers implementing fio.js, our facial authentication library on their websites or web applications.

With the new API Endpoints, you can now programmtically talk to your FACEIO application via your private backend regardless of the underlying programming language whether it is Python, Ruby, Java, PHP, etc. as long as it supports HTTP based requests.

These endpoints have been designed with developers in mind and are fully documented, making it easy for the developer to get started. The list of new released API endpoints includes but not limited to:

• DELETEFACIALID: Delete a particular Facial ID.
• CHECKFACIALID: Validate a particular Facial ID.
• SETFACIALIDPAYLOAD: Set or change Payload data linked to a particular Facial ID.
• SETFACIALIDPINCODE: Change PIN Code linked to a particular Facial ID.

To get started with the new REST API endpoints, simply head over to faceio.net/rest-api and consult the documentation. The documentation is comprehensive and includes examples to help you get started quickly.

We are confident that the new released API endpoints will be a valuable addition to your FACEIO integration and will help developers automate tasks such as Facial ID Deletion, PIN Code Reset, Payload Update, etc.

Finally, If you have any questions or feedback, please do not hesitate to raise a support ticket via the FACEIO Console. Our team is always ready to help and support you in any way we can.

The FACEIO development team is pleased to announce the immediate availability of our Liveness Detection, Presentation Attacks Mitigation (PAD) & Face Anti-Spoofing Security Option. A highly requested feature by our customers that is now deployed & fully operational on FACEIO thanks to a PixLab implementation.

Liveness detection in biometrics is the ability for a system to detect if the target face is real from a live person present at the point of capture or fake from a spoof artifact or lifeless body part.

Face Anti-Spoofing on the other side, is the task of preventing false facial authentication when implementing fio.js, our facial recognition library on your web site or application using a smartphone picture, or printed image for an authorized person's face.

Face Anti-Spoofing Security Option

With this security option enabled, Smartphone & Print Attacks originating from a static image or video stream are easily deterred during Authentication & Enrollment when enabled for your FACEIO application.

The Face Anti-Spoofing Security Option is immediately available to trigger from the Application Manager (Security Tab) on the FACEIO Console.

Press Release & Model Roadmap

Our Press Release document including a general overview of the approach used to implement Face Anti-Spoofing for FACEIO is available to consult at: cdn.faceio.net/faceio_liveness_detection.pdf.

This implementation & further model enhancements, are pushed transparently, and no action or code changes are required on your side. Just an option to trigger from the Application Manager on the FACEIO CONSOLE.

Implementation Overview

Once a new user enroll or authenticate on your application, the Face Anti-Spoof engine shall be triggered to filter out spoof & presentation attacks. Upon an attack is detected, the fioErrCode.PAD_ATTACK error code is raised, and you should act accordingly such as banning the acting user depending on your policy.

Please note that Face Anti-Spoofing mitigation is a resource intensive operation, therefore it is available starting from the Business Plan, and up. Nevertheless, it takes less than 600 milliseconds to execute thanks to a heavily optimized implementation.

We are pleased to announce the graduation of the FACEIO's NPPM Package from beta to general availability, so it's even easier to leverage the power of facial authentication to your Node based web application.

The fio.js NPM package supports Web developers using FACEIO by reducing friction when implementing fio.js, our facial recognition library on their web sites or apps regardless of the underlying JavaScript framework whether it is React, Angular, Vue, Next, React Native or even Vanilla JavaScript.

Getting Started

To help you get started using FACEIO' NPM Package, we've outlined some basic steps below. For more information, refer to the official integration guide:

• NPM Package Home: www.npmjs.com/package/@faceio/fiojs
• Github Repository: github.com/symisc/faceio-npm

Community Tutorials

The following, high-content, community contributed guides & tutorials should help you implement fio.js on your web application using your favorite JavaScript framework:

• Implement a Facial Recognition Authentication Using React.js and TailwindCSS
• Implementing Web based Facial Authentication with FACEIO's NPM Package
• FACEIO's fio.js V1.9 Released with Face Duplication Prevention
• Authentication is hard. Let FACEIO handle it for you
• Using React-Typescript With FaceIO for User Face Authentication
• Log in/Sign up form using FaceIO, Next.js and Tailwind CSS
• How to use Facial Recognition to Enhance user Experience on your Website using FaceIO
• How to Authenticate a User with Face Recognition in React.js
• How to Authenticate a User via Face Recognition in Your Web Application

Share Your Feedback

Finally, if you’ve had a chance to use the new FACEIO' NPM Package, and have any feedback or suggestions you’d like to share, please do reach out to us on the GitHub repository or open a new support ticket via the FACEIO Console. We really look forward to hear back from you!

If you encounter any bugs or technical issues while using our new NPM Package, we want to know so we can make things right. Please be sure to file a report on our GitHub repository.

Starting with the major release of fio.js 1.9, FACEIO Webhooks have been rebuilt from the ground up to improve latency and provide new functionality like payload field inclusion which is available starting from the Business Plan, and up.

Webhooks allows you to receive data and get notified at real-time about the ongoing events during the interaction of the FACEIO Widget with your users (eg. New user enrollment or authentication) in-order to keep your application backend up-to-date & synchronized. FACEIO uses Webhooks to let your system know when such events happen. Events includes New User Enrollment, Facial Authentication Success, Facial ID Deletion, and many other events.

When an event occurs, FACEIO makes an HTTP POST request to the URL you configured for the Webhook. FACEIO’s request includes details of the ongoing event such as the Unique Facial ID of the user being enrolled or authenticated, its gender & age in case of new enrollment, timestamps, event type, IP information, linked payload, and many others details.

Enabling Webhooks

Registering your Webhook endpoint URL for receiving events for your FACEIO application is straightforward as shown in the detailed steps below:

1. Connect to your account via the FACEIO Console first.
2. From the console main view, visit the Application Manager.
3. Select the target application for which you want to setup webhooks for.
4. Navigate to the WEBHOOKS tab from the manager main view.
5. Once the target application selected. Enter your Webhook Endpoint URL for receiving events and save your modification.
6. You're all set. Upon an event is triggered, FACEIO shall make an HTTP POST request to the URL you configured for the Webhook with the appropriate fields.

Major Enhancements

Starting with the 1.9 release, here are the quick highlights, with more details in the Webhooks page dedicated documentation:

• Faster notifications.
• JSON Based POST Requests.
• IPv6 Support.
• Payload Field Inclusion.
• HTTP1.1/2 Protocol Support.
• Full Support for TLS 1.3 Requests.

The PixLab development team is pleased to announce the immediate availability of FACEIO's fio.js V 1.9. A major release which implements highly requested features from our customers including but not limited to:

• Face Duplication (same user enrolling twice or more) Prevention.
• Dynamic Session Reloading without Page Refreshing.
• Faster facial features collection during enrollment.
• Upto 1.3x faster facial authentication operation.
• French, Japanese, Vietnamese & Dutch new language packs.

As usual, this update is transparent to our end users & fio.js implementers, and no action is required on your side if you link directly the library from the FACEIO CDN.

Face Duplication Prevention:

When enabled, this option shall prevent the same user from enrolling twice or more on your application. That is, if the facial features of the user being enrolled are already recorded, the enroll operation is aborted, and the fioErrCode.FACE_DUPLICATION error code is raised to your host application instead. This option is immediately available to trigger from the FACEIO Console. Please refer to the updated boilerplate code to see this feature in action.

When this option is disabled (default case), it is considered, a no-error operation for the same user to enroll twice or more on your application. This will trigger a collision, and ask the user to confirm his PIN code whenever an authentication operation occurs with the user in question.

Session Reloading without Page Refreshing:

The introduced restartSession() method let you purge the current user session and request a new one. By default, sessions in FACEIO starts following the first call to the enroll() or authenticate() method whichever comes first, and are immutable. After successful call to this method, the old session is discarded, a new one is created, and you can perform another round of calls to enroll() or authenticate() for the same user without reloading (refreshing) the entire HTML page or relying on an external JavaScript function such as location.reload() to do so.

Please note that dynamic session generation via this method are available to the Premium Plans only. Think of upgrading your Freemium application from the FACEIO Console first before calling this method on your frontend

Finally, for additional information & to learn more about implementing FACEIO on your website or web application, please refer to the following documents:

• Getting Started Tutorial: Learn the fundamentals about implementing facial authentication on a typical web application.
• Integration Guide: Learn how to implement fio.js, our facial recognition library on your website.
• Developer Center: Code samples, documentation, support channels, and all the resources yo need to implement FACEIO on your website.
• Frequently Asked Questions: Get instant answers to the most common questions.
• Trust Center: Learn how we handle your data securely and in compliance with privacy and legal requirements.