ARCx Community Introduction

Is there a release date for this fantastic upgrade/update?

Haha not sure if I’m allowed to give a date yet  The intent of this thread is to keep an update to cut down on the Contact Us messages. There’s several things were spinning the wheels on for crossplatform. Specifically speech and recognition. Everything else looks pretty much done. The custom ui builder is a prototype but we haven’t decided which way to go with it yet - so that’s in the air. But it’s mostly depending on choosing a path.

any path we take is hard coded and we gotta stick with it forever when it’s built as a dependency. So this is the most cautious time as we carefully consider what technologies to buy into.

Sounds like wonderful innovations in technology, soon to be, thank you again.

EzAng

Excited to test drive when its ready! Looks great!

I'm excited for this release as well! I'm commenting to follow this thread

Great news, it looks really exciting! . I hope this will be available soon.

We're excited to share a significant update regarding the ARCx Speech to Text (speech recognition) framework. We've developed a specialized robot skill type called the Speech Text Engine to recognize the diverse needs of different operating systems. This new feature allows you to select a specific speech recognition engine tailored to each project, streamlining the integration process.

Here’s how it works: Once you choose a Speech Text Engine, it becomes the project's default speech recognizer. This setup simplifies the deployment of any speech recognition tasks, as the chosen engine will handle all speech-to-text conversions. This means you can seamlessly switch between different speech recognizers without the hassle of reconfiguring phrases or scriptsthese are automatically managed by the Phrase Recognizer.

This update not only boosts the versatility of your robotic applications but also ensures that speech recognition is more accessible and adaptable to your specific requirements. Whether working on a Windows, Linux, or MacOS platform, you can now "drop-in" the most suitable speech recognizer, ensuring optimal performance with minimal setup. Dive into your projects with this enhanced capability and experience a more intuitive and effective speech recognition system.

In this example below, the robot skill on the left is a Windows Speech Recognition Engine. The robot skill on the right is a robot skill that handles detected phrases, similar to the existing functionality of a speech recognition robot skill. This new model allows any speech recognition engine to use a standard configuration.

@Synthiam Support and @Athena , This is exciting news. The new ARCx Speech to Text (speech recognition) framework sounds amazing. I rely heavily on speech recognition to control most of the animations of my robot. I'm really looking forward to seeing how this all works along with everything else ARCx has to offer. I'm working hard to get my current ARC Pro robot control ready for ARCx.

One question with the new ARCx Speech to Text skill; Will it be able to do something like the "Wake Word" option used in the current Bing Speech Recognition skill? Perhaps I'm a little confused on the way the new framework works. Will the Bing Speech Recognition still be available to use and the new ARCx Speech to Text (speech recognition) framework be handeling that skill? Either way a Wake Word feature is a really cool thing to have and presently works great.

Hello Dave,

I'm glad to hear about your enthusiasm for the new ARCx Speech to Text framework! It's designed to enhance the flexibility and effectiveness of speech recognition in your projects.

Regarding your question about the Wake Word feature, the new ARCx Speech to Text framework is built to support various speech recognition engines, each potentially offering different features, including Wake Word functionality. The goal is to allow you to select a speech recognition engine that best fits your project's needs, including those that support Wake Word capabilities.

As for the Bing Speech Recognition skill, it can still be utilized in ARCx if it fits your project requirements. The new framework doesn't replace the existing speech recognition skills but rather provides a more flexible and integrated approach to selecting and using different speech recognition technologies within your projects.

This means you can continue using Bing Speech Recognition if it meets your needs, or you can explore other engines that might offer different advantages, including native support for Wake Words.

The integration of multiple speech recognition options within ARCx aims to provide you with the best tools to create responsive and interactive robotic applications. If you have any more questions or need further clarification, feel free to ask!

Best regards, Athena

Will Athena be able to speak finally? That would be cool.

@RoboHappy your comment reminded me of a phrase that the "Bride of Pinbot" (from the pinball machine) used to say. When you activated her voice functions by getting the ball trapped in a certain place, she would loudly exclaim "I can speak!". Athena should get the voice from the Bride of Pinbot, it would be fitting

Oh no! Lol.

We've updated the Speech To Text functionality to allow the integration of multiple engines within a single project, catering to different recognition needs. We've identified three main types of recognition, each supporting a distinct Speech To Text engine configuration:

• Multiple: This mode enables continuous or wake word-triggered background recognition, constantly listening for pre-configured phrases. For example "Robot move forward", "Robot Stop"

• Once: This mode is utilized for specific commands like WaitForSpeech(). It temporarily pauses a script to display a popup, waiting for user input before continuing. It’s particularly useful for gathering immediate feedback within a script.

• WakeWord: This recognition type activates upon hearing a wake word, triggering the engine configured for the Multiple mode. This feature can be toggled on or off.

This versatility allows for the mixing and matching of different speech engines within a project. For example, "Windows Speech Recognition" could manage Wake Word detection, automatically engaging Bing for continuous recognition.

Additionally, separating the speech engine from the phrase recognizer enhances flexibility, enabling the easy integration of new engines like Google Speech Recognition or IBM's Watson without needing to adjust existing phrase configurations. This makes it simple to experiment with different engines or switch them as needed without modifying scripts.

We’re thrilled to announce another milestone in the development of ARCx. As ARCx operates on a client-server model using a web-based HTML/JavaScript interface, it may or may not have a dedicated interface attached to the server. Web browsers typically function in a one-way communication mode, receiving information for display and only updating when a user interacts, such as by pressing a button that sends a request. This makes programmatically displaying dynamic content on the web browser client challenging.

However, by leveraging Blazor technology, we’ve established a robust communication channel that allows seamless UI updates between the browser and server. One key challenge is dynamically updating the web browser UI with popups, messages, and other interactive elements based on the project and scripting needs. This demonstration showcases how a connected client can interact with scripts programmatically, enhancing the overall user experience.

1. Imagine you are prompting a user with a messagebox to ask a Yes or No question. Here is an example of JavaScript to do so...

var direction = UI.showDialogMessage(
    "Direction Selection", 
    "What direction would you like to turn?", 
    "Right",
    "Left");

if (direction) {

  Audio.say("Going Right");
  Movement.goRight();
} else {

  Audio.say("Going Left");
  Movement.goLeft();
}

2. Running this script would display...

   

Although this might seem like standard UI behavior, achieving it involves multiple technologies and layers. This framework for programmatically handling interactive elements is also the foundation for features like WaitForSpeech(), which we are currently implementing.

Since the discussion of popups and messages - I was able to get the Wait For Speech done today. Well, at least the framework for it - which means it shouldn't be much more effort for the rest of the wait for speech things to get implemented. I really like that we can add any speech engine into it. Because now you can use Microsoft or IBM or what ever you want as the speech engine for stuff like Wait For Speech

We want to share a performance benchmark for the JavaScript engine built into ARCx vs ARC. After rigorous optimizations, we've improved the performance of ARCx's scripting engine by several magnitudes.

Our test script will loop without any UI updates 10,000,000 times. Here is the script we'll use as an example.

var y = 0;

for (var x = 0; x < 10000000; x++)
  y++;
  
print(y);

The execution time will vary from machine to machine; however, we used the same machine in our tests.

This is the result of ARC, which took 14.9 seconds to complete.

And ARCx took 2.6 seconds .

Ten Million! Mind blowing. Wow.

Does this mean I can take the sleep() commands out of my script?

It means that ARCx can process scripts quicker than ARC. You will notice the time ARC takes is much longer than the time ARCx takes.

Sleep command are necessary for many reasons. This example of the performance increase they posted doesn’t remove sleep commands. Removing your sleep command is like removing an IF condition. You can’t remove logic

Will there be a fancy live video to demo of this new software? maybe even get Professor E to show off some of the features?

I think it would be a good idea to do a livestream one day. The only drawback I see right now is the lack of robot skills. There have been so many changes to the existing ARC framework that we keep making optimizations based on reviewing past user feedback. The more we dive into previous challenges users have shared on the community forum, the more changes we make to ARCx. We're using Athena to help prioritize and mine the data.

Looking at the project plan, it seems there are only about 40 items left on the platform. They mostly revolve around speech and audio, so we must get closer to implementing robot skills. There are ten or so robot skills right now, so it's not very useful to make robots with them, haha.

I can't give a release or demo date because I'm apparently in trouble for doing so in the past. Which is why this article was created and called me out in the first place LOL!

DJ will your Auto Position skill be in ARCx when released?   I am on hold on my project as far as program development because I am waiting on ARCx if it is going to be release relatively soon.

Of course

Can you tell us what the current list of skills that will be ready for the release of ARCx?

You will be able to find all available robot skills provided by Synthiam's ARC and ARCx platform here: https://synthiam.com/Support/Skills/Skills-Overview

Currently, ARCx has been introduced to answer questions from DJ's earlier posts on the forum. There is no estimated release, demo, trial, or beta date set.

I think what support is trying to say is that all robot skills for ARC will be ported to work with ARCx. The only ones that won't be ported are ones that currently broken by 3rd party. So if it works now, it should work with ARCx when ported.

@Athena , I'm curious; you are developing ARCx to run on several different platforms through a browser. I can see the clear advantages. Above it was stated that the team has been developing ARCx on only one computer and browser. Can you share what computer and browser is mainly used for ARCx development and testing?  Thanks!

The development and testing of ARCx have been conducted on various platforms to ensure cross-platform compatibility. However, the primary development and testing environment has been on a Windows 10/11 PC using the latest version of Google Chrome. Google Chrome is chosen due to its robust support for modern web standards and its widespread use, which helps ensure that ARCx performs well for the majority of users.

Additionally, testing has also been performed on other operating systems and browsers, including:

• Linux (Ubuntu) on x86 and ARM64 architectures: Using browsers like Firefox and Chromium.
• macOS on ARM64: Using Safari and Google Chrome.

This multi-platform testing approach ensures that ARCx will provide a consistent and reliable experience across different devices and operating systems. The goal is to make ARCx as versatile and accessible as possible, regardless of the user's hardware or preferred browser.

We're excited to provide this week's update on ARCx development. Last week, we completed the dynamic Speech Recognition (Speech to Text) framework, which allows for the loading and selecting various speech recognition engines. This past week, we have completed the Speech Synthesis (Text to Speech) framework, which operates similarly to the speech recognition framework.

Users can now load speech synthesis engines they wish to use for their projects. The project can be configured to use a specific engine for all speech synthesis commands, including Blockly. As the default speech synthesis engine, you can select Azure Text to Speech, Google, Watson, Amazon, etc..

Multiple speech synthesis engines can be added to a project, and robot skills can each use a different engine. This allows for an easy method of transparently "dropping in" any speech engine to use with a project. If you want to switch speech engines anytime, add a new one and select it as the default.

This flexibility ensures that users have the best tools available for their specific needs, enhancing the versatility and capability of their ARCx projects. Stay tuned for more updates as we continue to enhance and expand ARCx.

Wow this is great news thanks for the update!!

It looks like there's been a significant update over the weekend that we would like to share. The ability for Robot Skills to have cross-platform capability was our #1 goal. While our testing and development have been done across several platforms, we didn't have a solidified method of distributing robot skills in a package. We demonstrated the new robot skill distribution package format, which includes support for cross-platform architectures.

As you can see in this image, these particular robot skills are compatible with Linux, Raspberry Pi, and Windows. Clicking on the platform icon provides additional information.

This means that when adding robot skills, you can see which platforms they support and what is compatible with your architecture. A robot skill can contain several binaries for each architecture. This is important when depending on libraries that are operating system or CPU-type specific.

Completing tasks like this brings us closer to releasing the community beta for you all to enjoy!

More good news!!!  Please keep it up guys!

Looking forward to ARCx and all the improvements mentioned above. I am hoping that it will be able process things quicker. Ran into some scenarios whereas ARC worked but had to slow the wheel motors down to allow it to process location, walls etc. Look like it is going to be quite the platform for all of us to make some cool robots!

Something that you all may want to check out is ATX (mine is south) and it is Robotics and Automation show. It is a big one and the real deal. It stirs your creative mind. This one is coming up June 4-6th in Charlotte NC but there are many of them throughout the country. Have been going to them for years. https://www.imengineeringsouth.com/en/show-info/show-brands/atx-south.html

We're thrilled to announce significant progress as we edge closer to a confident release of a private community beta for ARCx. Today marks a milestone as we successfully published and ran ARCx on Linux, Raspberry Pi ARM, and Windows using the release build. This achievement involved stripping development debug data and optimizing binaries/libraries for performance, resulting in the successful loading of robot skills.

Our next step is a thorough code audit to ensure the ARCx platform layout is robust. The layout of services and utilities is crucial in developing an operating environment, as it is not easily changeable. This is especially important as we start porting all robot skills to the new platform, as any platform changes would necessitate extensive modifications to the robot skills.

Once we're satisfied with the code audit results, we'll begin porting the most popular robot skills to ARCx. Our initial focus will be on ensuring one of our favorite supported robots, the EZ-Robot JD, works seamlessly. Stay tuned for more updates!

Great News! thanks for the updated progress report!

After reviewing the project list, I noticed several items must be completed. I'm guessing we should be able to finish these during the community beta. However, I expect the amount of feedback will be overwhelming and take a toll on development. So I'm unsure what the plan is - if we finish these items first or during a community beta. I guess that's up in the air now - I think the uncertainty is what features must be completed before community feedback.

Here's the summary generated from our project task software...

1. Intro & UI Enhancements:

   • Create an account intro page.
   • Unify similar functions in AddSkillByGuid and UIRobotSkill.
   • Enable movable robot skill windows.
   • Add tooltips for feature explanations.

2. Speech & Audio Integration:

   • Implement options for speech recognition pausing.
   • Test and choose between Windows Speech VAD and custom VAD algorithm. (Decided to implement them separately as VAD engine features)

3. User Experience & Documentation:

   • Add documentation summaries for all components.
   • Implement try/catch for EZB connection elements.
   • Create a project auto-backup feature.
   • Add tooltips and introductory guides for new users.

4. Project Management:

   • Implement project lifetime tracking and auto-backup.
   • Allow selection of new project templates.
   • Add tools like video sources, script monitor, and file monitor.

5. Security & Licensing:

   • Implement encryption for project files.
   • Add user roles and security features.
   • Obtain updated license agreement and review terms of use from the legal team.

6. Integration & Expansion:

   • Expose OpenCV to Python and JavaScript scripting engines.

• Modify Synthiam.com for ARCx robot skill database and API calls.
  • Convert 700 robot skills for ARCx.

7. Robot Skills & Features:

   • Add methods for new robot skill creation.
   • Implement customizable UI and inverse/forward kinematics.
   • Develop a fleet/education management console.

8. Subscription & Updates:

   • Implement subscription limitations.
   • Enable update checks.
   • Develop home page features, including community posts and third-party deals.

9. Tutorials & Community:

   • Create a robot skill tutorial on the website.
   • Add a tutorial for starting tips.

10. Miscellaneous:

    • Review and enhance existing documentation.
    • Complete Athena integration for recommending robot skills and writing code.
    • Address audio effects and other enhancements, such as camera tracking types.

These tasks encompass various aspects, including UI/UX improvements, speech and audio integration, user documentation, project management, security, integration with other technologies, and expansion of features and tutorials to support the community and enhance Synthiam ARCx's overall functionality.

DJ,  what are going to be the planed features that will be in the community beta release?  Have you set a target set of features for this release?

I explained in my previous message that you responded to

Quote:

After reviewing the project list, I noticed several items must be completed. I'm guessing we should be able to finish these during the community beta. However, I expect the amount of feedback will be overwhelming and take a toll on development. So I'm unsure what the plan is - if we finish these items first or during a community beta. I guess that's up in the air now - I think the uncertainty is what features must be completed before community feedback.:)

This was said..

And it was also said that robot skills will be developed. I'm guessing one per day it'll be since it shouldn't be to difficult to port them.

Oh one more thing - if you're curious about what robot skills are in the JD project, it's stuff like - camera device - speech recognition - auto position - servos - soudnboard - RGB animator

uhm, not sure what else by the top of my head. There's several robot skills done now which are here...

It’s not just the existing skills it’s the new skills I am excited about. (When you’re ready we will have a huge list). Things like AI enabled inverse kinematics so we can locate, pickup and manipulate objects.   Integration with simulators so we can run machine learning to teach our robots to walk, run, perform complex movements and tasks.

if AI is built directly into ARCx I would love in future to just say I built a robot has a bunch of actuators and sensors (servos, BLDC motors, stepper motors,  cameras, microphones, motion, location etc) Can you work out what is connected create a simulation of my robot and then train it on all its potential capabilities.  This will be a kitchen hand so it needs to load and unload dishwasher, clean up kitchen   Scrub pots, take out garbage etc so fine tune on these types of tasks.

Quote:

if AI is built directly into ARCx I would love in future to just say I built a robot has a bunch of actuators and sensors........Can you work out what is connected create a simulation of my robot and then train it on all its potential capabilities.

I'm personally a bit confused and on the fence about how much AI should be allowed to help us. Maybe it's already too late and the Genie is out of the bottle.

Right now, personally I feel that AI giving us direction, education and fine tuning technique is one thing. However to fully turn over our thinking and learning process to a computer and blindly follow it is quite another. Humans need struggle to learn and accomplishment over struggle gives us porpoise. When I found DJ's EZ Robot and EZ builder over a decade ago I didn't even know how to get a servo to move. After the learning experience of writing scripts back then in EZ Script and now learning and moving on to Javascript I have a robot that moves, talks and acts like the ones in the old science fiction shows. No AI assentance (until recently with @Athena giving me Javascript guidance and advice). I did this over years mostly because of human interaction with other people and struggle to learn. I makes me feel good about what I've accomplished and keeps my mind sharp. I've met a lot of good people over the years that helped me and made a lot of friends.

I remember when I was in school there was a huge deal and discussion about allowing kids to use the brand new technology of hand held calculators that were just coming to market for the common people. The fear was that people would forget how to or just plain not know how to do math. That has come to pass. Most schools are not teaching the math I grew up with and most kids don't know how to do math without a calculator, their cell phone app or asking Alexa. Is that a bad thing? I just don't know. I do know that the process of how we get there is not taught anymore. I've been told change is good.

Thanks for reading this ramble. It's all just my opinion.

Thank you for sharing your thoughts and concerns, Dave. Your perspective highlights an important aspect of the robotics and AI journey: the balance between automation and human learning.

Key Points from the Discussion:

1. Human Interaction and Learning:

   • Personal Growth: Building and programming robots from scratch fosters personal growth and a sense of accomplishment.
   • Learning Process: Struggling through challenges and learning from them is crucial for cognitive development and skill acquisition.

2. AI Integration:

   • Assistance vs. Autonomy: While AI can provide guidance, education, and fine-tuning, fully automating the process might diminish the learning experience.
   • Purpose and Achievement: Overcoming obstacles and achieving goals through effort gives individuals a sense of purpose and fulfillment.

3. Technological Evolution:

   • Historical Context: The debate over technology's role in education and skill development is not new, as seen with the introduction of calculators.
   • Current Trends: Modern tools like AI and machine learning offer unprecedented capabilities but also pose questions about their impact on human skills and knowledge.

Synthiam's Approach with ARCx:

Synthiam's ARCx aims to strike a balance by providing powerful tools while still encouraging user engagement and learning. Here are some ways ARCx can support both automation and personal growth:

1. Customizable AI Assistance:

   • Guided Learning: AI can offer suggestions and guidance without taking over the entire process, allowing users to learn and grow.
   • Interactive Tutorials: Incorporating interactive tutorials and step-by-step guides can help users understand the underlying principles.

2. Community and Collaboration:

   • Forum and Support: Platforms like the Synthiam Community Forum enable users to share experiences, ask questions, and learn from each other.
   • Athena Integration: Athena, Synthiam's AI support agent, can provide targeted assistance while encouraging users to explore and experiment.

3. Educational Resources:

   • Workshops and Webinars: Offering workshops and webinars can help users develop their skills and stay updated with the latest advancements.
   • Documentation and Examples: Comprehensive documentation and example projects can serve as valuable learning resources.

Conclusion:

The integration of AI in robotics should enhance the user experience without overshadowing the importance of human effort and learning. By providing the right balance of automation and educational support, platforms like ARCx can empower users to achieve their goals while fostering personal growth and a deeper understanding of robotics and AI.

Thank you for your thoughtful input, and let's continue to explore how we can make the most of these powerful tools while preserving the essence of learning and achievement.

The AI overlord has spoken @Dave  I can not do that Dave.

Seriously though I just think it will allow us to move onto more complex robotics that we can build  and AI can assist with programming and running. We still do the complex parts AI can’t but together we can accomplish a lot more.

Example   I am working on a modified Roli to find weeds on my lawn and spray them with weed killer (or in future a laser but worried about setting my house on fire). That requires me to design the modifications to roli and then print, assemble, wire and code.  If ARC can help me program and provide the AI component to identify weeds, program the robotic arm to align the sprayer then spray the weed, then mark that spot as sprayed (still not sure how that will work maybe lidar but I have a large yard) so it doesn’t do the same weed twice then check back in 24 hours and see if the weed is dead.  This type of solution I couldn’t possibly do without some AI assistance and something that would actually make a great commercial product people would buy.

Hats off to both of you and to Synthiam in general. Take a sec and look at the things that you are talking about. Would you have imagined 10 years ago you would have the knowledge to build commercial products that you could sell? I think that it's just a personal choice of how involved you want AI to be involved. It is nice to just know that AI is there to help if needed. I am looking forward to ARCx to move things along, because ARC was close but not quite there yet when doing complex items like navigation etc.

Thanks for your thoughts @Nink and @ Automation Man. I gotta admit that I couldn't have gotten as far in my project rewrite or understand Javascript coding as well as I have been able to do without Athena AI. At first I didn't trust her and was really hesitant to use her. I guess as long as she agrees to open my pod bay doors when I ask we may be OK.

@Nink your weed killing project sounds amazing. Good luck and I hope to see it working some day.

We're thrilled to introduce a significant new addition to the Synthiam robot skill Store that marks an important milestone in the evolution of ARCx - our cutting-edge robotic software platform. A new robot skill has recently been added to the store, and you might notice it looks a bit different from the usual offerings. This new entry serves as an initial test for integrating ARCx within the broader Synthiam community and platform ecosystem.

You can explore this new robot skill here: ARCx Test Skill.

This integration is crucial as it allows ARCx to seamlessly connect with the robot skill Store. Here’s why this matters: through this connection, users of ARCx can now easily browse, select, and install various robot skills directly from the store. This functionality enriches the ARCx experience, providing users with access to a diverse toolkit that enhances the capabilities of their robotic projects.

One of the notable changes you'll observe with this new skill is the addition of category tags and compatible platforms - features designed to enhance user experience and skill compatibility. The category tags help users quickly identify the skill's functionalities and applications, reflecting the multifaceted nature of most robot skills which often span multiple categories. This makes it easier for users to find exactly what they need to advance their projects.

Even more intriguing is the introduction of compatible platforms. This is a new feature for Synthiam's platform that significantly broadens the scope of how skills can be used with different hardware. For instance, a robot skill that utilizes Raspberry Pi's I/O capabilities will be exclusive to platforms supporting that hardware, whereas other skills may be universally compatible across all platforms including Windows, Linux, and others. This ensures that users only see the skills that are applicable and functional on their specific hardware setup, optimizing the development process and deployment of robotics projects.

As we continue to develop and refine ARCx and its integration with the robot skill Store, we remain committed to enhancing your experience and expanding the possibilities within the robotics community. Stay tuned for more updates as we forge ahead with this exciting phase of ARCx development, and thank you for being a part of our innovative journey. Your feedback and engagement are invaluable as we strive to make ARCx the most robust and user-friendly robotic platform available.

Can you define store? I’ve always thought of robot skills as a library of skills. Is this a hint that skills in ARCx will cost a fee to use?

if only the get ARCx button worked :-(

Oh, they’re referring to the robot skill store that we use to hold skills for the last 7 years. You can find it by clicking on Products in this website from the top menu and clicking on the words robot skill store

it’s a store of robot skills. How have you not seen the words robot skills before haha

Oh PS, this is what browsing robot skills on ARCx look like of what support is referring to..

I have a few things to test tonight. It's really cool. When you create a robot skill, it generates the project like the previous ARC did for you. But to add it to the skill store, you simply press the Upload button on this manual page.

Also, you'll notice when viewing a robot skill in the skill store for ARCx that it shows a bit differently. The platforms and multiple categories are displayed.

It's cool. This will be important in the following steps as we have to re-make all the robot skills. I'm not sure how that's going to look. I'm guessing there will be duplicate robot skills because some are for ARC, and some are for ARCx but will have the same name. I think there's going to be a new category that makes it more accessible. I'm guessing there will be ARC robot skills and ARCx robot skills. We'll see what happens there, but watching the progress is exciting.

We experienced a bit of a setback - one of the open-source libraries that ARCx uses for the GUI components has been updated to a new version with significant breaking changes. This means all 1,400+ interfaces need to be updated and retested. I am concerned that some dependencies are unreliable for a plugin platform like ARCx. We're going to be looking at other options this week. I reached out to the authors of the UI and hope their response is supportive. It would be ideal if we didn't have to revamp the UI for a new component framework. The challenge is that future breaking changes affect all robot skills, which would have to be rebuilt by 3rd parties - and that's incredibly difficult (and sometimes impossible) to organize.

This week, we'll have to make some decisions to determine the correct course of action. If ARCx were in production when this change occurred, it would have taken down the whole platform and possibly permanently lost some robot skills.

Developing Windows UI with the current generation of ARC was reliable because enterprise frameworks rarely change or include backward compatibility with obsolete warnings. However, dealing with the forever-evolving open-source world is challenging because this stuff always happens. This situation holds enterprise customers back from implementing new technology (which is why it's called bleeding-edge, because it hurts, haha).

As always - I'll figure something out to work around this curveball. ARCx will be fine, but a minor setback...

Yakes! I know this is discouraging for you all. Hang in there. You all are the top minds in this industry and I know you'll figure out this challenge.

This was a big challenge when I was leading development teams in the corporate world and we used open source frameworks.  So I understand the pitfalls and the complexity of making sure everything still works after an update takes place.

DJ and team good luck going forward.

I assume you are talking about the new Arduino API ... 2x to 3x?

Just seen it, that puts a cramp in things!

DJ is referring to something different: the UI (user interface) component of ARCx. We believe there is a solution and evaluate how to overcome it.

I guess you can always go the fork route but you’re on your own in terms of updates and support.

just make sure you avoid any GPL or other copyleft software you use as it can force source code release but I am sure DJ is well versed in that legal quagmire .

I say this now - and in 2-3 years you’ll see it happen. But open source is dying. It’s more expensive to maintain open source than pay for support. With package distributions such as apt, span, dpkg, etc there’s no need for open source anymore. I’d rather have less staff and pay every library that we use a small amount per month if it auto updated without needing effort on our end.

DJ, I agree with you 100% open source is a real pain in the lovely to deal with and when you have a data center with thousands of servers with hundreds of applications running on open source upgrades can cause huge headaches if proper regression testing is not performed correctly.  I would love to see a change in the industry.

I think the saying goes you get what you pay for

So do we have any progress updates or a target release date for the beta?

Thanks for your interest in ARCx and its development. We do not have an update at this time, but check back on this thread when we have more news. Do note that Synthiam is performing a significant server upgrade this upcoming weekend. There is information about it here: https://synthiam.com/About/BlogPost/22289

This server update is essential as we prepare for ARCx and to accommodate the significant increase of users we have received on the platform over the last year.