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Let AI fully control your PC to complete tasks autonomously

Self-Operating Computer Framework let's AI control your PC autonomously

The idea of a computer that is capable of thinking and acting on its own is no longer a distant dream. thanks to this unique demonstration created using ChatGPT vision. Artificial intelligence (AI) has brought us to the brink of a new era where machines can perform tasks without human intervention.

Self-Operating Computer Framework – A framework to enable multimodal models to operate a computer. Using the same inputs and outputs of a human operator, the AI model views the screen using ChatGPT Vision and decides on a series of mouse and keyboard actions to reach an objective.

It is worth mentioning that at the current time GPT-4 Visions error rate in estimating XY mouse click locations is currently quite high. However this framework aims to track the progress of multimodal models over time, aspiring to achieve human-level performance in computer operation.

Control your PC using AI

This fascinating development is not just for tech experts; it’s something that anyone with a bit of technical know-how can explore and even set up themselves. Thanks to the recent rollout by OpenAI of its new ChatGPT creation service that enables anyone to create customized AI models without writing a single line of code in just a few minutes. For more information on how to create custom GPT AI models jump over to our previous article

Here are some other articles you may find of interest on the subject of AI automation :

Self-Operating Computer Framework

At the heart of this demonstration is AI, that is been used to enables machines to mimic human-like thinking. AI systems are designed to process visual data, make sense of complex information, and take action all by themselves. When integrated into a computer, AI transforms it into an independent operator, capable of starting up applications and browsing the web without a person’s input.

If you’re intrigued and want to experience this firsthand, you can create your own AI-driven computer. Begin by visiting GitHub, a platform where developers share their work. Look for a project by Other Side AI and use it as your starting point. The next step is to set up a Python environment on your computer. Python is a popular programming language in AI development because it’s powerful yet approachable. Once you’ve got Python up and running, activate it and install the necessary components for the AI to function.

  • Compatibility: Designed for various multimodal models.
  • Integration: Currently integrated with GPT-4v as the default model.
  • Future Plans: Support for additional models.this

Before the AI can take the reins, you’ll need to tweak some settings. Adjust the environment variables so your computer knows where to find the AI’s files. Then, change your system’s permissions to allow the AI to interact with your operating system. This lets it perform tasks like opening files and running other software.

Now comes the exciting part: watching the AI in action. You’ll see it navigate your computer’s interface, recognizing icons and menus by sight. It can simulate mouse clicks and keystrokes to open applications and browse the internet. The AI’s ability to search online is particularly impressive, showing its skill in finding and processing web-based information.

The benefits of letting AI have complete control of your PC

  • Automation of Repetitive Tasks: AI can automate tasks that are repetitive or routine. For instance, it could manage email sorting, automate data entry, or handle file organization based on visual cues and learned patterns.
  • Enhanced Accessibility: For individuals with disabilities, an AI with screen-reading capabilities could greatly improve computer accessibility. It could interpret visual information and convey it in alternative formats, like audio or simplified visuals, aiding users with visual impairments.
  • Efficient Troubleshooting and Support: In IT support and troubleshooting, AI could visually identify issues on the screen, guide users through fixes, or even resolve problems autonomously, thereby improving efficiency and reducing downtime.
  • Learning and Adaptation: An AI system can learn from the user’s behavior, preferences, and frequent tasks. Over time, it could adapt to optimize workflows, suggest shortcuts, or reorganize interfaces to suit the user’s habits.
  • Real-Time Translation and Assistance: For users interacting with content in foreign languages, the AI could provide real-time translation. It could also offer context-sensitive help in applications, improving user experience and productivity.
  • Enhanced Security and Monitoring: With the ability to continuously monitor the screen, AI could detect suspicious activities, like phishing attempts or unauthorized access, and alert users or take preventive actions.
  • Integration with Other AI Services: The AI could interface with other AI tools like language models, predictive analytics, and more, providing a seamless integration of various AI capabilities for a more comprehensive user experience.

Privacy and security concerns

Granting an AI system full control of a computer, combined with the ability to visually interpret the screen, can bring several benefits, especially in areas requiring automation, accessibility, and enhanced user interaction:

While the capabilities of AI-driven computers are exciting, they also raise important questions. What does it mean to give AI this level of control? Are there risks to our security or privacy? As you explore what your self-operating computer can do, it’s important to consider these issues. Understanding both the power and the potential risks of AI is essential as we begin to incorporate these systems into our daily lives.

The rise of self-operating computer systems steered by AI is a significant milestone in tech innovation. By following the steps outlined, you can set up your own system and discover its capabilities. As AI technology continues to advance, it’s crucial to stay informed about its impact, ensuring that we integrate it into our lives thoughtfully and responsibly. For Quickstart instructions jump over to the official GitHub repository.

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New Midjourney style sliders provide more control over your AI art

New Midjourney style sliders provide more control over your AI art

Recently Midjourney rolled out a new way to create unique styles which you can use again and again to create similar imagery. In response to this the Midjourney community has investigated how the style selections work and created a set of innovative sliders that you can use to create different Midjourney styles. Enthusiasts in the Midjourney community are discovering a new horizon with the introduction of the new style tuning feature that promises to redefine the way they shape their AI artwork and projects.

This innovative Midjourney style slider tool offers an unprecedented level of control, allowing artists to fine-tune the aesthetic elements of their work with precision and ease. As we delve into this transformative feature, we’ll uncover how it’s being enhanced by the collective wisdom of the community, revolutionizing the approach to style choices and data management in the creative process.

Picture yourself with the power to sculpt the look and feel of your art with a simple interface. The Midjourney style tuning feature is a sophisticated tool that empowers you to adjust and refine the visual aspects of your work in real time. This means that your artistic vision can be brought to life, tailored to your exact preferences.

One community member, Shambibble, has taken a deep dive into the world of style choices, analyzing 256 options by comparing 128 contrasting pairs. This thorough examination provides concrete insights into the subtleties of each style. Whether you’re captivated by striking, high-contrast imagery or prefer the subtle beauty of low-contrast art, Shambibble’s findings offer a roadmap to the stylistic impacts you can achieve.

Midjourney style sliders

Other articles we have written that you may find of interest on the subject of Midjourney styles :

The fruits of Shambibble’s labor have been meticulously compiled into a detailed spreadsheet. This resource lays out the characteristics and effects of various style choices in a user-friendly manner, serving as a handy reference for those navigating the rich terrain of artistic styles. The spreadsheet is a testament to the community’s dedication to making artistic exploration more approachable and comprehensible.

Interactive style slider tool

Building on Shambibble’s foundation, another community contributor, Kaetemi, has developed an interactive style slider tool. This software simplifies complex style descriptions into an easy-to-use interface, complete with sliders that adjust style codes instantly. With this tool, you can fine-tune the impact of each style element with precision, streamlining the creative process and helping you realize your artistic visions with greater fluidity.

The real-time adjustment feature of the style slider tool puts you in control of dynamic editing. As you tweak settings, you can instantly observe the results, ensuring that each change aligns with your creative goals. This level of control not only enhances efficiency but also deepens the connection between you and your artwork. Improvements to the user interface have made the style tuning process much more straightforward. The days of struggling with complex code or relying on trial and error are behind us. The user-friendly design of the style slider tool, along with Shambibble’s spreadsheet, enables you to effortlessly explore and experiment with different artistic styles, saving you time and effort.

Reverse engineer Midjourney style code

For those curious about the mechanics of style codes, the style decoder tool is an invaluable asset. This software translates style codes into clear stylistic instructions, demystifying the process and providing you with a clear understanding of how your inputs translate into visual outcomes. The Midjourney community is built on active engagement and shared endeavors. You are encouraged to dive into the new tools and features, share your discoveries, and add to the collective pool of knowledge. This cooperative approach to style exploration fosters a space where creativity intersects with technology, sparking continuous innovation and enhancing the user experience.

The Midjourney community’s adoption of the new style tuning feature and the collaborative creation of supporting tools mark a significant advancement in the field of artistic style customization. With the collective efforts of Shambibble, Kaetemi, and the broader community, you now have access to the instruments and insights needed to infuse your artistic pursuits with a personal touch. By engaging with these technologies, you can lift your creativity to new heights.

As we navigate this landscape, it’s clear that the Midjourney community is not just about individual achievement; it’s about the synergy that arises when creative minds come together. The style tuning feature is more than just a tool—it’s a gateway to a world where each artist can express themselves in ways that were once out of reach. With the support of the community and the power of these new resources, the possibilities for personalization and innovation in art are boundless.

Whether you’re a seasoned artist or a newcomer to the Midjourney community, the style tuning feature is ready to take your creative expression to the next level. By harnessing the collective knowledge and the advanced tools at your disposal, you can transform your artistic vision from a fleeting thought into a captivating masterpiece. Embrace the journey, and watch as your art evolves with each nuanced adjustment, each shared insight, and every moment of inspiration.

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Control Internet access with the FX20 WiFi 6 parental control router

JEXtream FX20 Wi-Fi 6 parental control router

Franklin Wireless has recently unveiled the JEXtream FX20 Parental Control Router and Mobile App. This system is designed to deliver not only high-speed Wi-Fi 6 connectivity but also a comprehensive parental control system that works across all devices connected to the network. This new technology is aimed at providing an easy way to monitor family internet connectivity and safety, providing a secure and productive home experience using personal optimized intelligent services.

The JEXtream FX20 router offers a range of features making it easy for parents to restrict Internet access. Although one of the most notable features is the router’s fast Wi-Fi 6 speeds. Wi-Fi 6, or IEEE 802.11ax, is the new generation of Wi-Fi technology. It provides peak performance and high-speed internet to multiple devices without the lag of buffering, device congestion, or delay.

Parental Control Router

This technology can deliver up to four times the speed of 802.11ac, which equates to more speed for every device on a network. It utilizes Orthogonal Frequency-Division Multiple-Access (OFDMA), 1024 QAM, and MultiUser MIMO (MU-MIMO) to deliver a significant boost in network speed and total capacity. These features improve spectrum utilization to further increase user throughput, making the JEXtream FX20 an affordable solution for top-speed internet without the stress of commitment or a big price tag.

In terms of security, the router introduces the WPA3 security protocol. This protocol uses 128-bit encryption in WPA3-Personal mode and 192-bit in WPA3-Enterprise. The WPA3 standard replaces the pre-shared key (PSK) exchange with Simultaneous Authentication of Equals, resulting in a more secure initial key exchange. This security measure helps mitigate security issues posed by weak passwords and simplifies the process of setting up devices with no display interface, ensuring a secure home network.

Other articles we have written that you may find of interest on the subject of Internet privacy :

JEXtream FX20

The JEXtream Home App is a personal mobile device management solution for your home network. It allows remote management of the FX20 router, including monitoring and controlling activities, viewing connected devices, and pausing or allowing device connections. The app also allows users to set scheduled connection limits and filter content by category or custom keywords for selected devices. This feature offers parents the ability to control their children’s online activities at home and on the go. Parents can filter content, manage screen time, monitor history, and pause the internet across all devices.

Moreover, the JEXtream FX20 and  phone application available for both Android and iOS are available for purchase at a price of $99.99, with a six-month free subscription service included. This makes it a cost-effective solution for families looking to manage their home network effectively.

The JEXtream FX20 Parental Control Router and Mobile App offer a comprehensive solution for families seeking to improve their home network’s speed and security while maintaining control over their children’s internet usage. Its Wi-Fi 6 technology, enhanced security measures, and extensive parental control features make it a standout choice in the market.

Source : Franklin Wireless

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Edibles Vs Smoking: Which Offers Better Control for Dosage?

To better understand the effects of hemp-derived delta-8 THC, The Krugers partnered with Buffalo-based Bison Botanics to conduct a social media survey. The survey included self-reported experiences by delta-8 consumers.

Edibles include any product infused with the cannabinoid delta 8 THC, like gummies and chocolate. When compared to smoking delta-8, edibles have different effects.

Better Control for Dosage

Delta 8 THC is becoming increasingly popular among cannabis consumers, with many describing it as the “nicer younger sibling” of Delta-9 tetrahydrocannabinol (THC). Hemp-derived products featuring delta-8 THC are popping up in stores and dispensaries nationwide.

However, it’s important to note that because delta-8 THC is not derived from the marijuana plant, these products may not be tested for safety and potency. In addition, it is also not legal in all jurisdictions.

Moreover, a delta-8 THC product’s onset and duration can differ depending on how it is consumed. For example, gummies take longer to kick in because they must first pass through the digestive system. On the other hand, vapes hit your bloodstream almost instantly and can offer a more controlled experience.

The onset and duration of edibles can also depend on your tolerance level, metabolism, and weight. Regardless of your chosen method, most experts recommend starting small and waiting a few hours before eating another dose.

It is impossible to overdose on delta-8 THC, but taking too much could lead to a paranoid reaction or feelings of anxiety and confusion. Generally, starting with a low dose of 2.5-5mg is best and increasing gradually. This will help you get the most out of your delta-8 THC experience.

Less Risk of Overdose

Delta 8 THC is a less potent form of cannabis, but it still produces mind-altering effects when consumed. In addition to reducing pain and nausea, Delta-8 THC has mood-boosting properties. Does Delta 8 make you high? It is believed to produce these effects by binding to cannabinoid receptors throughout the brain and body. Unlike delta-9 THC, Delta-8 does not form a strong bond with these receptors and is thus less likely to cause side effects like vomiting or hallucinations.

However, consuming too much Delta-8 THC can have dangerous consequences. This is particularly true for those with a low tolerance to THC or who have not yet developed one. Overdose symptoms may include dizziness, trouble concentrating, and impaired motor coordination. In severe cases, overdose can lead to a loss of consciousness or death.

Edibles typically take 30 minutes to 2 hours to begin to have psychoactive effects. This long onset time can allow someone to accidentally consume more than their body can handle before they realize it. Additionally, many edibles are packaged to look like children’s snacks and do not list their ingredients or nutritional information.

As more people use delta-8 THC, doctors are seeing an increase in emergency room visits related to the compound. In the first seven months of 2021, poison control centers reported 660 cases of adverse reactions in people who ingested delta-8 THC-containing foods such as gummies and brownies. Of these, 41% involved unintentional exposures, and 77% of those complicated pediatric patients under 18.

Less Risk of Side Effects

The delta-8 THC in these products is likely no more dangerous than the delta-9 found in marijuana, but because the plants used to make them are not regulated, they can contain harmful contaminants. This can lead to side effects in people with existing panic disorders, like anxiety and panic attacks. It can also cause hallucinations, paranoia, and psychosis in some users.

This is particularly true of edibles, which must pass through the digestive tract before they reach the bloodstream. The gummies and other ingestibles are often unlabeled, so consumers don’t know how much THC they consume or what other compounds might be in the product. As a result, the Centers for Disease Control and the Food and Drug Administration have both issued warnings about these unregulated cannabis alternatives.

When consumers choose a vaporizer instead of an edible, they can avoid these problems altogether. They can also control their dose so they don’t have a more intense experience than they wanted. And since vaporizers don’t require burning or combustion, they can’t cause lung irritation or discomfort like smoking can.

So, if you’re curious about trying delta 8 THC, start small and work your way up. Be prepared for some side effects, like dry mouth or sleepiness, and consume them in a safe environment. If you find delta-8 isn’t for you, try out other cannabinoids, such as CBD or CBG, which are not psychoactive and offer many of the same therapeutic benefits as delta-9 THC.

Healthier

In many ways, edibles are healthier than Delta 8 because you have more control over the dosage. This is especially true if you’re using Delta-8 tinctures. While tinctures take longer to kick in than edibles, getting the correct dosage with a miniature pipette is easy, usually printed with a measurement scale.

Edibles are also more regulated by law than smoking products. When it comes to sourcing your edibles, be sure that you choose a trusted source. Ideally, it would help if you were buying them from a company that produces their edibles or a producer who can verify their ingredients. If you’re purchasing them from someone else, ensure that you have a good relationship with this person and that they’re not hiding anything (like a low dose of THC).

Another benefit of edibles is that it’s tough to overdose on Delta 8. There are no known cases of people dying from too much Delta 8, but monitoring your consumption closely is important to avoid getting too high. Start with a low dosage and work up, adding more as necessary to achieve your desired effect. Generally, you’ll feel the impact of a Delta-8 gummy in about 30 minutes; tinctures will take longer. However, the onset time may vary depending on your metabolism and the method of consumption.

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XPick kinetic remote control guitar pick

XPick Kinetic remote control guitar pick

Guitarists may be interested in a new type of guitar pick that uses magnetism to modulate sound and takes the form of the XPick. This innovative tool has transformed the way musicians interact with their instruments, offering a unique approach to sound modulation. The XPick’s creation and use of magnetomagical fields, its interaction with pickups and effects, and its material and construction have all contributed to its rise in popularity among guitarists and bassists.this

The XPick is not just a pick; it’s a new type of controller for sound modulation. It uses magnetomagical fields to interact with the pickups on a guitar or bass, creating a wide range of sound effects. This interaction is not just limited to the strings; the XPick can also modulate the sound of the pickups themselves, adding another layer of complexity to the musician’s sound. Early bird incentives are now available for the ingenious project from roughly $27 or £23 (depending on current exchange rates), offering a considerable discount of approximately 39% off the quoted retail price, while the Kickstarter crowd funding is under way.

The material and construction of the XPick are integral to its function. The pick is made from a special type of material that can generate a magnetic field when it is moved. This magnetic field interacts with the electromagnetic fields of the pickups, creating a unique sound modulation effect. The XPick’s design is also ergonomic, allowing musicians to comfortably hold and manipulate the pick during performances.

XPick guitar pick

One of the most exciting features of the XPick is its ability to shape sound based on hand movements. By moving the XPick closer to or further from the pickups, musicians can control the intensity of the sound modulation. This feature allows for a high level of expressiveness, as musicians can subtly or dramatically change the sound of their instrument in real-time.

The XPick’s combination of magnetism, electromagnetic fields, and effects creates a unique sound modulation experience. The magnetic field generated by the XPick interacts with the electromagnetic fields of the pickups, creating a wide range of sound effects. These effects can be further enhanced by using the XPick in conjunction with other effects pedals, such as delay or reverb.

If the XPick campaign successfully raises its required pledge goal and manufacturing progresses smoothly, worldwide shipping is expected to take place sometime around February 2024. To learn more about the XPick kinetic remote control guitar pick project assess the promotional video below.

One of the most impressive aspects of the XPick is the absence of latency in the electromagnetic fields. This means that the sound modulation effects are immediate, allowing musicians to perform with precision and confidence. This feature is particularly useful when using the XPick to control the Delay Effect, as it allows musicians to accurately time their performances.

The XPick is not just a tool for guitarists and bassists; it’s a new way of thinking about sound modulation. By using magnetism to interact with the pickups, the XPick offers a unique approach to sound modulation that is both innovative and intuitive. Whether you’re a seasoned professional or a beginner, the XPick offers a new way to express yourself through your instrument.

The XPick is a revolutionary tool that has transformed the way musicians interact with their instruments. Its unique use of magnetomagical fields, interaction with pickups and effects, and ergonomic design have made it a popular choice among guitarists and bassists. Whether you’re looking to add a new layer of complexity to your sound or simply want to experiment with new techniques, the XPick offers a unique and exciting approach to sound modulation.

For a complete list of all available campaign pledges, stretch goals, extra media and performance metrics for the kinetic remote control guitar pick, jump over to the official XPick crowd funding campaign page by going to the link below.

Source : Kickstarter

Disclaimer: Participating in Kickstarter campaigns involves inherent risks. While many projects successfully meet their goals, others may fail to deliver due to numerous challenges. Always conduct thorough research and exercise caution when pledging your hard-earned money.

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Build a custom programable keypad to control your tech

Build a custom programable keypad to control your tech

If you find you have lots of different remote controls to perhaps turn on or adjust your lighting, desk, PC or other tech gadgetry on your desktop. It might be time to build a custom programmable keypad to control all your gadgets from a single remote. This approach consolidates multiple controllers into a single, programmable device, enhancing efficiency and making it much easier for you to access everything and program each button as required.

The idea of programming a single remote to control all devices is a game-changer. Imagine having a single controller that can switch HDMI and USB inputs, control desk height, manage lights, toggle the microphone, manage windows, and even launch the web browser and file explorer. This not only simplifies the user experience but also enhances productivity by reducing the time spent on managing different controllers.

The problem with multiple separate controllers for a desk setup is that they can be inconvenient to use individually. Each device, from the monitor to the standing desk, the lights to the microphone, has its own controller. This not only clutters the workspace but also interrupts workflow as one has to reach for different controllers for different functions.

Build a custom programable keypad to control your tech

The addition of macros to the keypad for window management is another significant feature. Macros allow for quick window resizing and launching of most-used applications, further enhancing efficiency.

 Previous articles we have written that you might be interested in on the subject Raspberry Pi  mini PC :

Wireless or wired

Possible requirements for the single controller are that it should be wireless, have a long battery life, be quick and responsive, and be simple and intuitive to use. To meet these requirements, an RF wireless number pad from Velocifire was used in the example in the video although you could use any other to suit your needs. You could also make it wired if preferred connecting it to your PC for power using a USB cable.

The USB dongle for the keypad was plugged into a Raspberry Pi Pico flashed with an HID remapper firmware. The Raspberry Pi Pico mini PC sends commands to the desktop PC, which are received by an AutoHotkey script. This setup ensures quick and responsive button presses, fulfilling one of the key requirements of the controller. For controlling lights and the TV screen, the system sends a post request to a home assistant server. This integration of smart devices with the Home Assistant server further simplifies the control process.

Non-smart devices were made smart with a USB power switch and a USB switch. This innovative approach ensures that all devices, smart or not, can be controlled from the single controller. One of the challenges faced was the reverse engineering of the standing desk controller for integration with the Home Assistant. However, overcoming this challenge was crucial to ensure that the standing desk could be controlled from the single controller.

Benefits of a programmable custom keypad

  • Customization: You can tailor the keypad layout, key functions, and even the form factor to your specific needs. Whether you’re optimizing for gaming, coding, or specific workflows, customization can lead to increased productivity.
  • Cost-Efficiency: While commercial keypads can be expensive, using a Raspberry Pi Pico is relatively inexpensive. This allows you to achieve high functionality at a lower cost.
  • Learning Experience: Building the keypad yourself offers hands-on experience with hardware, firmware, and potentially software development. This can be valuable both for educational purposes and for enhancing technical skills.
  • Wireless Flexibility: Implementing wireless functionality makes the device portable and easier to integrate into various setups. You’re not constrained by cables, and you can use the device more freely.
  • Expandability: Once your base platform is built, you can easily update the firmware to add more features or adapt to changing needs. You’re not stuck with a static product; you can modify it over time.
  • Open Source: Using open-source software and hardware for your keypad allows you to benefit from community support and to contribute back to that community with your own improvements or adaptations.
  • Energy Efficiency: The Raspberry Pi Pico is known for its low power consumption, which is especially beneficial for wireless devices that are battery-powered.
  • Speed and Responsiveness: The device’s performance can be optimized since you control the firmware. This could be crucial for applications requiring low latency, such as gaming or real-time control systems.

Creating a wireless macro pad to control a computer desk setup is an innovative solution to the problem of multiple separate controllers. It simplifies the user experience, enhances productivity, and paves the way for a more efficient and intuitive workspace. Despite some limitations, the potential for future improvements makes this an exciting development in the realm of technology.

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