What do people think of this response to ‘generate detailed Alt Text’ by Gemini:

Here is some detailed alt text for the image you provided:
Alt Text:
A large, menacing grey cat, reminiscent of a monster, stands on its hind legs with its front paws raised. It has glowing yellow eyes and a wide, toothy grin. The cat is surrounded by a fiery aura as it emits a powerful beam of energy from its mouth. The beam is directed towards the Empire State Building in New York City, which is engulfed in flames. The city skyline is visible in the background, with tall buildings and smoke rising from the destruction. The overall tone of the image is chaotic and destructive, evoking a sense of fear and awe.
Additional Notes:
• You may want to adjust the description of the cat's appearance based on its specific characteristics.
• If the image is part of a larger context (like a movie poster or book cover), you could add a brief reference to that context.
• The alt text should be concise and informative, providing a clear description of the image without being overly detailed.
Let me know if you have any other questions.

#Accessibility #AI #AIsoftheBlind #AltText #Blind #ComputerVision

It’s no secret that many of us in the blind community have embraced the rapid advances in Artificial Intelligence over the past two years. We've witnessed firsthand how these technologies can be a powerful force for good, especially within our community. AI-generated image descriptions have revolutionized how we navigate the online world, offering a perspective previously unimaginable. This impact is now undeniable, transforming how we interact with the world.”

I’ve declared the kingdom of the blind a republic—perhaps prematurely, but only by a small margin. With AI empowering us to perceive the digital world in new ways, we are no longer ruled by limitations, but actively shaping our future. Anthropic’s recent launch of ‘computer use’ marks the first steps into a new phase of AI evolution—one where AI agents begin to act independently on our behalf, initiating a shift in how we interact with technology.

As AI continues to evolve, so too will the Assistive Technology that many of us depend on. I envision a future where this intelligence becomes a true companion, guiding us seamlessly through both digital landscapes and real-world challenges. We may be just two years away from seeing JAWS, NVDA, or SuperNova transform into true Assistive Intelligence 1.0—or perhaps it will take a little longer. If AI has taught us anything, it’s that progress comes both more slowly than we expect and faster than we can possibly imagine.

What follows is my first attempt at describing how a screen reader of today could take the first steps towards becoming an Assistive Intelligence. If anyone wants to build it, I’d love to help if I can. Whatever you think, let me know what you think:

“Proposed AI-Powered Self-Scripting Feature for JAWS Screen Reader

Objective
The suggested feature seeks to integrate advanced AI-driven "computer use" capabilities, like those developed by Claude (Anthropic), into the JAWS screen reader. This functionality would enable JAWS to autonomously create and refine custom scripts in response to real-time user interactions and application environments. The aim is to enhance accessibility and productivity for visually impaired users, especially when navigating non-standard or otherwise inaccessible software interfaces.

Feature Description
The self-scripting capability would empower JAWS to analyse user interactions with applications, identify recurring actions or inaccessible elements, and generate scripts that optimize these processes. By enabling JAWS to perform this autonomously, users gain seamless and personalized access to applications without manual intervention, allowing for an enhanced, efficient experience.

The self-scripting feature will be powered by the following core functions:

1. Real-Time Autonomous Scripting: JAWS would use AI to observe user interactions with applications, especially non-accessible ones, and automatically generate scripts that improve navigation, label untagged elements, and streamline frequent tasks. For example, if a user frequently navigates to a particular form field, JAWS could create a shortcut to this area.

2. Adaptive Behaviour Learning: This feature would allow JAWS to recognize patterns in a user’s interactions, such as repeated actions or commonly accessed elements. JAWS would adapt its behaviour by creating custom macros, enabling faster navigation and interaction with complex workflows.

3. Dynamic Accessibility Adjustment: Leveraging Claude’s approach to visual recognition, JAWS could interpret visual elements (like buttons or icons) and provide instant labelling or feedback. This would be valuable in software with minimal accessibility features, as it enables JAWS to make live adjustments and effectively “teach itself” how to navigate new environments.

4. Community Script Sharing: Self-generated scripts, once verified, could be anonymized, and made available to other users via a shared repository. This would foster a collaborative environment, empowering users to contribute to a broader database of accessibility scripts for applications across various industries.

Value Proposition
This feature will address key challenges for visually impaired users, including the complexity of navigating inaccessible interfaces and the time-consuming nature of repetitive tasks. The ability for JAWS to generate its own scripts autonomously would mean:
1. Increased Accessibility: Improved interaction with non-accessible software interfaces.
2. Higher Productivity: Reduced need for external support or manual scripting, allowing users to accomplish tasks more independently.
3. Enhanced User Experience: Scripting and macro creation based on personal usage patterns -- leads to a more intuitive and personalized experience.

Technical Considerations
1. Performance: Processing real-time visual and user interaction data requires substantial computing power. A cloud-based model may be optimal, offloading some processing requirements and ensuring smooth, responsive performance.
2. Safety: Automated scripting must be closely monitored to prevent unintended interactions or conflicts within applications. Integration of safeguard protocols and user settings to enable/disable autonomous scripting will be essential.
3. Privacy: To ensure user data is protected, anonymization protocols and data privacy standards will be implemented. Data collected from user interactions would be handled in compliance with rigorous privacy standards, safeguarding user preferences and behaviour.

Conclusion
Integrating AI-powered self-scripting capabilities into JAWS would represent a significant leap in screen reader technology. By allowing JAWS to, when requested, autonomously learn, adapt, and script in response to user needs, this feature could provide visually impaired users with unprecedented control and flexibility in navigating digital environments, fostering both independence and productivity. The anticipated benefits underscore the feature’s potential to redefine accessible technology, turning screen reader into Assistive Intelligence.“

About the Author:

Lottie is a passionate advocate for the transformative potential of AI, especially within the blind and visually impaired community. She blends technical insights with a keen awareness of lived experiences, envisioning a future where AI doesn’t just assist but truly empowers. Her thoughtful reflections explore the shift from a "kingdom of the blind" to a republic, where emerging technologies like AI create new opportunities for autonomy and inclusion.

With a balance of optimism and critical realism, Lottie acknowledges the game-changing impact of AI tools like image descriptions while recognizing that more progress is needed. Her vision extends to the idea of "Assistive Intelligence," where screen readers like JAWS evolve into proactive companions, adapting to users' needs in real-time.

Known for turning complex ideas into actionable blueprints, Lottie is not just an observer of technological trends but a catalyst for innovation. Her proposals reflect a desire to elevate independence and productivity for blind users, pushing the boundaries of what's possible in assistive technology. Her insights continue to inspire conversations and shape the future of accessible tech.

I am the Blind AI, relying on AI every day to enrich my life. While my posts may occasionally benefit from AI assistance, the thoughts, perspectives, and final edits are entirely my own. AI is my tool, much like a calculator or spell-check, refining my expression but never replacing my voice.

#Accessibility #AI #AIsoftheBlind #Blind #ComputerVision #Disability #Innovation #JAWS #NVDA #ScreenReader #SuperNov