• Internal documents reviewed by The New York Times show Amazon plans to automate up to 75% of its operations in the coming years.
• The company expects automation to replace or eliminate over 500,000 U.S. jobs by 2033, primarily in warehouses and fulfillment centers.
• By 2027, automation could allow Amazon to avoid hiring around 160,000 new workers, saving about 30 cents per package shipped.
• This strategy is projected to save $12.6 billion in labor costs between 2025 and 2027.
• Amazon’s workforce tripled since 2018 to approximately 1.2 million U.S. employees, but automation is expected to stabilize or reduce future headcount despite rising sales.
• Executives presented to the board that automation could let the company double sales volume by 2033 without needing additional hires.
• Amazon’s Shreveport, Louisiana warehouse serves as the model for the future: it operates with 25% fewer workers and about 1,000 robots.
• A new facility in Virginia Beach and retrofitted older ones like Stone Mountain, Georgia, are following this design, which may shift employment toward more temporary and technical roles.
• The company is instructing staff to use softer language—such as “advanced technology” or “cobots” (collaborative robots)—instead of terms like “AI” or “robots,” to ease concerns about job loss.
• Amazon has begun planning community outreach initiatives (parades, local events) to offset the reputational risks of large-scale automation.
• The company has denied that the documents represent official policy, claiming they reflect the views of one internal group, and emphasized ongoing seasonal hiring (250,000 roles for holidays).
• Analysts suggest this plan could serve as a blueprint for other major employers, including Walmart and UPS, potentially reshaping U.S. blue‑collar job markets.
• The automation push continues a trajectory started with Amazon’s $775 million acquisition of Kiva Systems in 2012, which introduced mobile warehouse robots that revolutionized internal logistics.
• Recent innovations include robots like Blue Jay, Vulcan, and Proteus, aimed at performing tasks such as sorting, picking, and packaging with minimal human oversight.
• Long-term, Amazon may require fewer warehouse workers but more robot technicians and engineers, signaling a broader shift in labor type rather than total employment.

AI Tools for each phase of analysis

Why create a structured workflow?

How to create reusable systems

AI refinement process for QA

How AI reads file formats and what they are good for

Learn practical strategies to design AI systems that avoid bias and ensure fairness. Discover techniques like diverse data, transparent algorithms, and robust evaluation pipelines to build ethical AI.

See https://aiarchives.org/id/jkeJ63GurWTNuloEB6KQ

supporting my premise: - AI actors are replacing humans and theyre more appealing to the studios.

This shows economic and creative incentives for replacing humans.

for - building AI systems more like biological systems

for - comparison - biological vs AI systems

Introduction: AI is now recently everywhere but we still need humans

Title: long clear and creative

Richard Sutton page, lists more articles than the folder I found.

Some writings, incomplete ideas he calls them, by Richard Sutton. Straight-up HTML, no frills, in a folder. Nice.

A deep dive into how computer vision and AI are transforming industries, from healthcare diagnostics and autonomous vehicles to retail and manufacturing. Learn core technologies, real‑world applications, and future trends for leveraging visual intelligence in your business.

Compare AI vs Traditional Software Development to see which delivers better ROI. Explore cost, scalability, adaptability & when each model suits your business best.

Include user metrics or feedback that demonstrate the app's effectiveness or popularity.

Add details on user adoption rates or how this improved user experience or efficiency.

Explain the significance of 87% accuracy in practical terms, such as its effect on performance analysis.

Clarify how much faster the review process became due to this implementation.

Quantify the reduction in time spent on reviews or improvement in review quality.

Include metrics on user engagement or satisfaction post-redesign to highlight impact.

Add a statement on how this improved decision-making or efficiency for the executives.

Explain how the increased test coverage improved system reliability or reduced bugs.

Quantify 'hours saved' to provide a clearer impact of your automation efforts.

Specify the percentage improvement in scheduling efficiency or time saved due to automation.

This article reports that Anthropic has agreed to pay out a $1.5 billion settlement for copyright violations while training their Claude AI tool on books found on the Internet. That works out to be about $3000 per book.

The whole idea of books (at least nonfiction books) is that readers are supposed to learn from them. But now if actual learning from them takes place it's a $3000 charge!

It used to be that to violate a copyright required copying, not merely training. What's more, in the USA the sole justification for government-enforced monopolies on intellectual property is Article I, Section 8, Clause 8 of the U.S. Constitution, which authorizes copyrights and patents only to "to promote the Progress of Science and useful Arts," and only "for limited Times," and only "to Authors and Inventors." By extending copyright duration to the "author's life plus 70 years," Congress flouted those restrictions, and this precedent further tramples them, by clearly impeding the progress of science and useful arts.

Quantify the impact of your instruction. Did it lead to fewer errors or higher quality projects? Provide metrics.

Include the impact of your training. Did it lead to improved safety records or student confidence?

Mention the user base or potential applications of this project. Who would benefit from it?

Detail what specific standards were created. How did they lead to the 40% cost reduction? Be more specific.

Explain how bug removal improved functionality or user experience. Provide examples of features enabled.

Quantify the impact of digitizing work. How much time or cost was saved? Include specific metrics.

Clarify your role in project management. Did you lead or facilitate? Highlight your direct contributions.

Specify how you measured the improvement in understanding. Include metrics or feedback to enhance impact.

In this paragraph, instead of looking at plagiarism or anything related to that, the study is relating to people and how ai influences people to think about themselves as real researchers.

for - consciousness, AI, Alex Gomez- Marin, neuroscience, hard problem of consciousness, nonmaterialism, materialism - progress trap - transhumanism - AI - war on conciousness

Summary - Alex advocates - for a nonmaterialist perspective on consciousness and argues - that there is an urgency to educate the public on this perspective - due to the transhumanist agenda that could threaten the future of humanity - He argues that the problem of whether consciousness is best explained by materialism or not is central to resolving the threat posed by the direction AI takes - In this regard, he interprets that the very words that David Chalmers chose to articulate the Hard Problem of Consciousness reveals the assumption of a materialist reference frame. - He used a legal metaphor too illustrate his point: - When a lawyer poses three question "how did you kill that person" - the question is entrapping the accused . It already contains the assumption of guilt. - I would characterize his role as a scientist who practices authentic seeker of wisdom - will learn from a young child if they have something valuable to teach and - will help educate a senior if they have something to learn - The efficacy of timebinding depends on authenticity and is harmed by dogma

for - progress trap - transhumanism - AI - war on consciousness

for - quote - AI ethics - AI pets - very soon people will think that if you turn off their algorithm, you're killing their pet,

for - adjacency - AI - consciousness war - spiritual war

for - adjacency - urgency of - alternative views of consciousness - AI

for - AI - progress trap - Open AI device

Provide examples of conflict resolution outcomes. Did it lead to improved community satisfaction?

What was the measurable impact of fostering inclusivity? Include feedback or participation rates.

Quantify the enhancement in user experience. Did it reduce access time or errors?

How much efficiency was gained? Provide specific metrics or time saved if possible.

What were the results of this testing? Did it lead to fewer bugs or higher user satisfaction?

Mention any player metrics or feedback received post-launch to demonstrate success.

What was the user impact of these features? Include user growth or engagement metrics.

Quantify 'positive client feedback.' How many users or stakeholders provided feedback?

Detail the benefits of the migration. Did it improve deployment speed or reliability?

Quantify the enhancement. How much did functionality improve? Provide metrics if available.

Specify the outcomes of the project milestones. What was the impact on the client or team?

A answer - yes, interested in AI - they are not intelligent, just huge correlation machines - Donald Hoffman

History - Donald Hoffman - PhD on Lisp AI - Marvin Minsky - MIT lab

for - Q? - do you think much about AI? Donald Hoffman

Discover how AI is shaping the future of Laravel with real-world AI integrations, from chatbots and predictive analytics to cloud-native deployments and AI-assisted development workflows.

Specify the average time saved or the number of devices repaired per week to illustrate efficiency.

Quantify the impact of these relationships on sales growth or customer loyalty metrics.

Include specific savings amounts or percentage increases in customer retention due to these reviews.

Quantify the increase in customer satisfaction or sales resulting from these tailored solutions.

State how the UI/UX design improved user interaction or satisfaction rates.

Include specific metrics on user engagement or feedback received post-launch.

Mention the impact of this integration, such as reduced load times or improved user experience.

Quantify the data transfer speed or reliability improvements achieved through this implementation.

Add how this configuration improved performance or reduced resource usage.

Specify the outcome or impact of this development, e.g., improved efficiency or functionality.

MIT report: 95% of companies see no profit from investments in generative AI, which amounted to approximately $35 billion.

Most AI pilots have no measurable impact on company profits. Attempts to implement tools like ChatGPT into the workplace primarily increase the productivity of individual employees, not the earnings of the entire company.

Clarify how these tests contributed to the project's reliability or ease of future updates.

Specify the impact of bug elimination—did it improve performance, user satisfaction, or reduce crashes?

Explain the significance of this feature—how does it enhance the application's functionality or user experience?

Quantify the impact of this training—did it lead to increased project success rates or skills assessments?

Add specific feedback or metrics on user satisfaction or engagement post-implementation.

Explain how reduced costs translated to benefits for the company (e.g., increased revenue, efficiency).

Include specific improvements achieved (e.g., performance increase, reduced bugs) to show effectiveness.

Clarify the context of 'user workload' reduction—what tasks were simplified or eliminated?

Add how this assistance impacted student performance or engagement to highlight effectiveness.

Specify how much student understanding improved (e.g., grades, feedback) to quantify impact.

Learn how to generate 3D images using AI models. This guide covers top tools and best practices to help designers and developers bring their 3D visions to life efficiently.

for - youtube - BBC - AI2027 - Futures - AI - progress trap - AI - to AI2027 website - https://hyp.is/0VHJqH3cEfCm9JM_EB3ypQ/ai-2027.com/

summary - This dystopian futures scenario is the brainchild of former OpenAI researcher Daniel Kokotajlo, - It is premised on human behavior in modernity including - confirmation bias of AI researchers - entrenched competing political ideologies that motivate an AI arms race - entrenched capitalist market behavior that motivates an AI arms race - AI becoming embodied, resulting in Artificially Embodied Artificial Intelligence (AEAI), posing the danger to humanity because it's no longer just talk, but action - Can it happen? The probability is not zero.We don't really understand the behavior of the AI LLM's we design, they are nonpredictable, and as we give them even greater power, that is a slippery slope - AI can become humanity's ultimate progress trap, which is ironic, because the technology that promises to be the most efficient of all, can become so efficient, it no longer need human beings - Remember Jerry Kaplan's book "Humans need not apply"? - https://hyp.is/o0lBFH3fEfC1QLfnLSs5Bg/www.youtube.com/watch?v=JiiP5ROnzw8 - This dystopian futures scenario goes further and explores the idea that "humans need not exist"!

question - What about emulating climate change gamification of "Bend the Curve" of emissions? - Use the AI 2027 trajectory as a template and see how much real-life follows this trajectory - Just as we have the countdown to the https://climateclock.world/ ( 3 years and change remaining as of today) - perhaps we can have an AI 2027 clock? - What can we do to "bend the dystopian AI 2027 curve" AWAY from the dystopian future?

for - youtube - Google Talks - Humans need not apply - Jerry Kaplan - 10 years after the book "Humans need not apply - the AI 2027 project - https://hyp.is/kWXQ0n3cEfCIUz_j42HHiA/www.youtube.com/watch?v=1UufaK3pQMg

for - AI - Hinton - maternal instincts

AI article -- non-hysteria

Learn how to build an agentic SaaS platform powered by autonomous AI systems capable of perceiving, planning, deciding, and acting. Explore architecture components, real-world use cases, and transformation strategies for intelligent SaaS.

Mention any security breaches avoided or user trust gained due to these measures.

Explain how this modularity improved the system's performance or maintainability.

Include user engagement metrics or feedback to demonstrate the success of the feature.

Quantify the reduction in response times or manual tasks to emphasize the achievement.

Quantify the time saved or efficiency gained from implementing CI/CD pipelines.

Provide metrics or examples of performance improvements achieved through this optimization.

Clarify what specific improvements were made as a result of these insights.

Explain how these QA outcomes benefited the team or project to show the impact.

Quantify the previous search time to highlight the improvement more effectively.

Specify how this precision impacted the project or client outcomes for better context.

Specify the metrics used to measure effectiveness and how they compare to competitors.

Explain how the system's accuracy was measured and its potential impact on user safety.

Include user feedback or adoption rates to show the app's effectiveness and relevance.

Mention the total number of events held and any feedback received to illustrate success.

Provide a baseline number of participants to demonstrate the actual increase in engagement.

Clarify the impact of these recommendations, such as time saved or improved accuracy.

Include the number of devices analyzed and how the findings influenced decision-making.

Quantify the time saved for partners due to this simplification to highlight efficiency gains.

Specify the number of pilot ideas developed and their impact on patient care or efficiency.

This is an interesting angle - ease of adoption when the tech is "boring", and reduced risk

Quantify the number of features implemented based on feedback to show collaboration effectiveness.

Add context on how this popularity impacted your previous job or user engagement.

Specify how this feature improved user experience or data security.

Clarify the purpose of the application and its impact on users or stakeholders.

Explain the significance of this contribution: did it enhance functionality or performance?

Include metrics on user engagement or feedback from testing to show impact.

Highlight any improvements in uptime or user satisfaction resulting from this maintenance.

Quantify the number of issues resolved or average response time to enhance impact.

Add specifics on how many computers were set up or any improvements made.

Clarify the outcome: did this lead to better collaboration or engagement?

Quantify the impact: how many users benefited or what insights were gained?

Specify how this API improved data access or efficiency for users.

Mention any cost savings or performance improvements from using AWS and Nginx.

Include performance metrics, e.g., 'reduced query time by X seconds' to demonstrate impact.

Specify the security improvements achieved, such as reduced unauthorized access incidents.

Quantify user adoption or efficiency improvements, e.g., 'reduced task completion time by X%.'

Mention any user feedback or performance metrics that demonstrate the game's success.

Highlight any improvements in uptime or efficiency as a result of your maintenance efforts.

Include metrics like the number of issues resolved per week or average resolution time.

Add a measurable outcome, e.g., reduced setup time by X hours or improved user satisfaction.

Clarify the outcome of this exploration, such as increased student engagement or understanding.

Quantify the user engagement or insights gained from the application to show its effectiveness.

Specify the impact of the REST API, e.g., improved data retrieval speed by X%.

Specify how this improved release times or reduced errors in deployment.

Consider mentioning any revenue generated or user engagement metrics to highlight success.

Clarify the impact of this app. Did it solve a specific problem or improve a process?

Explain the significance of this contribution. Did it enhance functionality or fix critical issues?

Include any metrics on user engagement or feedback received from testing the game.

What was the outcome of this exploration? Did it lead to a successful game or user feedback?

Highlight any improvements in uptime or user satisfaction as a result of your maintenance efforts.

Quantify the number of issues resolved or average response time to demonstrate effectiveness.

Make this more action-oriented. Specify how many computers were set up or any efficiency gains.

Clarify outcomes of this exploration. Did it lead to any implemented solutions or improvements?

Add metrics on user engagement or performance improvements achieved through this application.

Specify the impact of the API. Did it improve efficiency or user experience? Quantify if possible.

Specify the benefits: what improvements in performance or reliability did this deployment achieve?

Quantify success: how many tasks were managed or users gained efficiency through this app?

Clarify the impact: how many users utilized this app, and what problems did it solve for them?

Include metrics: how many users tested it, and what feedback did you receive on gameplay?

Add specifics: what was the goal of this exploration, and how was it received by users or testers?

Quantify your impact: how many issues resolved per week/month and any improvements in satisfaction?

Make this more impactful: how many computers were set up, and what was the result of this setup?

Clarify the outcome: did this lead to improved collaboration or understanding among students?

Quantify the results: what insights were gained or how many users benefited from this app?

Specify the impact: how did this API improve data handling or user experience?

Explain the benefits of this deployment choice, such as improved load times or scalability.

Include user statistics or feedback to illustrate the app's effectiveness and user satisfaction.

Avoid redundancy; clarify unique features or user benefits that distinguish this app from others.

Mention any feedback received from users or improvements in gameplay as a result of your development.

Include the average resolution time or percentage of issues resolved to show effectiveness.

Quantify the number of computers set up or the efficiency gained through your communication efforts.

Clarify the outcome of this exploration; did it lead to any implemented solutions or insights?

Add metrics on user engagement or performance improvements from the app to demonstrate impact.

Specify how the API improved data management or user experience to quantify impact.

Mention any cost savings or performance enhancements achieved through this deployment strategy.

Specify the performance improvement, such as reduced query time or increased data retrieval speed.

Quantify user engagement or efficiency improvements, e.g., 'reduced task completion time by X%'.

Remove 'using with' for clarity. Add impact metrics, such as user adoption rates or performance improvements.

Mention any user feedback or performance metrics that demonstrate the game's success or engagement.

Include metrics on the number of issues resolved or average resolution time to show efficiency.

Quantify the number of computers set up or the time saved through your communication efforts.

Clarify the outcome of this exploration. Did it lead to any implemented solutions or improved learning outcomes?

Add metrics on user engagement or efficiency improvements resulting from the application.

Specify the impact of the API, e.g., improved data retrieval speed by X% or reduced storage costs by Y%.

Clarify the potential applications or benefits of this technology to provide context for its significance.

Specify the expected impact of this project. How will it benefit users or improve internship accessibility?

Provide context on what 'efficiency' means here. What specific tasks were made easier or faster?

Specify how this automation improved deployment frequency or reduced errors in production.

Clarify the baseline metrics for latency and cost to provide context for the improvements made.

Quantify the efficiency gained or time saved through this consolidation to better illustrate the impact.

Explain how the $240,000 savings was calculated and what specific processes were improved to achieve this.

Break down the specific operational problems solved and how they directly impacted user experience or system reliability.

Quantify the reduction in phishing incidents or security breaches to highlight the effectiveness of your solutions.

Clarify how this paradigm shift benefited AWS users or reduced costs. Provide measurable outcomes.

Specify the impact of maintaining these services. How did it improve customer experience or system performance?

Specify the impact of alerts (e.g., 'reducing response time to market changes by 50%').

Clarify the original hosting cost for context (e.g., 'from $200/month to $20/month').

Quantify the reduction in clutter (e.g., 'reducing review threads by 50%').

Be specific about the improvements (e.g., 'reducing review time by 30%').

Specify the impact on user experience (e.g., 'increasing mobile user engagement by 20%').

Quantify the efficiency gained (e.g., 'reducing data retrieval time by 40%').

Clarify the benefit to executives (e.g., 'improving decision-making speed').

Quantify the time reduction (e.g., 'reducing setup time by 50%') for stronger impact.

Specify the original coverage percentage for context (e.g., 'from 60% to 75%').

Quantify the time saved (e.g., 'saving 10+ hours monthly') for clearer impact.

Quantify the number of users or sessions to demonstrate the app's reach and impact.

Mention any user engagement metrics or feedback to showcase the bot's effectiveness.

Clarify the outcome of these alerts; how did it benefit the DAOs or crypto funds?

Include the original hosting cost to emphasize the financial impact of your re-architecture.

Specify the improvements made or metrics that show the effectiveness of the bot.

Provide specific user feedback or metrics that demonstrate the improvement in user experience.

Clarify the impact on decision-making or efficiency for the executives who used the dashboards.

Quantify the time saved in testing setup to illustrate the impact of your tool.

Specify the initial coverage percentage to highlight the improvement more effectively.