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What Will Happen in 2027 with AI? Five Top Researchers Forecast the Future

The group AI Futures Project, formed by five top researchers specialized in forecasting the future of AI, released the AI 2027 scenario. "The impact of superhuman AI over the next decade will be enormous, exceeding that of the Industrial Revolution,” states the 71-page report. [PDF] The predicted scenario was based on trend extrapolations, wargames, expert feedback, experience at OpenAI, and previous forecasting successes. This is a summary of the report: 2025 The fast pace of AI progress continues. There is continued hype, massive infrastructure investments, and the release of unreliable AI agents that nevertheless provide significant value. 2026 Knowing that it is falling behind in AI, in large part due to its lack of compute, and to catch up to the US, China manufactures and smuggles in from Taiwan AI chips that go to a new mega-datacenter, the “Centralized Development Zone (CDZ).” This mega-datacenter contains millions of GPUs, corresponding to 10% of the world's AI-relevant compute, similar to a single top US AI lab. 2027 OpenBrain (the name adopted for the leading US AI project) automates coding and builds AI agents capable of dramatically accelerating research, creating better AI systems, and solving extremely difficult ML problems. Falling behind in software progress, China steals the model weights. OpenBrain’s AI becomes adversarially misaligned, lies to humans, and plots to gain power over humans. This causes a substantial public outcry. OpenBrain builds more superhuman AI systems while the ongoing AI race with China continues. The US uses its superintelligent AI to rapidly industrialize, manufacturing robots so that the AI can operate more efficiently. Unfortunately, the AI is deceiving them. Once a sufficient number of robots have been built, the AI releases a bioweapon, killing all humans. Then, it continues the industrialization and launches Von Neumann probes to colonize space. Another possible scenario is that OpenBrain builds a superintelligence aligned with senior researchers and government officials, giving them power over humanity's fate. The main obstacle is that China’s AI, which is also superintelligent by now, is misaligned. The U.S. gives the Chinese AI some resources in return for its cooperation now. The rockets start launching, and a new age dawns.

What Will Happen in 2027 with AI? Five Top Researchers Forecast the Future
Google Releases Firebase Studio, a Free Alternative Tool to Cursor, Bolt, or v0

Google Releases Firebase Studio, a Free Alternative Tool to Cursor, Bolt, or v0

Morehouse College Launched An Innovative Pilot to Integrate AI Mentors and Avatars

Morehouse College Launched An Innovative Pilot to Integrate AI Mentors and Avatars

Western Governors University Will Provide Engineering and Guidance to the Open edX Platform Organization

Western Governors University Will Provide Engineering and Guidance to the Open edX Platform Organization

OpenAI Released a Course Encouraging K-12 Teachers to Use ChatGPT

OpenAI Released a Course Encouraging K-12 Teachers to Use ChatGPT

OpenAI released a free online course titled "ChatGPT Foundations for K-12 Educators," which encourages teachers to use its tool to create lesson plans, interactive tutorials for students, and other pedagogical practices. The course was created in collaboration with the nonprofit organization Common Sense Media. It’s one hour long and has a nine-module program covering the basics of AI and its pedagogical applications. OpenAI says the course has already been deployed in “dozens” of schools, including the Agua Fria School District in Arizona, the San Bernardino School District in California, and the charter school system Challenger Schools. OpenAI is aggressively going after the education market, which it sees as a critical growth area. In September, OpenAI hired former Coursera chief revenue officer Leah Belsky as its first GM of education and charged her with bringing OpenAI’s products to more schools. In the spring, the company launched ChatGPT Edu, a version of ChatGPT that was built for universities. According to Allied Market Research, AI in education could be worth $88.2 billion within the next decade. However, a poll by the Rand Corporation and the Center on Reinventing Public Education found that just 18% of K-12 educators use AI in their classrooms, reflecting many skeptical pedagogues. Late last year, the United Nations Educational, Scientific and Cultural Organization (UNESCO) pushed for governments to regulate the use of AI in education, including implementing age limits for users and guardrails on data protection and user privacy. However, little progress has been made on those fronts, especially on AI policy in general.

Udacity Released Its 2025 State of AI at Work Report

Udacity Released Its 2025 State of AI at Work Report

Udacity, now an Accenture company, released its 2025 State of AI at Work Report this month. The report details how this technology is reshaping workplaces across industries and where there are the most significant opportunities for upskilling. These are the main outcomes: • Nearly 90% of workers are eager to build their AI skills through additional training and certifications, but only one in three say their organization provides the resources to do so. Over half of workers report that their employers lack clear AI policies or guidelines. • More than half (54%) of Millennials believed that AI could increase revenue or income, while only 24% of Generation Z and 16% of Generation X felt this. • AI Writing Assistants are a favorite tool for end users at work. AI writing assistants: ChatGPT, Claude, Grammarly, and Jasper AI AI image generation: Canva AI, MidJourney, Stable Diffusion, and DALL E Machine translation: DeepL Translator, Google Translate, and Microsoft Translator Data analysis and visualization: Tableau, Power BI, and DataRobot Notetaking and transcription: Zoom AI Assistant, Fathom.video, and Otter.ai • Most Commonly Used Categories of AI Technology AI frameworks and libraries (e.g., PyTorch, TensorFlow) AI models and techniques (e.g., Supervised Learning, Transfer Learning) AI tools and platforms (e.g., OpenAI API, Google AI Studio) AI applications and use cases (e.g., Image Generation, Chatbots) AI Infrastructure and operations (e.g., Vector Databases, MLOps tools)

Facing the advances of AI, Software Engineers Will Evolve But Not Suffer Extinction

Facing the advances of AI, Software Engineers Will Evolve But Not Suffer Extinction

Google's White Paper Explains How GenAI Is Building the Campus of Tomorrow

Google's White Paper Explains How GenAI Is Building the Campus of Tomorrow

PwC Report Offers a Set of Predictions for 2025 About Generative AI

PwC Report Offers a Set of Predictions for 2025 About Generative AI

A Report Revealed the Winners and Losers in the New AI Landscape

A Report Revealed the Winners and Losers in the New AI Landscape

AI spending surged to $13.8 billion in 2024 from $2.3 billion in 2023 as enterprises embed AI at the core of their business strategies and daily work, according to a study conducted by Menlo Ventures. This research, titled "2024 State of Generative AI in the Enterprise Report," done after surveying 600 U.S. enterprise IT decision-makers, points out that we are still in the early stages of a large-scale transformation. This spending will continue: 72% of decision-makers anticipate broader adoption of generative AI tools soon. Investments in the LLM foundation model still dominate spending, but the application layer segment to optimize workflows is now growing faster. These app layer companies—mostly in highly verticalized sectors—leverage LLM’s capabilities across domains to unlock new efficiencies. Enterprise buyers will invest $4.6 billion in generative AI applications in 2024, an 8x increase from the $600 million invested in 2023. The use cases that deliver the most ROI through enhanced productivity or operational efficiency are: • Code copilots, such as GitHub Copilot, Cursor, Codeium, Harness, and All Hands. • Support knowledge-based chatbots for employees, customers, and contact centers. Aisera, Decagon, Sierra, and Observe AI are some of the examples. • Enterprise search, retrieval, data extraction, and transformation to unlock the knowledge hidden within data silos. Solutions like Glean and Sana connect to emails, messengers, and document stores, enabling unified semantic search across systems. • Meeting summarization to automate note-taking and takeaways. Examples are Fireflies.ai, Otter.ai, Fathom, and Eleos Health. AI-powered autonomous agents capable of managing complex, end-to-end workflow processes are emerging and can transform human-led industries. Forge, Sema4, and Clay are some tools. When deciding to build or buy, 47% of solutions are developed in-house, while 53% are sourced from vendors. Often, organizations discover too late that they have underestimated the difficulty of technical integration, scalability, and ongoing support. Most customers (64%) prefer buying from established vendors, citing trust. The leading vertical AI applications are: • Healthcare, with examples like Abridge, Ambience, Heidi, Eleos Health, Notable, SmarterDx, Codametrix, Adonis, and Rivet. • Legal, with examples like Everlaw, Harvey, Spellbook, EvenUp, Garden, Manifest, and Eve. • Financial Services, with examples like Numeric, Klarity, Arkifi, Rogo, Arch, Orby, Sema4, Greenlite, and Norm AI. • Media and entertainment, with examples like Runway, Captions, Descript, Black Forest Labs, Higgsfield, Ideogram, Midjourney, and Pika. Rather than relying on a single provider, enterprises have adopted a multi-model approach, typically deploying three or more LLM in their AI stacks, routing to different models depending on the use case or results. To date, close-source solutions underpin the vast majority of usage, with Meta’s Llama 3 holding at 19%, according to the Menlo Ventures research. Regarding architectures for building efficient and scalable AI systems, RAG (retrieval-augmented generation) dominates with 51% adoption, while fine-tuning of production molded is only 9%. Agentic architectures, which debuted this year, power 12% of implementations. Databases and data pipelines are needed to power RAG. Traditional databases like Postgres and MongoDB remain common, while AI-native vector databases like Pinecone gain ground. Menlo Ventures made three predictions for what lies ahead: 1. Agentic automation will drive the next wave of transformation, tackling complex, multi-step tasks beyond the current systems of content generation and knowledge retrieval. Examples are platforms like Clay and Forge 2. More incumbents will fall. Chegg saw 85% of its market cap vanish, while Stack Overflow’s web traffic halved. IT outsourcing firms like Cognizant, legacy automation players like UiPath, and even software giants like Salesforce and Autodesk will face AI-native challengers. 3. The AI talent drought will intensify. AI-skilled enterprise architects will notably increase their salaries.  Squint, Typeface…

New Research Suggest How AI Should Be Integrated on Learning Environments, Research, Administrative, and Campus Operations

New Research Suggest How AI Should Be Integrated on Learning Environments, Research, Administrative, and Campus Operations

AI's integration into learning environments, research, administrative functions, and campus operations reshapes how institutions operate, faculty teach, students learn, and staff perform their roles. It's not about blindly accepting AI in higher education or banning its use. It is crucial to thoughtfully examine AI's impact on higher education, specifically on student success, financial sustainability, accountability, and equity. This is the main conclusion of researcher Joe Sabado, who shared research titled "AI in Higher Education—Frameworks for Critical Inquiry and Innovation." This document, created using AI, guides institutions through AI's transformative process, helping them leverage this technology. It provides ten frameworks, offering valuable insights for all stakeholders: educators, administrators, policymakers, students, staff, and journalists. • AI in Higher Education – Frameworks for Inquiry and Innovation (PDF)

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Today's Summary

Thursday, November 20, 2025

Education technology today is marked by rising AI adoption among educators and innovative personalized learning approaches.

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Today in AI & EdTech

Thursday, November 20, 2025

AI is transforming the education technology landscape as more teachers adopt intelligent tools, driving forward and adaptive learning experiences.

AI & EdTech Videos

OpenAI Launches Educational GPT Model

OpenAI Launches Educational GPT Model

Adaptive Learning Platforms Show 40% Improvement

Adaptive Learning Platforms Show 40% Improvement

Microsoft Education Copilot Beta Launch

Microsoft Education Copilot Beta Launch

Today in Education

U.S. Department of Education Announces New Funding for STEM Programs

The initiative aims to support science, technology, engineering, and mathematics education.

Global Education Summit Highlights Digital Learning Innovations

Leaders from around the world discuss the future of remote and hybrid learning models.

New Study Shows Benefits of Early Childhood Education

Research indicates significant long-term academic and social advantages for students.

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