Debabrata Pruseth

Technocrat | Traveler | Story Teller

AI Governance Framework: A Simple Guide for Organizations

AI is revolutionizing industries, but without proper governance, it poses risks like bias, security threats, and regulatory non-compliance. This guide provides a five step framework to help organizations implement responsible AI governance, ensuring transparency, fairness, and legal compliance. Learn how to assess AI risks, align with global regulations, establish governance policies, and continuously monitor AI systems. By adopting a structured AI governance model, businesses can harness AI’s benefits while mitigating risks, fostering trust, and staying compliant with evolving laws. Ensure your AI is ethical, secure, and accountable with this essential framework.

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How to Install and Run Your First Local LLM on Your Laptop

Have you ever used ChatGPT or other GenAI tools online? Imagine running one of these smart language models directly on your laptop—no coding experience required. In this guide, I’ll show you how to install a local LLM (Large Language Model) like DeepSeek and LLama2, using Ollama and run it within a Jupyter Notebook. All you need is a laptop with an internet connection. Simply follow the steps and copy-paste the code. Let’s get started!

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The Curious Case of AI Benchmarks

Ask someone what the best AI model is, and you’ll get all sorts of answers—some based on personal experience, others influenced by company preferences or flashy marketing.

But scientists don’t rely on opinions; they use benchmarks—structured tests that evaluate AI intelligence, just like exams do for students. AI models compete with scores like 86.4 vs. 90 on MMLU, where even a tiny difference can mean the gap between “smart” and “genius.” But how do these benchmarks actually work? And can an AI ever “graduate”?

*AI Benchmarks: A Learning Journey*

Freshman Year: Basic Knowledge Tests

At the entry level, AI models are tested on fundamental skills. This includes general knowledge (MMLU), logical reasoning (HellaSwag), listening skills (CoVoST2), and math abilities (HidenMath). These tests determine if an AI has the core knowledge needed to move on to more advanced tasks.

Graduate Level: Can AI Think Like Humans?

Now, things get serious. The ARC-AGI benchmark measures an AI’s ability to solve reasoning problems the way humans do naturally. This isn’t just memorization—it’s real thinking, requiring the AI to apply knowledge in new and complex ways.

PhD Level: Can AI Learn on Its Own?

At this stage, AI models are tested on their ability to teach themselves and adapt without human guidance. One such benchmark is  OpenAI MLE-benchmark. This test is also used to ensure AI doesn’t become rogue.

The never ending AI race.

But what happens if an AI scores 100%? Does that mean it’s officially as intelligent as a human? For example, OpenAI recently announced that its O3 model scored an impressive 75.7% on the ARC-AGI benchmark, suggesting it’s getting closer to human-level intelligence. A 25% boost could put it on par with us—but humans have a way to avoid direct competition. Scientists are already working on ARC-AGI-2, a tougher benchmark designed to challenge even the most advanced AI models.

Check out the full blog for a deep dive into AI benchmarks and what they really mean.

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Google Titan: The LLM Breakthrough Inspired by Human Cognition and Memory

Google’s Titan is redefining AI by integrating cognition-inspired memory mechanisms that go beyond traditional Transformer architectures. Unlike conventional models that forget past interactions, Titan mimics human learning by retaining, adapting, and prioritizing information dynamically. With its breakthrough in long-term memory and adaptive forgetting, Titan marks a new era in AI—bringing us closer to truly intelligent, context-aware systems.

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How AI is Redefining Death and Immortality

Let me begin with a story.

A father’s life revolved around his little daughter, his light and purpose. But tragedy struck when she was diagnosed with cancer, leaving him with only a year to cherish her presence. Determined to preserve her essence, he turned to technology, creating an AI avatar of her.
He trained the avatar with her voice, mannerisms, and memories. When she passed, the avatar became his solace, recreating the bond they had shared. Over time, the father created his own digital avatar, ensuring their connection would endure. Even after death, their avatars lived on, preserving the love and memories that defined their relationship.

From Fiction to Reality.

While parts of this story sound fictional, technologies like StoryFile are making elements of it real. Marina Smith, a Holocaust educator, “spoke” at her own funeral through her AI-powered digital avatar, answering questions and sharing memories with mourners.
But as this concept evolves, it raises profound questions:
What does it mean to live on digitally? Are we ready to blur the boundaries between life, death, and immortality?
This blog explores the philosophical and emotional depths of these questions, inviting you to reflect on what immortality means in the age of AI and how should we build and navigate our digital AI.

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Leveraging Brainstorming with ‘Theory of Mind’ to Enhance Cognitive Output from GenAI

Generative AI tools like ChatGPT can go beyond basic responses when approached with advanced techniques. By combining multi-agent prompting with the psychological principle of Theory of Mind (ToM), you can create richer, more nuanced discussions.

For instance, when analyzing a complex topic like immortality, you can prompt the AI to simulate a debate among diverse personas—a scientist, a student, and a mother. Each persona brings unique perspectives: the scientist focuses on biological possibilities, the student questions ethical implications, and the mother considers emotional and societal impacts.

To further refine this output, you can use ToM to understand and enhance the assumptions AI makes about these personas, making the conversation more aligned with your goals. This method mirrors real-world brainstorming, unlocking deeper insights and diverse solutions.

Whether tackling philosophical questions, corporate strategies, or product innovations, this approach can elevate your use of GenAI from ordinary to extraordinary.

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In Praise of AI Hallucinations: How Creativity Emerges from Uncertainty

AI hallucinations—people don’t like them. Why? Because they bring uncertainty, and we love certainty in life and work. But here’s the twist: in 2024, AI hallucinations helped win a Nobel Prize in Chemistry! Dr. David Baker’s team used hallucinations from AlphaFold to discover groundbreaking protein structures.

Hallucinations, though unpredictable, can lead to bursts of creativity—just like Einstein’s theories or Van Gogh’s art. They can spark new ideas that push science and innovation forward.

We can’t ignore them completely, especially in critical fields like healthcare. But by adding guardrails, improving techniques, and enhancing training, we can manage them.

Want to dive deeper? Check out the full blog for more insights on how AI hallucinations can reshape creativity and innovation! And more how we can live with it.

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LCMs: Large Concept Models – The Path to AGI & The Future of AI Thinking

In December 2024, Meta released a groundbreaking research paper detailing their work on Large Concept Models (LCMs). This represents a significant leap forward in artificial intelligence, moving beyond the limitations of traditional Large Language Models (LLMs) like GPT, Claude, and Gemini. While the development and practical implementation of LCMs will undoubtedly take time, they hold immense promise for pushing the boundaries of AI and bringing us closer to the goal of Artificial General Intelligence (AGI).

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2024: The Transformative Year in AI: Breakthroughs That Redefined the Future

2024 was a groundbreaking year for artificial intelligence, featuring innovations that redefined possibilities. From a Nobel Prize-winning AI advancing scientific discovery to a quantum chip solving in minutes what classical supercomputers would take eons to crack, AI also unlocked animal communication, transformed drug development, and introduced autonomous agentic systems. Here are the top 10 breakthroughs I believe will shape 2025. Share your thoughts!

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Prompt Engineering – Multi Agent Prompting Technique

Discover the power of Multi-Agent Prompting, a game-changing technique in Prompt Engineering. Simulate debates, brainstorm ideas, and tackle complex decisions by instructing multiple AI personas to collaborate or argue. Dive into our latest blog and elevate your ChatGPT interactions!

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