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IBM’s MCP Gateway: A Unified FastAPI-Based Model Context Protocol Gateway for Next-Gen AI Toolchains
ByRicardoThe development and deployment of advanced AI systems increasingly depend on flexible, robust orchestration layers that bridge diverse models, tools, and resources. IBM’s MCP Gateway addresses this need by providing a FastAPI-based gateway for the Model Context Protocol (MCP), offering a unified interface to scale and manage the modern AI toolchain. This article explores MCP…
Safeguarding Agentic AI Systems: NVIDIA’s Open-Source Safety Recipe
ByRicardoAs large language models (LLMs) evolve from simple text generators to agentic systems —able to plan, reason, and autonomously act—there is a significant increase in both their capabilities and associated risks. Enterprises are rapidly adopting agentic AI for automation, but this trend exposes organizations to new challenges: goal misalignment, prompt injection, unintended behaviors, data leakage,…
Meet Kosmos: An AI Scientist that Automates Data-Driven Discovery
ByRicardoKosmos, constructed by Edison Scientific, is an autonomous discovery system that runs lengthy analysis campaigns on a single objective. Given a dataset and an open ended pure language goal, it performs repeated cycles of knowledge evaluation, literature search, and speculation technology, then synthesizes the outcomes into a completely cited scientific report. A typical run lasts…
Building your agentic stack: A roadmap to real integration
ByRicardoYou know that feeling if you’re constructing one thing and the bottom retains shifting beneath your toes? That’s precisely what it is like setting up an agentic AI stack proper now. The GPUs evolve, the frameworks replace, the fashions enhance; all the things’s in fixed flux. But this is what I’ve discovered: some issues stay…
How Exploration Agents like Q-Learning, UCB, and MCTS Collaboratively Learn Intelligent Problem-Solving Strategies in Dynamic Grid Environments
ByRicardoIn this tutorial, we discover how exploration methods form clever decision-making via agent-based downside fixing. We construct and prepare three brokers, Q-Learning with epsilon-greedy exploration, Upper Confidence Bound (UCB), and Monte Carlo Tree Search (MCTS), to navigate a grid world and attain a aim effectively whereas avoiding obstacles. Also, we experiment with alternative ways of…
How to Evaluate Voice Agents in 2025: Beyond Automatic Speech Recognition (ASR) and Word Error Rate (WER) to Task Success, Barge-In, and Hallucination-Under-Noise
ByRicardoTable of contents Why WER Isn’t Enough ? What to Measure (and How) ? Benchmark Landscape: What Each Covers Filling the Gaps: What You Still Need to Add A Concrete, Reproducible Evaluation Plan References Optimizing just for Automatic Speech Recognition (ASR) and Word Error Rate (WER) is inadequate for contemporary, interactive voice brokers. Robust analysis…
