"I've spent most of my career fighting against the "short memory" of chatbots. This week, however, I finally saw the pieces of the puzzle fall into place: we are no longer talking about chat, but about persistent architectures."
I've spent a large part of my career fighting against the "short memory" of chatbots. You build a perfect flow, the user switches devices or asks a question off-script, and everything collapses. This week, however, I finally saw the puzzle pieces fall into place: we aren't talking about chat anymore, but about persistent architectures.
Here is what I noted in my logs this week and why it changes the way we build automations.
The news that made me jump out of my chair comes from Salesforce. I analyzed their new architecture for Agentforce and, finally, I see the end of forgetful bots. They introduced a "shared context" layer that solves the problem at the root: maintaining conversation state across different channels.
For those like me who design workflows, this is the missing piece. I can build an agent that "remembers" an abandoned cart on mobile and proposes it contextualized on desktop without having to write complex synchronization scripts. Agentic Commerce becomes an operational reality. It is no longer just a buzzword, but a technical specification that enables measurable ROI. If you are interested in understanding how these flows will change business, I dove deeper into the topic speaking about agentic AI.
We can have the best algorithms in the world, but if inference costs too much, they remain toys. Nvidia has just changed the math of my work with Vera Rubin. The data speaks of a 90% reduction in inference costs.
This means I can stop obsessively optimizing token counts to save pennies and focus on "reasoning". I can run complex chains of thought and multi-agent architectures without burning the client's budget in a week. Furthermore, the increase in compute density opens incredible doors for on-premise hardware, bringing us closer to that vision of AI on the edge that I have supported for some time for privacy and speed.
Another novelty that I marked with a double red circle is the launch of CTRL by Central. For years we have built precarious "scaffolding" around LLMs to force them to act. CTRL promises a native runtime for agents.
The difference is subtle but fundamental: we move from probabilistic generation (AI that "guesses" the next word) to deterministic action. To integrate AI into core business processes, I need certainty, not creativity. This runtime could become the standard for those who, like me, want to build systems that execute tasks without hallucinating.
I close with two practical applications that directly impact my daily productivity:
The direction is clear: less chat, more infrastructure. If you want to start building your flows, take a look at my complete list of AI tools and start experimenting with tools that allow orchestration, not just generation.
This week, the world of artificial intelligence didn't just talk, it acted. I felt a decisive movement towards an AI that is no longer an ethereal cloud promise, but a tangible, efficient, and local reality. This is the direction I've been waiting for to push automation to a higher level.
I started this week by reading Nadella's statement about Copilot's integrations with Gmail and Outlook 'not working'. For me, as an AI & Automation Specialist, this is a powerful confirmation of what I always say: **AI is not magic, it's engineering**. It's not enough to have a powerful model; you need an architecture that supports it and an integration that *truly* works in the real world.
GPT 5.2 isn't just an upgrade; it's the definitive push towards agentic AI, set to revolutionize workflows and business strategies. Get ready for autonomous, scalable systems.
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AI & Automation Specialist
I don’t just write about AI; I use it to build real value. As a Full-Stack Engineer with a growth mindset, I design digital ecosystems and autonomous workflows. My mission? To help companies transform slow, manual processes into intelligent, scalable, and high-performance code architectures.