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Showing posts with the label worker control

Empowering Workers Through Control of AI-Driven Production Agents

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AI is no longer limited to answering questions or drafting text. In many workplaces, it’s becoming agentic : software that can take actions, move through multi-step workflows, and operate with a degree of autonomy. That shift is sometimes described as agentic production —a future where AI agents do real “work” inside business processes, not just support work. One of the most important questions this raises is not technical. It’s governance: who gets to control these agents —what they do, how they behave, when they stop, and who is accountable when something goes wrong? In late 2025, WorkBeaver’s CEO (Bars Juhasz) made a worker-centered argument that stands out in a landscape dominated by top-down adoption: workers should control the “means of agentic production,” not the other way around . The idea is simple but disruptive: if AI agents are going to shape day-to-day work, then employees should have meaningful authority over how those agents operate, not just managers setti...

Caterpillar Integrates NVIDIA Edge AI to Revolutionize Heavy Industry Operations

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Heavy industry is entering a new phase of digital transformation where the “smart” part of the system is moving closer to the work itself. Instead of sending everything to the cloud, more intelligence is being deployed at the edge —on machines, inside cabs, and across jobsites. Caterpillar’s expanded collaboration with NVIDIA, showcased around CES 2026, is an early signal of what this looks like in practice: real-time sensor processing, in-cab speech experiences, and a roadmap toward scalable autonomy and smarter manufacturing systems. TL;DR Edge AI is becoming “standard equipment”: real-time inference on machines is moving from pilots to platform strategy. Speech-first in-cab assistants are a new interface layer: operators interact with AI without breaking focus or switching screens. Jobsites are turning into sensor networks: fleets processing data locally create a “digital nervous system” that supports safety, productivity, and autonomy at scale. ...