Internet of Beings (IoB) and the PRISM Framework are redefining Industry 5.0. Explore 8 real-world Agentic AI use cases—from healthcare to smart cities—that transform IoT into intelligent ecosystems.
Introduction: From Inernet of Things (IoT) to Internet of Beings (IoB)

For decades, the Internet of Things (IoT) promised a connected world. Billions of devices were wired into sensors, networks, and dashboards—but they lacked intelligence. They spoke, but they didn’t think.
Now, in Industry 5.0, a new paradigm is emerging: The Internet of Beings (IoB). Unlike IoT, IoB isn’t just about machines sending data—it’s about autonomous, reasoning agents that sense, decide, and act like digital beings in a shared ecosystem.
IoB is the convergence of Agentic AI, autonomous systems, and real-world infrastructure. Think of it as IoT finally getting a mind.
At CAIOz, we call this framework the PRISM Lens.
Table of Contents
The PRISM Lens: How IoB Thinks
To simplify IoB’s mechanics, I created the PRISM framework:
- P – Perception → Machines sense environments with context.
- R – Reasoning → They weigh trade-offs and plan.
- I – Interaction → They negotiate with other agents.
- S – Self-Action → They act without waiting for humans.
- M – Measurability → They track outcomes transparently.
Think of PRISM as the brain that finally gives IoT its mind. Without PRISM, IoT remains data exhaust. With PRISM, IoB becomes a nervous system for the world.

👉 Read our full Industry 5.0 explainer on Medium for context, then return here for the IoB deep dive.
8 Futuristic IoB Use Cases Through the PRISM Lens
1. Autonomous Driving Fleets (San Francisco, Texas, China)
Case in Point: Cities like San Francisco and Shenzhen already run fleets of driverless taxis and trucks. Accuracy levels now surpass human drivers in controlled zones.
Through PRISM:
- Perception: Cars sense road, weather, pedestrians.
- Reasoning: AI weighs fuel efficiency vs passenger safety.
- Interaction: Fleets negotiate with traffic lights, logistics hubs, and other cars.
- Self-Action: Vehicles reroute, park, and recharge without human input.
- Measurability: Public dashboards validate accident reductions and CO₂ savings.
Future Vision: Autonomous cars don’t just drive—they cooperate as urban agents, dynamically balancing city flows like blood cells in a living body.

2. Agentic Agriculture
Case in Point: Farmers in India, Japan, and Africa are experimenting with drone swarms and IoT irrigation. But adoption stalls without autonomy.
Through PRISM:
- Perception: Soil sensors measure nutrients, drones scan crops.
- Reasoning: Agents predict optimal crop rotation.
- Interaction: Machines negotiate with markets for seed/fertilizer.
- Self-Action: Irrigation, pesticide spraying, harvesting—all autonomous.
- Measurability: Blockchain-backed proof of yield, shared with co-ops.
Future Vision: Agriculture shifts from manual labor to autonomous agent collectives, balancing food security and sustainability at planetary scale.

3. Beyond One OEM: The Battery Stock Exchange
This vision—first articulated to me by Dr. Karun Malhotra, a visionary leader with a global footprint across Japan, the USA, and India—reframes battery swapping as more than just an OEM perk. For Global Chief AI Officers (CAIOs), this model signals a potential breakthrough, one that could serve as a long-term solution to many of the persistent challenges surrounding battery efficiency, sustainability, and interoperability.
Case in Point:
Instead of Tesla, Nio, or BYD locking consumers, imagine a Battery Exchange Network functioning like a Stock Exchange:
- OEMs contribute batteries into a shared pool.
- Exchange prices are listed and regulated globally.
- Shareholders trade based on market momentum and OEM performance.
- Agents price, swap, or lease batteries in real time.
- Old batteries are valued, recycled, and traded by efficiency.
- Utilities integrate exchange capacity into the power grid.
Through PRISM:
- Perception: Vehicles sense battery health and demand.
- Reasoning: Agents optimize between speed, cost, and environmental impact.
- Interaction: Cross-OEM collaboration, dynamic pricing.
- Self-Action: Automated swaps and trades.
- Measurability: Global compliance dashboard tracks carbon impact.
Future Vision: Cars aren’t just transport—they become autonomous energy traders in the machine economy.

4. Smart Cities and Disaster Management
Case in Point: As Hurricane Erin looms, IoB could transform disaster readiness. Current systems issue late warnings; IoB would act preemptively.
Through PRISM:
- Perception: Satellites, sensors, and ocean buoys monitor conditions.
- Reasoning: Predict storm paths and flooding.
- Interaction: Agents coordinate across utilities, hospitals, insurers.
- Self-Action: Trigger automated evacuations, grid shutdowns, dam controls.
- Measurability: Transparent metrics prove lives and assets saved.
Future Vision: Smart cities evolve into living organisms—autonomously protecting citizens against natural disasters.
5. Agentic Supply Chain & Manufacturing
Case in Point: The pharma cold chain and automotive assembly rely on just-in-time. Delays ripple across ecosystems.
Through PRISM:
- Perception: IoB agents monitor stock, weather, and machine status.
- Reasoning: Predict bottlenecks or demand spikes.
- Interaction: Suppliers and logistics negotiate autonomously.
- Self-Action: Reroute shipments, order substitutes, rebalance loads.
- Measurability: Blockchain traceability ensures compliance.
Future Vision: Factories and logistics become self-healing supply chains, orchestrating global production with zero downtime.
6. Agentic Healthcare & Ambient Wellness
Case in Point: During COVID-19, the problem wasn’t data—it was decision latency.
Through PRISM:
- Perception: IoB integrates wearables, hospital sensors, and drug supply.
- Reasoning: Predict ICU overloads, oxygen shortages, patient deterioration.
- Interaction: Agents coordinate across hospitals, insurers, and pharmacies.
- Self-Action: Autonomous alerts, treatment adjustments, logistics triggers.
- Measurability: Families and regulators see transparent dashboards.
Future Vision: Healthcare evolves into ambient wellness ecosystems, where agents continuously heal, predict, and optimize health outcomes.
7. Agentic Finance & Autonomous Markets
Case in Point: Markets today are semi-automated at best. IoB allows every asset to “act” as an economic agent.
Through PRISM:
- Perception: Agents monitor global supply-demand signals.
- Reasoning: Assess risks, model market shifts.
- Interaction: Trade directly with DeFi and traditional systems.
- Self-Action: Autonomous trading of logistics futures, carbon credits, or energy stocks.
- Measurability: Public ledgers confirm transparency.
Future Vision: IoB ushers in an autonomous economy, where machines themselves become active economic citizens.
8. Planetary-Scale Climate Agents
Case in Point: Climate threats like floods, wildfires, and hurricanes overwhelm human response systems.
Through PRISM:
- Perception: Global climate sensors gather real-time inputs.
- Reasoning: Predict cascading disasters (wildfire → blackout → supply shortage).
- Interaction: Coordinate between nations, insurers, utilities.
- Self-Action: Automated floodgates, rerouted energy, triggered evacuations.
- Measurability: Transparent dashboards show net lives and assets preserved.
Future Vision: IoB acts as Earth’s immune system, autonomously protecting life and infrastructure.
Conclusion: IoB as Industry 5.0’s Nervous System
The Internet of Beings (IoB) is more than an extension of IoT—it’s the cognitive leap that makes machines autonomous actors in society. With the PRISM Lens, IoB can shape supply chains, cities, healthcare, finance, and even planetary resilience.
This isn’t just about automation. It’s about coexistence—humans and machines co-creating a sustainable future.
Copyright Declaration
The concepts of Internet of Beings (IoB) and the PRISM Framework are © Copyright Ajit Mishra. All rights reserved.
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