AI is moving fast. And most enterprises are not ready for what comes next.

As organizations rush to deploy AI, the real constraint is no longer algorithms or compute. It is whether they have the right data, architecture, and operating model to turn intelligence into outcomes.

IDC Research Director Rob Tiffany joins the podcast to explain why private IoT data is becoming the foundation of enterprise AI:

• Why IoT data gives AI real-world context that scraped content never can
• The rise of private AI and IDC’s concept of the enterprise brain
• Why most enterprise data remains on-prem and what that means for AI infrastructure
• How IoT data feeds AI factories, vector databases, and real-time decision systems
• Why IoT leaders now sit at the center of AI-driven competitive advantage

Tune in to hear how IoT data unlocks enterprise intelligence and reshapes the future of AI.

Key Topics and Chapters



(01:25) —IoT and AI Leaders Podcast rebrand

(03:48) — Rob Tiffany introduction

(04:16) — Navy submarines and special operations experience

(06:38) — IDC analyst role covering cloud

(08:03) — First IoT exposure via submarine sensors

(08:54) — Early IoT vending machines in 1994

(09:32) — Microsoft era and smartphone revolution

(10:21) — Building Azure Cloud and Azure IoT

(10:27) — Industrial digital twins at Hitachi

(12:32) — Why AI concentrates in hyperscale clouds

(13:48) — ChatGPT’s unexpected industry impact

(14:14) — Elon Musk rapidly launches xAI

(16:25) — Edge computing promise remains unmet

(17:32) — Enterprise brain concept explained

(19:04) — Most IoT happens indoors

(21:18) — AGVs reveal need for indoor cellular

(23:39) — Rise of enterprise hybrid AI data centers

(24:27) — Samsung data leak into ChatGPT

(25:22) — Growing interest in private enterprise AI

(27:14) — Fine-tuning AI with company data

(28:27) — Building the enterprise brain

(29:23) — Hybrid AI and competitive advantage recap

(35:28) — Enterprises downloading pretrained LLMs

(37:14) — Jensen Huang’s AI factory vision

(38:08) — Small language models for domains

(41:39) — ServiceNow and agent-driven automation

(44:27) — Will agents replace applications?

(47:12) — Graduate unemployment and future of work

(53:58) — AI disruption moves exponentially

(57:51) — AI gives IoT professionals new relevance

(58:16) — IoT data powers AI vector databases

Show Links

• Follow Rob Tiffany from IDC on LinkedIn
• Follow Nick Earle on LinkedIn
• Follow Eseye on LinkedIn

Enterprises hold growing volumes of connected-device data, yet many are still stuck in early experimentation. The gap isn’t the technology, it’s the readiness of the workflows, processes, and skills that determine whether AI can turn IoT data into meaningful outcomes.

This episode explores:

• Why shadow AI is creating unseen risk
• How internal processes block AI-led progress
• What teams need before scaling automation
• Where IoT data adds unique value to AI models
• How leaders can move from experiments to results

Tune in to hear from Nassia Skoulikariti at Apiro Data about the shift from selling raw data to delivering actionable insights and outcomes.

Key Topics and Chapters

(01:40) — IoT-AI impact, org mistakes, 3-stage implementation framework

(04:50) — Sentient IoT, 80% AI training data from content

(05:51) — IoT data is real-time AI gold mine

(07:01) — IoT-AI enables execution intelligence and coordinated action

(07:27) — Apiro Data evolution to execution intelligence pillars

(08:41) — Core pillar: prepare internal ops for AI

(10:12) — IoT gives data, AI gives speed, execution layer avoids failed pilots

(11:05) — 70% test AI in one department only

(12:54) — Shadow AI and ungoverned internal AI experiments

(14:27) — Individual AI creates silos, not org strategy

(15:11) — Parallels to early ungoverned internet experiments

(16:10) — Mass AI pilots need policy and governance guardrails

(16:46) — Data leak risks and Big Tech policy shifts

(18:02) — Innovation vs guardrails balance

(19:15) — Three Ds framework: Discovery phase

(19:53) — Design phase, prioritize AI workflow impact

(21:41) — Internal AI boosts efficiency, protects margins

(22:01) — AI differentiates IoT products

(23:20) — Amazon and Volvo AI-driven IoT examples

(25:47) — Predictive maintenance now conversational and autonomous

(26:57) — AI agent autonomy fears and governance risks

(27:29) — Human checkpoints required in AI workflows

(28:38) — AI augments humans, frees time for strategy

(29:28) — IoT firm shift to intelligence services example

(30:23) — AI and youth experience gap

(35:10) — Practice turns AI knowledge into execution

(37:00) — Commodity to outcome-based pricing via AI

(38:03) — Outcome pricing precedent example

(38:42) — Risks and pricing challenges with outcomes

(40:07) — Why buy AI intelligence vs build?

(43:06) — IoT roles will evolve to super agents

(44:34) — IoT pros will orchestrate AI minions

(45:37) — IoT data pricing model is unsustainable

(47:40) — Final sign off: podcast evolution to IoT & AI Leaders in 2026

Show Links

• Read Eseye's 2026 IoT Predictions Report
• Follow Nassia Skoulikariti from Apiro Data on LinkedIn
• Follow Nick Earle on LinkedIn
• Follow Eseye on LinkedIn

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The promise of AI starts with the data beneath your feet.

In this episode, we explore how connected load cells, long viewed as routine industrial tools, are becoming strategic assets. Jorge Truffin, CEO at Unified Cloud Sensors, is using real-time IoT data to power predictive maintenance, automate diagnostics, and even influence market decisions.

This evolution unlocks new possibilities across industries like agriculture, logistics, and construction, including:

• Transforming sensor data into pre-emptive maintenance alerts
• Reducing downtime through AI-driven diagnostics
• Detecting material loss in silos and supply chains
• Tracking asset movement to optimize operations
• Linking sensor output to commodity market insights

Tune in to discover how rethinking industrial IoT inputs can reshape outcomes—and build smarter, more resilient business models.

Key Topics and Chapters

(00:07) Intro to IoT Leaders and transformation stories

(00:22) Jorge Truffin’s journey in the global load cell market

(01:32) Shift from reactive to AI-powered proactive services

(02:42) Traditional IoT companies embracing AI for problems

(03:45) What load cells do and how they measure

(04:00) Jorge’s 30+ years in weighing industry

(05:13) Industrial weighing from 1 kilogram to 600 tons

(06:38) Historical weighing data previously lost and underused

(07:21) Use case: historical data enables early detection

(08:42) Data benefits providers and owners tracking silo flow

(09:27) Truck scales with many load cells complicate diagnosis

(10:29) Continuous monitoring detects gradual load cell issues

(11:35) Traditional reactive maintenance waits for failures

(14:58) Monitoring weight, angle, temperature for diagnostics

(16:03) Digitizing analog load cells for monitoring

(17:04) Why cellular chosen over client networks

(18:04) Global connectivity enables expansion with single SKU

(19:22) Single SIM solution supports global regulatory needs

(20:32) Use case: grain silo environmental and flow monitoring

(21:29) Monitoring deters theft and non-technical losses

(23:43) Detecting stuck material via center-of-gravity changes

(25:45) Center-of-gravity reveals distribution issues remotely

(28:12) AI agent giving traffic-light status for scales

(30:23) Growth to managed services with multiple agents

(31:10) Correlating sensors to reveal hidden patterns

(32:14) Detecting structural silo issues via PM10 correlation

(33:42) AI agents replace scarce decades-deep expertise

(34:49) Start monitoring now to build AI training data

(35:46) IoT data from things now essential for AI

(36:44) Volvo example: connecting millions to prevent stoppages

(37:59) Financial intelligence linking weights and futures prices

(38:58) Clients track asset value using weights plus markets

(40:47) Construction client uses market rates for pricing

(41:38) Hospital case: multi-source IoT enables new services

(42:31) Journey from weighing to financial advisory via AI

(44:02) Customer-driven innovation using existing data insights

(45:16) AI aids talent gap in traditional industries

(46:06) Agents train next-generation employees with knowledge

Show Links

· Follow Jorge Truffin at UCS on LinkedIn

· Follow Nick Earle on LinkedIn

· Follow Eseye on LinkedIn

Hosted on Acast. See acast.com/privacy for more information.

Smart cities are making headlines—but what’s driving real ROI behind the scenes?

In this episode, we explore how consultative IoT strategies, not just new tech, are reshaping urban infrastructure and logistics. The conversation centers on smart labels, AI, and sensor-driven solutions that turn everyday operations into measurable value.

You’ll hear how municipalities and enterprises are rethinking connectivity by starting with ROI—not infrastructure.

Key takeaways include:

• Why the one-euro price point is pivotal for active smart labels
• How smart parking systems recover costs in under a month
• The hidden cost drivers IoT can eliminate
• Why AI models are only as good as the IoT data they feed on
• What consultative selling unlocks that tech-first approaches miss

Tune in for a grounded take on what makes IoT work at scale.

Show Links

· Follow Silviu Neghina at VizioSense on LinkedIn

· Follow Nick Earle on LinkedIn

· Follow Eseye on LinkedIn

Hosted on Acast. See acast.com/privacy for more information.

Hospitals don’t run on hope—they run on data.

Today’s healthcare systems are under pressure to do more with less. From equipment shortages to long wait times, inefficiencies are everywhere. But what if AI agents could fix them in real time?

In this episode, we explore how a new class of IoT-driven intelligence is transforming hospital operations from the inside out. You’ll hear how real-time data and agentic AI are reshaping healthcare by:

• Turning physical spaces into connected, trackable ecosystems
• Automating maintenance, cleaning, and resource allocation
• Reducing wait times through dynamic workflow updates
• Enhancing patient safety with predictive monitoring
• Enabling cross-hospital benchmarking with live KPIs

Tune in to see what happens when hospitals start operating like production lines—with smarter outcomes.

Show Links

· Follow Dr. Burak Bardak at Borda Technology on LinkedIn

· Follow Nick Earle on LinkedIn

· Follow Eseye on LinkedIn

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The kitchen is the home's heart—but also its greatest fire risk.

In this IoT Leaders episode, Nick Earle explores how technology can make cooking safer without changing how people cook. Unattended stoves remain the top cause of house fires, but smart retrofits and better standards promise a shift from reactive to proactive safety.

Akshita Iyer explains how smarter knobs, automation, and data-driven monitoring can reduce risk, while US industry standards like UL push manufacturers toward built-in solutions. They also discuss the role of AI and device integration in the connected home.

In this episode, you'll learn:

• Why unattended cooking is the top fire risk
• Retrofitting existing appliances for smart safety
• How UL standards can drive industry change
• Using data and AI to spot risky patterns
• Building seamless connections with the Matter protocol

Tune in to hear how safety is becoming standard in the smart home.

Show Links

· Follow Akshita Iyer on LinkedIn

· Follow Nick Earle on LinkedIn

· Follow Eseye on LinkedIn

Hosted on Acast. See acast.com/privacy for more information.

The next wave of IoT connectivity is here. Enter eSIM orchestration.

In this episode, Eseye Executive Chairman Nick Earle is joined for a third time by Matt Hatton, Founding Partner and Analyst of Transforma Insights, to explore the market forces driving this shift.

The rise of eSIM technology specifications like SGP.32 offers more flexibility, but it also brings greater fragmentation. Enterprises now face a tangled web of regulations, latency constraints, and diverging network standards across the globe.

That's where eSIM orchestration comes in. Matt explains why a new orchestration layer is emerging—not just to simplify profile management, but to unify billing, compliance, and connectivity in a single managed service. Without it, global IoT remains a patchwork of complexity and compromise.

In this episode, you'll learn:

- What's driving the shift from roaming to eSIM orchestration

- Why eSIM orchestration fills the gap between flexibility and reality

- What it takes to deliver true global IoT at scale

Whether you're in telecoms, product development, or enterprise IoT strategy, this episode offers a clear view into what's changing, why it matters, and how orchestration might be the missing piece.

Show Links

· Read the whitepaper discussed in this episode: eSIM Orchestration: Driving the Next Wave of IoT Connectivity

· Follow Matt Hatton on LinkedIn

· Follow Nick Earle on LinkedIn

· Follow Eseye on LinkedIn

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Most industrial IoT deployments struggle with the same challenge: dozens of pilot projects that never reach production scale.

Volvo Group broke this cycle with a strategic transformation connecting hundreds of millions of assets across 140 factories worldwide. The secret wasn't just technology — it was organizational change that unified scattered efforts into production-scale success.

Volvo Group IoT Expert Julien Bertolini joins the podcast to share insights from one of the world's largest industrial IoT deployments, including:

• How to escape pilot purgatory and scale from prototypes to production
• Why multi-technology approaches are essential for industrial environments
• Building IoT communities and citizen development strategies
• Real-world use cases from AGV predictive maintenance to massive asset tracking
• Why quality IoT data is the foundation that makes AI actually work
• The convergence of IoT and AI for competitive advantage

Tune in to hear how strategic IoT transformation unlocks AI potential at an industrial scale.

Show Links

· Follow Julien Bertolini on LinkedIn

· Follow Nick Earle on LinkedIn

· Follow Eseye on LinkedIn

Hosted on Acast. See acast.com/privacy for more information.