Internet of Things with Fexingo: Connected Devices, Sensors, and Industrial IoT
Lucas and Luna explore the practical side of the Internet of Things, covering connected devices, sensor networks, and industrial IoT deployments. Each episode examines a specific domain—such as smart agriculture, predictive maintenance, or connected logistics—and grounds it in real-world metrics like cost per node, data throughput, and failure rates. The conversations stay focused on engineering constraints including power budgets, latency requirements, and security, while addressing issues like vendor lock-in and protocol fragmentation. Using case studies from places like Stuttgart and Bengaluru, the hosts show what separates successful deployments from stalled pilots. The podcast is aimed at engineers, product managers, and strategists looking for realistic assessments of IoT technology.
Episodes
The Human Cost of Autonomous Factories
We examine the overlooked productivity paradox in modern industrial IoT. While sensors and automation promise seamless efficiency, a recent case study at a major automotive assembly plant reveals that constant machine monitoring has actually increased human error rates by eight percent due to cognitive overload. Lucas and Luna explore how over-automation creates decision fatigue for technicians, t
How IoT Is Fixing The Last Mile Delivery Crisis
In this episode of Internet of Things with Fexingo, Lucas and Luna drill into the specific logistics bottleneck that has plagued retail since the pandemic: last-mile delivery inefficiency. We move past the hype of autonomous drones to examine how connected smart locks and real-time sensor telemetry are solving the 'failed delivery' problem for major carriers and local couriers alike. We explore a
The Hidden Energy Cost of Smart Sensors
Most industrial IoT deployments fail not because the sensors are inaccurate, but because they cannot survive on battery power for more than a few months. This episode examines the specific energy economics behind connected devices in remote industrial settings, focusing on how ultra-low-power design choices impact total cost of ownership. We break down the math of sleep cycles versus transmission
The IoT Data Gravity Problem in Industrial Systems
Most industrial IoT deployments fail not because the sensors break, but because the data architecture collapses under its own weight. We examine why the shift from simple monitoring to predictive analytics creates a storage and processing bottleneck that many factories ignore until it’s too late. Using the example of a mid-sized manufacturing plant that struggled with edge computing latency, we ex
How IoT Sensors Are Predicting Concrete Curing
We explore the quiet revolution happening inside concrete, where embedded sensors track hydration and strength in real time. Using a case study of a major bridge project in the Pacific Northwest, we show how data replaces guesswork, cuts curing times by two days, and prevents costly structural failures. This is not just about tech; it is about the chemistry of construction.
#IndustrialIoT #SmartC
How Industrial IoT Saves Millions in Energy Waste
We explore the hidden energy tax of poorly calibrated industrial sensors and how one specific retrofit at a mid-sized manufacturing plant cut waste by thirty percent. Lucas and Luna break down the economics of sensor drift, the cost of ignoring calibration cycles, and why your smart factory might be leaking money through its own data infrastructure. This is a deep dive into the operational ineffic
The IoT Supply Chain Blind Spot
Most companies track their finished goods, but they are flying blind on the components inside. We explore how major manufacturers like Apple and Bosch are using digital twins and blockchain ledgers to trace individual sensors and microcontrollers from the factory floor in Shenzhen to the warehouse in Ohio. The episode breaks down why a single missing capacitor can halt an entire assembly line, rev
The Carbon Math Behind Smart Manufacturing
In this episode of Internet of Things with Fexingo, Lucas and Luna dig into the unglamorous but critical world of industrial carbon accounting. They explore how a mid-sized automotive parts manufacturer in Michigan is using connected sensors to track Scope Three emissions in real time, rather than relying on annual surveys. The conversation centers on a specific $2.4 million retrofit that turned v
The Silent Tax of Unsecured IoT Devices
We explore how the hidden liability of unsecured Internet of Things devices is quietly bankrupting mid-sized industrial manufacturers. Lucas and Luna dissect a specific case where a single compromised smart thermostat in a food processing plant triggered a cascading security failure, costing millions in downtime and regulatory fines. We break down the concept of 'IoT security debt'—the accumulated
How IoT Is Predicting Machine Fatigue
Industrial equipment failure isn't always sudden; often it is a slow bleed of efficiency that costs manufacturers millions in hidden downtime. In this episode, Lucas and Luna explore how predictive maintenance via industrial sensors has shifted from reactive repairs to proactive fatigue detection. They examine the specific case of heavy manufacturing firms using vibration and thermal data to predi
The Hidden Cost of Smart Factory Downtime
We dig into why industrial IoT sensors in manufacturing plants often fail to pay for themselves within the first year. Using a specific case study from a mid-sized automotive parts supplier, we break down the hidden costs of data latency, sensor drift, and the operational overhead that turns promising smart factories into expensive experiments. Learn how to calculate the real return on investment
How Smart Pumps Are Saving Aging Water Systems
We examine the specific engineering and financial mechanics behind retrofitting century-old municipal water grids with connected IoT sensors. By focusing on a real-world case in Ohio, we break down how predictive maintenance on smart pumps reduces energy waste by twenty percent and extends asset life by five years. This is not about new construction but about rescuing aging infrastructure through
How Smart Meters Are Rewiring Urban Grids
In this episode, Lucas and Luna dive into the quiet revolution of advanced metering infrastructure across American cities. We explore how utility companies are replacing analog dials with two-way communication devices that don't just record usage but actively stabilize the grid during peak demand. With specific focus on a pilot program in Austin where dynamic pricing reduced peak load by eight per
How Smart Pumps Are Rescuing Aging Water Systems
We look at how a specific network of acoustic sensors in the city of Minneapolis is finding leaks before they hit the street. With aging infrastructure and rising repair costs, utilities are turning to vibration data to predict pipe failures. Lucas and Luna break down the engineering behind these silent detectors and the economics of fixing a leak that hasn't happened yet.
#InternetOfThings #Indu
How IoT Sensors Are Stopping Industrial Theft
Industrial theft is a silent tax on manufacturing, costing the global economy billions annually through material shrinkage and supply chain leakage. In this episode, Lucas and Luna explore how connected devices are moving beyond predictive maintenance to become active anti-theft systems. We look at the specific case of copper wire theft in utility infrastructure and how smart sensors with geofenci
How IoT Sensors Are Predicting Concrete Curing
We look at the specific engineering challenge of concrete curing and how embedded IoT sensors are changing the timeline for large-scale construction. Lucas and Luna break down why waiting for standard strength tests is too slow for modern projects, using a case study of a bridge project in the Pacific Northwest where real-time moisture data cut curing time by fifteen percent. We explore the hardwa
How IoT Is Preventing Industrial Theft
We talk about the quiet crisis of industrial asset theft and how connected sensors are closing the gap. Lucas and Luna look at specific cases where smart locks, GPS trackers, and real-time data dashboards have stopped high-value equipment from disappearing. We break down the ROI of these systems, comparing the cost of a single stolen turbine component against the price of a comprehensive monitorin
How Connected Devices Are Stopping Industrial Water Waste
Industrial facilities waste billions of gallons annually through undetected leaks and inefficient cooling loops. This episode explores how acoustic sensors and edge computing are solving the silent crisis of water loss in manufacturing. We look at a specific case study where a mid-sized chemical plant reduced its water consumption by eighteen percent using vibration-based leak detection. Lucas and
How IoT Is Predicting Machine Fatigue
Most people think of industrial IoT as tracking location or temperature, but the real breakthrough is in predicting mechanical fatigue before a part fails. In this episode, we look at how predictive maintenance models are using vibration and acoustic data to extend asset life by up to twenty percent. We break down the specific engineering challenge of distinguishing between normal operational vari
How Smart Pumps Are Rescuing Aging Water Systems
Most of our water infrastructure was built seventy years ago, and it is quietly failing. This episode looks at how variable speed drives and acoustic sensors are letting cities like Austin manage pressure without bursting pipes. We break down the specific retrofit economics that make this cheaper than digging up streets, and why utility companies are finally shifting from reactive repairs to predi
The Hidden Data Tax of Smart Infrastructure
We examine the often-overlooked cost of data sovereignty in industrial IoT. Using a case study from a major logistics firm, we explore how sensor telemetry creates massive backend storage liabilities that strain balance sheets long after the hardware is paid for. Lucas and Luna break down why 'smart' devices are actually 'data-heavy' assets, and how companies are rethinking edge computing to stop
The IoT Security Debt That Bankrupts Startups
Most tech founders treat device security as a compliance checkbox, not a balance-sheet liability. In this episode we examine how the rise of cyber-physical insurance is rewriting startup valuation models. We look at the specific underwriting criteria firms like Hiscox and AIG are now applying to connected hardware portfolios, and why a single unpatched vulnerability in a smart thermostat can now t
The Silent Tax of Unsecured IoT Devices
In this episode, Lucas and Luna explore the hidden financial liability of unpatched Internet of Things devices in modern enterprises. We dive into a specific case study from a major logistics firm that suffered a $12 million breach due to outdated smart thermostat firmware, illustrating how legacy hardware creates invisible risk. The conversation breaks down why standard IT security protocols fail
How Smart Sensors Are Stopping Airport Runway Debris
In this episode of Internet of Things, we explore the critical safety challenge of Foreign Object Debris at major airports and how a new generation of embedded pavement sensors is changing the game. We look at specific data from recent FAA studies on runway incursions and damage caused by loose hardware, tires, and tools. Lucas and Luna discuss the technical shift from manual walk-downs to continu
The Hidden Cost of Smart Home Energy Waste
Most smart thermostats and home energy monitors are designed to optimize comfort, but they often ignore the physics of heat transfer. In this episode, we look at how a specific retrofit project in Chicago revealed that connected devices were actually increasing heating bills by fifteen percent because they couldn't communicate with the building's insulation layers. Lucas and Luna break down why da
How Smart Concrete Predicts Structural Failure
Lucas and Luna explore the quiet revolution in structural health monitoring, focusing on embedded fiber-optic sensors in modern infrastructure. They examine how real-time strain data from bridges and high-rises replaces decades-old visual inspections with precise, algorithmic predictions of fatigue. The conversation drills into a specific case of a major coastal bridge retrofit that used continuou
How IoT Sensors Are Saving Water Utilities From Silent Leaks
We dive into the hidden crisis of non-revenue water, where up to thirty percent of treated water vanishes before reaching customers. Lucas and Luna explore how acoustic sensors and machine learning are helping utilities like San Francisco detect underground leaks in real time, turning a massive infrastructure blind spot into a solvable engineering problem. This episode covers the technology behind
How IoT Is Saving Hospitals From Silent Infections
Hospitals lose billions annually to healthcare-associated infections, yet the real problem isn't just sterile technique—it's environmental monitoring. We explore how connected sensor networks in patient rooms and operating theaters are shifting from reactive cleaning logs to predictive hygiene assurance. By tracking door openings, air pressure differentials, and surface contact points in real time
How Smart Packaging Stops Food Fraud
Food fraud costs the global industry billions annually, with counterfeit olive oil and adulterated honey being just the tip of the iceberg. This episode explores how digital product passports and blockchain-verified smart packaging are creating an immutable chain of custody for consumer goods. We examine a specific pilot program where major retailers replaced traditional barcodes with encrypted NF
How IoT Is Stopping Airline Fuel Theft
Fuel is the second largest expense for airlines, and fuel theft at remote airports costs the industry billions annually. In this episode, we look at how a specific network of connected flow meters and satellite-linked telemetry devices has reduced fuel loss by nearly ninety percent at a major international hub in Southeast Asia. We break down the sensor architecture that detects siphoning attempts
How IoT Is Saving Shipping Containers From Silent Damage
Most of the world’s goods move in sealed steel boxes where conditions are invisible until they arrive damaged. We look at how new sensor networks inside standard twenty-foot containers are tracking temperature, humidity, and shock events to prevent spoilage in food, degradation in pharmaceuticals, and corrosion in electronics. With a specific focus on a recent pilot involving fresh produce shipmen
How IoT Is Predicting Concrete Curing
We look at how embedded fiber-optic sensors in massive infrastructure projects, like the new high-speed rail corridors being built across Europe and Asia, are shifting quality control from reactive testing to real-time prediction. By monitoring the chemical heat of hydration inside concrete as it cures, engineers can now adjust mix designs and curing conditions on the fly, preventing micro-cracks
How IoT Is Stopping Pharmaceutical Counterfeits
The global market for counterfeit pharmaceuticals is estimated at over one hundred billion dollars annually, a crisis that traditional supply chain audits can no longer contain. This episode explores how industrial IoT sensors and blockchain-anchored serialization are creating an unbroken chain of custody for high-value drugs. We examine the specific technical architecture behind smart packaging,
How IoT Predicts Employee Burnout Before It Happens
We explore the emerging use of ambient workplace sensors to measure cognitive load and prevent burnout, using a specific case from a major logistics firm that reduced overtime costs by cutting silent stress signals. Lucas and Luna discuss the data privacy trade-offs, the accuracy of non-invasive biometric proxies like keystroke dynamics and meeting density, and how companies are rethinking product
How Connected Sensors Are Saving Power Plants From Catastrophe
Industrial turbines generate immense heat and vibration, creating a narrow window for failure. We explore how real-time sensor networks are shifting power plant maintenance from scheduled intervals to predictive precision. By analyzing acoustic signatures and thermal shifts in gas turbines, operators can detect bearing wear weeks before a catastrophic breakdown occurs. This episode examines the sp
How IoT Is Fixing Factory Energy Waste
Factories consume nearly a third of all global electricity, yet most energy waste happens in the gaps between machine cycles. We look at how connected sensors are turning that blind spot into profit. Lucas and Luna explore a specific case where industrial IoT reduced standby power drain by twenty-two percent in six months. The conversation covers sensor placement, data latency, and the real cost o
How Smart Labels Are Rewriting Retail Inventory Rules
We look at how electronic shelf labels and RFID tags are transforming inventory accuracy for major retailers in the third quarter of twenty twenty six. The conversation focuses on a specific case where a mid-sized grocery chain reduced stockouts by nearly half after switching from barcode scanning to passive RFID. We break down the hidden costs of manual counting, the shift toward real-time visibi
How IoT Is Stopping Food Waste in Grocery Supply Chains
Grocery retailers lose billions annually to spoilage, yet most temperature monitoring remains manual and reactive. This episode examines how connected cold-chain sensors are shifting that paradigm from post-hoc audits to real-time predictive intervention. We look at the specific mechanics of edge computing in shipping containers, the shift from batch logging to continuous telemetry, and the hidden
How Connected Devices Are Stopping Factory Fires
Industrial fires cost billions annually, yet most start with silent thermal drift rather than sudden flames. We explore how a major packaging manufacturer deployed low-cost infrared sensors on conveyor belts to catch heat anomalies before they ignite plastic wrap. The data reveals that ninety percent of these incidents follow a predictable thermal pattern, offering a blueprint for risk reduction i
How Connected Pipes Are Stopping Water Waste
Water infrastructure is crumbling, and traditional leak detection is too slow. This episode explores how industrial IoT sensors are transforming municipal water networks by detecting pressure anomalies in real time. We look at a specific case study where smart meters reduced non-revenue water by thirty percent in a mid-sized city, cutting costs and preserving resources. Lucas and Luna break down t
How Industrial IoT Stops Factory Fires Before They Start
We dive into the specific mechanics of thermal runaway in lithium-ion battery storage, a critical safety challenge for modern industrial facilities. Lucas and Luna explore how distributed sensor networks are replacing reactive fire suppression with predictive monitoring, focusing on a recent case study involving a mid-sized logistics hub that reduced false alarms by eighty percent while catching g
How IoT Sensors Are Predicting Machine Fatigue
Most predictive maintenance focuses on sudden failures, but machine fatigue causes slow, expensive degradation that slips through the cracks. We examine how industrial vibration and acoustic sensors are detecting micro-fractures in wind turbine gearboxes and heavy mining equipment before they lead to catastrophic downtime. By analyzing specific data patterns from a major European energy provider,
How IoT Sensors Are Saving Hospitals From Silent Infections
Hospital-acquired infections kill thousands annually, but a new wave of environmental sensing is changing the game. This episode explores how real-time air quality and surface contamination monitors are being deployed in operating rooms and intensive care units across major medical networks. We look at the specific technology behind these sensors, the data integration challenges with hospital IT s
How IoT Sensors Are Fixing The $400 Billion Supply Chain Blindspot
We explore the hidden crisis of asset tracking in global logistics. While supply chain visibility has improved, a massive blind spot remains: knowing exactly where your inventory is inside the warehouse or on the dock. Lucas and Luna break down how low-power IoT sensors are solving the 'last mile' of internal logistics, reducing shrinkage and improving turnover rates. We look at specific deploymen
How IoT Is Fixing The $400 Billion Supply Chain Blindspot
Every year, global supply chains lose roughly four hundred billion dollars to lost or misplaced cargo. This episode explores how industrial IoT sensors are moving beyond simple location tracking to monitor the physical integrity of high-value goods in transit. We examine a specific case involving pharmaceutical cold-chain logistics where humidity and shock data prevented a catastrophic batch failu
How IoT Sensors Are Stopping Diesel Engine Failures
Diesel engines are the workhorses of shipping, rail, and backup power, but unplanned failures cost operators millions each year. In this episode, Lucas and Luna dig into how a new generation of IoT sensors is shifting diesel maintenance from reactive to predictive. They look at a real case: a regional freight railroad that cut unplanned engine downtime by 40 percent by mounting vibration and oil-q
How IoT Sensors Are Predicting Sewer Overflows Before They Flood Streets
When heavy rain hits a city with an aging sewer system, the result is often a combined sewer overflow — raw sewage spilling into streets and waterways. In this episode, Lucas and Luna explore how cities like Atlanta and Copenhagen are deploying IoT sensors in their sewer networks to predict overflows before they happen. They walk through a concrete case: Atlanta's Smart Sewer program, which uses h
How IoT Sensors Are Tracking Crane Loads to Prevent Tipping
Crane collapses are rare but catastrophic. In this episode, Lucas and Luna look at how IoT sensors are now monitoring crane load, wind speed, and structural tilt in real time, giving operators a second set of eyes and helping to prevent the kind of accidents that make headlines. They dig into the specific case of a mobile crane on a bridge job in Ohio, where a sensor system caught a discrepancy be
How IoT Sensors Are Predicting Bridge Scour Early
On this episode of Internet of Things with Fexingo, Lucas and Luna explore the cutting-edge world of IoT sensors that are predicting bridge scour before it's too late. Bridge scour—the erosion of sediment around bridge foundations—is one of the leading causes of bridge failures worldwide. Our hosts delve into a specific case study: the use of tilt sensors and scour monitors on the Humber Bridge in
How IoT Sensors Are Catching Landfill Gas Migration
In this episode of Internet of Things with Fexingo, Lucas and Luna explore how a network of low-cost gas sensors is helping landfill operators detect methane migration before it becomes a safety hazard. They dive into a real case in California where a closed landfill's methane plume was creeping into nearby neighborhoods, and how the installation of wireless sensors with machine learning algorithm
How IoT Sensors Are Tracking Wildfire Smoke Plumes
In this episode of Internet of Things with Fexingo, Lucas and Luna dive into a fresh angle on wildfire sensing: tracking the smoke itself, not just the flames. They explore a pilot project where a network of low-cost particulate sensors across a Western U.S. county is feeding a real-time smoke map, helping public health officials issue hyper-local air quality alerts. The discussion covers the sens
How IoT Sensors Are Tracking Bee Colony Health
In this episode, Lucas and Luna explore a fresh corner of IoT: precision beekeeping. They look at how hives are being fitted with sensors that monitor temperature, humidity, weight, and even acoustics to detect problems like colony collapse disorder before it's too late. The discussion centers on a real pilot project in California that used sensor data to cut winter hive losses by twenty percent,
How IoT Sensors Are Tracking Soil Carbon for Carbon Credits
In this episode, Lucas and Luna explore how IoT sensors are turning soil into a verifiable carbon sink. They dive into the science of soil carbon measurement, the tech behind in-ground sensors from companies like Soil Carbon Co., and the growing market for soil carbon credits. They discuss the challenges of accuracy, the role of AI in predictive modeling, and how farmers are getting paid for pract
How IoT Sensors Are Detecting Underground Cable Faults
In this episode, Lucas and Luna explore how IoT sensors are catching underground power cable faults before they escalate into blackouts. They dive into the physics of partial discharge — the tiny electrical sparks that signal insulation breakdown — and how distributed acoustic sensing, or DAS, turns fiber-optic cables into thousands of vibration detectors. The conversation centers on a 2025 pilot
How IoT Sensors Are Spotting Hidden Water Leaks in Cities
Urban water systems lose up to 30 percent of treated water to leaks, and most of it goes undetected for years. In this episode, Lucas and Luna dive into how networked acoustic sensors are turning city pipes into a smart listening grid. They explore a pilot project in a mid-sized European city where machine learning on sensor data cut leak detection time from weeks to hours. The conversation covers
How IoT Sensors Are Predicting Landslides Before They Happen
Landslides kill thousands of people every year and cause billions in damage, yet most are triggered by the same predictable conditions: heavy rain, steep slopes, and soil that's slowly losing its grip. In this episode, Lucas and Luna explore how IoT sensor networks are giving engineers a real head start. They break down the physics of slope failure, the specific sensors used (inclinometers, piezom
How IoT Sensors Are Tracking Ocean Plastic Pollution
In this episode of Internet of Things with Fexingo, Lucas and Luna dive into the world of ocean plastic tracking. They explore how a network of low-cost IoT sensors, deployed on buoys and drifters, is providing real-time data on plastic accumulation in the Great Pacific Garbage Patch. The discussion centers on a pilot project off the coast of Hawaii that uses solar-powered sensors to measure micro
How IoT Sensors Are Tracking Glacier Melt in Real Time
Glaciers are vanishing, but measuring their melt has always been a slow, dangerous, and imprecise science. In this episode, Lucas and Luna dive into how a network of low-cost IoT sensors is changing that—by listening to the ice itself. From the Swiss Alps to the Andes, researchers are deploying rugged sensor nodes that detect sub-glacial water flow, measure ice deformation, and transmit data throu
How IoT Sensors Are Predicting Wildfire Spread in Real Time
Wildfires are getting faster and more unpredictable. In this episode, Lucas and Luna explore how a network of IoT sensors—dense, low-power, and solar-powered—is giving firefighters a real-time picture of fire behavior. They zero in on a pilot program in the Sierra Nevada that uses hundreds of ground-level sensors to measure temperature, humidity, and wind every ten seconds, feeding a model that pr
How IoT Sensors Are Detecting Landfill Gas Migration
Landfills don't just sit there. They generate methane and other gases that can seep through soil, drift into basements, and even cause explosions. In this episode, Lucas and Luna look at how IoT sensors are turning passive gas monitoring into an active, real-time safety net. They drill into a 2019 incident where a landfill's methane migrated into nearby homes, and how regulators changed the rules
How IoT Sensors Are Tracking Methane in Landfills
In this episode of Internet of Things with Fexingo, Lucas and Luna explore the growing role of IoT sensors in monitoring methane emissions from landfills. With the EPA's updated landfill methane rules set to take effect later this year, operators are turning to continuous monitoring to detect leaks early and reduce greenhouse gas emissions. The hosts discuss how a typical landfill deploys a networ
How IoT Sensors Are Stopping Food Waste Before It Starts
In this episode of Internet of Things with Fexingo, Lucas and Luna explore how IoT sensors are tackling the staggering $1 trillion food waste problem. They dive into a specific case: a mid-sized grocery chain that deployed wireless temperature and humidity sensors across its cold chain, from delivery trucks to store shelves. The sensors send real-time alerts when temperatures drift, catching probl
How IoT Sensors Are Predicting Corn Yield Before Harvest
Today Lucas and Luna dig into a new kind of precision agriculture: using IoT sensors and machine learning to predict corn yield weeks before harvest. They walk through a specific case from Iowa where a network of soil moisture, temperature, and leaf wetness sensors—combined with satellite imagery—helped a cooperative estimate yields within 5 percent of actuals. The episode explores the technology
How IoT Sensors Are Stopping Grain Bin Fires
Every year, grain bin fires cost farmers millions and sometimes cost lives. In this episode, Lucas and Luna explore how a network of IoT sensors is quietly rewriting the rules of grain storage safety. We look at the physics of grain spoilage, the sensors that measure temperature and moisture in real time, and a concrete case where early detection saved a Nebraska cooperative's bin before flames ev
How IoT Sensors Are Protecting Artwork in Transit
Museums ship priceless paintings across the globe, and a single bump, spike in humidity, or tilt can cause irreversible damage. In this episode of Internet of Things with Fexingo, Lucas and Luna explore how a new generation of IoT sensors is changing art logistics. They dig into a real case: a 2025 tour of a major Impressionist exhibition where each crate carried a sensor the size of a matchbook,
How IoT Sensors Are Detecting Methane Leaks on Oil and Gas Sites
In this episode, Lucas and Luna explore how a network of IoT sensors is being deployed across oil and gas facilities to spot methane leaks almost instantly. They focus on a recent pilot at a mid-sized Permian Basin operator that used optical gas imaging cameras and fixed-point sensors to slash leak detection time from weeks to minutes. The conversation covers the technology behind tunable diode la
How IoT Sensors Are Detecting Warehouse Racking Collapses
In this milestone 150th episode, Lucas and Luna explore a hidden danger in modern logistics: the silent, slow-moving failures of warehouse pallet racking. Millions of square feet of storage rely on steel frames that can buckle under repeated forklift impacts, corrosion, and overloading — often without visible warning until a catastrophic collapse. Lucas explains how a combination of strain gauges,
How IoT Sensors Are Catching Sewer Overflows Before They Flood Streets
In this episode of Internet of Things with Fexingo, Lucas and Luna explore how municipalities are using IoT sensors to detect sewer overflows in real time, preventing raw sewage from flooding streets and waterways. They dive into a specific case: the city of South Bend, Indiana, which deployed a network of smart sensors and predictive algorithms to reduce combined sewer overflows by over 50 percen
How IoT Sensors Are Detecting Bridge Scour Early
In this episode of Internet of Things with Fexingo, Lucas and Luna explore how IoT sensors are revolutionizing the detection of bridge scour — the gradual erosion of riverbed material around bridge foundations, which is a leading cause of bridge failures worldwide. They dive into a specific case: the 1987 Schoharie Creek Bridge collapse in New York, which killed 10 people and highlighted the lack
How IoT Sensors Are Spotting Early Signs of Bridge Corrosion
In this episode of Internet of Things with Fexingo, Lucas and Luna explore a fresh angle in infrastructure monitoring: using IoT sensors to detect corrosion in steel bridge components before they become critical. They focus on a specific approach — embedded ultrasonic sensors that measure metal loss in real time, paired with environmental data like humidity and chloride levels. The conversation ce
How IoT Sensors Are Catching Drone Signal Jamming
Drones are everywhere — but so are the people trying to jam their signals. In this episode, Lucas and Luna dig into the surprisingly clever world of IoT-based drone detection and counter-jamming. They trace a real-world scenario: a GPS-spoofed delivery drone at a port, how detection arrays pinpoint the source, and how a mesh of low-cost sensors can block jamming at critical infrastructure. Learn t
How IoT Sensors Are Spotting Fake Honey
Counterfeit honey is a billion-dollar fraud that often goes undetected by traditional testing. In this episode, Lucas and Luna explore how IoT sensor networks—using near-infrared spectroscopy and machine learning—are being deployed along the supply chain to identify adulterated honey in real time. They discuss a pilot project in a major honey-exporting region where sensors at collection points and
How IoT Sensors Are Detecting Dam Leakage Early
Before a dam fails, it usually leaks. In this episode, Lucas and Luna dig into the physics of seepage and the sensor networks catching it early. They walk through real deployments where tiltmeters, piezometers, and acoustic sensors monitor embankments in real time, and explain the crucial difference between measuring a slow trickle and catching a pipe that's silently eroding a dam from the inside.
How IoT Sensors Are Stopping Aircraft Engine Fires
When an aircraft engine catches fire, the response window is measured in seconds. This episode looks at how IoT sensors are shrinking that window—detecting overheating bearings, oil leaks, and hot spots inside the engine before they ignite. We talk about the specific sensors used: thermocouples, vibration monitors, and oil debris detectors, and how airlines are moving from scheduled maintenance to
How IoT Sensors Are Keeping Combine Harvesters Safe
In this episode of Internet of Things with Fexingo, Lucas and Luna explore a lesser-known corner of agricultural IoT: combine harvesters. These massive machines are prone to fires caused by debris buildup near hot engine parts, and grain loss from misadjusted headers. Lucas walks through a case study from a large wheat-growing operation in Kansas where retrofitted thermal sensors and vibration mon
How IoT Sensors Are Preventing Grain Elevator Dust Explosions
In this episode of Internet of Things with Fexingo, Lucas and Luna explore how a network of sensors is being used to stop grain elevator dust explosions—a hazard that has caused catastrophic losses for over a century. They trace the science behind why grain dust is so explosive, highlight a specific 2022 incident in Iowa that killed two workers and destroyed a facility, and explain the sensor syst
How IoT Sensors Are Improving Air Quality in Classrooms
In this episode, Lucas and Luna examine a pilot program in the Los Angeles Unified School District where 50 classrooms were equipped with IoT sensors measuring CO2, particulate matter, and volatile organic compounds. The data revealed that poor ventilation correlated with 15% higher absenteeism. After administrators began using real-time alerts to adjust HVAC, absenteeism dropped by 12%. The hosts
How IoT Sensors Predict Landslides Before They Happen
Lucas and Luna explore a new generation of IoT sensors that detect ground movement and moisture changes hours before a landslide occurs. They dive into a US Geological Survey pilot program in Oregon's Coast Range where tiltmeters and moisture probes at six-inch intervals fed a machine learning model that predicted 9 out of 12 landslides within 48 hours. The hosts discuss the sensor network's 75% p
How IoT Sensors Are Optimizing Irrigation in Vineyards
California's 2021 drought cost growers billions, but one Napa Valley vineyard cut water use by 20% without sacrificing yield. In this episode, Lucas and Luna explore how buried soil moisture sensors, weather stations, and canopy sensors are enabling precision irrigation. They break down the technology, cost ($500 per node, two-season payback), and the broader implications for farming in a changing
How IoT Sensors Detect Power Cable Partial Discharge
Episode 137 of Internet of Things with Fexingo dives into how IoT sensors are detecting partial discharge in underground power cables, preventing blackouts and fires. Lucas and Luna explore the technology behind continuous partial discharge monitoring, the data that predicts insulation failure months in advance, and a real-world case from a Texas utility that used acoustic sensors to avoid a city-
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