There are aspects of life that we have largely accepted as a necessary evils. Technology is stepping in to find solutions to these issues that have previously existed as blindspots in our society. On today’s episode of the MarketScale IoT Podcast, we look at how IoT is changing the game when it comes to pest control and safety on the roadways.
With so many labor-intensive tasks in pest control, environmental sciences, and agriculture, the application of technology could have a huge impact on each of these industries. In this episode, we explore the startups leading the charge for technology-enabled pest control and agriculture, including Semios, IoT Box Systems, and Victor Pest Control’s VLink.
“IOT is being adapted and leveraged to improve upon a main component of what the pest control industry has become — preventative. ” says John Cole of Service Pro.
Humans are error prone and cause the vast majority of car accidents. Will automation help bring these numbers down and increase driver safety? What about IoT devices? To help us better understand where we’re at and where we’re going, we’re joined by Professor of Transportation Engineering Dr. Kara Kockelman.
Dr. Kockelman talks to MarketScale’s Elmer Guardado about how much connectivity is actually on the road in 2019, what kind of data we can gather form it, and how IoT and automation are changing the way we drive. She also explains some of the findings from her published works “Valuing the Safety Benefits of Connected and Automated Vehicle Technologies.”
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Farming is under more pressure than it’s been in years. Costs are rising, prices are unpredictable, and every decision carries more weight than it used to. What many still think of as a traditional industry is quietly evolving, with more farmers turning to digital tools to manage risk and stay competitive. It’s not about chasing…
Healthcare systems are facing a workforce crisis that’s no longer temporary—it’s structural. Even before COVID-19, staffing shortages across nursing, technical, and administrative roles were already straining capacity; today, those gaps are wider, costlier, and directly impacting patient access. With labor shortages persisting and burnout rising, health systems are being forced to rethink not just…
The ground is shifting under higher education. AI is changing how people learn almost overnight—and at the same time, more than half of graduates are underemployed after finishing their degrees. That’s forcing a more uncomfortable question into the open: what is a college credential really worth today? As employers and governments shift their focus…
Data centers have moved from largely invisible digital infrastructure to a highly visible source of public debate as artificial intelligence accelerates demand for power, fiber, and compute capacity. The modern data center is now being built closer to population centers to support low-latency services, bringing critical infrastructure into direct contact with residential communities for…
As industrial environments grow more connected and complex, manufacturers are increasingly looking for streamlined ways to manage data flows, configure devices, and maintain interoperability without adding operational friction. Tools that can be learned incrementally and adopted at a user’s own pace are becoming especially valuable, helping teams focus on outcomes rather than wrestling with software…
Migrating from legacy industrial control hardware to modern platforms is rarely glamorous, but it remains one of the most consequential tasks in keeping manufacturing systems running safely and efficiently. In this demonstration, the team tackles a shift from a 1769-based ControlLogix DeviceNet architecture to a 5069 platform—an upgrade that mirrors what many facilities face…
