World of IoT Roundup
What Real-World Deployments Signal About the Future of Connectivity
From highways to oilfields, here’s the latest news on how industrial IoT is scaling up, and what that means for your network strategy.
As the industrial IoT (IIoT) landscape continues to evolve, we’ve seen a noticeable shift: more organizations are moving beyond pilot projects and into full-scale, real-world deployments. From smart highways in India to edge-native platforms in U.S. factories, the implications are clear—connectivity must be flexible and ready to scale.
At Solve Networks, we’re keeping our eyes on how IoT is being used in the wild. Here are a few standout examples that have caught our attention.
India’s First IoT-Powered Highway
In May 2025, the Tambaram–Tindivanam National Highway in Tamil Nadu became the first in the state to be fully integrated with IoT technology. More than 900 streetlights were upgraded with smart controls, while patrol vehicles and ambulances were geofenced for real-time location monitoring.
Why It Matters
Smart infrastructure is no longer theoretical. This rollout demands reliable, always-on connectivity across varied terrain. For similar projects in energy, utilities, and transportation, the takeaway is simple: a single SIM or fixed solution won’t cut it. Multi-network SIMs and eSIMs offer the flexibility to keep systems connected when uptime is critical.
Smart Agriculture at Scale (With Fewer Costs)
A recent industry comparison showed that combining LPWAN and cellular connectivity in smart agriculture can reduce total network costs by up to 30%. The hybrid model is gaining traction in large farms and distributed ag-tech deployments where cellular reach may be intermittent.
Why It Matters
Cost-efficiency at scale is key. As devices spread across wide rural regions, eSIMs with remote provisioning paired with carrier-agnostic connectivity offer a way to roll out once and adapt over time without physical site visits.
IoT Retrofits for Legacy Petrochemical Equipment
Researchers in Texas deployed a sensor-and-cloud IoT platform to retrofit aging cyclone separators in petrochemical facilities, enabling remote monitoring of high-temperature operations. The pilot showed that legacy equipment can be digitized with relatively low-cost hardware and scalable cloud connectivity.
Why It Matters
Many industrial operators are working with legacy infrastructure that wasn’t built for digital integration. This example shows how ruggedized IoT and embedded connectivity can bring new visibility and control to aging assets, especially when supported by reliable, carrier-agnostic networks.
Surge in IoT Module Shipments Signals Market Acceleration
According to IoT Analytics, Q1 2025 saw a 23% year-over-year increase in cellular IoT module shipments, the fifth consecutive quarter of growth. The biggest gains came from energy, industrial automation, and infrastructure deployments.
Why It Matters
Connectivity needs are expanding fast, and many operations are still relying on outdated provisioning models. As device volume grows, so does the need for centralized control, scalable platforms, and flexible SIM management, including multi-network SIMs and eSIMs.
The Big Picture: Industrial IoT is Going Operational
These aren’t ideas in labs; they’re full-scale systems in the field. And what they all share is a demand for smarter, more adaptable connectivity.
Solve Networks delivers just that. From single-network data plans for fixed deployments to multi-network SIMs and remotely managed eSIMs, we offer flexible, carrier-agnostic solutions backed by real industrial expertise. Because staying connected shouldn’t be complicated — especially when the stakes are high.
Push vs. Pull SCADA: The Impact on Cellular Networks
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Simplify Your IoT Connectivity with the Solve Multi-Network SIM
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Public IP vs. Private IP Addresses and Utilizing Solve Networks VPN
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