Cellular IoT is Revolutionising Asset Tracking
In today’s high-stakes, always-on global economy, the old ways of managing assets just won’t cut it anymore, and businesses are no longer satisfied with spreadsheets or guesswork – They want precise, real-time visibility, whether they’re tracking a shipping container halfway across the globe or a pricey piece of kit on a construction site.
According to Custom Market Insights, asset tracking is steaming ahead to become a $34.5 billion market by 2032. That’s not just hype—it’s a strategic shift.
But here’s the rub: while asset tracking offers clear benefits, getting it right at scale is another story. Many tracking systems collapse under pressure, fail in patchy coverage zones, or drain batteries faster than your mobile on a bad signal day. To put it bluntly, if the tech can’t keep up with your operations, you’re not tracking—you’re gambling.
Ohad Peled, Product Marketing Manager at Sony Semiconductor Israel, lays out the roadmap for turning asset tracking from a costly headache into a seamless, scalable solution. And Cellular IoT, particularly LTE-M and NB-IoT, is leading the charge.
The Business Case for Smarter Tracking
At its core, asset tracking isn’t about flashy gadgets. It’s about better business outcomes:
- Reduced losses and theft: Real-time tracking drastically cuts misplacement and shrinkage.
- Speedier operations: When staff can instantly locate what they need, workflows accelerate.
- Data-driven decisions: Usage and location data feed directly into forecasting and analytics, improving everything from maintenance planning to logistics.
In short, it helps you run leaner, faster, and smarter. It’s no longer just a nice-to-have; it’s a strategic enabler.
Why Many Tracking Systems Fall Short
Even with clear advantages, asset tracking isn’t fool proof. Many deployments falter not because the tech is lacking, but because the execution misses the mark.
Connectivity Black Holes
Factories, shipping containers, or underground storage areas are often RF nightmares. If a tracker can’t punch through the noise or dead zones, it’s not giving you a full picture. Peled explains: “If your tracking solution goes dark during transitions, you’re not tracking—you’re guessing.”
Battery Drain Drama
Frequent battery swaps are a non-starter at scale. Multiply that across hundreds or thousands of assets and the maintenance overhead becomes staggering. Worse, dead batteries mean silent assets—the very definition of failure in a tracking system.
Scaling Pains
Pilots often look promising with a dozen devices. But when you jump to 10,000 or more? That’s where things crack.
Most pain points include:
- Difficulty managing vast fleets
- Weak integration with existing systems
- Lack of adaptability across asset types
When the system buckles, it’s not just tech teams pulling their hair out. Operational bottlenecks, poor decision-making, and broken service levels soon follow.
A Game Changer for Modern Tracking
So what’s the fix? According to Peled, it starts with matching technology to business outcomes. That’s where cellular IoT—specifically LTE-M and NB-IoT—shines.
Wide-Area Coverage with LTE-M
LTE-M was purpose-built for the kind of low-power, wide-area (LPWA) tracking modern businesses demand. Compared to legacy networks like Cat-1bis, LTE-M offers:
- Stronger signal penetration in hard-to-reach areas
- Seamless mobility and roaming across regions
- Operation over public cellular networks
“Better RF sensitivity translates to fewer signal dropouts and more consistent data,” Peled notes. And unlike LoRa, which requires managing private networks, LTE-M leverages existing infrastructure, a boon for scalability and reliability.
Power-Saving That Works
Battery management is a make-or-break factor. Smart trackers now include event-driven transmissions, deep sleep modes, and intelligent power management, extending battery life to 3–5 years or more.
Pair that with LTE-M’s inherently lower energy demands and features like PSM (Power Saving Mode) and eDRX (Extended Discontinuous Reception), and you’ve got a winning combo. Some trackers even go a step further with solar charging options, particularly valuable for remote or outdoor use.
Fewer battery swaps mean fewer service calls. That’s less downtime, less cost, and more uptime across your asset network.
The Real Secret to Success
The key to mass deployment is to think modular and cloud-native from the get-go. Here’s what businesses should look for:
- Global cellular support: Reduces need for region-specific devices.
- Open APIs: Ensures seamless integration with ERP, logistics, and analytics platforms.
- Configurable firmware: Allows custom sensor settings, update intervals, and power profiles per asset.
Peled adds: “Configurability is what ties it all together. Flexibility means you’re not boxed in by a one-size-fits-all solution.”
In other words, the tracking system should adapt to your operation, not the other way around.
Real-World Visibility
Effective asset tracking goes beyond tech specs. It requires systems that can keep pace with the real-world environments assets move through—indoors, outdoors, underground, or in transit.
That means looking beyond shiny feature lists. Instead, ask the tough questions:
- Will this system support us when we scale to 50,000 devices?
- Can it maintain service levels in challenging environments?
- Is it easy to maintain without dedicated field staff?
If the answer isn’t a confident yes, you’re probably looking at a short-term patch, not a long-term solution.
Investing in Tomorrow, Today
Asset tracking is no longer a side project or a tech experiment. It’s a core component of future-ready operations. With LTE-M and NB-IoT, businesses now have tools that deliver on the promise: visibility, control, and scalability.
As Peled concludes: “Think beyond the device. The true value lies in choosing solutions that scale with your business, minimise maintenance, and deliver measurable outcomes.”
When businesses align tech strategy with operational needs, asset tracking evolves from a headache into a competitive advantage.
