Insights and best practices on RFID, BLE, and IoT asset tracking
122 articles · Page 1 of 7
Most asset inventories fail not because a whole category is missing, but because the sub-items inside it - cabling, spare parts, firmware versions - get left out. Here's the complete category-by-category list, how to prioritize by criticality, and which tracking technology fits each one.
Data center construction costs have climbed fast, and AI-optimized builds run roughly two to three times more than standard ones. Here's what actually drives the price per megawatt, how the cost breaks down by component, and when leasing beats building.
Not all data centers are built, owned, or run the same way. Here's how the seven main types - enterprise, colocation, hyperscale, edge, cloud, neocloud, and sovereign — differ, how Tier I–IV redundancy ratings work, and why facility type changes how you have to track assets.
AI is driving the biggest data center buildout in history. Here's what's actually fueling it, what's limiting it, and why physical asset visibility matters more as facilities multiply.
Data centers now run on millions of physical assets - servers, racks, cabling, spare parts, that are getting harder to track as facilities multiply and grow denser. Here's what data center asset tracking actually involves, which technology fits which environment, and the ROI case for getting it right.
When a recall hits, the difference between a contained, hours-long response and a sprawling one comes down to whether you can trace a part's full history automatically. Here's how RFID-enabled parts genealogy builds that audit-ready record without relying on manual paperwork.
Containers that quietly go missing between facilities, suppliers, and logistics handoffs are a steady drain on replacement costs and supply continuity. Here's how RFID gives manufacturers continuous container visibility without manual scanning or paperwork.
Manual weapon counts are slow, error-prone, and still leave gaps in the audit trail accountability regulations require. Here's how an RFID armory management system turns inventory verification into a seconds-long, automated check instead of a manual process.
On a production line, not knowing exactly where a vehicle or assembly is in process turns into search time, bottlenecks, and schedule drift. Here's how RFID gives automotive manufacturers continuous, real-time WIP visibility instead of periodic manual checks.
Missing or unaccounted-for tools are a direct hit to aircraft turnaround time. Here's how RFID tool tracking gives MRO facilities instant tool location and automatic accountability, replacing the manual counts that eat into maintenance schedules.
A missing surgical instrument discovered mid-procedure forces a delay that ripples through the entire OR schedule. Here's how RFID surgical tray tracking verifies tray completeness at assembly, before sterilization, and again before it reaches the OR - catching the gap before it becomes a crisis.
Clinical staff lose real time every shift hunting for infusion pumps, wheelchairs, and other shared equipment that could be anywhere in the building. Here's how BLE tracking gives hospitals room-level visibility without requiring anyone to scan or log a single device move.
SOX 404, CIS Control 1, and Basel III all quietly depend on the same thing: how accurate your physical IT asset records actually are. Here's why that dependency gets overlooked, and what it takes to make asset inventory a compliance asset instead of a liability.
Manual, point-in-time asset audits can't keep up with what SOX, CIS, and Basel III actually expect from a bank's compliance program. Here's how RFID-based asset tracking turns that into continuous, audit-ready visibility instead of a once-a-year scramble.
A $35,000 calibration tool, a stalled production line, and a spreadsheet that was wrong twice - that's the failure mode barcode and manual tracking can't fix. Here's what BLE brings that traditional methods can't: continuous, real-time location instead of a snapshot from the last scan.
Pallets, bins, and cages keep production moving, but most manufacturers have almost no visibility into where their returnable containers actually are. Here's how RFID closes that blind spot, cuts container losses, and connects RTI tracking into the rest of the operation.
