
IoT in Retail Industry: 5 Ways It Shapes Future
Key Takeaway Definition. IoT in retail uses connected sensors, tags, and devices to create intelligent store ecosystems that automate operations and personalize customer engagement. Problem.
Co-Founder of Dev Station Technology
linkedin.com/in/leenguyen-devstation
Lee Nguyen co-founded Dev Station Technology in July 2023. He leads solution design and delivery for BLE-connected test equipment, which means torque gauges, pull testers, load cells and digital gauges feeding straight into offline-first mobile apps. His clients are inspection, lifting, testing and field service companies in the UK and the US.
The direction came from one job on site. A UK engineer finished an anchor pull test in four minutes, then spent three hours retyping readings, matching photos to anchors from memory and formatting a PDF. In his words, the test was never the bottleneck.
On the platforms he has delivered since, report turnaround has gone from around three hours to about twenty minutes. He also runs dedicated offshore development centres for clients who need engineers embedded long term, from team ramp-up through delivery governance.
Stack: .NET MAUI, Xamarin, BLE and GATT, Azure, REST APIs, plus embedded and firmware integration.
Hydrajaws Limited makes portable pull testers in the UK and wanted an app that could read its own instruments. Verify Auto covers automotive safety compliance testing. The self-hosted IoT platform was built on an open source base so the client owns every device, dashboard and data record.
Closest service pages to his work: digital quality inspection, gauge and instrument capture, and dedicated offshore development centres.
If your team still moves test data by hand, or your gauge vendor stops at showing a number on screen, send him the workflow. Write to lee@dev-station.tech or talk to Dev Station.

Key Takeaway Definition. IoT in retail uses connected sensors, tags, and devices to create intelligent store ecosystems that automate operations and personalize customer engagement. Problem.

Key Takeaway Definition. IoT applications in manufacturing embed sensors and connected devices across factory assets to collect real-time data on equipment health, production output, energy

Key Takeaway Real-time production monitoring uses IoT sensors, gateways, and cloud/edge computing to deliver live visibility into every machine and process on the factory floor.

Key Takeaway Definition. A digital twin is a dynamic, real-time virtual replica of a physical asset, process, or system that is continuously updated with live

Key Takeaway IoT energy management connects factory machinery with sensors and analytics to monitor, control, and optimize power consumption in real time. Factories typically save

AI vision quality control in smart factories fuses deep learning models with high-resolution industrial cameras to inspect, classify, and triage defects in real time, replacing

Key Takeaway Predictive maintenance with IoT uses sensor data and machine learning to forecast equipment failures before they occur, reducing unplanned downtime by up to

IoT supply chain visibility in manufacturing transforms how operations track raw materials, work-in-progress, and finished goods from origin to delivery. By deploying connected sensors, RFID

Key Takeaway IoT implementation in factory environments connects sensors, machines, and analytics platforms to deliver real-time production visibility. A structured rollout: define goals → assemble

IoT security in manufacturing has become mission-critical as connected factories adopt Industry 4.0 technologies at scale. The convergence of Information Technology (IT) and Operational Technology

Key Takeaway Dev Station Technology exhibited at J-Agri EXPO 2025, showcasing smart agriculture solutions including IoT farm monitoring, AI-powered crop analytics, and precision farming dashboards.

Key Takeaway A Modbus connector is a hardware gateway or software bridge that translates data from Modbus RTU/TCP industrial devices (PLCs, sensors, energy meters) into