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Practical, evergreen content on selecting, using, and applying construction-machinery IoT and rental management — from T-BOX selection to geofencing, risk-control lockout, and rental reconciliation.
Scenarios
Aerial Work Truck IoT: How to Digitally Manage a Rental Fleet?
Aerial work trucks (aerial machinery) rental fleets are scattered nationwide, with chronic pain points in dispatch, idle rate, contract risk control, and theft. This article breaks down how JGY combines T-BOX, a fleet distribution map, utilization rate, geofencing, and remote locking to upgrade aerial work truck rental management from guesswork to data-driven.
Read more →Arch Installer IoT: How to Trace Tunnel Support Construction Progress?
Arch installers (arch-setting jumbos) are key equipment for tunnel support installation. Support progress traceability, quality documentation, and process coordination are the hard management problems. This article breaks down the JGY solution: the T-BOX (YOOAI-GC-DT-CTF) captures conditions and positioning, uploads work records to the cloud, and the platform adds geofencing — making tunnel support progress traceable, quality documented, and processes coordinated.
Read more →Articulating Boom IoT: How to Remotely Monitor Work That Reaches Over Obstacles?
Articulating booms reach over obstacles and thrive on complex sites, pipelines, and plant maintenance — but boom dispatch, telemetry blind spots, and cross-city rental scheduling are real headaches. This article covers the JGY articulating boom IoT solution: T-BOX (YOOAI-GC-DT-CTF) CAN telemetry, 4G positioning, geofencing, and hours-based billing that make boom work visible, dispatchable, and billable.
Read more →Bulldozer IoT: How to Capture Working Conditions and Monitor Remotely
Bulldozers work year-round in harsh earthworks environments — leveling ground, pushing material, building roadbeds — where condition capture is hard and hours and location rely on operator phone reports. This guide breaks down JGY's industrial-grade bulldozer IoT solution: a wide-voltage 9–36V ruggedized T-BOX reads engine conditions via CAN, with 4G multi-constellation GNSS positioning, geofencing against boundary breaches, and automatic maintenance reminders that keep dozers manageable even in the toughest environments.
Read more →Cold Recycler IoT: How to Monitor Pavement Recycling Operations?
Cold recyclers (in-place asphalt pavement recycling) derive job quality from recycling depth, speed, milling volume, and hours, yet traditional oversight only checks results after the fact. This guide breaks down JGY's cold recycler IoT solution: T-BOX captures CAN condition, combined with recycling depth, speed, positioning, and operation reports — so recycling quality and cost are visible during the process and traceable in the result.
Read more →Concrete Mixer Truck IoT: How to Track Route, Drum, and Delivery Time
Late deliveries, drum stalls that cure the load solid, and driver detours or off-site discharging are the three chronic headaches of concrete transport. This article breaks down an IoT solution built on the YOOAI-GC-DT-CTF T-BOX — CAN-acquired drum RPM, 4G positioning and route, geofencing, and discharge alerts — so batch plants and fleet owners can finally control delivery time and concrete quality.
Read more →Excavator IoT System: How to Manage Working Condition, Hours, Fuel, and Location in One Place
Excavators are the king of construction machinery — the largest installed base, but also the messiest to manage. This guide breaks down JGY's excavator IoT solution: a T-BOX reads engine RPM, fuel, and hours via CAN, with 4G multi-constellation positioning, fuel-theft alerts, maintenance reminders, and rental hour billing — all in one system.
Read more →Forklift IoT: Anti-Rollover and Rental Management for Warehousing and Site Loading
Forklifts are workhorses in warehousing and site loading — and among the highest-accident construction machines. Rollover, speeding, and unlicensed operation are frequent; rented forklifts add billing, locking, and maintenance headaches. This guide explains JGY's forklift IoT solution: JGYTS dual-axis inclinometer for anti-rollover, T-BOX positioning, remote lock, and maintenance management — solving safety risk control and rental operations in one system.
Read more →Jumbo IoT: How to Manage Work Hours and Advance for a Tunnel Drilling Fleet?
Jumbos (drill jumbos) are the core equipment of tunnel drilling and blasting. No signal inside the tunnel, hard-to-tally drilling advance and work hours, and tricky multi-unit coordination are chronic pain points. This article breaks down the JGY solution: the T-BOX (YOOAI-GC-DT-CTF) collects drilling conditions over CAN, transmits via 4G with a portal relay, and the platform handles hourly billing, advance statistics, and maintenance reminders — keeping your tunnel jumbo fleet controllable and accountable.
Read more →Milling Machine IoT: How to Automatically Record Milling Depth and Work Hours?
Milling depth, area, and work hours are all estimated by hand, sparking constant billing disputes. This article breaks down a milling machine IoT solution: T-BOX captures operating conditions and milling depth, GNSS plus trajectory computes area, and work hours auto-accumulate into a billing basis — turning road milling into data with verifiable billing for rental and subcontracting.
Read more →Mining Dump Truck IoT: How to Manage Haulage Metering and Safety?
Mining dump trucks (open-pit and underground) face hard metering of trips and payload, fuel black holes, high safety risk, and no signal underground. This guide breaks down JGY's mining IoT solution: wide-voltage industrial T-BOX collecting CAN condition, positioning, payload and trip counts, fuel and geofencing, plus 4G and relay backhaul for underground mines — so haulage is measurable, controllable, and traceable.
Read more →Mobile and Crawler Crane IoT: How to Manage Lifting Safety and Positioning
Truck cranes and crawler cranes are mobile lifting equipment — frequent relocation, hard leasing risk control. Outrigger tip-over, overload, chaotic relocation scheduling, and uncontrolled payment are the four pain points. This article breaks down an IoT solution built on the JGYTS inclinometer (chassis level / outrigger state) + T-BOX condition and positioning + load-moment acquisition + remote immobilization, helping lifting firms and lessors manage lifting safety and rental risk in one pass.
Read more →Motor Grader IoT: How to Monitor Leveling Accuracy and Condition?
Motor graders handle road and site leveling, where leveling accuracy, blade angle, work track, and hour-based billing are the management focus. This guide breaks down JGY's motor grader IoT solution: T-BOX collects CAN condition, JGYTS inclinometers monitor blade angle, combined with positioning, track, and hour-based billing — so leveling quality and cost are visible and accountable.
Read more →Mower IoT: How Do You Measure Area and Prevent Loss in Landscape Maintenance?
In landscape and greenery maintenance, vehicle-mounted, walk-behind, and handheld mowers are scattered across many sites. Worked area is hard to tally, assets go missing, and worker-hours are mostly self-reported. This guide explains JGY's mower IoT solution: GPS positioning, area calculated from tracks, anti-theft geo-fencing, and automatic hour accumulation — paired with JGYTS inclinometer for slope-work safety — so landscape maintenance becomes measurable and secure.
Read more →Municipal Equipment IoT: How Do You Supervise Sweeper and Water-Truck Operations?
Municipal fleets — sweepers, water trucks, patrol vehicles, maintenance trucks — operate scattered across the city. Did the route get fully covered? Were enough watering passes made? Did drivers cut corners or speed? Plain GPS only tells you where a vehicle is, not whether the job was done right. This guide explains JGY's municipal-equipment IoT solution: T-BOX positioning, track replay, geo-fencing, and speed alerts — making maintenance work measurable and traceable.
Read more →Paver IoT: How to Monitor Paving Quality and Temperature?
Asphalt temperature drops fast, paving speed is unstable, and work is intermittent — paving quality rests entirely on feel. This article breaks down a paver IoT solution: T-BOX captures conditions, speed, and position; AD sampling reads asphalt temperature in real time; and work trajectories log continuity — putting paving temperature, speed, and continuity under full monitoring for verifiable asphalt pavement quality.
Read more →Road Roller IoT: How to Monitor Compaction Quality and Pass Counts?
Lost pass counts, undocumented weak spots, quality disputes — this article breaks down a road roller IoT solution: T-BOX positioning overlaid with trajectory for pass-count statistics, speed monitoring against under-compaction, JGYTS inclinometer for slope compaction, and automated job reports that make every compaction pass fully traceable.
Read more →Spider Lift IoT: How to Manage Tracked Indoor Work? Positioning and Tilt Protection
Spider lifts are tracked, compact, and built for glass curtain walls, malls, plants, and indoor work. Tight turning, floor load limits, anti-tip protection, and frequent relocation are the real pain points. This article walks through the JGY spider lift IoT solution: GNSS plus indoor positioning, JGYTS dual-axis inclinometer tip-over warnings, geofencing, and hours-based billing.
Read more →Telescopic Boom IoT: How to Secure Height Safety in Tall, Outreach Work?
Telescopic booms deliver serious height and horizontal outreach for large outdoor work — and the sharper the height, the sharper the risks: falls, tip-over, and height limits. This article covers the JGY telescopic boom IoT solution: JGYTS inclinometer anti-tip, T-BOX CAN telemetry, multi-constellation GNSS positioning, and remote lock, covering both height safety and rental risk control in one stack.
Read more →Tower Crane Safety Monitoring: How to Manage Load Moment, Tilt, and Anti-Collision
Tower cranes are special equipment under mandatory national-standard safety monitoring, yet overload, tip-over, and multi-crane collision keep causing severe accidents. This article breaks down a compliant safety solution built on the T-BOX + JGYTS dual-axis inclinometer + load-moment acquisition + anti-collision + black-box recording, helping contractors and lessors manage tower-crane safety and regulatory compliance in one pass.
Read more →Wheel Loader IoT: How to Meter Loading Work and Run the Fleet
Wheel loaders are all about loading and hauling — bucket counts, payload, and hours are notoriously hard to track, and coordinating multiple machines is chaotic. This guide breaks down JGY's wheel loader IoT solution: a T-BOX captures lift counts and conditions via CAN, with 4G multi-constellation positioning and hour/count-based billing that finally makes fleet metering and coordination transparent.
Read more →Aerial Work Platform IoT: Remote Management for Scissor Lifts and Articulating Booms
Aerial work platform rental (scissor lifts, articulating booms, telescopic booms) hinges on location, working condition, and risk control. This guide explains how JGY pairs a T-BOX with its platform to deliver positioning, condition monitoring, electronic fences, rental lock, and reconciliation for the full business flow.
Read more →Drilling Rig Remote Monitoring: Working Condition, Fuel, and Location in Real Time
Drilling rigs (rotary, exploration) work on remote sites with little on-site oversight. This guide breaks down JGY's drilling-rig remote monitoring solution: a T-BOX streams location, condition, fuel, and fault codes, while the platform handles electronic fences, maintenance work orders, and remote lock — so drilling ops are visible, controllable, and billable.
Read more →Pump Truck Rental Management: Digitalizing Contract, Reconciliation, and Settlement
Pump trucks are high-value, long-cycle assets with complex reconciliation. This guide breaks down JGY's digital pump-truck rental flow — authentication, e-sign contracts, entry/exit, reconciliation, settlement, closeout — paired with T-BOX condition-based billing and remote lock, so rental operations run clean and account clear.
Read more →Selection
How to Choose a CAN Bus Inclinometer? Single-Axis vs Dual-Axis
Choosing a CAN bus inclinometer starts with single- vs dual-axis. This guide compares the JGYTS-1B single-axis and JGYTS-2B dual-axis across range, accuracy, CANopen protocol, and applicable machines, helping cranes, aerial platforms, and drilling rigs pick the right sensor.
Read more →How to Choose a Construction Equipment IoT System? A Full-Stack Selection Guide
Choosing a construction equipment IoT system means evaluating terminals, connectivity, platform features, and extensibility together. This guide breaks down the four core dimensions to help OEMs and rental fleets pick the right solution in one pass.
Read more →How to Choose a T-BOX? 4G, CAN, and Relay Output Compared
T-BOX selection hinges on connectivity, CAN channel count, relay output, and extensibility. Using three JGY T-BOX models as examples, this guide compares enhanced, standard, and lite variants across 4G, CAN, relay, Bluetooth, and WiFi so you can pick the right model by use case.
Read more →Knowledge
Construction Equipment Rental Digitalization: Trends, Value, and Path
Construction rental is moving from Excel-and-phone to full-flow digital. This article covers the core trends, real value (cost down, revenue up, risk control), the five links that must be digitized, and a phased path to landing it — helping rental operators plan their own digital roadmap.
Read more →What's the Difference Between a T-BOX and a Regular GPS Tracker?
Many conflate T-BOXes with cheap GPS trackers. This article clarifies the real differences across functionality, CAN access, remote control, FOTA, and platform capability — so you pick the right device for construction IoT and don't buy wrong.
Read more →What Is a DTU? And How Is It Different from a T-BOX?
A DTU (Data Transfer Unit) is a transparent-pass-through IoT gateway often confused with a T-BOX. This article explains what a DTU is, its typical uses, and how it differs from a T-BOX across CAN, positioning, remote control, and FOTA — so you pick the right device for construction IoT.
Read more →Tutorial
How to Draw an Electronic Fence? Anti-Tamper and Anti-Breach Setup Tutorial
Electronic fences are core to construction IoT anti-breach and anti-tamper. This step-by-step guide shows how to draw polygon/rectangle/circle fences in the JGY platform, configure breach and tamper alerts, bind equipment, and use fences for transfer approval and rental risk control.
Read more →How to Do FOTA Remote Firmware Upgrades? Batch Update Device Firmware
FOTA (firmware over the air) lets construction T-BOXes and devices be reflashed remotely after deployment. This guide details JGY FOTA value, the upgrade flow, batch strategy, rollback and safety, and how to avoid bricking — so IoT firmware stays evergreen.
Read more →How to Use Remote Risk-Control Lock? Cut Fuel and Power on Rental Expiry
Remote lock is the core weapon of construction rental risk control. This guide details how to use JGY's risk-control lock: the hardware prerequisite (relay T-BOX), platform rule configuration (auto-lock on expiry), manual app lock, lock/unlock flows, and risk-control audit — making rental risk control real.
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