Fleet driver monitoring is the practice of using telematics, sensors, and software to understand how your drivers operate on the road—moment by moment and over time. In simple terms, it connects vehicles and apps to collect data like speed, braking, idling, location, and compliance status, then turns that data into alerts, scorecards, and coaching. The result: fewer crashes, lower fuel and maintenance costs, stronger compliance, and a documented safety program you can defend with data.

This guide explains how fleet driver monitoring works and the outcomes you can expect. You’ll learn the must-have features, the behavior metrics that matter, and the role of AI dash cams and real-time coaching. We’ll cover compliance (FMCSA, ELD, HOS, CSA), hardware choices (OBD-II, hardwired, battery, satellite), integrations (maintenance, fuel cards, dispatch, APIs), privacy and driver engagement, pricing and ROI, implementation steps, KPIs, and common pitfalls. We’ll map the vendor landscape and show how LiveViewGPS supports these needs, then finish with an RFP checklist you can use right away. Read the rest of this entry »

Geofencing is a simple idea with big impact: draw a virtual boundary around a real place, then do something automatically when a device crosses it. That “fence” can sit around a store, job site, home, or highway corridor. Phones, vehicle trackers, and asset tags use GPS, cellular, Wi‑Fi, Bluetooth, or RFID to signal entry or exit, which can trigger actions like sending a message, logging a visit, unlocking a gate, alerting security, or kicking off a workflow.

This guide explains how geofencing works under the hood—signals, fences, triggers, and actions—plus active vs. passive modes, accuracy, and battery impact. You’ll see how it differs from geotargeting and geolocation, and explore real uses in marketing and retail, fleet and asset management, smart homes and safety, and workforce security. We’ll cover benefits and trade‑offs, privacy and consent (GDPR, CCPA), implementation steps and best practices, measurement and KPIs, how to choose a platform or device, and what’s next with IoT and wearables—so you can decide where geofencing makes sense for you. Read the rest of this entry »

Walk out to an empty parking space and your mind races: Was it towed? Did someone borrow it? Or was it stolen? In those first uncertain minutes it’s easy to panic or do something risky. Don’t. Recovering a stolen vehicle is all about speed, accuracy, and coordination—while keeping you safe and on the right side of the law.

This guide gives you a clear plan of action you can follow right now. You’ll confirm the car isn’t simply towed or repossessed, file an official police report, gather precise identifiers (VIN, plate, photos), and activate any built‑in telematics or GPS tracker you have (OnStar, LoJack, LiveViewGPS). You’ll learn how to use your phone and OEM apps to surface location clues safely, how to leverage cameras and ALPR hotlists through law enforcement, and how to start the insurance and rental process without delay.

We’ll also set expectations for the first 24–48 hours, explain what VIN and plate can—and can’t—do, outline recovery and claim timelines, and share proven prevention steps to reduce risk and speed recovery next time. Start here: let’s rule out a tow or simple mix‑up before escalating. Read the rest of this entry »

You’re expected to hit tighter SLAs with fewer people, volatile demand, and stricter labor rules—while keeping teams engaged and costs under control. Schedules change by the hour, overtime creeps, skills don’t always match the work, and managers are left firefighting because visibility is fragmented across field, hybrid, and frontline teams. Data sits in silos, forecasting feels like guesswork, and small inefficiencies—missed punches, idle time, routing mistakes—quietly compound into missed targets and burnout. If this sounds familiar, your workforce management isn’t broken; it’s under-instrumented and overcomplicated.

This guide gives you a practical playbook: 12 proven workforce management strategies for 2025 that actually work. We’ll cover real-time GPS tracking and telematics for mobile teams, quarterly scenario planning, skills-based staffing, outcome-focused goals, predictive forecasting, flexible scheduling, AI-powered coaching, engagement monitoring, compliance by design, automated timekeeping, and continuous improvement. Each strategy includes why it matters, how to implement it this year, and the KPIs that prove progress. The goal is simple: boost productivity, cut labor leakage, strengthen compliance, and elevate the employee experience—starting with the one capability most organizations are missing: live operational visibility. Read the rest of this entry »

Fleet fuel management is how fleets control fuel spend: connect purchases, vehicles, and drivers; track consumption and idle time; spot waste and fraud; and keep clean records for taxes and audits. It blends policy and tech—fuel cards, telematics/GPS, on‑site tank systems, and reporting—so you know who fueled, where, how much, and whether assets run efficiently. Done well, it delivers a lower cost per mile, fewer surprises, safer driving, and better decisions.

In this guide, you’ll get a clear, vendor‑neutral view of the options: the core tech stack and workflows, how fuel cards work and where they add value, real‑time control with telematics/GPS, on‑site fueling pros and cons, must‑have features, pricing ranges, and ROI math. We’ll also cover IFTA and audit readiness, fraud prevention, the KPIs that matter, integrations, rollout and driver coaching, solutions by fleet type and size, EVs/alternative fuels, a vendor checklist—and where LiveViewGPS fits. Let’s get you from guesswork to control. Read the rest of this entry »