4 Strategies to Boost Warehouse Efficiency

Warehouse operations have become increasingly complex with the rise of e-commerce, next-day shipping, and on-demand storage capacity. Of course, the COVID-19 pandemic accelerated the transition to e-commerce and put further strain on the system, leading to a critical shortage of warehouse space across the country.

Let’s look at four strategies that you can use to boost warehouse efficiency.

Technology plays a central role in helping improve efficiency at warehouses—we look at the most impactful investments. Share on X

#1. Manage Inventory Visibility

Modern warehousing requires a high level of inventory visibility to maximize available space and ensure on-time deliveries. For example, the Port Authority of New York and New Jersey built a database of unused warehouse space to copy with seasonal spikes in demand (e.g., holidays) and unexpected disruptions (e.g., COVID-19).

On a warehouse level, Warehouse Management Systems (WMS) incorporate IoT data points to track inventory in real-time as items move from receiving to shipping. In addition, integration with external systems can keep shippers and customers up-to-date with the latest information, enabling real-time notifications of any delays.

Finally, inventory visibility goes hand-in-hand with Vehicle Management Systems (VMS) that control safety and maximize productivity. Powerfleet’s telematics solutions can help warehouse managers track operator performance and asset utilization. That way, you can reward top employees, retrain underperforming employees, and right-size fleets.

#2. Properly Maintain Equipment

There’s nothing that slows down a warehouse faster than malfunctioning equipment. For example, a broken dock door or dead forklift can force a production slowdown and delay deliveries. Even worse, a faulty forklift could lead to costly product spills or damages. These take precious time to clean up and result in lost inventory.

Of course, faulty equipment can also create safety hazards that lead to injury or death. For example, OSHA estimated over 8,140 severe injuries and 79 deaths from forklifts alone in FY2019. These injuries lead to an immediate shutdown of operations and could trigger significant fines and penalties—particularly for repeat offenders.

Warehouse Efficiency

Powerfleet’s electronic checklists make it easier to identify problems. Source: Powerfleet

Proactive and preventive maintenance are the best ways to avoid these problems. For instance, our industrial telematics provide an electronic safety checklist for each operator at the beginning of their shift to identify potential defects. Telematics also combine real-time data with machine learning to predict when maintenance issues may occur.

#3. Implement Vertical Space

Many warehouses need to expand as a business grows. Rather than horizontal expansion, managers should look vertically to grow their footprint cost-effectively. For example, taller storage units and the right equipment can help fit more inventory in the same footprint, avoiding the need to expand and reducing travel distance.

Lean inventory practices can further improve efficiency. While inventories must never run dry, excess inventory makes it hard to efficiently move products in and out. Managers can strike a balance by reducing safety stocks and encouraging suppliers to deliver smaller quantities more frequently, resulting in a smaller amount of overall inventory.

Analysis of industrial vehicle patterns through telematics solutions can provide insights to high traffic areas of the warehouse and could help identify areas that may need to be re-organized to optimize for inventory accessibility and streamline operations while increasing safety.

#4. Leverage Technology

Telematics ensure regulatory compliance, automate safety, lower total cost of ownership, and provide complete fleet visibility and management.

Telematics sensors and camera systems continuously collect raw data. For instance, you might outfit each forklift with a GPS device that reports its location throughout the day or an accelerometer that detects unsafe driving behavior. Meanwhile, cameras record everything in real-time to provide a valuable record in the event of an accident.

Telematics software converts these raw data points into actionable insights. For instance, Powerfleet IQ makes it easy to analyze forklift utilization levels across locations and adjust allocations by downsizing, purchasing new equipment, or transferring equipment. And, the same system provides insight into driving behaviors across the warehouse.

Warehouse managers can use these insights to improve safety and productivity:

  • Enforce Certification: Driver sign-in and safety checklists ensure that uncertified drivers cannot access forklifts, while safety checklists help comply with OSHA regulations. Powerfleet even lets you customize checklists for drivers in training.
  • Better Training Videos: Forklifts with video recording devices produce valuable training videos showing real-life examples of completing specific tasks in a warehouse, as well as examples of good and bad behaviors.
  • Refresher Training: Sensors that monitor speed, detect impacts, and track other incidents can alert managers of unsafe driving. That way, you can quickly provide refresher training to adhere to OSHA regulations and minimize costly safety incidents.
  • Reduce Wear-and-Tear: Speed limiters and other technologies prevent speed and abuse with electronic throttles, extending the lifetime of vehicles and tires. At the same time, telematics software enables more intelligent maintenance schedules.

Since they provide so many benefits, telematics have a short payback period and a high return on investment, making them a smart choice for warehouses looking to improve safety and efficiency.

Don’t Forget About Safety

Warehouse efficiency shouldn’t come at the cost of safety. For example, increasing forklift speed limits and forcing overtime can provide a temporary boost in efficiency, but these efforts could have an adverse impact on workplace safety. As a result, warehouse managers should ensure that they’re optimizing for both efficiency and safety.

There are many ways to improve safety:

  • Physical Barriers: Separate forklift traffic from other workers where possible, or even better, limit aisles to workers on foot or forklifts only. In addition, consider physical barriers between workstations and forklift aisles and restrict the use of forklifts near break rooms, cafeterias and exits.
  • Driving Behavior: Our forklift telematics can monitor driver behavior, enabling managers to take appropriate action to address problematic behaviors. Meanwhile, you can incentivize good driving behavior to encourage drivers to prioritize safety as much or more than they prioritize efficiency.
  • Safety Technology: We provide a range of solutions to improve forklift safety and minimize the risk of accidents. For instance, the Forewarner Sideliner LED projects a bright LED onto the floor, alerting pedestrians of an oncoming forklift regardless of ambient noise.

These technologies can minimize safety incidents and enable forklifts and people to work at maximum efficiency. In addition, they are relatively inexpensive with a quick payback period, making them an attractive investment for warehouses.

The Bottom Line

Efficient warehouses minimize costs, keep employees safer, and maximize customer satisfaction through improved operations.Technology is central in maximizing warehouse efficiency, from telematics to other technology such as sensors and cameras. Fortunately, these technologies make it easy to realize efficiency gains, resulting in improved safety, lower costs, and happier customers and employees.

If you want to deploy telematics to improve your warehouse’s efficiency, browse our product catalog or contact us today to schedule a free consultation.

How to Improve the Environment & Your Bottom Line

Earth’s average surface temperature has risen about 2.12 degrees Fahrenheit since the late 19th century. The impact of these higher temperatures is apparent in the record number of extreme weather events in the U.S. and worldwide. The window to address these issues is rapidly closing, prompting governments worldwide to take drastic measures.

At the same time, fuel is the second-highest cost for most commercial trucking companies after labor. As a result, improving fuel economy is one of the most effective ways to increase profitability and strengthen bottom-line financial results. These dynamics provide a rare alignment of environmental and economic concerns.

Let’s examine the environmental cost of logistics, common sources of emissions, and how your fleet can reduce those emissions.

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Environmental Cost of Logistics

The U.S. is one of the top greenhouse gas producers in the world. According to the EPA, transportation accounts for about 27% of all emissions. Within transportation, medium and heavy-duty trucks account for roughly 24% of emissions. Transportation was also the fastest-growing source of emissions between 1998 and 2018.

There are several sources of preventable emissions:

  • Idling: Heavy-duty truck idling wastes approximately one billion gallons of fuel each year in the U.S. alone. Surveys have shown that 70% to 80% of long-haul drivers idle their trucks for heating and air conditioning during their 10 hours off-duty.
  • Driving: The best fuel economy happens at around 55 MPH, but many drivers are paid by the mile, meaning they prefer to go faster. At the same time, sudden acceleration at a high RPM can lead to excessive fuel consumption and emissions.
  • Planning: According to the Census Bureau, 19% of all trucking miles occur with empty trailers. These statistics are higher for private fleets and independent carriers/owner-operators. Better planning could help reduce these wasteful empty miles.

The good news is that incentives are aligned for trucking companies to reduce their emissions. According to the ATRI, fuel costs represent one of the most considerable operational costs for operators, comprising between 25% and 39% of marginal expenses since 2008. Therefore, increasing fuel efficiency is in everyone’s best interest.

Strategies to Reduce Emissions

The commercial trucking and freight industry face a growing number of regulations designed to reduce emissions. For example, the EPA aims to cut heavy-duty truck CO2 emissions by about 270 million metric tons through stricter vehicle standards. At the same time, the SmartWay program provides strategies to increase fuel efficiency.

Fleet Emissions

Phase 2 Emission Standards by the EPA – Source: Trucks.com

Aside from these mandates, three types of technological and financial innovations could help further reduce emissions.

#1. Alternative Energy Vehicles

There’s a growing push toward alternative energies within the commercial trucking industry. For example, the Tesla Semi, Nikola Two, and other projects aim to manufacture Class 8 Semis powered by lithium-ion batteries, hydrogen fuel cells, and other zero-emission technologies, reducing fleet operating costs and emissions.

The best starting point for electrification is often light- to medium-duty trucks that drive local routes. In addition to more accessible infrastructure, these trucks can take advantage of regenerative braking that occurs less frequently on highways. That said, fleets should begin the planning process for transitioning their heavy-duty trucks.

#2. Logistics Optimizations

Telematics for trailers and in-cab technologies like ELDs make it easy to track everything from driver behaviors to the real-time location of assets worldwide. Using these insights, trucking companies can implement various solutions to improve fuel economy, reduce emissions, and enhance profitability. Moreover, these technologies are easier to implement since they leverage existing assets like trucks and trailers.

Common examples include:

  • Incentive programs can monitor driving behaviors with in-cab technology and reward good drivers while retraining poor drivers.
  • Enforcing rules surrounding excessive idling for drivers and detention times for shippers and receivers can minimize waste.
  • Maintaining vehicles can help maximize fuel efficiency by ensuring all parts are functioning at maximum capacity.
  • Reducing empty miles through better logistical planning can help reduce emissions and save money.
  • Better scheduling can help minimize trailer or container dwell time and the amount of time drivers spend waiting while increasing utilization of existing assets.

Powerfleet provides a broad range of telematics and logistics technology solutions, ranging from in-cab ELDs and dash cameras to trailer tracking platforms with smart sensors for deeper insights about cargo and asset status such as temperature, empty or loaded, door open or closed.. All of these solutions integrate into a software platform that provides unparalleled visibility across your entire fleet and actionable reporting that you can use to make data-driven decisions.

#3. Carbon Offset Programs

Carbon offset programs enable transportation companies to offset their emissions with carbon reduction projects. For example, CarbonFund.org enables trucking companies to purchase carbon credits that fund things like truck stop electrification with IdleAir technology and reforestation, which offset specific amounts of carbon emissions.

Fleets can also offer carbon-neutral shipping options and pass on the costs to consumers. For example, UPS provides a carbon-neutral shipping option for an incremental fee that covers the price of a carbon offset to erase the climate impact of the shipment. Alternatively, fleets can guarantee carbon-neutral services as a differentiator.

Enhancing Profitability

The most significant barrier to the widespread adoption of these strategies is cost. For example, a hydrogen-powered semi may reduce fuel costs, but it entails a higher upfront cost and represents a riskier investment than a conventional diesel semi. Similarly, many carriers are hesitant to use carbon offsets that could reduce their margins.

Telematics provide a way to reduce emissions and improve profitability with a near-term payback period and minimal risk. For example, an in-cab ELD that monitors driver behavior has a minimal cost but provides actionable data that you can use to improve driver behaviors, create incentive programs, and track idling and detention times.

In addition to fuel economy, telematics can avoid costly problems. For example, dashcams provide visual evidence to exonerate drivers from expensive lawsuits, while temperature sensors can detect problems in reefers before they cause spoilage. You can even minimize detention times by automatically tracking them and calculating fines.

The Bottom Line

The climate crisis is forcing governments to take dramatic action to reduce emissions. As one of the largest sources of emissions, the commercial trucking industry has an opportunity to adopt alternative energy vehicles, optimize logistics with telematics, and offset carbon emissions to become a solution rather than the problem.

Contact us to schedule a free consultation and learn how telematics can reduce emissions, improve fuel efficiency and make your operations more profitable.

Use AI to Help Manage Telematics Data Insights

Best in class businesses rely on vast volumes of data and intelligent analytics to improve their decisions. Unfortunately, while telematics solutions provide massive amounts of data, they are useless without the right software to deliver actionable insights. The good news is artificial intelligence is making it easier than ever to analyze data.

Let’s look at how artificial intelligence could convert data from telematics into actionable insights.

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Telematics Deliver Quick Wins

Telematics solutions have become increasingly popular in fleets across the country. By tracking trailer locations, environmental conditions, load status, and other factors, fleets can significantly increase their visibility and more efficiently manage their assets. The result is a series of quick wins that generate an attractive return on investment.

For instance, Powerfleet worked with ReedTMS to implement trailer tracking solutions. In addition to finding misplaced trailers, the technology enabled the company to improve fleet utilization, right-size trailer pools, find empty trailers in real-time, and locate specific assets near a customer location without driving to search for them.

These quick wins make telematics solutions a no-brainer for fleets, but these use cases only scratch the surface of what’s possible. Over time, the data generated from telematics can be a goldmine for businesses with the technical prowess needed to analyze it. The insights from these analyses can further increase the ROI for telematics solutions.

The Rise of Artificial Intelligence

Artificial intelligence, or AI, dates back to the 1950s. While research stalled in the 1970s and 1980s, a combination of better hardware and deep learning algorithms drove today’s renaissance. Currently, the technology is in the early stages of applied commercialization, where early adopters could realize the most significant gains.

There are many potential applications for AI:

  • Pattern Recognition finds patterns in images and other datasets to classify objects or achieve different outcomes. For example, autonomous vehicles can detect speed limits and stop signs.
  • Predictive Analytics helps predict future outcomes using past and existing data to enable better decisions. For instance, you can analyze engine data to predict the optimal maintenance schedule.
  • Goal Optimization identifies the best path given a set of goals, enabling greater efficiency. For example, you can identify which customers sites that return empty containers and trailers faster and which ones have longer dwell times. Another example is finding optimal routes based on a set of delivery goals, along with environmental, vehicle and driver attributes.

These technologies have the potential to revolutionize fleet management. While autonomous semis have captured the headlines, AI could also play an invaluable role in predictive maintenance, route optimization, asset utilization maximization, and other vital business areas. The key is collecting and organizing the data and harnessing the power of AI.

Translating Raw Data into Insights

Many fleets use or plan to use telematics to collect valuable data, but they don’t employ data scientists to comb through it and derive actionable insights. As a result, fleets can see locations in real-time and access other telematics features, but they underutilize the data that could help them unlock even greater return on investment.

AI Telematics Data

Powerfleet’s Robust User Interface – Source: Powerfleet

For example, a fleet manager might use GPS to track the real-time locations of trucks and trailers and provide customers with more accurate delivery times. However, analyzing location patterns over time might identify underutilized assets or other inefficiencies that fleet managers would never notice on their own in the vast data sets.

Therein lies the power of AI. With AI-powered telematics, fleet managers will have access to the right data at the right time and quickly spot trends and irregularities that they would have a harder time spotting otherwise. As a result, you can unlock the full potential from the data generated by telematics solutions and constantly optimize your fleet and operations over time.

The good news is that you don’t necessarily need a full-time data science team or a Ph.D. in applied statistics to use AI. Cloud-based architecture and modern software solutions make it easy to access already-trained AI models and input your data to derive instant decisions. This increasing accessibility to AI makes it essential to plan for now before competitors.

How to Implement AI in Your Fleet

Artificial intelligence relies on high-quality data, so telematics platforms are an essential starting point for AI adoption. By installing telematics platforms across your fleet, you can start collecting and analyzing data that AI will eventually harness to produce actionable insights. So, it’s critical to begin collecting data as early as possible to enable the best decisions.

Powerfleet provides a full range of telematics solutions as well as AI cameras, including in-cab, dry van, refrigerated, chassis, container, and cargo solutions. For example, its solar-powered dry van trailer tracking solutions monitor environmental conditions without the need for external power. Meanwhile, its in-cab ELDs provide real-time engine performance and other data.

After implementing telematics solutions to collect data, fleets require the right software solutions to analyze that data. Unless you’re hiring a full-time data scientist, these solutions should provide easy-to-use dashboards that translate telematics data into actionable insights while learning from the data over time to improve.

Powerfleet’s advanced asset analytics platform provides an easy-to-use dashboard with a complete set of operational key performance indicators, or KPIs, to drive your decisions. You can even leverage industry comparisons to show how you’re performing on a relative basis and identify areas where you may be lagging.

The Bottom Line

Artificial intelligence has come a long way since the 1950s. From autonomous vehicles to predictive analytics, the technology could also have a massive impact on fleets across the country. Fortunately, the rise of telematics has provided fleet owners with data that they can feed into AI algorithms to make better data-driven decisions.

If you’re interested in harnessing the power of AI, contact us today to schedule a free consultation and learn how we can help.

Level Up Your Forklift Training with Telematics

Most managers appreciate the importance of forklift safety, given the high human and economic costs of an accident. However, while training is essential to reduce safety incidents, good driving habits also reduce fuel costs, extend truck lifespan, and improve overall workplace morale when everyone follows the same set of rules.

Let’s look at forklift training requirements and best practices on how to level up your training with telematics.

Forklift training is essential to meet OSHA compliance, ensure safety, and extend truck lifetime—and telematics can help improve your training. Share on X

Forklift Training Requirements

The Occupational Safety and Health Administration (OSHA) requires that all employees be trained and certified before operating a forklift—even if it’s only a tiny part of their job and regardless of industry experience or skill level. After all, an experienced operator may be unfamiliar with a new workplace environment, creating potential safety hazards even when they know how to operate a forklift.

The burden of these certifications falls on employers who are responsible for the training, evaluation, and certification of their drivers. However, OSHA does provide a 10-hour and 30-hour training program, and earning an OSHA 10 or OSHA 30 card by completing these courses is mandatory in some states, cities, and local jurisdictions.

Forklift training consists of three parts:

  1. Formal Instruction: Formal instruction provides background information about forklift safety and operations, typically delivered via books, lectures, videos, or online training. These courses may take place at the worksite or via online classes.
  2. Practical Training: Practical training includes hands-on instruction and practice under the supervision of a trainer. These sessions must take place at the workplace using the same equipment that the trainee will use on the job.
  3. Evaluation: Evaluations assess an employee’s performance and ultimately certify them. Employers must document these evaluations—and other training sessions—to comply with OSHA regulations and defend the company if an incident occurs.

The instruction also has several requirements:

  • Trainees may only operate forklifts under the direct supervision of trained individuals until they’re certified.
  • Trainees may only operate a forklift in a manner and place that doesn’t put other employees at risk.
  • Only trained and experienced individuals can evaluate trainees.
  • Training must emphasize forklift and workplace-related topics.
  • Operators that train and pass evaluation must receive proof of their certification, including their identity and date.

After the initial certification, OSHA requires written and practical performance evaluations at least once every three years. In addition, OSHA requires refresher training when forklift drivers operate unsafely, are in an accident or near-miss, receive a poor review, or when there are changes in the workplace or type of tractor being driven.

How Telematics Improve Training

Industrial telematics platforms connect sensors to a central information hub to drive actionable insights. For example, you might outfit each forklift with a GPS tracking device that reports its location throughout the day. Then, you can use that data to discover the most popular routes, analyze the number of miles driven, or identify the most safe and productive operators.

Forklift Training Telematics

Powerfleet’s OC series (OC-53, OC-55) and VAC-4S meets OSHA record keeping and reporting requirements while improving safety with automated safety checklists and more. Source: Powerfleet

There are many ways telematics can improve training:

  • Enforce Certification: Driver sign-in and safety checklists ensure that uncertified drivers cannot access forklifts, while safety checklists help comply with OSHA regulations. You can also customize the checklists for drivers in training.
  • Better Training Videos: Forklifts outfitted with video recording devices produce valuable training videos showing real-life examples of completing specific tasks, along with examples of good or bad behaviors in the actual workplace environment.
  • Refresher Training: Sensors that monitor speed, detect impacts, and other adverse events alert managers of unsafe driving. That way, they can quickly provide refresher training to adhere to OSHA regulations and minimize safety incidents.

Managers can use telematics data to optimize fleet assets (e.g. relocate underutilized forklifts), monitor and improve productivity, right size fleets, and reduce safety incidents. Moreover, telematics have many use cases that lower their total cost of ownership and deliver a high return on investment.

Finding the Right Telematics Provider

Many  companies provide telematics solutions for industrial environments such as warehouses and manufacturing facilities. When choosing a provider, you should look for a company with a long track record, industry expertise, and exceptional customer support. After all, a startup that goes out of business could leave you with worthless solutions, while poor customer support could result in high implementation costs.

Powerfleet has more than 25 years of experience in industrial telematics, with over 100,000 units deployed worldwide. Our goal is to help our customers realize a high return on investment through the use of telematics and other safety accessories for efficiency gains, safety improvements, and training optimization. We also provide telematics for logistics/transportation fleets for holistic visibility from fork to truck.

For example, we helped a large food manufacturing business reduce the risk of accidents by 70% and cut down on forklift damage by 80%, resulting in over $400,000 per year in savings. Many other companies have seen even greater returns from efficiency gains realized through the use of telematics across their business.

Learn how we can help your business.

The Bottom Line

Forklift training is essential to ensure safety, maximize productivity, and minimize expenses. While OSHA lays out some basic requirements, the most successful companies leverage telematics solutions to enforce certification, document examples of good and bad behavior, and identify individuals that may need refresher training before a serious incident occurs.

If you’re interested in gaining insights to your industrial operations to improve your bottom line and safety, Powerfleet can help you develop a strategy to deploy cutting-edge technologies across your forklift fleet.

Contact us for a free consultation today.

How to Maintain Safety with Seasonal Workers in Materials Handling

Supply chains are under tremendous pressure thanks to labor and parts shortages. The holidays will compound these issues as companies look to scale up their seasonal workforces. While finding labor is a huge challenge, companies shouldn’t neglect workplace safety. Forklift accidents alone cause more than 7,000 non-fatal injuries and 600 deaths each year.

Let’s take a look at how to ensure seasonal and temporary workers adhere to the highest safety standards.

Many businesses struggle to find workers to meet demand, but they shouldn't neglect workplace safety. Share on X

Forklift Safety Requirements

Seasonal and full-time employees must abide by the same safety standards. OSHA provides a minimum set of safety standards—and violations range from a warning to as much as $136,532 per incident. The penalties are exceptionally stiff for companies that don’t implement the policies and procedures to ensure workplace safety.

But, of course, many employers go well beyond these minimums due to the high cost of workers’ compensation and lawsuits. The NCCI estimates that lost-time workers’ compensation claims caused by motor vehicle crashes averaged about $78,446 per claim in 2017 and 2018, while even minor cuts or scrapes cost upwards of $23,000 per claim.

OSHA’s safety requirements for employers include:

  • Employers shall ensure that each powered industrial truck operator can operate a forklift safely by complying with training program requirements and safety management and safety programs specific to forklifts. (29 CFR 1910.178(l)(1)(i))
  • Employers should not allow anyone to walk beneath the elevated portion of a forklift. (29 CFR 1910.178(m)(2))
  • All forklifts must be examined at least daily before being placed in service, and forklifts used around the clock must be examined after each shift. (29 CFR 1910.178(q)(7))
  • Any powered industrial truck that’s not in safe operating condition shall be removed from service, and all repairs should be made by authorized personnel. (29 CFR 1910.178(q)(1))
  • Defects must be immediately reported and corrected. (29 CFR 1910.178(q)(7))

When hiring seasonal workers, employers should take the time to train each new employee. Never rely on a worker’s past experience operating forklifts since their training may have been inadequate, or worse, fabricated. When training seasonal workers, document their training and have them sign off on a form indicating that they’re up to speed.

How Telematics Can Help

Telematics makes it easier for businesses to enforce safety standards. For example, access control solutions ensure that only trained operators can drive a forklift. Or, automated checklists can ensure that OSHA standards are met every time there’s a shift change.

Other safety accessories  can help employers maintain a safe working environment and defend themselves if an accident occurs. For example, lighting solutions can project a bright LED warning on the floor to designate active work areas and warn pedestrians.

Seasonal Worker Safety

Powerfleet’s Forewarner MAXI alerts pedestrians of elevated loads. Source: Powerfleet

If an incident does occur, technology can provide critical evidence and documentation. For example, access control, speed monitoring, and impact management solutions paint a clear picture of each incident. The addition of camera systems provides an added visibility level while providing proof for insurance claims or legal processes.

In addition to improving safety, telematics can help streamline operations and improve productivity and assessment of seasonal workers. For example, enterprise software solution, Powerfleet IQ, makes it easy to analyze forklift utilization levels across different locations and adjust allocations as needed by downsizing, purchasing new equipment, or transferring equipment. Powerfleet IQ also helps to monitor how  individual operator driving habits identify individual or behaviors that pose a greater safety risk within the operation.

Powerfleet Leads the Way

Powerfleet provides a best-in-class solution for verifying compliance, tracking trends, and avoiding liability.

Powerfleet IQ integrates with a WMS and ERP system to provide a comprehensive and actionable overview of warehouse operations. With actionable intelligence in hand, you can reduce forklift-related damage costs by 60% to 90% while empowering managers to see who’s driving safely and who needs more training to be safe on the job.

You can also access essential KPIs, such as:

  • Impact events per vehicle motion time.
  • Rate of vehicle lockouts due to critical safety issues.
  • Rate of vehicle lockouts due to failed pre-shift safety checklists.

Powerfleet also provides a range of other safety solutions for forklifts, including LED safety lights, speed and abuse monitoring, weighing systems, camera systems, and pedestrian alerts. These technologies ensure that operators, pedestrians, equipment, and facilities remain safe, particularly when seasonal employees are added to the mix.

Finally, Powerfleet provides solutions beyond the warehouse, adding visibility to everything from freight to last-mile deliveries. For instance, our fleet telematics make it easy to track cargo across the supply chain and ensure on-time deliveries. Meanwhile, our vehicle telematics help managers optimize everything from fuel economy to asset allocations.

The Bottom Line

Many companies are starting to scale up their seasonal workforce to meet holiday demand and cover labor shortages. While hiring is of paramount importance, businesses shouldn’t neglect safety and training protocols as they struggle to meet demand. Fortunately, telematics can help ease these burdens and ensure that everything is running smoothly.

Beyond seasonal workers, Prologis estimates that transportation, warehousing, and related fields will add close to 735,000 jobs by 2031 to meet rising demand from e-commerce and other megatrends. Telematics help ensure that your business is ready to take on these growth rates without decreased productivity or an increase in safety concerns.

If you’re looking to add telematics to your fleet, contact us for a free consultation to discover how we can help deliver a compelling long-term return on investment with a short payback period.

4 Commonly Overlooked Safety Tools for Materials Handling

Materials handling is the most frequent cause of workplace injuries, according to Travelers, accounting for one-third of 1.5 million total claims analyzed in its Injury Impact Report. While most of these injuries were minor strains and sprains, they still significantly impact employees and reduce productivity. Fortunately, they’re preventable with the proper safety measures.

Let’s look at some commonly overlooked safety tools for materials handling and how you can leverage them to improve safety.

Materials handling is the most frequent cause of workplace injuries, but fortunately, most incidents are preventable with the proper safety measures. Share on X

#1. Telematics Data

The Occupational Safety and Health Administration, or OSHA, estimates that half of severe workplace injuries go unreported. Of course, these come in addition to the countless minor safety incidents that go unreported. These smaller infractions are often symptomatic of more significant problems and may be a precursor to major incidents.

Telematics enable businesses to automatically detect and track impacts, speeding, and other unsafe behaviors. In addition to catching even the slightest incident, these technologies detect dangerous behavior before they cause any safety incident. That way, managers can retrain unsafe employees to ensure safety at all times.

For instance, Powerfleet’s Keyshock provides instant alerts when abusive behavior occurs. The easy-to-install system activates when an impact exceeds a predetermined threshold and alerts management. You can also customize alarms based on safety requirements, while tamper-proofing ensures only management can reset an alarm.

#2. Camera Systems

Forklifts present a unique challenge for drivers. When carrying a load, drivers must ensure that the load is safe and simultaneously observe their surroundings. Large loads require operators to drive backward to maintain complete visibility, but it’s physically hard on the driver to look back for long runs through a warehouse.

Cameras provide forklift operators with complete visibility since they’re mountable in various locations. In addition to delivering optimal visibility for travel around the warehouse, they are helpful for roll handling, turret trucks, push-pulls, side shifting, and clamping operators that may require more visibility than basic forklift operations.

Furthermore, collisions caused by handling equipment, such as forklifts and lift trucks, are the second most common cause of freight damage and inventory losses. 80% of forklift accidents involve pedestrians, and a single forklift accident can cost your business more than $180,000. By using a camera system, industrial vehicles such as forklifts can avoid accidents, damage, and injuries. Camera systems can also protect employers (and employees) against false claims and accusations while providing actionable footage for training purposes. For instance, if telematics data shows unsafe driving habits, managers can replay unsafe behaviors for a driver to help reinforce the training and prevent future safety incidents.

Materials Handling Safety

 Powerfleet’s camera systems provide unparalleled visibility. Source: Powerfleet

Powerfleet’s video solutions give you a better line of sight in material handling operations, improve operator training and coaching through video recordings, and increase operators’ visibility to help prevent collisions and damage.

#3. Forewarners

Warehouses are noisy places with a lot of ambient noise. While a horn blast is well-meaning, it can be challenging for pedestrians or other drivers to hear. The most problematic areas are blind corners, crossing aisles, and exiting semi-trailers, where there’s limited visibility, and things tend to be fast-moving for everyone.

Forewarners and Sideliner LEDs project a bright LED line on a floor’s surface—alerting pedestrians and other vehicles in the area, regardless of ambient noise, to the nearby presence and direction of a vehicle. These lights are also helpful for overhead cranes to indicate places that may be unsafe for pedestrians or other vehicles.

Powerfleet’s award winning Forewarner-Sideliner LED provides six high-powered LED lights that are installable on any industrial vehicle. The easy-to-install and maintenance-free technology is designed for indoor and outdoor use and is available in green or red colors. The Forewarner MAXI provides solid blue or red lights for overhead crane hook locations.

#4. Weight Management

Overloading a forklift is extremely dangerous for drivers and nearby pedestrians or operators. Even if the driver is okay, overloading often results in significant equipment and product damages. Forklift drivers can prevent these problems by ensuring that loads are well-balanced and forks are at a reasonable height.

Weight management solutions can alert forklift operators when overload situations arise. In addition to alerting drivers when a weight threshold is breached, some weight management solutions provide a real-time reading of weight to help when loading semi-trailers or sea vans with limitations or to help with other weight-related use cases.

In addition, you can track freight loads to ensure that your shipments will not exceed trailer capacity, your waybills will match actual weight, and your lift truck capacity is not exceeded.

Powerfleet’s  Lift’N’Weigh and WeighTroller provide a robust hydraulic scale for heavy industrial use cases. The technology is accurate to +/- 2% of the forklift capacity and sounds an audible alarm when exceeding weight limits. Meanwhile, the WeighAlert provides an alarm-only functionality when specific weight measurements are unnecessary.

The Bottom Line

Technology plays a critical role in ensuring the safety of forklift operations. From speed management to camera systems, these solutions can detect unsafe behaviors before they result in significant safety events. They’re also very cost-effective when considering that a single accident can cost upwards of $20,000 or more.

At the same time, telematics can collect data to measure productivity and maximize profitability. For example, telematics make it easy to detect and measure idle time and tie these metrics to specific operators. These capabilities can help managers create customized incentive programs for employees and maximize productivity over time.

Powerfleet is the only company that provides a full suite of safety and theft solutions for all sizes of powered industrial truck fleets and warehouses. Check out our product catalog to view our portfolio of accessories and telematics solutions. To learn more and get advice on the right safety accessories and solutions for your operations, contact us to schedule a free consultation.

3 Takeaways from TMC’s Fall Meeting

The ATA’s Technology and Maintenance Council (TMC) 2021 Fall Meeting recently took place in Cleveland, Ohio, bringing together transportation companies and vendors in the $250 billion industry. The event theme, “Mastering the New Realities of Maintenance Management”, featured sessions on vehicle electrification, future vehicle design and communication technologies, as well as other topics including advanced driver assistance systems, spec’ing vehicles for 2022 and beyond and much more. Not surprisingly, technology took center stage as trucking companies accelerated their adoption of telematics and other cutting-edge technologies.

Let’s take a look at three takeaways from this year’s fall meeting and what they mean for your fleet.

Technology took center stage at the TMC's Fall Meeting—here's what you missed and three essential takeaways! Share on X

#1. The Importance of Relationships During Supply Chain Challenges

The COVID-19 pandemic has led to supply chain issues across the economy. As labor shortages persist, the global economy is struggling to produce everything from microchips to manufactured parts. It’s a frustrating problem for manufacturers that want to deliver equipment and fleets that want to increase capacity or improve efficiency.

TMC Fall Meeting

A Panel from TMC’s 2021 Fall Meeting

As one of the industry’s first in-person trade shows since the COVID-19 outbreak, relationship building was a key focus at the fall meeting. When supply is limited, these relationships can mean the difference between being at the front of the line or waiting months for new equipment.

There are several ways to improve your relationships:

  • Touch base with suppliers regularly—even when you don’t need to negotiate—to get a pulse on their business. Since these conversations aren’t negotiations, suppliers are likely to share valuable information more freely.
  • Be prompt and honest when talking to suppliers. On-time payments and accurate estimates for order sizes will go a long way in improving your relationship with them. Also, if something goes wrong, reach out to them immediately to let them know.
  • Communicate using a single channel that’s easily searchable. That way, you can quickly reference past conversations and pick up where you left off. Or, you can use supplier management tools to simplify the relationship.

In short, relationships have never been more critical, and they can impact your place in line. Try to be an excellent client by adhering to common courtesies, strictly adhering to payment terms, and being polite when communicating with them – even during setbacks or when you’re frustrated. These simple steps can make you more attractive than the majority of their other customers.

#2. Data is Becoming a Must-Have

The COVID-19 pandemic has also put pressure on the trucking industry to become more efficient. With fewer resources available, companies must lean on efficiency gains to drive revenue and profitability. And often, these efficiency gains come through technology, which makes it easy to make optimized, data-driven decisions.

For example, telematics can help you forecast everything from asset tracking to truck replacement cycles. Many of these solutions involve a low upfront cost in exchange for immediate cost savings and an opportunity to streamline your business. And they’re becoming increasingly critical in today’s environment.

There are two key data points to address supply chain issues:

  • Predictive maintenance can help you proactively stock parts for the upcoming year and avoid unnecessarily taking trucks out of service due to parts shortages. As a side-effect, you can give advance notice to your suppliers and improve your relationships.
  • Asset tracking can maximize your asset utilization levels when you have limited resources. With growing shipping demand, fleets are under pressure to make the most of their existing assets, which is impossible when you don’t know their location or status.

In addition to meeting supply challenges, telematics data is becoming increasingly necessary to compete. Many tech companies like Amazon are starting to foray into the logistics space, which means that fleets could see pricing pressure that forces them to find ways to improve their profitability to remain competitive over the long term.

#3. Telematics Continue to Evolve

Most trucking companies recognize the benefit of real-time location tracking, but modern telematics solutions go well beyond the basics. For example, many ELD providers have begun offering dash cams and driver performance measurements to increase accountability and protect drivers and assets in the event of an accident.

There are also a growing number of partnerships throughout the industry. For instance, Powerfleet recently partnered with Hyundai Translead, a leading van trailer manufacturer, to leverage the Powerfleet LV-300 trailer tracking gateway solution to launch HT LinkSense, providing managers with the flexibility to choose sensors and telematics to meet their needs.

TMC Fall Meeting

Powerfleet’s Vista Platform – Source: Powerfleet

Although dash cams are starting to become more common inside cabs, a new breed of connected video-enabled telematics solutions is emerging, powered by AI technologies, machine learning, and 4G LTE real-time connectivity. Powerfleet’s recently launched Vista platform for example, not only delivers real-time high-definition video, from road and driver facing cameras, but also leverages the latest artificial intelligence to analyze and proactively manage risky driving situations across fleets. 

Along with our other software solutions, you can quickly access the key performance indicators that you need to make data-driven decisions that meaningfully impact your top and bottom line.

Beyond the Supply Chain

Supply chain challenges were front and center during the TMC’s fall meeting, but the benefits of telematics extend beyond supply chain issues. There are many different ways that telematics can help streamline operations, eliminate waste, improve safety, and help companies improve their overall business.

Other essential benefits of telematics include:

  • Driver Safety: Driver safety is a key concern for every fleet for obvious reasons. In addition to reducing breakdowns through predictive maintenance, telematics can help monitor driver behaviors, such as harsh braking or speeding, to proactively reach out and reduce potential safety hazards before they result in an accident.
  • Coordination: Many fleets struggle with excessive detention times and other issues that stem from poor communication with loading and unloading docks. Using telematics, you can provide accurate arrival estimates and pave the way for live loads and other strategies to reduce turnaround time.
  • Compliance: The FMCSA mandates that all drivers operate within their hours-of-service (HOS) protocol. Rather than using pen and paper, electronic logging devices (ELDs) help ensure compliance, making it easier than ever to meet requirements. The result is fewer fines and safer driving through proper rest.
  • Fuel Efficiency: Telematics can help collect fuel efficiency statistics, including everything from vehicle MPG to idle time, to optimize behaviors on the road. In addition, optimized routes can help avoid excessive driving and cut down on fuel costs—a key cost center apart from labor.
  • Customer Service: Telematics can help improve customer service by providing accurate estimates and ensuring the products reach their destination intact. For instance, reefer telematics can help ensure that temperatures remain within range during transit to avoid spoiled food or pharmaceuticals.

Oftentimes, the key to success when implementing telematics is incorporating all of this data into a unified interface that’s easy to use and provides actionable insights. It’s equally important to ensure that hardware is rugged and low-maintenance to ensure constant data collection and minimize frustration from fleet managers.

The Bottom Line

The TMC’s Fall Meeting underscored the importance of technology in addressing supply chain issues and demands for greater efficiency. With telematics solutions, fleets can better predict maintenance requirements over the coming year and maximize asset utilization to make the most of their assets when purchasing new assets is difficult.

For more information about Powerfleet’s telematics solutions, visit our product page or contact us for a free consultation.

What’s Causing Trucking Capacity Issues?

The COVID-19 pandemic has taught us many lessons, but the most important is expecting the unexpected. After initial concerns over empty containers, consumer demand snapped back in February of last year, with record-breaking numbers of containers at ports and trailer shortages along domestic routes across the United States and Canada.

Let’s look at some of the underlying factors causing the trucking industry’s capacity issues and how the industry can adapt.

The COVID-19 pandemic led to numerous capacity issues for the trucking industry—we look at the problems and how technology could help solve them. Share on X

Robust Consumer Spending Drives Demand

The COVID-19 pandemic had a significant impact on the amount of money consumers spend and how they spend it.

The price of everyday goods and services rose at a 5.4% annual pace in July 2021, driven by a combination of pent-up demand, economic stimulus, labor shortages, and raw material shortages. During the three months ending June 30th, consumer spending rose 11.8%—the second-fastest rate since 1952—with few signs of slowing down.

Trucking Capacity Issues

Shipping Volumes on the Rise – Source: Iana via TruckingInfo

According to TruckingInfo, total IMC volume rose nearly 30% year-over-year during the second quarter, while intermodal and highway loads were up almost 24% and 33.4%, respectively. These gains occurred across many regions, led by Trans-Canada with 29.6%, Southeast-Southwest at 28.9%, and Midwest-Northwest at 26.6% growth.

The significant increase in shipping volumes spurred higher dwell times at marine terminals with limited labor resources and storage. At the same time, some overseas manufacturers are causing last-second changes by ocean carriers over where a truck driver can deliver an empty container, forcing them to make extra trips and decreasing efficiency.

While the Delta variant could pose a risk to normalcy in late 2021 and early 2022, the strong job market and ongoing fiscal support could maintain momentum throughout the remainder of the year. Moreover, the shift from physical shopping at retailers to home deliveries could persist well beyond the pandemic as consumers prefer convenience.

Supply Constraints Limit Capacity

The sharp increase in demand comes along with shortages of drivers, trucks, chassis, and trailers across the industry.

The driver shortage is nothing new, but the COVID-19 pandemic certainly exacerbated the issue. For instance, there was a predictable wave of early retirements in an industry where the average worker is 48 years old. At the same time, new drug testing regulations limited the number of new eligible drivers to replace them—albeit for a good reason.

According to TTNews, the COVID-19 pandemic also forced more than 3,000 smaller trucking companies out of business. Many of these smaller companies relied on the spot market, which dried up in 2020 before rebounding sharply. The ATA reckons that these smaller companies and owner-operators represent more than 90% of all freight carriers.

Trucking Capacity Issues

Truck Production is Still Below 2019 Levels – Source: Transport Dive

The same semiconductor shortages impacting the automotive market hit the trucking industry, too. According to Transport Dive, the lack of semiconductors will slow the production of Class 5 to Class 8 trucks in 2021. Fleets could be playing catch-up into 2022 as OEMs shift their production schedules and adjust to the shortage.

In addition to trucks, the trailer manufacturing business was hit by a lumber shortage earlier this year. The significant jump in lumber costs forced many fleets to delay purchasing new trailers due to their higher prices, exacerbating the shortage from high demand. Again, these shortages could take until 2022 to fully work out.

Finally, inefficiencies at ports have led to chassis shortages. The lead time to build new chassis is high due to raw material shortages, leading many companies to source broken chassis from graveyards. The problem is that many companies don’t want to use low-quality chassis due to the higher probability of breakdowns.

How to Deal with Capacity Issues

Technology will play a key role in resolving these issues in the near term and preventing similar problems in the future. At its core, technology improves fleet and asset visibility across the supply chain. Fleet managers can coordinate transportation, customers can see accurate delivery estimates, and manufacturers can track their shipments worldwide.

For example, Powerfleet provides a range of trailer, chassis and container telematics solutions and sensors to track location and status. That way, fleet managers can quickly assess their yard assets and make data-driven decisions to streamline their operations and improve efficiency. Dispatchers can also quickly see the status of a chassis or container without having to call drivers or shippers for updates.

Technology can also minimize damaged or stolen products. For example, telematics installed on reefer trailers can alert drivers and dispatch if refrigeration fails. Moreover, some telematics solutions can also provide remote control over the refrigeration unit to correct the temperature. In addition, freight cameras with door sensors can detect when a trailer door opens or closes and get visuals on the cargo loaded inside during transit to ensure it’s safe and sound.

In addition to better management of fleet assets, telematics can help improve driver retention by keeping drivers happier. For instance, Powerfleet’s in-cab ELD solutions automate many of the time-consuming manual paperwork drivers need to complete as well as track everything from gas mileage to harsh braking. This data can be used to support driver coaching or reward programs that incentivize safety.

Of course, technology will also play a vital role in intermodal transportation networks. Better visibility into chassis availability at ports and rail lines could help speed things up  and make it easier to schedule driver pick-ups of containers or chassis. The key in many of these cases is knowing when containers are empty or loaded and when chassis are mounted or unmounted.

The Bottom Line

The COVID-19 pandemic significantly disrupted global supply chains. While an initial dropoff in demand reallocated resources elsewhere, the subsequent boom caught many companies off guard. Technology will play a critical role in resolving the industry’s current capacity issues while mitigating the impact of future disruptions through better planning.

If you’re interested in leveraging the latest telematics technologies across your fleet, contact us for a free consultation or find your local sales rep.

How to Avoid OSHA Violations or Worse with Telematics

Forklifts are indispensable tools in warehouse and manufacturing environments, but they can also cause significant personal injury and damage products and property. That’s why the Occupational Safety & Health Administration, better known as OSHA, has so many different rules governing forklift safety—and means to enforce those rules.

Let’s look at forklift accidents, the cost of those accidents, and how telematics can help mitigate these costs (and improve profitability).

Forklifts are indispensable tools in the workplace, but they cause thousands of workplace injuries each year. Telematics are a great way to minimize these risks. Share on X

How Common Are Forklift Accidents?

According to the Bureau of Labor Statistics, forklift-related accidents cause more than 7,000 non-fatal injuries with days away from work each year. In addition, between 2011 and 2017, more than 600 workers also died from forklift-related incidents. Of course, many accidents are unreported, meaning the actual figures are likely far higher.

The most common injuries include:

EventNonfatalFatal
Caught in or compressed by equipment or objects7%1%
Struck by falling object or equipment—other than powered vehicle6%16%
Struck by powered vehicle—non-transport15%18%
Falls to lower Level6%15%
Non-roadway incidents involving motorized land vehicles23%27%
Pedestrian vehicular incidents20%12%

Source: BLS

OSHA Rules & Regulations

OSHA imposes many safety rules on employers regarding the safe operation of forklifts. For instance, employers must implement an approved OSHA Safety Training Program that goes over regulations and concepts to provide operators with the understanding needed to safely utilize the equipment and minimize the risk of injury or death.

Other OSHA rules impacting forklifts include:

  • All forklifts must meet specific design and safety standards, such as an overhead guard to prevent occupational injury. (29 CFR 1910.178(a)(2))
  • Employers shall ensure that each powered industrial truck operator can operate a forklift safely by complying with training program requirements and safety management and safety programs specific to forklifts. (29 CFR 1910.178(l)(1)(i))
  • Employers should not allow anyone to walk beneath the elevated portion of a forklift. (29 CFR 1910.178(m)(2))
  • All forklifts must be examined at least daily before being placed in service, and forklifts used around-the-clock must be examined after each shift. (29 CFR 1910.178(q)(7))
  • Any powered industrial truck that’s not in safe operating condition shall be removed from service, and all repairs should be made by authorized personnel. (29 CFR 1910.178(q)(1))
  • Defects must be immediately reported and corrected. (29 CFR 1910.178(q)(7))
  • Employees should have access to personal protective equipment, such as helmets and safety glasses.

Some of these requirements may seem onerous and difficult to enforce in practice. After all, it may take a lot of time to thoroughly inspect a fleet every shift. The good news is these efforts can improve productivity, reduce accidents, and lower maintenance costs, improving your bottom line. Even better: technology can help automate some of the work.

These safety regulations should also be a bare minimum. For example, OSHA doesn’t require ongoing monitoring of driving behavior, but implementing such a program could identify unsafe situations before they result in an accident. As a result, you could avoid both costly OSHA penalties as well as worker’s compensation and the human costs of injury.

Measuring the Cost of Forklift Accidents

Forklift accidents are one of the most common violations reported to OSHA. But a violation doesn’t always mean that an incident occurred—it may appear during an OSHA investigation too. OSHA may issue a citation, and multiple citations can trigger significant fines and penalties when it identifies unsafe conditions.

Gravity-based penalties fall under a few categories:

TypeMinimum PenaltyMaximum Penalty
Serious$964 per Violation$13,653 per Violation
Other than serious$0 per Violation$13,653 per Violation
Willful or repeated$9,630 per Violation$136,532 per Violation
Posting requirements$0 per Violation$13,653 per Violation
Failure to abateN/A$13,653 per Day

Source: Safety by Design

Repeat violations that occur within three years involve stiffer penalties of up to $136,532. In addition, willful violations that happen when the employer knows there’s a risk to an employee and does nothing to resolve it have the same stiffer penalty levels. However, these penalties are reduced by up to 80%, depending on the number of employees.

In addition to OSHA penalties, companies may need to deal with workers’ compensation and lawsuits. According to the NCCI, the most costly lost-time workers’ compensation claims by cause of injury were from motor vehicle crashes at an average of $78,466 per claim in 2017 and 2018. Even minor cuts or scrapes could cost upwards of $23,000 per claim.

Improve Safety & Compliance with Telematics

Telematics are one of the best ways to improve safety and compliance to minimize the risk of safety incidents and OSHA violations.

For example, forklift telematics can lock out unauthorized drivers and enforce a safety checklist before each use. In addition, the centralized reporting from these features makes it easy to verify compliance during an OSHA investigation, avoid liabilities, and view safety trends over time to ensure constant improvement and prevent regressions.

Powerfleet provides a variety of safety technology solutions, such as:

  • Forklift and Industrial Safety Light Solutions promotes workplace safety by preventing dangerous pedestrian and vehicle collisions. The forklift-mounted device projects a bright LED line on the floor’s surface, alerting pedestrians in the area regardless of ambient noise.
  • Impact Management protects equipment from abusive operators by sensing an impact that exceeds a predetermined level and alerting management to the harsh hits and improper handling.
  • Speed Monitoring measures speed, distance, and over-speed events to ensure vehicle operators are held accountable. You can set audio and visual alarms when exceeding a speed limit.
  • Weighing Systems can help provide accurate and reliable weight readings to ensure that forklifts aren’t lifting more than their designed capacity.
  • Camera Systems can help train and coach employees on driving behaviors and operating conditions. In addition, companies use the camera technologies to lower costs of damage and provide proof of insurance claims.
  • Pedestrian Alert solutions help reduce or eliminate the risk of incidents involving forklifts and Pedestrians.
  • Access Control Systems manage access with an existing employee ID to ensure driver training and accountability. Gain peace of mind knowing that only certified operators are using equipment.
  • Automated Checklist ensure regulatory compliance with OSHA by using an electronic checklist completion before vehicles can operate.

In addition to improving safety, forklift telematics can help streamline operations and improve profitability. For example, Powerfleet IQ provides an in-depth look into fleet utilization to optimize asset allocation across locations, downsize fleets when necessary, or support purchasing decisions. It even integrates with WMS and ERP software systems.

The Bottom Line

Forklifts are a significant source of safety incidents and OSHA violations. Fortunately, telematics can make it easier to prevent these violations and create a culture of safety. And more, these solutions can provide unparalleled fleet visibility to streamline operations and maximize profitability over the long run.

To learn more about Powerfleet’s telematics, browse our product catalog or contact us for a free consultation.

What Geofencing Can Do For Your Fleet Management

Most fleets use GPS technology to plan routes or track shipments, but these reasons are just scratching the surface of what’s possible. Geofencing helps managers keep track of trailers at customer sites, improve security, and automate manual yard checks. And in combination with other telematics, the technology can be even more powerful.

Let’s look at what geofencing is and some ways to use it across your fleet to improve safety and efficiency.

What Geofencing Can Do For Your Fleet Management Share on X

What is Geofencing?

Geofencing uses GPS to create virtual boundaries around a location. For example, a company might outfit trailers with GPS technology to create a geofence around their yard. The geofence could alert fleet managers when trailers leave the yard to prevent theft, automate yard checks,  verify driver timesheets or set up landmarks like customer sites.

Most telematics solutions combine geofencing with other GPS-related capabilities. In addition to alerts when a trailer leaves the yard, companies may be able to see where assets are on the road. These capabilities are invaluable for everything from route planning to customer service (e.g., updating customers on arrival times). For trucking companies that manage trailer pools, this is an invaluable tool.

Geofence Fleet

Powerfleet Vista’s powerful user interface. Source: Powerfleet

Stop Cargo Theft

North American cargo theft more than doubled between April 2019 and April 2020, according to CargoNet. The average value per theft also increased from $151,000 in 2019 to $230,000 in 2020. With growing shipment volumes, these trends are likely to accelerate over the coming years, and fleets should take action to protect their goods.

Geofence Fleet

Cargo theft statistics from Memorial Day 2020 – Source: CargoNet

Geofencing is an easy way to prevent theft. By geofencing trailers and tractors, fleets can receive immediate alerts when an asset moves out of a yard after business hours. In addition, managers can proactively contact the police and provide detailed information to recover the assets, including their real-time location.

In addition to geofencing, fleets should consider using freight cameras and sensors on their trailers to get even more information about the trailer and freight status to quickly respond to theft events. Powerfleet provides a full range of these solutions, including door sensors and freight cameras that can capture movement in real-time and transmit it to the cloud to deter and ultimately catch thieves.

Automate Yard Checks

Yard checks are a time-consuming, and error-prone task that involves verifying the presence and status of trailers in the yard. By the time it’s completed, the information could already be out of date. Despite these challenges, only a quarter of companies use yard management systems, according to the State of Yard Management 2021 Industry Report.

Geofencing can help automate and improve the process by recording when trailers enter or exit the yard based on their GPS location. Fleet asset managers can also use this information to spot trailers that have been sitting idle for long periods of time, being underutilized. Managers can instantly see the location of every trailer on the web application without having to go outside and manually verify them.

In addition to trailer locations, freight cameras can determine trailer status (e.g., empty or loaded). Powerfleet combines these capabilities into a single solution that completely automates yard checks and enhances trailer utilization and your team’s productivity. You can instantly know which trailers are available and which trailers are ready to go.

Verify Timesheets

Geofencing solutions can help verify driver timesheets and overtime requests. For example, managers can quickly confirm trailer arrival and departure times by matching up GPS data with driver records. At the same time, they can receive alerts when trailers leave the yard during off-hours to get a sense of driver schedules.

Geofence Fleet

Modern ELD Solutions – Source: Powerfleet

When used with other telematics solutions, you may be able to eliminate timesheets. For example, Powerfleet’s in-cab ELD solution makes it easy for drivers to digitally record hours of service, eliminating the need for manual records and ensuring compliance at all times. You can even alert drivers when they are required to take a break.

Beyond Geofencing with GPS

Telematics solutions provide a range of benefits beyond yard checks. While these technologies may have been challenging to implement in the past, the combination of solar power, 4G LTE, and web-based platforms has made it easier than ever to access real-time information. Partners like Powerfleet can also partner with you to develop a deployment plan.

Some key benefits of telematics include:

  • Utilization: Improve asset utilization through access to real-time location and status. Right-size your fleet of assets and increase trailer turn times.
  • Security: Ensure security with door sensors, cameras, and GPS tracking—both in the yard and on the road.
  • Customer Relations: Improve customer satisfaction by communicating real-time location and status with them to share arrival times and get trailers unloaded and returned more quickly.
  • Compliance: Make sure drivers comply with hours of service (HoS) and other regulations through automation.
  • Integrity: Refrigerated truck sensors and cameras verify that cargo remains fresh throughout a journey.
  • Driver Insights: Track driving habits, such as speed and cornering, to improve safety and fuel efficiency.

Proactive MaintenanceEngine Insights: Better maintain vehicles and trailer assets by identifying problems early on instead of on a scheduled timeline and proactively fix them.

Powerfleet provides a broad range of telematics solutions to address everything from material handling equipment to tractor-trailers to vehicles. Even better, we offer the technology to help turn these data points into actionable insights. Powerfleet has more than 20 years experience in telematics, providing customers with improved safety, security, efficiency, regulatory compliance and the ability to increase revenues.

The Bottom Line

Geofencing is a great way to reduce risk and improve efficiency in your yards and at customers’ sites. In addition, GPS technologies make it easy to track tractors, trailers, containers, and other fleet assets along their journey. These capabilities can further improve security on the road and customer service by providing more accurate arrival time estimates.

Learn more about Powerfleet’s telematics solutions, or contact us today for a free consultation.