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Visibility is key to safer operations, and fleet management software  makes that possible. By collecting real-time data from vehicles, assets, and driver behavior, and turning it into clear, actionable dashboards, companies gain the insight needed to reduce risk and improve accountability. Dashboards act as a command center, giving fleet and safety managers a customizable view of the fleet data that matters most. These tools help transform day-to-day decisions through better visibility, accountability, and action.    Let’s take a closer look at six dashboards that help elevate fleet analytics and drive safer operations.    Safety Dashboard: Solve Top Fleet Safety Challenges   The Safety Dashboard equips fleet and safety managers with the tools they need to proactively manage risk and improve driver behavior. Here's how it addresses common safety challenges:  Visibility Gaps:  Delivers a comprehensive view of safety performance across the fleet, helping managers spot trends, patterns, and outliers they might otherwise miss.  Driver Risk:   Pinpoints risky driving behaviors and frequent violators through event-based scorecards and camera data, enabling targeted coaching.  Speeding & Aggressive Driving:  Tracks and quantifies speeding incidents, making it easier to identify and address repeat or severe offenders.  Inspection & Compliance Issues:  Monitors DVIR violations to ensure that vehicle inspections are completed and safety defects are properly managed.    The safety dashboard simplifies the process of identifying risk, improving driver performance, and maintaining compliance, helping safety managers create a safer and more efficient transportation operation.    Tire Pressure Visualization Dashboard: Prevent Blowouts and Monitor Tire Pressure Trends   The Tire Pressure Visualization Dashboard provides companies with a clear view of tire pressure trends over time, tracking how many miles are driven with underinflated tires. Visualizing this data across individual vehicles or the entire fleet helps   identify risks and drive safer operations.    This module addresses several key safety challenges:  Reduces tire blowout risk  by detecting pressure issues early.  Improves driver and vehicle safety by detecting issues that may cause traction loss or braking hazards.  Reveals preventive maintenance gaps  such as slow leaks.  Enhances accountability  by showing how long unsafe conditions persist.    With this insight, fleet managers can take proactive steps to protect drivers and prevent accidents.    Scorecard History Dashboard: Turn Driver Behavior Data into Actionable Insights   The Scorecard History Dashboard  helps fleet and safety managers improve driver safety in the transportation industry by tracking driver performance trends over time. It monitors each fleet or driver’s safety grade and point deductions, categorized by the reason for each event, such as speeding, hard braking, fast acceleration, or tailgating.    By providing historical visibility into how and why driver scores change, this dashboard supports:  Proactive coaching  based on recurring behaviors.  Targeted safety improvements  at the individual or fleet level.  Data-driven decisions  to reduce risk and improve road safety.    In short, the Scorecard History Dashboard turns driver behavior data into actionable insights that enhance safety culture and operational efficiency.  Machine Health Dashboard: Spot Mechanical Issues Before They Lead to Downtime    The Machine Health Dashboard  plays a critical role in transportation safety by providing real-time visibility into the condition of fleet vehicles. Displaying Diagnostic Trouble Codes (DTCs), such as engine warnings, helps safety and maintenance teams identify mechanical issues that could lead to dangerous and costly on-road events.    Key benefits include:  Early detection of potential safety risks  before they impact drivers.  Visibility into critical system failures , like brakes or engine faults.  Improved driver safety  through faster issue resolution.    By monitoring asset health and alerting teams to mechanical faults, the dashboard helps prevent incidents, reduce downtime, and keep both drivers and vehicles safe.  Alarm Heatmap Dashboard: Visualize Risk Across Locations and Events   The Alarm Heatmap Dashboard enhances transportation safety by visualizing where and how frequently safety-related alarms occur across a fleet. This powerful tool allows safety managers to analyze patterns by location, date, and alarm type, helping them identify high-risk areas and behaviors that require attention.    Key safety challenges it helps address:  Driver behavior risks  such as speeding, distracted driving, and tailgating. Vehicle-related issues  include low tire pressure, high tire temperature, vehicle offline, low battery, and DTC alarms. Operational concerns  like off-hours vehicle use, ELD disconnections, and HOS Violations. By pinpointing where and when alarms occur most, the Alarm Heatmap supports targeted interventions, improves training efforts, and enables data-driven safety strategies—ultimately reducing risk and improving fleet-wide safety performance.  Historical Location Search Map Dashboard: Verify Events with Location History    The Historical Location Search Map Dashboard is a valuable tool for enhancing transportation safety and protecting fleet operations. It allows users to search past vehicle locations to determine if an asset was in a specific area at a specific time.    This functionality supports:  Dispute resolution   – Quickly verify or disprove customer complaints (e.g., “your truck hit my mailbox”).  Liability protection  – Provide location data to defend against false claims or legal issues.  Trespassing prevention  – Confirm whether a vehicle entered unauthorized or restricted areas.  Incident investigation  – Reconstruct vehicle movement during or before a reported safety incident (e.g., near-miss, collision, or property damage).  Route compliance & driver accountability   – Verify adherence to approved routes, stops, and schedules.  Curfew or unauthorized use detection  – Identify vehicle movement during off-hours or restricted periods.    By offering precise location history, this dashboard improves accountability, reduces legal risk, and supports safer, more transparent operations.    Dashboards bring together the tools, metrics, and fleet data needed to run safer, more efficient operations. By giving teams real-time visibility into safety events, driver performance, and asset health, they empower proactive decision-making and risk reduction. Whether you're coaching drivers, preventing breakdowns, or identifying high-risk areas, these six dashboards are essential to building a safer, more accountable fleet.    Ready to upgrade your fleet safety reporting tools? Connect with our team  to see how our solutions can help.

Fuel prices are rising, equipment is spread across remote sites, and new environmental regulations are tightening across Canada. For oil and gas companies, these pressures add up quickly. Whether you're managing well sites in Alberta or field crews in Saskatchewan, keeping operations safe, efficient, and compliant is no small task.  To address these challenges, technology is evolving at a rapid pace. Below are five key technology trends that are shaping the future of the oil and gas industry in Canada.     1. Rise of Remote Monitoring Solutions   As the oil and gas industry continues to expand into more remote regions, the demand for remote monitoring solutions is growing. Advances in IoT (Internet of Things) and cloud-based platforms have made it easier than ever to track assets , monitor tank levels , and measure critical equipment performance  from anywhere in the world.  This shift reduces the need for on-site inspections, which traditionally requires costly travel and time-consuming manual checks. With real-time data on tank levels, fluid pressure, and other key metrics at the fingertips, operators can now make faster, more informed decisions that improve and reduce operational risk.  2. Automated Emission Tracking to Meet ESG Goals   Environmental regulations are tightening, and many oil and gas companies are turning to fleet software and telematics to keep up with new standards. As part of the growing trend toward Environmental, Social, and Governance (ESG) compliance, these innovative software solutions provide automated tracking of fuel consumption, carbon emissions, and even engine idling patterns across the fleet.  These technologies automatically collect environmental data and generate detailed reports  to help companies stay compliant and demonstrate their commitment to sustainability initiatives. These tools not only reduce the manual burden of tracking emissions but also offer real-time insights that help fleets reduce fuel usage, optimize routes, and minimize unnecessary idling.  As the pressure increases to meet carbon reduction targets, oil and gas companies are relying more on these automated systems to ensure transparency, accuracy, and efficiency in ESG reporting.     3. Safety Monitoring and Real-Time Alerts   Safety is always a top concern in the oil and gas industry, especially when teams are working in remote or harsh environments. Today’s technology makes it easier to protect both workers and assets by providing real-time data on vehicle location, equipment health, and site conditions.  Tools like GPS tracking , geofencing, onboard cameras , and predictive maintenance  are part of a growing trend toward smarter and more connected safety systems. These solutions can send alerts for unsafe driving behaviors, such as speeding or harsh braking. Features like panic buttons and location tracking help accelerate emergency response times. The result is better visibility, faster decision-making, and improved overall safety in the field when it matters most.     4. Fuel Management Systems to Combat Theft and Waste   Fuel theft and waste have long been a significant challenge in the oil and gas industry. However, the rise of fuel management systems is helping companies better track fuel usage, monitor consumption, and prevent theft. These systems provide more granular insights into fuel levels, usage patterns, and inventory data.  A growing trend is the integration of smart sensors on fuel tanks and equipment, which can instantly alert operators to discrepancies or unusual fuel consumption. This helps reduce fuel costs and supports environmental goals by minimizing waste and promoting more efficient fuel usage.  5. Predictive Maintenance for Equipment Reliability   In an industry where equipment downtime can be costly, predictive maintenance  is emerging as one of the most impactful technology trends. With the help of sensors and AI-based analytics, companies can monitor equipment performance in real time and predict potential failures before they occur.  This trend is transforming how oil and gas companies manage their fleets, moving from a reactive to a proactive approach. By tracking key metrics on machines like engine hours, temperature, and vibration levels, companies can anticipate issues and schedule maintenance before breakdowns happen. The result is improved equipment reliability, reduced downtime, and lower repair costs.     The oil and gas industry in Canada is facing rising costs, stricter regulations, and the ongoing challenge of managing operations in remote areas. Technology is playing a key role in helping companies respond by improving visibility, safety, and efficiency in the field.  With tools like remote asset monitoring, emission tracking, safety alerts, and predictive maintenance, companies can take better control of their operations. These solutions are no longer optional—they are becoming essential for staying competitive in a fast-changing environment.  By investing in the right technology, companies can operate more efficiently, respond quickly to issues, and move forward with greater confidence.  Contact Pedigree Technologies  to learn how connected technologies can help your team streamline operations and improve performance.

Employee retention remains a significant challenge in the fleet industry, with turnover rates reaching 85- 90 percent in some cases. To reduce turnover and ensure smooth operations, fleet managers are leveraging advanced fleet management technologies. These systems offer solutions that enhance job satisfaction and streamline daily operations, helping retain valuable employees. Here’s how:  Improving Safety and Job Satisfaction   Safety is a top concern for drivers and technicians. Advanced monitoring tools like Tire Pressure Monitoring Systems (TPMS) ,  cameras , and Electronic Logging Devices (ELDs)  help prevent accidents by monitoring vehicle health and driver behavior, reducing risks like tire blowouts and drowsy driving.  Prioritizing safety with technology can create a safer work environment, which boosts employee satisfaction and retention. Employees who feel protected on the job are more likely to stay with the company .   Enhancing Work-Life Balance   Long hours and unpredictable schedules often lead to burnout. Fleet management technology  helps optimize routes, schedules, and job flows, reducing downtime and unnecessary waiting. For drivers, this means more predictable workdays and more time at home. Technicians benefit by focusing on proactive maintenance rather than emergency repairs.  By improving work-life balance and reducing stress, a telematics solution can significantly contribute to a happier and more loyal workforce.  Real-Time Support and Communication   Telematics provides a platform for seamless communication between fleet managers, drivers, and technicians. Whether troubleshooting issues or clarifying tasks, real-time support keeps employees informed and connected. Features such as intuitive navigation for drivers, two-way messaging  for seamless communication, and remote diagnostics  for technicians help streamline operations and address maintenance needs efficiently. This reduces stress and fosters a team-oriented culture where employees feel valued and supported.  Improved communication leads to better employee morale and greater retention by ensuring that employees are never isolated or left without support.    Recognition and Reward Based on Data   These systems offer detailed performance data on key metrics, including fuel efficiency, vehicle uptime, and driver behavior. With tools like driver scorecards and coaching programs , fleet managers can objectively recognize top performers. By offering data-driven rewards and consistent feedback, companies motivate employees to excel, reinforcing their appreciation for hard work.  Employee recognition backed by data creates a positive work environment and boosts retention by making employees feel valued and acknowledged for their contributions.  Reducing Stress and Downtime with Predictive Maintenance   Predictive maintenance tools  allow fleet managers and technicians to monitor vehicle health in real time, identifying potential issues before they cause breakdowns. This proactive approach minimizes unexpected delays, improving job satisfaction for both drivers and technicians.  By reducing downtime and ensuring smooth operations, predictive maintenance enhances job predictability, making work more fulfilling and ultimately contributing to higher employee retention.  Training and Development Opportunities   A fleet management solution offers valuable insights into areas where employees may need additional training or development. For example, if a driver consistently engages in inefficient driving habits or a technician struggles with diagnosing specific mechanical issues, the system can provide insights and support to improve efficiency, targeted training, and better decision-making to enhance overall operations. This personalized approach shows employees that the company is invested in their growth, boosting loyalty and job satisfaction.  Investing in training opportunities backed by telematics data encourages employee development and improves overall performance, which strengthens employee retention.  Building a Stronger Company Culture   Fleet management technologies help foster a culture of transparency, collaboration, and continuous improvement. With real-time operational performance data, companies can create an open environment where employees feel informed and valued. These tools also encourage a mindset of continuous improvement, empowering employees to track their progress and improve their skills over time.  This supportive and transparent environment leads to better teamwork, higher morale, and stronger employee retention.    High turnover is a constant challenge for fleets, but telematics offers a powerful solution for improving employee retention. By enhancing safety, streamlining operations, and fostering a supportive work environment, these technologies help create a workplace where drivers and technicians feel valued and motivated to stay. Investing in technology isn’t just about optimizing fleet performance; it’s about prioritizing the people who keep operations running smoothly.    Contact Pedigree Technologies  today to learn more about how our solutions can keep your employees happier and more engaged.

Managing a fleet in the oil and gas industry  is challenging, especially when operations are spread out across remote locations and harsh environments. Between rising fuel costs, maintenance needs, and unpredictable weather, managing a fleet can quickly become complicated and costly. That’s why many companies are turning to telematics for a smarter, more efficient solution. Here’s how optimizing fleet management with telematics can help improve operations in the oil and gas sector.  Reducing Costs through Fuel and Maintenance Optimization   Reducing operational costs is crucial for oil and gas companies to maintain profitability in a highly competitive and volatile market. Lower costs improve efficiency, allowing companies to invest in safer, more sustainable operations while maximizing overall revenue.  Fuel Management:   Fuel is one of the biggest expenses for oil and gas fleets, with fuel costs alone making up 20–40% of fleet operating expenses. By tracking fuel consumption and optimizing routes, companies can reduce unnecessary fuel use. Managers can also monitor driving behaviors like idling, harsh braking, and speeding to cut down on waste.  Maintenance Efficiency:  Unplanned maintenance and breakdowns can result in costly repairs and downtime.  Preventative maintenance tools  help prevent costly breakdowns by scheduling repairs before they turn into major issues.   These small adjustments can lead to significant savings over time.  Improving Safety and Compliance   Safety is a number one priority in the oil and gas industry, where vehicles often navigate hazardous environments. Technology helps fleet managers ensure drivers follow safety protocols and comply with strict regulations.  Driver Behavior Monitoring:  Telematics can track risky driving behaviors, such as speeding or sudden acceleration, and alert managers in real time. AI Cameras  can capture critical moments like distracted driving, drowsy driving, or seatbelt violations. Fleet managers can use this information for proactive coaching for safer driving.  Automated Compliance Tracking:  Fleet management technology automates compliance processes like Hours of Service (HOS) tracking by automatically recording driving hours and alerting drivers before they exceed legal limits. This reduces the risk of violations, minimizes human error, and simplifies compliance management.   Using technology to monitor safety and enforce compliance can help reduce accidents and avoid costly penalties.    Increasing Productivity with Real-Time Tracking   Efficient fleet operations depend on knowing exactly where vehicles and equipment are at all times. Telematics provides real-time tracking, helping managers make informed decisions and keep operations running smoothly.  Real-Time GPS Tracking:  Fleet managers can track vehicles and assets in real time, ensuring they’re always on schedule and in the right place. GPS tracking solutions  come in various forms - solar, wired, or battery-operated, allowing companies to choose the best option for their specific needs, even tracking in remote areas with limited connectivity.  Automated Reporting:  Telematics tools automatically generate reports  on vehicle performance, fuel usage, and driver behavior, helping fleet managers save time and make data-driven decisions. The vital data can be analyzed to improve business decisions by correcting poor driving habits, optimizing preventative maintenance schedules, and reducing fuel consumption for greater efficiency.  Real-time tracking and automated reports allow managers to keep operations running efficiently and avoid delays.  Optimizing Routes and Reducing Downtime   Fleets in the oil and gas industry often navigate rough terrain and unexpected disruptions. Technology makes it easier to plan and adjust routes in real time to minimize fuel costs and avoid delays.  Route Optimization:  Telematics systems analyze factors such as road conditions, traffic, and vehicle capabilities to determine the most efficient routes.   Dynamic Rerouting:  When conditions change—whether due to weather, road closures, or traffic— real-time updates  allow fleet managers to reroute vehicles quickly and avoid delays. Real-time updates help fleet managers quickly adjust routes in response to weather, road closures, or traffic congestion, reducing downtime.  By leveraging route optimization ,  fleets can save both time and fuel, ensuring efficiency even in the most challenging environments.    Maximizing Equipment Utilization   Fleet management isn’t just about vehicles—it includes optimizing equipment  as well. Telematics provides real-time insights into equipment location, usage, and maintenance needs, ensuring assets are utilized efficiently.  Asset Tracking:  Telematics systems provide visibility into equipment location and usage, helping prevent underutilization and overuse and locating equipment if it goes missing.   Preventative Maintenance:  Monitoring equipment health allows fleet managers to schedule maintenance before breakdowns occur, reducing downtime and extending equipment lifespan.  By leveraging telematics, companies can maximize asset productivity, lower maintenance costs, and improve operational efficiency.    The Future of Fleet Management in Oil and Gas   As technology evolves, the oil and gas industry will see even more significant benefits from advanced fleet management solutions. With the growing use of AI, automation, and more advanced hardware, fleet operations will become even more efficient and effective. AI-powered technology will enhance predictive maintenance, enabling companies to prevent breakdowns before they happen. More sophisticated hardware will allow for better monitoring of equipment and vehicles in remote and challenging environments. These advancements will make managing fleets safer, more cost-effective, and more reliable.    Ready to Optimize Your Fleet?   Pedigree Technologies offers advanced fleet management solutions that can be used in the oil and gas industry. Learn how we can help streamline your operations and reduce costs. Contact us today !

Fleet managers continue to face rising operational costs, making it crucial to find ways to improve efficiency and reduce expenses. One often overlooked area of cost savings is fleet tire management. By implementing a solid tire maintenance strategy and utilizing a Tire Pressure Monitoring System (TPMS) , fleets can extend tire life, improve fuel efficiency, and enhance overall fleet safety.  The True Cost of Poor Tire Management   Tires should be viewed as valuable assets rather than simple consumables. Improper inflation is one of the leading causes of excessive tire wear, increased fuel expenses, and preventable blowouts. According to the FMCSA, only 46% of heavy commercial vehicle tires are inflated within five psi of their target pressure, and the CVSA reports that tire-related violations accounted for 18.5% of all out-of-service violations during its 2022 International Roadcheck.  Underinflated tires lead to:  Reduced traction and longer stopping distances  Increased risk of skidding or hydroplaning  Higher rolling resistance, which decreases fuel economy  Faster, uneven tire wear, shortening tire lifespan    While underinflation poses several risks, overinflation can be just as problematic. Overinflation can lead to:  Reduced vehicle stability  Uneven tire wear patterns  Increased likelihood of tire blowouts    How TPMS Improves Fleet Performance   A TPMS tool actively monitors tire pressure and temperature, alerting drivers and fleet managers to issues before they become costly problems. This proactive approach removes the need for slow manual pressure checks and also makes sure all tires stay in the best inflation range.  Key benefits of TPMS include:   Reduced Fuel Costs : Properly inflated tires decrease rolling resistance, improving fuel efficiency and lowering fuel expenses.  Extended Tire Life : Maintaining optimal pressure reduces wear and tear, allowing fleets to maximize tire investments.  Minimized Downtime : Alerts prevent unexpected blowouts, reducing roadside repairs and vehicle downtime.  Improved Safety : Stable and well-maintained tires enhance vehicle handling and reduce accident risks.  Avoidance of Violations : By keeping tires properly inflated, fleets can reduce their risk of costly DOT violations and fines.    The Advantage of Bluetooth TPMS Technology   Traditionally, tire pressure system installations have been complex and expensive. However, advancements in Bluetooth technology have simplified the process, making it more accessible and cost-effective for fleets. With Bluetooth TPMS sensors, installation is as simple as:  Screwing the tire pressure sensors onto the valve stems  Pairing them with the monitoring system  Access data seamlessly via tablet, PC, or mobile device    These tire air pressure sensors wirelessly transmit both tire pressure and temperature data to the cloud. Fleet managers can then access alerts and analytics using a tablet, PC, or mobile device. This streamlined approach reduces installation time and upfront costs while delivering faster ROI.  Take Control of Your Fleet’s Tire Management   Tire expenses will always be a reality for fleet operators, but they don’t have to be a source of financial strain. By implementing a TPMS and adopting a proactive tire management strategy, fleets can significantly improve savings, fleet performance, and overall safety.  Are you ready to optimize your fleet's tire health and reduce operational costs? Contact Pedigree Technologies  today to learn more about integrating a TPMS solution into your operations.

Have you noticed that Pedigree Technologies has a new look? As we celebrate our 20th year in business, we are excited to introduce a refreshed brand identity, including a new logo launched last month. This update reflects our forward-thinking mindset while staying true to our core values of curiosity, collaboration, and integrity. While our look has evolved, our commitment to anticipating customer needs, enhancing our telematic solutions, and delivering exceptional service remains unchanged.   The Evolution of Pedigree’s Logo   Pedigree Technologies was founded in 2004 with a focus on remote monitoring for agriculture, reflected in our original logo’s green color and crop pattern. After our first year, as we expanded beyond agriculture, we introduced a galaxy concept to symbolize the network of sensors and assets we connected—much like stars in a galaxy with infinite possibilities. When we commercially launched, we rebranded the logo while maintaining the galaxy theme, updating the colors and fonts for a more modern look. Since 2008, our business logo has remained  unchanged, with only a few minor refinements .      What This Means to Us   Beyond aesthetics, this change is about reflecting who we are today. Here’s what some of our team members had to say about the new look of our logo.  “Our refreshed brand identity marks a significant milestone in our 20-year journey. It reflects our continuous growth and our relentless pursuit of excellence. We are excited to present a new look that symbolizes our innovative spirit and forward-thinking philosophy while maintaining the trust and reliability that our clients depend on.” – John Elsner, CEO  “For me, our new logo represents our relentless push forward.  We have been around for over 20 years, but we still operate as a nimble startup pushing for constant improvement.” - Will Shulstad, Head of Engineering.  “The new Pedigree Technologies logo is a testament to the spirit of collaboration that defines our team. Born from deep discussions and fueled by a shared passion, this logo is not just a new visual identity—it's a symbol of our commitment to innovation and excellence. It represents our drive to push boundaries and our dedication to shaping the next generation of our company. This logo is our beacon for the future, guiding us as we continue to evolve and thrive in the dynamic world of telematics and fleet management.” – Jessica Slyter, Marketing Director. “I think each logo we have had has reflected the company at that time. The new logo is bold, forward-looking, and professional. It even resembles tire tracks, a nod to the industries we serve.” Justin Gronfur,  Technical Fellow.   Looking Ahead   Over the coming weeks, this new identity will take shape across all our materials, from digital platforms to product packaging and promotional assets. Our commitment will remain the same, we will continue to provide advanced, crafted telematic solutions while maintaining the trust and reliability our customers expect.   As we roll out this refreshed brand, we invite our customers, partners, and stakeholders to follow along on our social media channels, where we’ll share more insights into the future of Pedigree Technologies and our advanced solutions. Thank you for being part of this journey with us. We’re excited about what’s ahead!  Learn more about Pedigree Technologies and our solutions here.

Running an equipment rental business can be stressful. Keeping track of equipment, managing schedules, and making customers happy isn’t always easy. That’s where telematics comes in. Telematics improves visibility by informing you about your equipment and helping you stay organized and ahead of problems. Here’s how telematics can help rental companies:     Track Your Equipment Anywhere : With telematics, you can see where your equipment is at all times. Whether on-site, in transit, or sitting idle, this level of visibility lets you make quick decisions. Need to send an excavator to another project? Knowing its exact location means you can dispatch it without delays. You can confirm availability and adjust scheduling immediately if a rental extension is requested.     Build Confidence with Delivery Updates : Providing real-time delivery status updates allows your customers to plan their work better. Telematics lets you share precise ETA information and inform customers of any unexpected delays. This transparency builds trust, reassures your customers, and shows you’re committed to helping their projects run smoothly.     Easier Billing : Telematics tracks runtime hours, location history, and usage data. This allows you to generate invoices accurately reflecting how and when the equipment was used. You can strengthen customer relationships and ensure quicker payments by eliminating billing errors. It’s a win-win for both sides.     Keep Equipment Safe : Telematics systems can notify you of unauthorized movement or after-hours usage. If theft occurs, GPS tracking helps you locate and recover equipment quickly, minimizing downtime and replacement costs. Geofencing features can also alert you when equipment leaves designated zones, offering an additional layer of security.  Manage Your Yard Better : Knowing when equipment arrives or leaves your yard is crucial for inventory control. Telematics makes monitoring your fleet’s movements easy, helping you identify what’s available for rent. This prevents double-booking and ensures that high-demand equipment is always ready when needed.     Save on Repairs : Detailed telematics reports track maintenance needs and highlight recurring issues. By addressing these trends, you can avoid costly breakdowns. For example, if equipment constantly overheats, the data can prompt you to fix the issue before it leads to extensive repairs or downtime.     Proactive Maintenance Management : Telematics automates maintenance scheduling by sending notifications for upcoming or overdue tasks. This ensures preventative maintenance is never overlooked, extending the life of your equipment. Staying proactive keeps your fleet in top condition and prevents interruptions to your rental schedule.  Move Equipment More Easily : Efficient transportation planning is a breeze with telematics. You can use route optimization tools to reduce fuel costs and delivery times. Additionally, accessing digital permits through the telematics platform ensures compliance without the hassle of sorting through paperwork, streamlining the entire transportation process.     Why Telematics Gives You an Edge   As you can see, telematics improves every aspect of your operation and provides a competitive advantage. Not every rental company uses telematics, and that’s a big opportunity for you. Customers like knowing their equipment is tracked and can be recovered if needed. Highlighting these capabilities can make your company stand out. Offering features like location tracking and theft recovery builds customer confidence, giving them another reason to choose your business over competitors.     Telematics isn’t just about knowing where your equipment is. It improves visibility into your equipment rental operations, allowing you to enhance efficiency and reduce risks. From proactive maintenance to secure tracking, telematics empowers your business to deliver exceptional customer service and build customer trust. By using telematics, you’re offering more than rentals—you’re offering peace of mind.     Ready to elevate your rental experience? Contact us today to get started!

Fargo, ND October 30, 2024  /PRNewswire/  — Pedigree Technologies   provides fleets with crafted telematics solutions that enhance safety and compliance . With a wide range of options, including TPMS, video monitoring, driver coaching, and customizable scorecards, the OneView  telematics platform allows companies to build a system that meets their unique needs and improves overall fleet safety.  TPMS: Ensuring Tire Health and Safety   Pedigree's Tire Pressure Monitoring System  (TPMS) boosts fleet safety with affordable, self-install Bluetooth sensors, providing tire pressure and temperature visibility for power units and trailers. Alerts are sent directly to drivers' ELD tablets  and OneView, helping prevent dangerous blowouts and tread separation by detecting leaks and improper inflation.  Additionally, TPMS extends tire life, improves fuel efficiency, and boosts vehicle performance, while its reporting and analytics enable fleet managers to implement preventative maintenance and detect issues with automatic tire inflation systems before issues arise.  Camera Systems: AI-Powered Safety and Real-Time Insights    Pedigree Technologies' camera solutions , equipped with AI detection, give fleet managers insights into driver behavior, identifying risks like distracted driving, drowsiness, and reckless actions. This enables quick intervention to address poor driving behavior. Up to four external cameras can be added, capturing footage from side and rear views. The external cameras provide additional viewpoints when coaching drivers and assisting in insurance claims. External and in-cab cameras provide high-quality nighttime visibility for enhanced security, ensuring fleets have clear footage at all times. A backup camera display is also being introduced for added safety when reversing.  In-cab alerts for issues like seatbelt use, tailgating, and forward collision warnings further enhance safety, helping companies train drivers on best practices.    Driver Coaching and Customizable Scorecards: Tailored Tools for Enhanced Fleet Safety and Performance   Pedigree Technologies’ Driver Coaching , a free add-on to the OneView platform, delivers real-time insights to help fleet managers address risky driving behaviors like speeding, tailgating, and distracted driving. Drivers can review automatically flagged events and self-correct, reducing management workload. For added efficiency, companies can enable a dispute feature, so managers only need to review contested violations, saving them time.   Customizable scorecards  enhance coaching by allowing fleet managers to focus on the metrics that matter most to their business, such as safety, compliance, or performance.  With over 140 customizable stats to choose from, scorecards provide visibility into areas like HOS violations, harsh braking, and speeding. This helps managers pinpoint where drivers need improvement, train on best practices, reduce vehicle wear and tear, and lower fuel costs.   Together, Driver Coaching and scorecards streamline the coaching process and offer clear metrics, enabling fleets to efficiently manage safety and performance across the organization.   Creating a Safer Future for Your Fleet    Pedigree Technologies’ crafted telematic solutions help fleets transform driver behavior through continuous feedback and data, focused coaching, and real-time visibility. From TPMS and video monitoring to driver coaching tools, these solutions drive meaningful safety improvements, allowing fleets to operate more efficiently while keeping drivers safe.   For more information on how Pedigree Technologies is leading the way to safer driving, visit our  website . To learn more about Pedigree Technologies or this press release, please contact Jessica Slyter at j.slyter@pedigreetech.io .    Pedigree Technologies is a privately owned, Midwestern tech company focused on providing reliable and expertly crafted telematics solutions to improve fleet and asset management. Serving diverse industries, including transportation, oil and gas, construction, and heavy equipment, we redefine what's possible in fleet/asset monitoring technology by connecting the unconnected. Our customer-centric approach ensures personalized support tailored to the unique needs of each fleet, driving greater success through enhanced customer satisfaction and loyalty.

As the new year approaches, fleet and operations managers should review their company’s standard practices and procedures to help their teams have a productive, safe, and efficient year. Whether you manage a large or small fleet, taking a few strategic steps now can save money, reduce downtime, and improve driver safety. Here are some key actions to consider ensuring your fleet is ready for whatever the new year brings.   1. Review Your Fleet Maintenance Practices    Checking the maintenance history of your assets can show ongoing issues with certain vehicles or equipment. This helps you fix potential problems early and avoid expensive breakdowns. If you are not using telematics for your fleet maintenance, now is the time to look into it.   Tools like remote diagnostics and automated scheduling  can help you create a preventative maintenance workflow. Customizable reports  can be created with the data that’s important to you and fits your fleet’s needs. Telematics can help you use real-time data to improve your processes and lower the hours spent on manually tracking maintenance.  2. Update and Review Safety and Compliance Practices    Safety and compliance are usually a company's top priority. Now is an excellent time to review your safety policies with drivers and equipment operators to ensure they are fully aware of compliance requirements and adhering to best practices. Make sure all vehicles are current with inspections and licenses and following all other regulatory mandates. Implementing digital document storage  can also help ensure that important compliance documents are easily accessible and up to date.  Conducting refresher training sessions can reinforce important safety measures and help your team stay informed about any new regulations. Clear communication about safety policies helps everyone follow the rules. This reduces the chance of accidents and costly violations, keeping your team and assets safe.   3. Review Fuel Data to Maximize Savings    Fuel costs remain one of the largest expenses for fleets. Reviewing fuel data can reveal areas for improvement, like reducing idling time, promoting fuel-efficient driving, and optimizing routes.   Telematics solutions make it easier to track fuel usage. They provide real-time insights into costly driving behaviors such as speeding and extended idling. With this data, you can monitor fuel usage to optimize savings.   Using dispatch software  to optimize routes also helps reduce fuel consumption by creating efficient paths for deliveries, which helps maximize savings. By planning the most direct and traffic-free routes, dispatch software can help minimize fuel costs, reduce vehicle wear, and support faster deliveries, making operations more economical and sustainable.  Setting fuel efficiency goals for the new year can further boost savings across your fleet.  4. Set Goals with Key Performance Indicators (KPIs)    Telematics data and fleet management systems can help you establish measurable goals, known as Key Performance Indicators (KPIs).  Common fleet KPIs include reducing downtime, improving fuel efficiency, and reducing maintenance costs. Establishing specific KPIs provides a clear way to measure your fleet’s progress, helping your team stay on track and improve throughout the year. Regularly reviewing these goals ensures your fleet is moving in the right direction.   5. Plan for Seasonal Challenges    Weather can be tough on vehicles, especially in colder regions where winter conditions lead to extra wear and tear. Anticipating these challenges allows you to prepare ahead of time. Schedule extra checks on tire pressure, battery health, and heating systems to prevent breakdowns in cold weather.  A Tire Pressure Monitoring System (TPMS)  is helpful for monitoring tire pressure and tire temperature. It can alert you to tire changes that often happen with the seasons. You can also use weather data and real-time tracking to adjust routes to reduce the risk of delays due to adverse conditions. With these tools, you can keep your fleet safer and more reliable, no matter the weather.     6. Prioritize Emissions Reduction and Sustainability    Sustainability is becoming increasingly important because of regulatory pressures and Corporate Social Responsibility (CSR) goals. You can reduce your fleet’s environmental impact through several key strategies.  Begin by teaching drivers eco-friendly habits. Focus on smooth acceleration and reducing idle time. This will help lower fuel use and emissions. Route optimization software can also help by reducing mileage, fuel costs, and emissions through more efficient routing.  Adding fuel-efficient or electric vehicles can further reduce your fleet’s environmental impact. Tracking and reporting on fuel use and emissions demonstrates measurable progress and keeps stakeholders informed of your sustainability efforts.   7. Embrace Automation for Process and Task Management   Automation is making fleet management easier by streamlining tasks that once required manual effort. This allows fleet managers to reduce workloads and focus on high-value activities. Telematics and fleet management systems can help automate processes like maintenance scheduling, routing, and dispatching to enhance efficiency.    AI-powered cameras  and customizable scorecards  provide valuable insights into driver behavior, enabling targeted coaching to improve performance. Driver Coaching tools  can set up automated flags and offer dispute management to further alleviate the workload for fleet managers, making the coaching process more efficient.   By embracing these automation technologies, fleet managers can improve accuracy, maintain compliance, and ultimately drive greater operational success.   8. Evaluate and Upgrade Fleet Technology    Fleet technology is always changing. The new year is a great time to review your system to ensure they are delivering the best results.   This could mean upgrading your telematics solution. You might also add new tracking devices, like Bluetooth tags , to keep track of equipment and other non-vehicle assets. New technology can often pay off quickly by improving efficiency and reducing manual tasks.     As you prepare your fleet for the new year, taking proactive steps in maintenance, safety, fuel management, and sustainability will set your team up for success. By leveraging technology and automation, you can streamline operations, improve compliance, and enhance overall efficiency.   Regularly reviewing practices and setting measurable goals will help you respond to challenges and position your fleet to thrive in a competitive market. With careful planning and the right tools, you can drive your fleet toward a successful and profitable year ahead.    To learn more about how telematics can improve your fleet operations, contact us .

Fleet drivers face demanding schedules, tight deadlines, and long hours on the road, often leaving little room for proper rest. While the focus on distracted driving and speeding gets a lot of attention, drowsy driving poses an equally dangerous, yet less recognized, threat to fleet safety. The reality is stark: drowsy driving is a silent threat, endangering lives, disrupting operations, and impacting a fleet’s bottom line. Understanding the Scope of Drowsy Driving The National Highway Traffic Safety Administration (NHTSA) estimates that drowsy driving causes approximately 100,000 crashes annually in the U.S., resulting in thousands of injuries and hundreds of fatalities. However, the true number may be even higher, as fatigue is often underreported as a factor in accidents. For fleets, the risks are amplified. Commercial drivers often operate heavy vehicles at high speeds for extended periods. A single moment of inattention due to fatigue can lead to catastrophic consequences, including multi-vehicle collisions, cargo damage, and loss of life. Why Drowsy Driving Happens in Fleets Fleet drivers are especially vulnerable to fatigue due to several factors: Long Hours on the Road: Even with Hours of Service (HOS) regulations, the nature of fleet operations often involves extended driving periods and unpredictable schedules. Irregular Sleep Patterns: Night shifts, early mornings, and rotating schedules can disrupt a driver’s natural circadian rhythm, leading to inadequate or poor-quality sleep. Monotonous Routes: Long stretches of highway driving can induce fatigue, especially when there is little variation in the surroundings. Pressure to Meet Deadlines: Tight schedules and demanding delivery windows may lead drivers to sacrifice rest to stay on track, increasing the risk of drowsy driving. The Threats to Fleet Safety Drowsy driving poses significant threats to both individual drivers and fleet operations as a whole: Increased Accident Risk: Fatigue slows reaction times, impairs decision-making, and decreases alertness—all critical for safe driving. Operational Disruptions: Accidents caused by drowsy driving can result in vehicle downtime, cargo loss, and logistical challenges. Legal and Financial Liabilities: If a fatigued driver causes an accident, the fleet may face lawsuits, fines, and increased insurance premiums. Damage to Reputation: A poor safety record, especially one involving preventable incidents like drowsy driving, can harm a fleet’s reputation and deter potential clients. Preventing Drowsy Driving in Fleets Proactively addressing drowsy driving is essential for maintaining a safe and efficient fleet. Here’s how fleets can take action: Promote a Safety-First Culture: Foster an environment where drivers feel supported in prioritizing rest and well-being over meeting aggressive schedules. Implement Driver Training Programs: Educate drivers on recognizing the signs of fatigue and provide strategies to combat drowsy driving, such as taking regular breaks and maintaining a healthy sleep schedule. Leverage Technology: Fatigue monitoring systems, telematics, and in-cab cameras can detect signs of drowsy driving, such as lane drifting or prolonged eye closure, and provide real-time alerts to drivers and fleet managers. Optimize Scheduling Practices: Use data to create schedules that align with drivers’ natural sleep cycles, reducing the likelihood of fatigue. How Pedigree Technologies Can Help At Pedigree Technologies , we understand the challenges fleet managers face in ensuring driver safety. Our innovative telematics and driver monitoring solutions are designed to provide real-time insights into driver behavior, including fatigue indicators. By empowering fleets with technology that prioritizes safety, we help reduce risks, protect lives, and improve operational efficiency. When drowsy driving is detected, such as through signs of yawning, eyes closing, head drooping, or excessive blinking, an audible alert is triggered inside the cab, and the event is recorded on video. The footage is automatically logged and can be accessed or downloaded for playback through the Video tab in OneView . These events are highlighted in a video report, with a tally of drowsy driving events displayed on the driver's scorecard. Notifications are sent via email, text, or directly to your OneView account for immediate action. A Safer Fleet Starts with Awareness Drowsy driving is a silent threat that can no longer be ignored. By taking a proactive approach to education, prevention, and leveraging advanced technology, fleets can minimize the dangers of fatigue and create a safer environment for everyone on the road. Want to learn more about how Pedigree Technologies can enhance your fleet’s safety? Contact us today for a free consultation.

In construction, every minute counts. With t ight deadlines, rising costs, and resource constraints, efficient worksites aren’t just desirable – they're essential. The adoption of technology, such as telematics and asset tracking systems, plays a crucial role in improving productivity and reducing waste. Studies show that construction equipment is often underutilized, with an average of 30% of equipment sitting idle. Achieving peak performance requires a holistic approach to asset utilization, maintenance, and monitoring. Here’s how the industry can use technology to refine strategies to optimize workflows and keep projects on track.   Maximizing Asset Utilization   Efficient construction sites depend on how resources are deployed. Many companies still rely on manual tracking, which leads to underutilized assets and increased costs. To maximize equipment potential:  Centralized Data for Better Decisions : Consolidate data into a single platform . Telematics provides real-time visibility into equipment locations, performance, and health, helping eliminate confusion about availability and condition.  Optimizing Asset Usage : Use  cutting-edge tracking systems  and analytical tools that provide insights into tracking equipment performance, identify inefficiencies, and optimize scheduling to maximize your ROI.  Predicting Needs : Historical data helps forecast future asset needs, ensuring the right equipment is available at the right time, like planning for extra forklifts during peak delivery periods.    Shifting from Reactive to Proactive Maintenance   Breakdowns on-site are costly. Shifting from reactive to proactive maintenance reduces downtime and improves project efficiency. According to the Associated General Contractors of America, equipment downtime delays projects by an average of three to five days. Telematics can help monitor equipment health and create preventative maintenance strategies.  Advanced Machine Health Monitoring : Tools  that analyze Diagnostic Trouble Codes (DTCs) from various OEMs provide insights to help prevent failures before they happen, protecting investments and avoiding costly downtime.  Tracking Wear Patterns : Monitoring wear and tear helps address potential issues early, such as detecting when hydraulic system seals or hoses need replacement.  Automated Scheduling : Set maintenance schedules  based on equipment usage rather than arbitrary timelines to save time and reduce unnecessary downtime.  Empowering Field Teams : Mobile tools provide technicians with quick access to equipment repair histories and repair guides, enabling faster fixes and decreasing on-the-job downtime.  A robust maintenance program not only reduces delays but also extends equipment life, protecting your investment.  Tracking Tools and Attachments: The Hidden Efficiency Boost   While large machinery gets the spotlight, smaller assets—tools, attachments, and portable equipment—are just as critical. These assets are often misplaced or underutilized. Technology can make tracking these items easier:  Low-Cost Tracking Solutions : Bluetooth sensors  help track smaller tools and attachments by providing the last pinged location at a fraction of the cost of a traditional tracking device.    Reducing Loss and Theft : Bluetooth tags enhance security on job sites by tracking the last known location of tools, thereby significantly reducing the risk of loss and theft.    Reallocating Resources in Real Time : Visibility across job sites allows for the redistribution of high-demand tools to where they are needed most.  Leveraging Data for Continuous Improvement   Data is one of the most underutilized components in construction. Analyzing trends in equipment usage, project timelines, and maintenance records can uncover inefficiencies and guide you to more effective strategies.  Visualizing Performance : Telematics provide continuous data on key metrics, such as fuel consumption and idle time, helping managers make data-driven decisions to reduce costs.  Standardizing Reporting : Consistent reporting ensures stakeholders have accurate information, aiding in better decision-making.  Learning from Each Project : Analyzing past projects for delays or inefficiencies helps teams improve future planning.    Improved worksite efficiency, driven by technology like telematics and asset tracking, impacts every aspect of construction. It helps projects stay on schedule, reduce costs, and minimize fuel waste and equipment rentals. Well-maintained equipment and organized sites enhance safety, while efficient resource use supports sustainability. Achieving efficiency is not just about adopting new technology; it’s about leveraging the right tools to tackle challenges. By focusing on smarter asset utilization, proactive maintenance, and data-driven insights, companies can lay the foundation for long-term success, creating a more efficient, profitable, and sustainable industry.  Contact us  to learn more about how Pedigree Technologies and our telematic solutions can help your construction company utilize and maintain all your assets.

Managing costs is crucial in construction . Studies show that 9 out of 10 construction projects go over budget. Proper cost management can make the difference between a project's success and failure. Not only does it improve profits, but it also helps maintain customer satisfaction and supports sustainability goals. Telematics can play a major role in transforming cost management for construction businesses. Here’s how:     1. Fuel Management   Fuel is one of the largest expenses for construction companies. Telematics systems provide detailed insights into fuel usage, idling times, and unauthorized fuel consumption. With the data collected, companies can:  Identify and reduce unnecessary idling to save on fuel costs.  Optimize routes for more fuel-efficient travel.  Detect fuel theft or unauthorized usage.  By using this information, companies can reduce waste, improve fuel efficiency, and lower overall expenses.     2. Equipment Utilization   Telematics can greatly enhance equipment utilization by providing real-time insights into the location and usage of equipment. By monitoring equipment location and runtime, businesses can optimize usage and prevent the high costs associated with underutilization. With telematics-enabled equipment management , you gain the ability to:  Track equipment locations to monitor usage and identify inefficiencies.  Analyze equipment usage to identify idle or underutilized assets, allowing reassignment to other tasks or projects.  Use Bluetooth technology to track smaller, high-value items like tools and attachments ,  reducing the risk of loss or underutilization.  Maximizing equipment utilization helps businesses cut down on unnecessary purchases, reduce downtime, and ensure that all assets are working to their full potential.       3. Preventative Maintenance   Unexpected equipment breakdowns can cause delays and costly repairs. Telematics empowers companies to implement proactive maintenance strategies through detailed equipment data analysis. Key benefits include:  Analyzing OEM data and DTC codes to detect early signs of mechanical issues, preventing expensive breakdowns.  Using failure patterns to refine maintenance schedules.  Automating work orders to ensure timely maintenance based on company-specific protocols.  Scheduling regular maintenance to stay ahead of equipment needs.  Providing technicians with mobile access to equipment data and documentation for faster repairs.  By leveraging data from OEM systems and DTC codes, companies can better anticipate maintenance needs, reduce downtime, and avoid costly repairs, keeping projects on schedule and within budget.     4. Analytics & Reporting   Understanding fleet performance is key to making informed financial decisions. Telematics systems provide powerful analytics and reporting tools, including:  Dashboards that give an overview of fleet metrics like fuel use, idle time, and maintenance alerts.  PTO monitoring to track engine usage for various tasks.  Customizable reports to analyze asset performance and improve planning.  These insights empower businesses to make smarter decisions and achieve significant cost savings.     5. Reduced Theft and Loss Prevention   Theft and loss of equipment and tools on construction sites can be costly. Telematics helps track and protect assets, reducing the likelihood of theft. Key Features include:  Using GPS tracking to monitor the location of high-value equipment and tools   Setting up alerts for unauthorized usage or when assets leave designated areas (geo-fencing).  Using Bluetooth tracking to monitor smaller items that are prone to being misplaced or stolen without the need for a cellular device.  By reducing theft and loss, companies can avoid the high costs associated with replacing stolen or lost equipment.    Telematics solutions offer construction companies the tools they need to improve cost management and boost operational efficiency. From managing fuel consumption and optimizing equipment utilization to automating preventative maintenance schedules, telematics provides actionable insights that reduce waste, prevent costly breakdowns, and improve safety. Additionally, analytics and reporting enable businesses to make impactful financial decisions while ensuring high-value assets remain protected.    By embracing these solutions, construction companies can stay on budget, increase profits, and maintain a proper workflow across their operations. At Pedigree Technologies , we specialize in providing crafted telematics solutions to meet the unique needs of the construction industry. Ready to take control of your costs and boost fleet performance? Contact us today to learn how we can help your business thrive.