Artificial Intelligence in Construction

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While most associate it with writing and art, artificial intelligence (AI) is also transforming the construction industry. AI technologies are revolutionizing the way construction projects are planned, executed, and managed, while offering unprecedented opportunities for efficiency, safety, and sustainability. In this blog post, we will explore how AI is making its mark in the construction sector and the many benefits it brings to the industry.

Improved Safety and Risk Management

Safety is paramount in the construction industry, and AI is playing a vital role in minimizing risks and enhancing workplace safety. AI algorithms can analyze historical data, weather patterns, and site conditions to identify potential hazards and suggest preventive measures. By using computer vision and sensor technologies, AI can monitor construction sites in real-time, detecting unsafe practices or situations and alerting workers and supervisors. These AI-powered safety systems can significantly reduce accidents, keeping workers safe, injury free, and ready to work. 

Enhanced Planning and Design

AI plays a crucial role in streamlining the planning and design phases of construction projects. By analyzing vast amounts of data, AI algorithms can identify patterns, optimize designs, and generate accurate cost estimates. 

It enables architects and engineers to create more efficient and sustainable structures by considering factors such as energy consumption, material usage, and environmental impact. AI-powered design tools can also automate repetitive tasks, freeing up time for professionals to focus on the creative aspects of their work.

Intelligent Project Management

Efficient project management is vital for construction companies to succeed, and AI is transforming how managers oversee their projects. AI-powered project management systems can analyze data from various sources, including sensors, drones, and wearable devices, to provide real-time insights into project progress, resource allocation, and risk assessment. 

This allows project managers to make informed decisions, optimize workflows, and mitigate potential delays or bottlenecks. These algorithms can also predict and prevent issues by identifying patterns that may lead to accidents or structural failures, which has the benefits of saving time and materials while enhancing safety on the job site.

Automated Robotics

AI-powered robots can undertake repetitive and physically demanding tasks with precision, speed, and accuracy. From bricklaying and concrete pouring to autonomous vehicles for material transportation, robots are improving efficiency, reducing labor costs, and enhancing worker safety. Additionally, AI algorithms can optimize equipment maintenance schedules, which minimizes downtime and improves overall productivity.

Sustainable Construction Practices

As you know, Steadfast LLC is passionate about green construction, and AI is facilitating many sustainable practices throughout the industry. It can optimize energy consumption by analyzing building usage patterns and adjusting heating, cooling, and lighting systems accordingly. It can also enable the integration of renewable energy sources into building design and operation, maximizing energy efficiency. Additionally, AI-powered analytics can help track and reduce waste, minimize environmental impact, and support the use of eco-friendly materials.

Because we pride ourselves on providing the newest, industry-proven tools and up-to-date equipment, you know we’ll be keeping an eye on AI and how we can use it to better serve you. Combined with our decades of construction experience, our customers always receive modern solutions for smart construction. Contact us today to find out how we can help you with your next project! 

Getting into Construction: Books, Movies, & TV

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Children often idolize construction workers, but as they get older that appreciation sometimes fades. All too often, those in our fields feel the bias against blue collar work. 

Maryland contractor and CEO of Delmarva Veteran Builders, Chris Eccleston, wanted to change that. He teamed up with graphic designer Jenny Kerr Schroen to create Grit Leads to Greatness, a children’s adventure book about two siblings living in a city that has forgotten how to build. Together, they work to find a mason, a carpenter, a plumber and an electrician who help them rebuild their home. The book captures the imaginations of kids and adults alike, reminding them how exciting and important construction is to our world. 

We love seeing young people (and adults!) encouraged to look into the trades, so this blog post highlights the many books, movies, and TV shows that spotlight construction or construction workers. Check them out!

Books

  1. “The Hard Hat: 21 Ways to Be a Great Teammate” by Jon Gordon: This book tells the inspiring true story of George Boiardi, a construction worker and college lacrosse player who embodied the qualities of a great teammate. It offers practical advice on how to build a strong team, both on and off the construction site.
  2. “The Art of Fielding” by Chad Harbach: While not specifically about construction workers, this novel tells the story of a college baseball team and the construction workers who built their stadium. It explores themes of teamwork, dedication, and the pursuit of excellence.
  3. “The Soul of a New Machine” by Tracy Kidder: This Pulitzer Prize-winning book tells the story of a group of engineers and construction workers who built a new computer in the late 1970s. It offers a fascinating look at the creative process and the challenges of building something new.

Movies

  1. The Big Short: This movie tells the story of a group of investors who bet against the housing market before the 2008 financial crisis. It features several scenes of construction workers building new homes and developments, and offers a sobering look at the consequences of reckless speculation.
  2. Joe Dirt: A comedy that follows the misadventures of a janitor who dreams of becoming a construction worker. It’s a lighthearted and fun movie that features several scenes of construction workers on the job.
  3. Iron Man: This superhero movie features several scenes of construction workers building Tony Stark’s state-of-the-art laboratory and other high-tech facilities. It’s a fun and action-packed movie that shows the importance of construction workers in building the infrastructure of the future.

TV Shows

  1. Undercover Boss: This reality show follows CEOs as they go undercover and work alongside their employees. Several episodes have featured construction companies and their workers, offering an inside look at the challenges and rewards of the job.
  2. Dirty Jobs: This popular show features host Mike Rowe as he travels the country and works alongside people in a variety of dirty, difficult, and often dangerous jobs. Several episodes focus on construction workers and the many difficulties they face.
  3. Building Alaska: This show follows a group of construction workers as they build homes and other structures in the harsh Alaskan wilderness. It offers a fascinating look at the challenges of building in such a remote and unforgiving environment.

We hope you get a chance to sit back, relax, and enjoy something from the list above. You’re never too old to get excited about construction!

Laser Fusion

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If you know anything about us here at Steadfast, you know that we are dedicated to sustainability. That’s why we were excited to see that just last month, Texas-based construction company Fluor partnered with Longview Fusion Energy Systems to begin building a laser fusion energy plant.

What is laser fusion?

Laser fusion, also known as inertial confinement fusion, is a promising technology that could potentially revolutionize the way we generate electricity. In this process, immense amounts of energy are released by fusing atomic nuclei together, a process similar to what powers the sun. If we can harness this process, we can potentially have a source of energy that is clean, abundant, and sustainable.

The basic principle behind laser fusion is to compress a small target containing deuterium and tritium, two isotopes of hydrogen, to an extremely high density and temperature, which causes the nuclei of the isotopes to collide and fuse. The energy released in this process is then harnessed to generate electricity.

What are we waiting for?

The challenge with laser fusion is achieving a condition called ignition, which is the point at which the energy released by the fusion reaction exceeds the energy input required to initiate the reaction. This would allow the reaction to become a self-sustaining, continuous release of energy.

While scientists have been working on laser fusion for several decades, there are still significant technical challenges they need to overcome. One of the biggest challenges is achieving the required compression and heating of the fuel in a consistent and controlled way. This requires precise control over the laser beams and the target, as well as advanced diagnostic tools to monitor the process.

Despite these challenges, there has been significant progress in recent years, with several large-scale laser facilities around the world demonstrating significant advances in laser fusion. The National Ignition Facility (NIF) in the United States, for example, has achieved record-breaking levels of fusion energy output, although ignition has not yet been achieved.

The possibilities are endless.

If laser fusion can be made to work at scale, it could have significant implications for our energy future. Unlike conventional nuclear power plants, which produce radioactive waste that remains dangerous for thousands of years, laser fusion would produce very small amounts of radioactive waste, which would decay to safe levels within a few decades. Additionally, laser fusion would not emit greenhouse gasses, making it a clean source of energy.

Laser fusion could power our homes, businesses, and even transportation. If we can overcome the technical challenges and make laser fusion a viable technology, we could have a source of energy that is virtually unlimited, clean, and sustainable. We’re excited to see if Longview Fusion Energy Systems and Fluor will be able to come one step closer to making laser fusion an accessible source of energy. 

If you’re also interested in sustainability, consider visiting Steadfast, LLC before your next project. We take great pride in green construction, which means using resource-efficient and environmentally responsible practices and equipment. Let’s connect and get you going green!

Graphene

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If you follow our blog, you know we love green materials that make construction more sustainable. That’s why we’re excited to see graphene now entering foreign markets. We can’t wait to see how this incredible component will be used to make our buildings more sustainable, in 2023 and beyond.

What is it?

Graphene is a “one-atom-thick layer of carbon atoms arranged in a hexagonal lattice.” Andréy Gueim and Konstantín Novosiólov won the Nobel Prize in Physics for its creation in 2010. It might sound familiar because it is the base of graphite (used in pencil lead), but its many properties are being explored as a new wonder material across a wide variety of industries. Possible applications include computer chips, batteries, transistors, water filters, touch screens, and even DNA sequencing. 

How is it being used in construction?

Although graphene is still in the research stage in the US, the results have been promising for its many uses throughout the construction industry. It’s the world’s thinnest material, yet it’s incredibly durable. It has antibacterial properties, a low freezing point, is twice as strong as steel, has light absorbing qualities, and is highly conductive. 

These features make it perfect for creating graphene-infused composites, which would be a green alternative for concrete, one of the least sustainable yet most commonly used building materials.

Some of these specific properties would make graphene an excellent choice for specific types of buildings. Its antibacterial qualities are making waves in the hospital industry, its conductive qualities are sparking the interest of smart city engineers, and its unique mix of flexibility and durability makes it well-suited for buildings that experience extreme winds and temperatures. 

Graphene also has potential applications in tunnel construction, dykes, bridges, harbors, industrial plants, and sea construction, where exposure to the elements and/or chemicals regularly breaks down concrete. 

How will it be used?

Instead of sheets or blocks, the easiest and most effective way to use graphene currently is as a liquid-based additive. This additive is combined with current cement or concrete mixtures, acting as a filter that absorbs chemicals, refines the pore structure of the concrete, and makes it more durable. 

When will we see it on the market? 

While additives are available in some countries, researchers are still testing and developing it for the U.S. While we may have to wait a little longer, current research is very promising and exciting. Soon graphene may be used in self-healing, self-cleaning, self-adjusting, self-shaping, self-curing, and self-sensing building materials. We are looking forward to its arrival, and the many ways it will make the industry more sustainable!

Data Collection Apps

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At Steadfast, LLC, we love new construction technology. We can’t wait to share information about the newest materials and gadgets that will keep your staff safer, make your projects go faster, help the environment, and make you money. And while they might not be as much fun as drones or concrete made from lunar dust, data collection apps can do all those things and more. 

What are Data Collection Applications?

Put in the simplest terms, data collection apps are mobile programs that collect and store information about your project before, during, and after the job. 

Construction teams have been collecting data for years (think blueprints, the types and amounts of materials they would need, incident reports, etc.), but up until recently that data was kept on paper. While paper has served us well, it did come with some problems, like being easily damaged (hello, coffee stains), bulky, time consuming, and prone to error. 

It’s no surprise, then, that computer engineers started working on data collection software as early as the 1980s. Thanks to the cloud, this software has become one of the most widely-used technologies on construction sites today.

All kinds of useful data can be collected via these applications: they take and share pictures, GPS locations, signatures, and more. You can pull up plans, forms, schedules, and other documents without having to carry around bulky paperwork. And most allow you to store data offline, so they can still be used in areas without reliable internet. 

How can they help you?

If you already have a paper system, it might be tempting to not change something that’s not broken. Just because something is functional, however, doesn’t mean there isn’t a much, much better way. These data collection apps are so effective, even the most traditional site managers are making the switch. You can’t argue with the many financial and safety benefits!

1. Saving Time

How would you feel about having 20 hours back in your week? 

That’s how many administrative and field hours that app users report saving, thanks to increased efficiency. Since the software reduces data entry errors, you aren’t spending time correcting mistakes or hunting down missing signatures. 

GPS allows staff to easily find the exact site where a fix is needed, and you can easily send pictures and videos so everyone doesn’t have to drive to the site. And this improved workflow has one bottom line: jobs are finished in record time, meaning you’re making money faster.

2. Keeping Workers Safe

You want to keep your workers safe. Yet most workers avoid completing lengthy or complicated forms when they can, so many near-miss accidents or inspections get skipped. By making them accessible digitally, your team can quickly get through daily equipment inspections, easily complete near-miss reporting, and immediately access job safety analysis.

3. Reporting Instantly

The improved workflows brought to your team through data collection apps mean you can do your daily job reports, send client deliverables, and access legal documents right from your phone or tablet at your jobsite. Clear results and the ability to make instant decisions will help you have more accurate and dynamic control of every project. 

Which one should we use?

As data collection continues to improve, more apps are becoming available every day with a wide variety of user friendliness and prices. When considering which one to use, there are some important factors to consider. 

First, what devices will you be using? Many apps are specific to iOS (iPhones), android, or web technology. Next, what type of internet access do you have? If you are regularly working on jobs in areas with little to no internet access, you’ll want to make sure the app you choose has several offline options. Finally, will you be taking measurements one time or repeatedly? All of these factors, along with price point, will go into figuring out which app will work best for you. 

Explore a list of some of the most popular apps here. 

At Steadfast, LLC, we’re committed to helping you find the best staff, equipment, and technology to help you complete your jobs safely and efficiently. Contact us today to find out how we can help you get the job done right: jhworthy@steadfastentities.com.

More About Mass Timber

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If you go back through Steadfast’s blogs, you’ll find a lot of information about new, sustainable building materials. Whether it’s concrete strengthened with algae, buildings built with recycled steel, or solar roof shingles, we’re thrilled to see the construction industry moving towards a more sustainable future. That’s why we’re excited to see the Mass Timber industry booming in the U.S., Canada, Europe, and beyond.

What is Mass Timber?

Put simply, mass timber is made up of several solid wood panels held together by nails, glue or dowels. The compressed wooden layers are stacked either at 90 degrees or parallel, making these panels incredibly strong and a comparable alternative to steel and concrete. They are strong enough to withstand earthquakes, high winds, and other forces that previously prevented wood from being used as the main building component in large, multistory buildings.

Is it Sustainable?

Mass Timber is more sustainable with fewer embodied carbons, and requires less water and energy to produce than concrete or steel. Wood also stores carbon in its structure, meaning that Mass Timber buildings actually remove excess carbon from their environment. For example, an 18 story Mass Timber building has an annual negative carbon imprint the same as taking 2,350 cars off the road. 

Forestry has also become more sustainable as the need for lumber has grown. Current practices mean alternating trees are cut down during harvest, allowing the remaining trees to grow taller without competing for sunlight, water, and other resources. Forest growth is also maintained by planting two saplings for every tree harvested, making sure that there will be plenty of timber available in the future. 

Is it Fire Safe?

When most people think of wood buildings, their first concern is fire safety. Fortunately, Mass Timber generally exceeds current fire codes. In one study, a panel was exposed to 1,800+ degrees Fahrenheit for two hours and six minutes, longer than current code requires. The panels don’t only sustain the heat without a problem, but the outside layer of Mass Timber will char, insulating and protecting the inner layer. This means cleanup and building rehabilitation is often easier and faster.

Is it Cost Effective? 

Yes, especially in comparison to concrete. Because Mast Timber panels come preassembled, they can cut down on construction traffic by 90%. Buildings are also constructed about 25% faster than those made predominantly from concrete. Because of this, projects can cost less with fewer safety risks to workers. While the panels themselves are usually more expensive than concrete, the overall cost to both the crew and the buyer is much less.

With all these benefits, we expect to see continued increases in Mass Timber construction. Steadfast, LLC has the modern tools and skilled staff you’re looking for to get your next Mass Timber (or any other type) project off the ground. Contact us today to see how we can help! 

Super Bowl Construction Facts

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On Sunday, over 99 million viewers sat down with friends and family to eat tasty snacks and  watch Philadelphia take on Kansas City in the 57th Super Bowl. Whether you were rooting for the Eagles, the Chiefs, or Rihanna, it was hard not to be impressed by the incredible State Farm Stadium. 

In fact, it made the construction enthusiast in me wonder how much time, energy, and money goes into building these Super Bowl stadiums. Here’s what I found out about stadiums across the NFL:

Most Expensive: SoFi Stadium

Home of the LA Rams and LA Chargers, it took almost four years and $5.5 billion to build this stadium in Inglewood, CA. One of the most expensive parts of building this stadium was making it earthquake proof. The field is sunk down into the ground, keeping it from interrupting the flight patterns of nearby LAX and to protect it from seismic damage. It has 70,240 seats for average game days, but can expand to 100,240 for major events like the Super Bowl. 

Biggest: MetLife Stadium

This stadium, which opened in 2010, boasts 82,500 seats in East Rutherford, NJ. Home of both the New York Giants and the New York Jets, it cost $1.6 billion to construct and was built in a little under 3 years. Beyond being the largest stadium in the NFL, MetLife Stadium was voted the “Greenest Stadium” by the EPA. The stadium is built with environmentally friendly materials; uses compostable plates, cups, and utensils throughout its restaurants; and has multiple strategies for reducing air pollution and conserving water. 

Oldest: Soldier Field

Home of the Chicago Bears, this stadium originally opened in 1924. It is also the smallest NFL stadium, with seating for 61,500 people. The original structure cost $13 million and took over two years to construct. Soldier Field also holds the unusual record of having 24,000 seats removed in 36 hours in 2002, when renovations began the same night they lost the playoffs to the Philadelphia Eagles in 2003, with tailgators still in the parking lot. The renovations were completed in 2003 for $632 million. 

Loudest: Arrowhead Stadium

One of the oldest on this list, Arrowhead Stadium broke ground in 1968, and was built in a little over four years for $43 million. Home of the Kansas City Chiefs, It has been renovated multiple times, with the most recent addition of retrofitted high definition video displays and digital ribbon board technology being added in 2010. In a game on September 29th, 2014, against the New England Patriots, the crowd hit 142.2 decibels, breaking the record for the loudest stadium. We’ll see if it happens again in a few years, as Arrowhead Stadium has been selected as one of the hosts for the 2026 FIFA World Cup. 

Cheapest: Lambeau Field

Known as the ‘Frozen Tundra’, Lambeau Field was initially opened in 1957 after a year and $960,000 in construction costs. Home of the Green Bay Packers, it was the first stadium built specifically for an NFL franchise (previously, facilities were either shared with major league baseball teams or in other shared facilities). It underwent major renovations in 2003, which increased available seating to 81,441 seats. However, even with increased seating, Green Bay tickets are a hot commodity and the Packers have sold out every single game since 1960. 

No matter what team you root for, we hope you had the opportunity to spend the day watching the Super Bowl with your friends and family. And remember, whether you’re building a football stadium or renovating your backyard so you can play catch with the kids, Steadfast, LLC is here for all of your equipment rental and staffing needs. 

What is As-Built Capture Technology?

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Imagine being able to upload all of the information about a jobsite to an app in 15 minutes or less. You’d have everything you need right at your fingertips: the building plans, the layout, the stage of construction, and even photos of where things were. Thanks to as-built capture technology and drawing apps like Novade, this is no longer a work of imagination. Construction companies around the world are using it daily to improve safety, efficiency, and communication.

No More Jobsite Walk

We all know time is money, and jobsite walks are extremely time consuming. First you have to get to the jobsite, and then once you’re there it’s an exhausting list of inspecting individual elements, taking hundreds of photos, uploading them (which can take hours), and then comparing them with the original blueprints. Then, of course, you have to repeat these steps with each new phase of development.

As-built capture technology is getting rid of this chore. Using laser scanners, 3D reality capture cameras, and coordinated measuring machines, contractors now have a wide variety of tools readily available to quickly and efficiently gather information from their sites.

Simple Tech

The best part of as-built capture technology is that it’s incredibly simple to use for the less-than-tech-savvy among us. For instance, OpenSpace is a reality capture software system that automatically maps jobsite photos to building plans. A contractor simply has to strap their 360 degree camera to their hardhat, turn it on, and do a simple walk through the jobsite – no photos, notes, or additional walkthroughs required. 

In under 15 minutes, the imagery is uploaded to the app and connected to the plans. This is great for companies that regularly upgrade or remodel the same buildings every few years, because the building layouts and plans can be reused for decades.

Laser Scanners

Lasers are no longer the thing of sci-fi thrillers; they’re regularly being used in construction and other industries to capture precise measurements. Companies like FARO have developed laser scanners that allow users to create 3D maps of the building or jobsite in real time. They’ve also used this technology to create a laser projector, which can accurately project a laser outline onto a 3D surface, which is then used for prefabrication applications. One of their newest products is the Boston Dynamics Spot Mobile Robot, which allows for autonomous scanning by a robot and is perfect for unknown or dangerous worksites. 

Safety & Efficiency

As-built technology does more than just save time by eliminating jobsite walkthroughs. A picture is worth 1,000 words, and having real time 3D images readily available for review allows for increased accountability. It also improves conflict resolution and communication for your entire crew. With decreased travel costs and the reduced risk for workers due to fewer unknown or dangerous situations, we expect as-built technology to continue to rise in popularity at job sites across the country.

At Steadfast, LLC, we are always looking for the best people, technology, and equipment to make your job run as safely and smoothly as possible. If you’re in need of quality staffing or equipment rentals, contact us today! With our decades of experience and vast network of brands, we have the modern solution to any of your smart construction needs.

New Tech Inventions for 2023

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We love new technology here at Steadfast, LLC, so it’s no surprise that we couldn’t wait to check out Time Magazine’s list of the 200 Best Inventions of 2022. We were especially interested in those with exciting applications in construction in 2023 and beyond! Check out these construction innovations:

Holograms No Longer Just for Star Trek

The Magic Leap 2 is an augmented reality headset that provides interactive holograms used across various industries, including medicine, retail, and manufacturing. In the construction world, Magic Leap 2 can be used to view large buildings and other worksites at scale. This allows teams across the globe to work together despite distances. With just one click, they can provide BIM updates to allow teams to make real time changes, quality assurance, and more.

Tape Measures That Really Measure Up

The world’s first industrial grade digital tape measure, the TI Tomahawk by Reckon Tools is a game changer. With just the click of a button it can take precise incremental, center, and internal measurements. Reckon Tools also created the Reckon Rock App, where users can upload and share their measurements from the TI Tomahawk using Bluetooth technology.

Autonomous Drone

Drones are becoming a staple in the construction industry, but a shortage of qualified, licenced pilots is making their application difficult and expensive. Fortunately, Leica Geosystem’s BLK2FLY flying laser scanner is coming just in the nick of time. Operators use virtual joysticks within an app to fly the machines, so a drone license isn’t required. The system uses GPS, radar sensors, and cameras to navigate obstacles and create digital twins of worksites, building structures, and more. 

Solar, Simplified

While solar rooftop arrays are known for saving energy and cutting down your electric bill, setup is expensive and can cost thousands of dollars more than a traditional roof. That’s where the GAF Energy Timberline Solar Roof System comes in. The system includes solar ‘shingles’ that can be installed by a traditional roofing company with a nail gun. It’s also a certified solar and roofing product with a 25 year warranty, making solar more accessible for businesses and families everywhere. 

Wind Power at Home

Keeping in the theme of renewable energy on the roof, Aeromine Rooftop Wind Technology has patented new technology to capture wind energy. Generating 50% more energy than most solar arrays and having fewer parts to break than traditional small wind turbines, these units perform under even the most extreme weather conditions and are perfect for buildings with large, flat roofs, like big box retail stores, warehouses, and multi-family developments. 

Remote Operating Remotes

To help combat the labor shortage, Phantom Auto has created a remote operation program for forklifts that allows operators to login from anywhere in the world. With LIDAR sensors, high resolution cameras, and real-time video, this technology increases operator productivity and available labor pools while decreasing operator injuries.

Technology is always changing in the construction industry and at Steadfast Entities, LLC, we pride ourselves on maintaining up-to-date, industry-proven tools, equipment, and technology giving you modern solutions for all construction needs. Contact us today to see how we can help!

Don’t Let Your Equipment Walk Away

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Did you know that more than 250 pieces of heavy equipment are stolen each week in the United States? That number increases during December and January, when job sites are empty due to holidays and weather delays. 

Of that stolen equipment, less than 20% is ever recovered, costing business owners anywhere from $300 million to $1 billion every year. The good news? There are lots of ways to protect your equipment from thieves, saving you money and keeping your holidays merry and bright! 

Be on the De-FENCE-ive

Good fences make good neighbors…and are the first defense when it comes to stopping thieves. Make sure your fences go completely around the full perimeter of the jobsite, and that they’re at least 8’ tall. 

Walk the fence often and keep an eye out for tampering like cut chain links or stacked items that make it easier to get up and over. You can also install heavy duty safety bollards at gates, which make it harder for potential thieves to drive off the property with large equipment.

Be Tech Savvy

High-tech safety devices are now more attainable than ever. Whether it’s new and improved LED lighting to brighten your jobsite at night, tamper-proof security cameras, or GPS tracking devices on your equipment, there are a wide variety of products available at several different price points to keep your equipment safe. 

Some newer machines have built in anti-theft technology that require an operator to put in an individual pin to start the machine. If a thief tampers with the system, the machine will automatically send you an alert. If possible, hire a security consultant to figure out which technology would work best for you. It may be an extra cost up front, but if it keeps your equipment safe, it’ll pay for itself over time. 

Make Sure It Works

You can have the best security technology in the world, but it won’t do you any good if it isn’t working properly. Test alarms regularly to make sure they are still in working order. Make sure cameras can capture faces, license plates, and identifying features both during the day and in the dark. Potential thieves will often test your responsiveness by causing false alarms, so keep a close eye on your worksite for unknown vehicles or people who might be casing the property. If someone does look suspicious, report it to local authorities.

Store Equipment Safely

Light, easy-to-move equipment is often a top target for thieves, so make sure your lighter equipment is under cover or inside when left for the night, weekend, or holiday. Never leave equipment trailered, and make sure all trailers are properly secured so they can’t be used to steal equipment. AIf possible, make sure trailers and large equipment are parked far enough apart that they don’t block camera views and provide accidental coverage for criminals.

Maintain Your Inventory

It’s easy to put off, but keeping record of the serial numbers, PINs, manufacturer, and year of every piece of equipment is incredibly helpful should it ever be stolen. An easy way to do this is to take photos of the machines and their serial numbers/PINs, where they are stored, and (if present) your logo, and then store those pictures virtually on the cloud. Your insurance will need all this info when filing for theft. 

Another option? Rent equipment from Steadfast, LLC! This saves you from the hassle of dealing with storage, theft prevention and insurance. Contact us today to explore our reliable, modern equipment options.