This week’s construction tech news with James Benham (@JamesMBenham), and Rob McKinney (@ConAppGuru) Featuring: Interview with Aali Alizadeh from Giatec Construction Tech News of the Week
Giatec has announced that their artificial intelligence (AI) algorithm, Roxi, is now incorporated in SmartMix, a new web-based dashboard that enables producers to optimize concrete materials and predict the performance of their mixes. “The SmartMix platform has helped us communicate with our customers and provide transparency. We can give them better insights into when our mixes will achieve a specified early-age strength to help them with their construction schedule,” says Patrick Frawley, P.E., Director of Quality Assurance, Central Concrete. With the SmartMix dashboard, producers can adjust the proportions of their concrete mixes, such as the use of chemical admixtures and amount of cement. With millions of datapoints used to train the AI algorithm, the program’s suggestions ensure that these adjustments will meet a mix’s designed compressive strength and other performance criteria.
Pouria Ghods and his colleagues at Giatec Scientific aren’t just paying lip service to fighting climate change – they have a concrete plan of action. One of Ottawa’s hottest tech startups, Giatec specializes in developing wireless sensors that measure the quality and consistency of concrete during the construction process and beyond. Founded just over a decade ago, the company has evolved into a global leader in its field. Giatec appeared on OBJ’s list of fastest-growing companies three years ago, and last fall it finished in the top 100 on Canadian Business magazine’s prestigious Growth List with five-year revenue growth of nearly 1,400 per cent. Now, the engineering whizzes at Giatec have turned their attention to tackling one of the planet’s most pressing problems: global warming. They’ve created a new web-based dashboard called SmartMix that uses AI algorithms to help concrete producers calculate the…
SmartMix Online Dashboard Equips Producers with a Comprehensive Platform that Improves Concrete Mix Performance and Reduces CO2 Emissions Giatec, world leader in concrete testing technologies, has announced that their artificial intelligence (AI) algorithm, Roxi, is now incorporated in SmartMix, a new web-based dashboard that enables producers to optimize concrete materials and predict the performance of their mixes. “The SmartMix platform has helped us communicate with our customers and provide transparency. We can give them better insights into when our mixes will achieve a specified early-age strength to help them with their construction schedule,” says Patrick Frawley, P.E., Director of Quality Assurance, Central Concrete.
Giatec’s SmartMix is a web-based dashboard that enables producers to optimize concrete materials and predict the performance of their mixes. “The SmartMix platform has helped us communicate with our customers and provide transparency. We can give them better insights into when our mixes will achieve a specified early-age strength to help them with their construction schedule,” says Patrick Frawley, P.E., Director of Quality Assurance, Central Concrete. Giatec Scientific Inc.With the SmartMix dashboard, producers can adjust the proportions of their concrete mixes, such as the use of chemical admixtures and amount of cement. With millions of datapoints used to train Roxi, Giatec’s artificial intelligence (AI) algorithm, the program’s suggestions ensure that these adjustments will meet a mix’s designed compressive strength and other performance criteria.
Giatec is a world leader in concrete testing technologies. Giatec SmartMix now incorporates their artificial intelligence (AI) algorithm, Roxi. This is a new online dashboard that enables producers to optimize concrete materials and predict the performance of their mixes. “The SmartMix platform has helped us communicate with our customers and provide transparency. We can give them better insights into when our mixes will achieve a specified early-age strength to help them with their construction schedule.” Says Patrick Frawley, P.E., Director of Quality Assurance, Central Concrete. With the SmartMix dashboard, producers can adjust the proportions of their concrete mixes, such as the use of chemical admixtures and amount of cement. With millions of datapoints used to train the AI algorithm, the program’s suggestions ensure that these adjustments will meet a mix’s designed compressive strength and other performance criteria. “This means that a producer…
The Government of Canada today announced an investment of $55.1 million to be distributed among 20 cleantech companies from across Canada. The funding comes from Sustainable Development Technology Canada (SDTC) and is meant to support small and medium-sized companies that are developing solutions to help reduce greenhouse gas emissions, lessen the environmental impacts of conventional mining methods and support sustainable agricultural practices. Recipients of the funding include startups in the cleantech and agtech sectors. The more than $55 million is part of the federal government’s climate protection plan, with Prime Minister Justin Trudeau announced in December. As part of this, $750 million was allotted to re-capitalize SDTC over the next five years, with part of the goal being to help Canadian entrepreneurs commercialize clean technologies. The government noted the investment was the single largest it had ever made in SDTC….
More than $55 million to support R&D on clean solutions in the energy, agricultural and resources sectors The Government of Canada is making investments that will lay the groundwork for a stronger, greener and more resilient economy, which will create opportunities for all Canadians. A strong economic recovery will be built on Canada’s leadership in growing markets in the low-carbon economy. That is why the government is supporting Canadian innovators in clean technology, as the solutions they create will support well-paying jobs for Canadians and help contribute to the global fight against climate change. Today, the Honourable François-Philippe Champagne, Minister of Innovation, Science and Industry, announced investments of $55.1 million in 20 clean technology companies across Canada through Sustainable Development Technology Canada (SDTC). This funding will support small and medium-sized companies that are developing innovative solutions to help reduce greenhouse gas emissions,…
Title: Numerical Simulation of Internal Relative Humidity of Concrete Exposed to Drying Author(s): Sarah De Carufel, Andrew Fahim, Pouria Ghods, and Rouhollah Aalizadeh Publication: Materials Journal Volume: 117 Issue: 6 Appears on pages(s): 101-110 Keywords: ASTM F2170; concrete drying; concrete relative humidity; finite element modeling; moisture transport; permeability; pore size distribution; resilient flooring Date: 11/1/2020 Abstract:This paper presents a model developed to predict the internal relative humidity (RH) of concrete during drying. The model makes use of simplified inputs, including the concrete mixture design and the cement Bogue composition, thus making it accessible to engineers and practitioners. These inputs are used to separately determine the permeability of both liquid and vapor phases, hence solving for moisture transport through an empirical derivation of the (de) sorption isotherm, total porosity, and pore tortuosity. The model is validated using previously published literature data as well as experiments designed specifically for model…
Join Robert Cumming, Director of Environment at Lafarge Eastern Canada, as he explains how we plan to build a world that is greener, smarter and that works for all. Learn about our efforts toward a Net Zero future and circular economy.
January 28 @ 11:30 am – 5:00 pm The Net Zero Construction Conference brings together the top leaders in sustainable construction to discuss the trends and technologies that are paving the way for a net-zero future. Schedule 11:30am (EST) Opening Remarks 11:45am (EST) Sustainable Construction Practices That Pay Off 12:45pm (EST) The Drive to Net Zero: Going from “Talking the Talk” to “Walking the Walk” – LaFarge Canada 1:10pm (EST) Procore & Power of Platform 1:30pm (EST) Break 1:45pm (EST) Setting the Foundation for our Future Panel 2:30pm (EST) Chair Yoga Break 2:45pm (EST) Ready Mix Producer Perspective to Low Carbon Concrete – US Concrete 3:05pm (EST) Top 10 Ways to Reduce Concrete’s Carbon Footprint 3:35pm (EST) Embracing Sustainable Technology 4:30pm (EST) Networking Let’s Chart the Future of Our Industry Together
The 2021 issue of the Canadian Concrete Pumpers magazine includes features on Edmonton’s LRT project, wind farm projects that Lafarge is working on in the Canadian Prairies, and more.
Giatec, a global company known for the first wireless concrete testing sensor and artificial intelligence (AI), unveils their predictions for the construction industry in 2021 including a significant increase in the use of labour-saving tools, digital technologies and software, and growth in online learning. Jobsites are trying to adapt and find solutions to the challenges presented by the pandemic since it began in late 2019. It is predicted that the use of new technologies and construction automation software will increase because it will assist in reducing the amount of close contact between individuals onsite and follow health and safety guidelines in an effort to prevent the spread of COVID-19. These trends will help offset setbacks resulting from new working conditions and counter construction slowdown. “As construction firms take on the challenge of future proofing beyond 2021, leaders have an opportunity…
Ottawa’s tech firms to watch The companies that will make their mark on the post-pandemic economy. Ottawa’s authoritative source of business news, covering tech, tourism, real estate and other key economic sectors in Canada’s capital.
The American Society of Concrete Contractors has named Cleveland general contractor Donley’s Inc. and Davidson, N.C. specialty contractor Wayne Brothers Inc. as W. Burr Bennett Award for Safety Excellence recipients, based on 2019 metrics. The ASCC Safety & Risk Management Council presents the honor in partnership with major underwriter CNA, judging candidates on three years of performance indicators; a self-assessment checklist of company practices; and, detailed descriptions of safety plans and culture. Among top-performing general contractors, Donley’s also earned an Outstanding Safety Achievement Award for lowest incident rate (160,000-650,000 work hours), joining Sundt Construction Inc., Tempe, Ariz. (> 650,000 work hours) and Quesenberry’s Inc., Big Stone Gap, Va. (> 160,000 work hours). Leading Outstanding Safety Achievement Award recipients among specialty contractors are TAS Commercial Concrete Systems, Houston (< 400,000 work hours); Procon Inc., Rocky Mount, Va. (90,000-400,000 work hours); and,…
Giatec is emphasizing safety on construction jobsites during COVID-19 with wireless concrete monitoring sensors, SmartRock. These award-winning sensors give contractors access to a comprehensive analysis of their concrete’s performance directly on their mobile devices. This speeds up and enhances the process of collecting, analyzing, and sharing important data without the need to be in close contact with other workers on the jobsite. Since the global pandemic began in late 2019 construction projects around the world have been decreasing the number of workers onsite, or shutting down altogether, in an effort to reduce contact between individuals and prevent the spread of COVID-19. Project managers are turning to advanced technologies to offset resulting setbacks while continuing to meet the housing, building, and infrastructure needs of the future. This trend, which can be seen in the U.S. and around the world, was highlighted…
The Faculty of Engineering at uOttawa presents Make the Future Industry Insights, a new web series hosted by Zoya Abou-Jaish, a fourth year Electrical Engineering student. While respecting social distancing, Zoya virtually met with faculty alumni to get a better idea of what’s going on in their industry. She also took this opportunity to ask them questions about their career path since graduation. Thanks to their knowledge and experience, alumni offer precious advice to students and young alumni as part of this web series. They reflect about what they could have done differently if they could go back in time. In conclusion, there are certainly some lessons to be learned from past economic crises. In this episode of the Make the Future Industry Insights web series, Zoya Abou-Jaish, an Electrical Engineering student, meets Aali Alizadeh, Co-Founder, President & CTO at…
Giatec, frontrunner in concrete testing technologies, is leading the way in emphasizing safety on construction jobsites during COVID-19 with wireless concrete monitoring sensors, SmartRock. These award-winning sensors give contractors access to a comprehensive analysis of their concrete’s performance directly on their mobile devices. This speeds up and enhances the process of collecting, analyzing, and sharing important data without the need to be in close contact with other workers on the jobsite. Since the global pandemic began in late 2019 construction projects around the world have been decreasing the number of workers onsite, or shutting down altogether, in an effort to reduce contact between individuals and prevent the spread of COVID-19. Project managers are turning to advanced technologies to offset resulting setbacks while continuing to meet the housing, building, and infrastructure needs of the future. This trend, which can be seen…
In recent years, the development of large concrete structures has become increasingly common due to its many structural benefits. Concrete presents a number of characteristics that improve the sustainability performance of a structure. Not only does it offer advantages regarding sustainability due to its low carbon emission during the construction phase, but it also offers durability, increased structural capacity, resistance to fire and flooding, and optimal sound isolation. This blog will delve into defining concepts, as well as the importance of recording and monitoring the measurements of concrete with sensors or a thermocouple for mass concrete structures. What is a Mass Concrete Element? Mass concrete is categorized as any volume of concrete with dimensions large enough to require that measures be taken to cope with the generation of heat hydration of the cement and attendant volume changes to minimize cracking. When it comes to large bodies of concrete, one of the…
According to ASTM C125 – 20: Standard Terminology Relating to Concrete and Concrete Aggregates, the concrete setting is “the process, due to chemical reactions, occurring after the addition of mixing water, that results in a gradual development of rigidity of a cementitious mixture.” In other words, the concrete undergoes a process called hydration, in which the major compounds in cement form chemical bonds with water molecules. Hydration causes concrete to harden and become durable enough for its intended use. The setting period begins when the concrete is placed and continues until it has developed the desired properties. Depending on the specific application for which the concrete will be used, it should have a relative humidity of more than 80% and a temperature of more than 10°C (50°F) for 3 to 14 days. This can be tested using a concrete setting sensor….
Concrete curing temperature is undoubtedly a critical part of construction. According to a report by ACI Committee 308, the American Concrete Institute defines “curing” as “the process by which hydraulic-cement concrete matures and develops hardened properties over time.” This process can be negatively impacted if freshly placed concrete is exposed to temperatures that are too high or too low. The beginning stages of the process are essential to the success of the project, as curing directly influences the quality of your overall structure. Continue to read for more information on curing boxes and the maturity method. Strength gain during this early stage is rapid but will slow the longer the concrete cures. A proper cure has the following benefits for your completed structure: Click here to learn more about concrete curing! Using Concrete Cylinders to Test for Concrete Strength To…
By now, you might have noticed that we recently released a newly re-engineered version of our leading concrete sensor. This flagship product, SmartRock®, was introduced to the market back in 2015. In September of 2020, we were thrilled to release the third generation. The purpose of this blog is to guide you through the differences between the second and third generation of the SmartRock sensor. Usually, we refer to our product simply as SmartRock, but to help us compare, we will be referring to the second generation as SmartRock 2, and the third as SmartRock 3. First, some background. Giatec developed SmartRock with the purpose of revolutionizing the concrete industry. The construction industry is slow to adopt new technology, yet outdated methods increase costs and timelines. Today, cylinder concrete break tests are the most widely used compressive strength standard for…
As global initiatives to go carbon-neutral continue to push the demand for sustainable and renewable energy sources, many are looking to wind farms as a green solution to energy needs. Wind power has been used as an energy source for centuries – from windmills grinding grain to sailboats traversing bodies of water. However, as more and more of the world depends on electricity to function, wind is now being harnessed as a source of electricity. Wind turbines, usually grouped into “wind farms”, operate by converting kinetic energy from the air into electricity. This electricity can be used locally or directed into the power grid to fulfill more remote electric needs. Because wind farms require no fuel and create no pollution, they are becoming increasingly popular as an environmentally-friendly way to produce electricity. How Are Wind Farms Built? A wind turbine is composed of a tall tower with a nacelle and rotors at the top. The nacelle is a…
Photo by Art Davis, CC BY-SA 4.0, via Wikimedia Commons The Margaret McDermott Dallas Bridge over the Trinity River in Dallas, Texas, was intended to replace the I-30 bridge built in the late 50s to early 60s. The bridge cost over $100 million to build and features a design resembling a suspension bridge. The part of the bridge designed for pedestrians and cyclists was supposed to open in 2017, but it remains closed. Now, it is going to take two more years and $7 million dollars more before pedestrians will be allowed to use the bridge. Why did this disastrous result happen? The simple answer is a lack of bridge testing. In order to lower costs, the hike and bike bridges used value engineering to cut costs by $3 million. According to the Cambridge Dictionary, value engineering is “the process…
Since the commercialization of the maturity method, there have been important advancements in monitoring and computing technologies such as a simple thermocouple for concrete, wireless sensors, manual data entry, cloud sharing systems, and more. When deciding between wired or wireless loggers to measure the temperature and strength of your in-situ concrete, it is important to take into account the type of data you’re collecting, the ease of collecting data, and on-site handling of the sensors. What Is Concrete Temperature Monitoring? One of the most important steps in the construction of a concrete structure is monitoring the temperature of your slab after placement to ensure proper curing of the in-situ concrete. This is especially true during extreme weather conditions when the mixing and curing of concrete are subject to different environmental elements. If freshly poured concrete is exposed to temperatures that…
The quality of your concrete directly depends on proper curing and accurate strength tests. While there are several different methods used to test concrete strength, not all of them are equally efficient. Below, we compare two methods of strength testing: concrete coring and concrete maturity. For more methods, see our blog detailing seven different ways to test concrete strength! Concrete Coring Coring is the process of drilling and extracting cylinders of concrete for testing. These samples are then mechanically compressed to determine the strength of the in-place concrete. These cylindrical samples are intended to be representative of the concrete as a whole, and are generally used to verify or disprove low strength results obtained through other means of testing, such as field-cured cylinders. The cored cylinders allow for an analysis of the concrete’s: Compressive strength, Splitting tensile strength, and Depth…
Post-tensioning is a critical component of modern construction, providing the structural strength needed for large-scale buildings and infrastructure projects. However, when cold weather enters the equation, it can create significant challenges in ensuring the success of this process. Low temperatures slow down concrete curing and strength development, making it more difficult to achieve the required tensioning at the right time. Fortunately, with the advancements in concrete monitoring technology, contractors and engineers can now manage these challenges more effectively. At Giatec, we’ve transformed how construction professionals approach cold weather conditions with our innovative SmartRock® technology. This game-changing wireless sensor gives real-time insights into concrete temperature and strength development, offering critical support to the post-tensioning process during the colder months. The Impact of Cold Weather on Post-Tensioning In cold weather conditions, the concrete’s hydration process slows, delaying strength development. This has direct…
Running temperature measurements of your pour after placement is one of the most important steps in the construction of a concrete structure. That is why ensuring optimal curing conditions for your element is critical, especially during extreme weather conditions. The hydration process (the chemical reaction between hydraulic cement and water) can be drastically impacted if freshly placed concrete is exposed to temperatures that are too high or too low, compromising the strength development of a mix design. Furthermore, if temperature differentials are too high, thermal cracking can occur. By closely checking temperature measurement variances with concrete temperature thermometers during element curing, you will ensure that the strength, quality, and durability of your structure are acceptable. Find a concrete temperature solution for your next project! When monitoring concrete temperature, one of the most commonly-used devices is thermocouples. There are wired sensors…
As a company that develops and produces concrete testing equipment, we can’t stress how important it is to properly test concrete with reliable equipment. In the last decade, we’ve seen the arrival of real-time sensors that make it easier than ever to gather data and put it to good use. As maturity becomes more and more popular on jobsites around the world, we thought we would shed some light on what the concept of concrete maturity is and what its limitations are. What Is the Maturity Concept of Concrete? As stated in ASTM C1074: Standard Practice for Estimating Concrete Strength by the Maturity Method, the maturity concept of concrete can be used to “estimate the in-place strength of concrete to allow the start of critical construction activities such as: (1) removal of formwork and reshoring; (2) post-tensioning of tendons; (3)…
The construction industry is experiencing a massive shift, with the Internet of Things (IoT) at the forefront of innovation. This transformation is particularly evident in concrete construction, where IoT is reshaping how we build, monitor, and maintain structures. At Giatec, we are excited to lead the charge in bringing IoT-powered solutions when it comes to revolutionizing the construction industry, providing smarter, faster, and more efficient ways to manage concrete installations. What Is IoT in Concrete Construction? In simple terms, the Internet of Things (IoT) refers to a network of connected devices embedded with sensors, electronics, and software that communicate with each other. For concrete, this means integrating sensors directly into concrete structures to collect real-time data on a variety of parameters, such as temperature, strength, and stability. By leveraging IoT technology, we can now monitor concrete in ways that were…
Giatec continues to uphold the value of bridging the gap between academic research and sustainable construction on the jobsite. Every year, we recognize civil engineering students, researchers and faculty across Canada and the U.S. with the Giatec Best Paper Award for Sustainability in Construction. Below is a summary of the 2020 winning paper submitted by Keshav Bharadwaj, Deborah Glosser, Mehdi Khanzadeh Moradllo, O. Burkan Isgor, W. Jason Weiss under the title Toward the Prediction of Pore Volumes and Freeze-Thaw Performance of Concrete Using Thermodynamic Modelling. Find how you can join the list of winners and showcase your research to a global audience of industry experts while receiving a monetary award of 1,000 USD here. Summary Concrete is a porous material consisting of pores ranging from the nanometer scale up to the millimeter or centimeter scale. Many important properties of concrete are related to its…
What is the Internet of Things (IoT)? You may have heard the phrase but don’t really know what it means. Don’t worry, it is much less complicated than you may think! This article defines the concept very simply as “taking all the things in the world and connecting them to the Internet.” These devices can then send or receive information and act on it. It has been years since the first IoT technologies made an appearance and now they are everywhere, including in the construction industry. Business Insider states that “there will be more than 41 billion IoT devices by 2027, up from about 8 billion in 2019.” IoT is starting to become part of every aspect of the jobsite with the increasing use of GPS, RFID tags, Artificial Intelligence or wireless sensors to monitor field equipment. As mentioned in…
When it comes to any construction project that requires the use of concrete, whether it’s a hospital, residential building, road, bridge, or dam, concrete strength testing is an essential step in ensuring the integrity and durability of a structure. Furthermore, whether or not a project will move forward is dependent on those test results, impacting a project’s timeline and budget, as well as a company’s reputation. The ability to gather the most accurate data is of utmost importance to contractors, managers and engineers alike. The Concrete Cylinder Test The concrete cylinder test involves casting concrete cylinders on-site before sending them off to a third-party lab for compression testing. This method involves two types of concrete cylinder specimens: According to ASTM C31: Standard Practice for Making and Curing Concrete Test Specimens in the Field, field-cured concrete samples have the same temperature…
Understanding Compressive Strength vs. Tensile Strength Ensuring your concrete is durable and stable isn’t just about achieving an acceptable level of compressive strength, which is the concrete’s ability to withstand loads that crush or squeeze it. You also need to consider its tensile strength, and the concrete’s ability to withstand loads that will likely elongate or stretch it. Since concrete naturally has a relatively high compressive strength and low tensile strength, contractors will often apply reinforcement techniques to increase the latter. Concrete structures such as office buildings, parking lots, bridges, and sports stadiums require high tensile strength. Without them, the concrete will struggle under the weight it has to carry due to a lack of flexibility. This leads to cracking and weakening of the structure. For example, if a parking lot’s beams are subjected to heavy loads of cars without…
As social media platforms continue to grow, it can be overwhelming to decide who to follow. That is why we created this list of our favorite concrete influencers, five from Twitter, five from Instagram, five from YouTube, and ten from LinkedIn. These users cover many different facets of the construction industry and will provide you with a variety of knowledge. Lastly, Giatec is also active on LinkedIn, Twitter, YouTube, and Instagram, so be sure to check us out too! Twitter ConstructConnx First on our list, ConstructConnect is an amazing resource for construction information. Posting multiple times per day, this is a great account to follow for construction and technology news and information. RandyDeutsch, Illinois, USA In his bio, Randy Deutsch (FAIA) describes himself as an “architect, author, blogger, collaborator, connector, content curator, creator, data-driven designer, educator, facilitator; likes to alphabetize.” Randy regularly shares news…
Wood and concrete have been used in construction for thousands of years and for good reason. Both materials have properties that make them appealing building materials. In this blog, we will tackle the age-old debate of wood vs. concrete. However, before we dive headfirst into this heated debate, we will also clarify cement vs. concrete as well as other considerations to keep in mind. As professionals in construction, we know that you can look at this question from various perspectives, which ultimately affects your interpretation of the advantages and disadvantages listed below. We also recognize the distinction between immediate advantages and long-term benefits. In other words, the benefits that a material could provide in the long term may outweigh the drawbacks you experience today. Therefore, you should keep your own priorities in mind as you read this post. An In-Depth…
Giatec is a global company revolutionizing the construction industry by bringing smart testing technologies and real-time data collection to the forefront of every jobsite. Giatec’s suite of hardware and software products has leveraged advanced technologies such as AI and the Internet of Things (IoT), including wireless concrete sensors, mobile apps, and advanced non-destructive technologies (NDT) to drive innovation throughout concrete’s lifecycle and reduce concrete’s carbon footprint.
Our suite of hardware and software products has leveraged advanced technologies such as; Artificial Intelligence (AI), and Internet of Things (IoT), including; wireless concrete sensors, mobile apps, and advanced non-destructive technologies (NDT) to drive innovation throughout concrete’s lifecycle.
Combining wireless concrete sensors and mobile apps, Giatec has developed smart IoT-based technologies, like SmartRock® concrete maturity sensors, for real-time monitoring of concrete properties. This provides critical information to contractors so they can make efficient and informed decisions on the jobsite, ultimately saving time and money. Ready-mix producers also leverage the SmartRock® Plus cloud, which gives them access to concrete performance data to optimize their mix designs.
Our suite of hardware and software products has leveraged advanced technologies such as; Artificial Intelligence (AI), and Internet of Things (IoT), including; wireless concrete sensors, mobile apps, and advanced non-destructive technologies (NDT) to drive innovation throughout concrete’s lifecycle.
Combining wireless concrete sensors and mobile apps, Giatec has developed smart IoT-based technologies, like SmartRock® concrete maturity sensors, for real-time monitoring of concrete properties. This provides critical information to contractors so they can make efficient and informed decisions on the jobsite, ultimately saving time and money. Ready-mix producers also leverage the SmartRock® Plus cloud, which gives them access to concrete performance data to optimize their mix designs.
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