Dundee-based M2M Cloud sees its tech successfully installed across island sites An intelligent monitoring system has been successfully introduced by Scottish Water across rural locations in the Highlands and Islands, using Internet of Things (IoT) technology to gather essential data that helps keep the water network in Scotland safe. Using
The Whitehill & Bordon Regeneration Company (WBRC) and Taylor Wimpey have completed work on a charitable house renovation after a biking accident left a member of the community paralysed from the armpits down. In 2021, Greg McKenna of Godalming, Surrey, was injured in a life-changing cycling accident which left him
A consortium of businesses led by smart energy tech pioneers Chameleon Technology has secured Government funding to develop innovative heat pump optimisation technology designed to encourage consumer adoption of the cleaner and greener heating upgrade. Chameleon Technology, alongside partners Evergreen Energy, University of Salford – Energy House, EnAppSys and TalkTalk
The installation of innovative digital safety features on BCS Group’s latest excavators will significantly reduce risk for personnel approaching plant on site. The construction and safety equipment specialist, which is part of the Barhale group of companies, has installed human form recognition cameras and a Digital Thumbs Up system on
Siemens Smart Infrastructure has launched Connect Box, an open and easy-to-use IoT solution designed to manage small to medium-sized buildings. Connect Box is a user-friendly approach for monitoring building performance, with the potential to optimise energy efficiency by up to 30 percent and to substantially improve indoor air quality in
Bruce Kennedy, Architect Director at BDP, discusses the use of biophilic design for the Heriot Watt campus in Dubai. Every level of the campus benefits from a series of subtle features and carefully considered themes that provide relief from the extreme environment that can reach 50 degrees Celsius in summer.
A new study from Juniper Research has found that the global value of the cellular IoT market will reach $61 billion by 2026; rising from $31 billion in 2022. It identified the growth of 5G and cellular LPWA (Low-power Wide Area) technologies as key to this 95% increase over the
The Internet of Things (IoT) is being touted as a key contributing factor to the growth of the building industry, and global IoT in construction revenue is forecast to top out at $9.6 billion by 2025, up from $4.4bn in 2019, according to the report “Internet of Things (IoT) in
Mining is an industry that has been around for centuries. Since the beginning of mining, there have always been advancements in technology to help make the process more efficient and productive. The next frontier in mining may be underground mines where IoT from companies like Newtrax is transforming the industry.
The Internet of Things (IoT) is no longer an abstract concept but is now an everyday’s reality. It is projected that there are going to be more than 10 billion actively connected IoT devices in 2021: from smart home appliances to manufacturing IoT machines to automated vehicles. With today’s IoT
Dundee-based M2M Cloud sees its tech successfully installed across island sites An intelligent monitoring system has been successfully introduced by Scottish Water across rural locations in the Highlands and Islands, using Internet of Things (IoT) technology to gather essential data that helps keep the water network in Scotland safe. Using a device developed by CENSIS for M2M Cloud – Scotland’s innovation centre for sensing, imaging, and IoT technologies – Scottish Water can now automatically collect information on the temperature and flow of water in Scottish Water buildings as part of routine quality assurance checks. Any unusual readings could point towards a potentially harmful bacteria outbreak, including legionella. Until now, the process was carried out manually with employees travelling the country to undertake regular testing. Working as a supplier to Scottish Water’s Digital Framework partners, Atos, M2M Cloud’s Gemini devices have so far been deployed across all Scottish Water sites in Shetland, Orkney and Islay. The next phase of the roll-out will extend the deployment to a further 300 sites, covering around half of the network. The installation of the smart water monitoring systems forms part of a wider commitment to digital transformation at Scottish Water, led by Atos. The first of its kind device fits on to the surface of pipes to remotely take temperature readings, notifying building managers if the water system is out of specification. Readings are taken every 10 seconds, looking at minimum and maximum temperatures, as well as detecting any issues with water flow events. This latest generation of the rechargeable battery-powered device was developed CENSIS for M2M, after receiving grant funding from Scottish Enterprise last year. The device is now capable of operating on both cellular Narrow Band IoT (NB-IoT) and LoRaWAN networks, making the system easier to set up in hard-to-reach areas. The addition of Bluetooth connectivity has cut installation times by one-third. Chris Butchart, director at M2M Cloud, said: “Water monitoring has typically been a carbon-intensive, resource-heavy process involving engineers taking manual readings monthly. For Scottish Water, the ability to gather that data on a continuous basis will be transformational in terms of the way it operates remote sites and ensures safe conditions are met. To have Scottish Water as the first organisation to use our latest generation device is a huge vote of confidence and we look forward to the next stage of the roll-out.” M2M Cloud’s system can reduce carbon emissions associated with water monitoring by up to 75% – around 300kgs of CO2 per year for each monitored asset – by removing the need for travel to the site and the necessity to overheat water supplies, which organisations often do to avoid the risk of bacteria outbreaks. Water wastage is also reduced by around 225,000 litres per asset, per year. The device’s battery can last for up to five years before needing recharged, rather than replaced, and can be charged while the device remains in situ attached to the pipework. It is also the only water safety device to have been awarded IASME Gold level certification – an industry-recognised measure of IoT cyber security. Monitoring water systems in UK non-domestic buildings is a statutory requirement costing around £140 million per annum, while financial estimates put the healthcare and workplace impact of legionella alone at £1 billion per year across Europe[1]. It is anticipated that the Health and Safety Executive compliance legislation will soon evolve to include remote technology-led monitoring as part of legionella prevention. Kevin Power, system architect at CENSIS, said: “It is great to see the successful use of a 5G ready IoT device wholly designed and manufactured in Scotland, by one of our biggest utility providers. We have supported M2M Cloud since the early stages of development and the business continues to go from strength to strength. The latest generation of the technology represents a big step forward in terms of ease of connectivity and will support the growing demand from businesses for digital transformation and IoT.” Archie MacGregor, Property Manager, at Scottish Water added: “The remote temperature monitoring sensors have been a major step forward in enhancing the management of H&S in our building water systems as well as offering significant benefits in reducing journeys to site and related carbon emissions. We are delighted to have M2M and CENSIS working with us in delivering these innovative solutions which completely align with our Strategic Ambitions of Net Zero Emissions and providing Great Value for our customers.” Innovation Minister Richard Lochhead said: “This is an excellent example of how Internet of Things technology can provide smart solutions to monitor essential data that helps keep the water network in Scotland safe. “Collecting this information remotely can transform this previously carbon-intensive process and demonstrates the potential for innovations to support our net zero ambitions. The deployment across all Scottish Water sites in Shetland, Orkney and Islay, with plans to extend the roll-out to a further 300 locations, shows the opportunity to scale up this technology. “Ensuring Scotland can realise the full economic benefits of the digital and data economy is fundamental to the Scottish Government’s National Strategy for Economic Transformation. As a key enabler of sustainable economic growth, digital infrastructure is a critical part of our plans for a fair, green and growing economy.” [1] Source: https://www.researchgate.net/publication/309771205_The_cost_of_Legionellosis_and_technical_ways_forward Building, Design & Construction Magazine | The Choice of Industry Professionals
The Whitehill & Bordon Regeneration Company (WBRC) and Taylor Wimpey have completed work on a charitable house renovation after a biking accident left a member of the community paralysed from the armpits down. In 2021, Greg McKenna of Godalming, Surrey, was injured in a life-changing cycling accident which left him needing the permanent use of a wheelchair and dependent on carer assistance. Following the accident, Greg was unable to lead an independent life, exacerbated by restrictions created by his home which was unsuitable for a wheelchair. Through his friends and family, Greg was put in contact with Taylor Wimpey and the Whitehill & Bordon Regeneration Company who, with the assistance of numerous local tradespeople and contractors, embarked on a major project to modify the home. The full scope of works include a major ground-floor extension to provide step-free access through the home; a fully accessible bedroom including a hoist to enable Greg to more easily move between his chair and bed; a fully accessible kitchen; a full bathroom refit so that Greg can wash and shower with assistance; electric doors throughout the home; and the creation of a therapy room to aid with physiotherapy sessions at home. The upstairs has also been spruced up to create space for Greg’s live-in carers. While WBRC and Taylor Wimpey have led on the project, it has only been possible thanks to the generosity and efforts of a large number of local contractors, most of whom have worked for free or at a significantly reduced price. From Reconomy’s work to ensure that 96% of all waste products created by the project avoided landfill, to GW & E Wright Electrical’s herculean effort with ensuring that the home is fully accessible and all of the incredible technology that facilitates Greg’s independence works correctly, the home is a result of true collaboration between some of the area’s very best craft and tradespeople. The contractors involved in the project are: Greg McKenna, says: “I’m delighted with the result of this project and immensely grateful to all of those who have helped along the way. After what has been, to say the least, an incredibly challenging couple of years, to have a home in which I can live as independently as possible is a huge step forward for me. Simple things like being able to wash, cook, and leave the house by myself and of my own accord are more important than a lot of people will understand. The most frequent word I’ve heard to describe the product we’ve ended up with is ‘envy’ and this wouldn’t have been possible without the input from WBRC, the contractors and my parents. From the bottom of my heart, thank you!” James Child, Project Lead at The Whitehill & Bordon Regeneration Company, says: “This has been an important project for us and we’re delighted that after an often complicated process, Greg finally has a home that brings proper independence and autonomy back to his daily life. All of us here at WBRC wish Greg the very best and sincerely hope that the home is everything he wants and needs it to be. We will always be on hand to assist should any issues crop up with the refurb, but we’re most excited to see how Greg continues to settle into and tinker with the property to truly make it his own.” Paul Broderick, Blaze Construction, says: “We’re delighted to have been able to play our own small part in a project that has been a genuinely remarkable display of teamwork and community compassion. If, between us all, we have been able to provide Greg with a home that enables the independent life he deserves, we couldn’t be more thrilled. Here’s to many years of enjoyment in the property for a man whose life was drastically changed in an instant.” Building, Design & Construction Magazine | The Choice of Industry Professionals
A consortium of businesses led by smart energy tech pioneers Chameleon Technology has secured Government funding to develop innovative heat pump optimisation technology designed to encourage consumer adoption of the cleaner and greener heating upgrade. Chameleon Technology, alongside partners Evergreen Energy, University of Salford – Energy House, EnAppSys and TalkTalk Telecoms, has been awarded £763k funding by the Department for Energy Security and Net Zero (DESNZ) to deliver the Total Home Optimisation Management (THOM) project. THOM will see a collaborative approach to testing heat pump optimisation as part of the government’s Heat Pump Ready Programme, which aims to increase public awareness of the cost saving and environmental benefits of heat pumps. Heat pump installation is currently a long and involved process. Through the development of tools that are simpler to engage with and use, the THOM project aims to mitigate and ease some of the burden. Investment in the technology will lead to increased uptake of heat pumps by consumers being better equipped with a greater awareness of their own energy and heating needs. The project involves Chameleon Technology working closely with its partners to utilise smart energy insights from existing data within the home to improve access to heat pump technology and embed the heat pump as part of a wider smart home set-up serving a more flexible grid. The project will create a heat pump specialist Home Energy Management System (HEMS) supported by a full-package software solution, to help customers understand and maximise the benefits of their heat pumps whilst reducing energy bills and carbon emissions. Smart meter and occupancy data from within the home will be used to develop insights into the fabric efficiency before installation, with all outcomes gathered into AI solutions to streamline the heat pump installation, reduce any survey requirements, improve system performance and offer minimum impact to the energy consumer. This will increase the customer and installer confidence over the technology in each installation. Currently, heat pump installations are not happening at the rate required to meet the Government’s target rate of 600,000 installations per year by 2028. In 2021, less than two per cent of UK homes had low-carbon heating systems, with around only 50,000 heat pumps installed that year. For households looking to upgrade outdated, inefficient domestic boilers, the heat pump installation journey involves several engineer visits to assess the feasibility of a heat pump and correctly size the system. This evaluation process doesn’t always take into account the widely varying routines and lifestyles of different customers. Chameleon Technology and project partners are developing a fully integrated app to integrate smart meter data, router data (for room occupancy) and smart thermostat data, with internal data analytics to provide comprehensive and accurate individual home energy usage insights. The app, which will be designed to be engaging and intuitive for consumers, allows the user to gain insights into their personal household energy usage, adjust and manage their home energy set-up, and provide a simpler route for the sizing and installation of a heat pump. Following the introduction of an ivie Bud IHD, data can be gathered, allowing efficiency to be calculated with the resultant score tested against known requirements for a heat pump. Testing is to be conducted on customer groups and under a controlled environment using the University of Salford Energy House to evaluate and increase the overall performance of the solution. Mike Woodhall, CEO of Chameleon Technology commented: “More must be done to get the UK on track to achieve the Government’s Net Zero targets. This innovative collaboration is just one of the many ways in which the heat pump programme can really gather the momentum it needs to deliver decarbonised heating – a key pillar in the realisation of Net Zero. Supporting the pursuit of these eco targets, as well as making a meaningful shift towards flexible energy, is critical for reducing environmental impacts. The move towards Net Zero remains a key objective for Chameleon Technology. Our technology is designed to make measures such as heat pumps as accessible as possible, as our mission is to help the consumer to get to Net Zero by making it easy for everyone to participate.” Added Stephane Lee Favier, Chief Product Officer of Chameleon: “Our app will offer a quicker and smoother user experience to determine the right heat pump for the right home and inform the customer about the efficiency of the property. Using smart data insights in the app will enable a suitable heat pump to be sized, and cut energy costs after install due to greater efficiencies with time-of-use tariffs and user habits. Optimisation offers the customer features that maintain their comfort, and automatically schedule energy consumption outside peak times to reduce the load on the national grid, taking a significant step towards flexible energy consumption.” Helen Boothman, Managing Director of Evergreen Energy said: “The THOM project will accelerate our Home Energy Management System (HEMS) capabilities, optimising the heat pump alongside solar PV, battery storage and a customer’s EV to save them more on their bills.” David Farmer of The University of Salford – Energy House Labs commented: “Installing air source heat pumps that are inefficient or difficult to control could damage consumer confidence and the delivery of a Net Zero housing stock. This project represents an important step in demonstrating the potential for data to improve the rollout of domestic low and zero carbon technologies.” Susie Buckridge of TalkTalk Telecomms said: “When it comes to Net Zero we face significant challenges, including how to adapt our houses to run on low carbon technologies. This project is all about using data to help consumers make the right choices, so that this massive transition is easier.” Phil Hewitt of EnAppSys (Part of the Montel Group) added: “Consumers will be at the heart of the energy transition. Through engagement and smart control of heat pumps the consumer can help the country consume energy in a more efficient manner. EnAppSys is excited to be working with our fellow team members on the
The installation of innovative digital safety features on BCS Group’s latest excavators will significantly reduce risk for personnel approaching plant on site. The construction and safety equipment specialist, which is part of the Barhale group of companies, has installed human form recognition cameras and a Digital Thumbs Up system on six new Kubota KX030s, ten Kubota KX060s and a further ten Kubota KX080s diggers. The digital technologies have been developed by artificial intelligence, autonomous, robotic and environmental solutions business Safety Shield Global. The human form recognition uses artificial intelligence to identify when a person has stepped into an unsafe area around a machine, providing an audible alert to the person in the zone and also to the driver. The system has the capacity to report incidents by type and frequency. The data can then be used to help improve safety behaviours on site. Digital Thumbs Up combines visual and audible signals to let machine drivers/operators advise other personnel wishing to approach their machines know when it is safe to do so. It follows the principles of the established Thumbs Up procedure used across construction but takes it to the next level through the use of unambiguous LED and sonic indicators. Utilising the new system, when a site user wants to approach a machine, they will give a thumbs-up to the operator. Once the operator has seen the thumbs-up signal, they will bring the machine to a controlled stop and will then press the in-cab ‘Thumbs Up’ button to isolate the machine’s controls – effectively disabling it. The digital shield will then display a thumbs-up to show it is safe to approach the machine along the recognised corridor in line with the Thumbs Up procedure. Steve Day, Head of Hire at BCS believes the human form recognition cameras and Digital Thumbs Up system will make an important contribution to site safety. “The Kubota mini-diggers are often employed on quite constrained sites where teams can be working in close proximity so we are always looking out for new measures that can enhance site safety,” he said. “We have been very impressed by both the human form recognition and Digital Thumbs Up systems. They are simple and straightforward and build on the established and familiar Thumbs Up procedure used by all our personnel already.” Dave Lally, Operations Director at Barhale said: “We believe this AI technology will benefit sites and personnel by ensuring the people/plant interface is managed in the safest possible way. “The system will also give us insight into people’s behaviours, opening the door for further improvements in site safety and process. Adopting this kit on both new and existing machinery puts BCS right at the forefront of plant safety and will give our clients the additional peace of mind of knowing we are taking wellbeing to the next level.” BCS Group worked with Leicester based, BTE Plant Sales to arrange the installation. BTE Area Sales Manager, Josh Elliot “It is an exciting time for BCS Group and we are proud to be able to work alongside them and supply the UK’s market-leading excavators. Kubota’s reliability and ease of use, coupled with a new safety system, the Digital Thumbs Up, demonstrates BCS Group’s willingness to put safety at the forefront of their projects, both for site operatives and machine operators. We want to thank BCS Group for their continued business and look forward to supporting them into the future.” Building, Design & Construction Magazine | The Choice of Industry Professionals
Siemens Smart Infrastructure has launched Connect Box, an open and easy-to-use IoT solution designed to manage small to medium-sized buildings. Connect Box is a user-friendly approach for monitoring building performance, with the potential to optimise energy efficiency by up to 30 percent and to substantially improve indoor air quality in small to medium sized buildings such as schools, retail shops, apartments or small offices. Connect Box allows users to accomplish essential daily building management tasks from one place via a cloud-based interface with no additional gateway or software. Alarm notifications for potential issues as well as graphics that visualise historical trends provide meaningful insights into the building performance at any time, supporting the optimisation of building operations. Connect Box offers intuitive online access via desktop or smartphone. Installation is fast and easily accomplished via plug and play, so system integrators, technicians and facility managers do not need engineering skills to set up, configure and operate the system. The included library contains more than 500 ready-to-connect field devices and is constantly growing, from both Siemens and third parties. A smart converter supports 11 communication protocols, both standard and proprietary, wired or wireless, including LoRaWAN, BACnet, Modbus and KNX. As an example, the IAQ (indoor air quality) multi-sensor which Siemens has recently introduced, works as a plug and play solution with Connect Box to provide crucial data on room air quality. The multi-sensor measures air quality in real time, checking key metrics like temperature and humidity, CO₂ saturation, VOC and PM2.5 emissions, as well as light and noise level (dBA). Building operators benefit by getting full transparency on air quality in their building and can make sure that they provide a healthy environment for tenants, visitors or staff. Connect Box offers two licensing models. The Cloud license allows users to store their building data in the Connect Box online database, while the On-premise license enables users to easily integrate the data collected from wired and IoT devices into an existing automation system, building management system, or external cloud. Both variants are managed remotely and updated over the air. IoT paves the way to a healthy and zero-emission building stock Even for smaller and medium-sized buildings that have been run without building automation up to now, it is becoming increasingly important to operate in an energy-efficient and climate-neutral way. On the one hand, for intrinsic cost reasons, on the other hand, because more and more regulatory requirements have to be fulfilled which demand sustainable operations. In Europe, for example, the EPBD (Energy Performance for Buildings Directive) is supporting the EU’s goal to achieve climate-neutral building operations by 2050, forcing building owners and operators to take action. From a technical point of view, IoT-based building solutions not only provide what is needed to implement such requirements, they also pay off: Energy and emissions savings of up to 30 percent are possible thanks to Connect Box’s key building management features. For further information on Siemens Building Products www.siemens.co.uk/buildingtechnologies For further information on Siemens Smart Infrastructure, please seewww.siemens.com/smart-infrastructure Building, Design & Construction Magazine | The Choice of Industry Professionals
Bruce Kennedy, Architect Director at BDP, discusses the use of biophilic design for the Heriot Watt campus in Dubai. Every level of the campus benefits from a series of subtle features and carefully considered themes that provide relief from the extreme environment that can reach 50 degrees Celsius in summer. Using biophilic design principles, BDP has managed to transform a seven-storey office block overlooking the Arabian Gulf into a unified vertical campus for a Scottish university. The nature around has informed the orientation of learning spaces; the choice of materials for walls, floors and furniture; the flow of air, and even hanging felt screens that absorb sound and provide privacy in open-plan staff areas. Biophilic design has been shown to enhance wellbeing. Although plants, as shown in Heriot Watt’s Dubai Campus where interior green walls run through all levels, can form an important part of the design, it is about more than that. It is also about textural elements, a rich variety of patterns, the choice of natural over synthetic materials and the inclusion of ‘biomimicry,’ which in this case includes carpets that recall stone, moss and grass. BDP’s inspiration for the design of the Dubai campus was the designed landscape of Heriot Watt’s Riccarton Estate. Its lush green parkland has an exceptional tree collection and provided a compelling context for the application of biophilic principles; referencing Scottish standing stones and the pavements of Edinburgh in the slate-lined walls and monolithic reception desk that welcome visitors to Dubai. Biophilic design has succeeded in giving the Dubai campus a sense of identity, orientating staff who travel between the Gulf and Edinburgh, and offering its students a unique connection to the heritage of this ancient Scottish university. Arabic culture is referenced in elements that include an interpretation of traditional mashrabiya screens – a laser-cut, gold anodised aluminium veil encircling the welcome space. Its pattern is lifted from the Heriot Watt coat of arms and filters the sun, recalling the dappled light passing through Riccarton’s tree canopy – while the choice of wood for furniture provides another grounding element within the borrowed landscape. An important aspect of biophilic design is its ability to unite interior and exterior environments, and BDP has located social learning spaces where to provide views through palm trees toward the Gulf. To visitors, staff and students, not all of these features will be immediately evident, but they combine on a subliminal level to instill a sense of belonging. And the client, Heriot Watt University, was open to the philosophy. They understood that biophilic design would enrich the learning environment, infusing the Dubai campus with an identity that links it to its Edinburgh roots. In Dubai, this approach has provided a way of uniting nature, culture and heritage in a contemporary setting, creating a sense of belonging and making students and staff feel comfortable in their surroundings. Building, Design and Construction Magazine | The Home of Construction and Property News
A new study from Juniper Research has found that the global value of the cellular IoT market will reach $61 billion by 2026; rising from $31 billion in 2022. It identified the growth of 5G and cellular LPWA (Low-power Wide Area) technologies as key to this 95% increase over the next four years. The new study, Cellular IoT: Strategies, Opportunities & Market Forecasts 2022-2026, predicted that, LPWA solutions, such as NB-IoT and LTE-M, will be the fastest-growing cellular IoT technologies over the next four years. It anticipated that the low cost of both connectivity and hardware will drive adoption for remote monitoring in key verticals, such as agriculture, smart cities and manufacturing. In turn, LPWA connections are expected to grow 1,200% over the next four years. For more insights, download our free whitepaper: Three Important Cellular IoT Strategies for 2022. 2G and 3G Network Shutdowns to Drive LPWA The report urged operators to migrate IoT connections on legacy networks to networks that support LPWA technologies. It anticipated that demand from enterprises for low-cost monitoring technologies, enabled by LPWA networks, will increase as these legacy networks are shut off over the next four years. Research co-author Charles Bowman commented: “Operators must educate users on the suitability of LPWA as a replacement technology for legacy networks. However, many IoT networks cannot solely rely on LPWA technologies. More comprehensive technologies, such as 5G, must underpin IoT network architectures and work in tandem with LPWA technologies to maximise the value of IoT services.” 5G to Generate $9 Billion for the IoT Market by 2026 Conversely, the report predicted that 5G IoT services will generate $9 billion of revenue by 2026; rising from $800 million in 2021. This represents a growth of 1,000% over the next five years as 5G coverage expands and operators benefit from the increased number of 5G IoT connections. To capitalise on this growth, it recommended operators offer value-added services, such as network slicing and edge computing, to IoT users to maximise the value of 5G adoption.
The Internet of Things (IoT) is being touted as a key contributing factor to the growth of the building industry, and global IoT in construction revenue is forecast to top out at $9.6 billion by 2025, up from $4.4bn in 2019, according to the report “Internet of Things (IoT) in Construction – Thematic Research” by ResearchAndMarkets. IoT hugely beneficial to construction industry Loosely defined, IoT refers to the use of connected sensors and actuators to control and monitor the built environment, the objects that function therein, and the people with which they co-function. IoT is tremendously advantageous to the construction industry as it allows various assets and people to be tracked and accounted for across such a traditionally fragmented industry, improving, for instance, the health and safety of construction workers—the most considerable organizational focus for construction industry executives right now. IoT technology is useful to monitor assets, and sensors are helpful in providing all construction project stakeholders a full picture of the project at any one time. Assets—including from sites in remote locations—can be monitored in real-time because of low latency connectivity and data displayed on dashboards and apps or integrated with building information modelling (BIM). Data and analysis from previous projects help digital marketing efforts with trusted partners such as https://www.12handz.com/ who can provide tools—designed especially for small businesses—to reach more potential customers on Google, social media, or via email. What’s more, data can also help design, plan, and model financing of the construction project value chain, and combined with artificial intelligence (AI), can assist in forecasting materials and worker needs in the procurement phase. The more data collected, analysed, and stored concerning assets, the better the benefit industry digitalization. Wearable tech destined to become entrenched in building industry China has so far registered the highest number of IoT construction patents—645 compared to the USA’s 567—while valuable opportunities for wearable technology in the construction industry are emerging. The wearable tech industry is expected to touch $156 billion in value by 2024, up from $52 billion in 2019. Smartwatches are the primary driver of this metric, with high consumer uptake and several start-ups operating in the space. Proxxi, for example, offers products protecting users from electrocution, while Plinx deploys proximity sensors encouraging social distancing. Wearable tech improves communication between field workers and office-bound colleagues and is destined to become deeply entrenched in the building industry in due course.
Mining is an industry that has been around for centuries. Since the beginning of mining, there have always been advancements in technology to help make the process more efficient and productive. The next frontier in mining may be underground mines where IoT from companies like Newtrax is transforming the industry. In this post, we will discuss how IoT is changing the way miners measure progress in their work and what they can do to stay ahead of the curve on this new wave of technological innovation. 1. Predictive Maintenance IoT has enabled mining companies to reduce the number of unplanned shutdowns and increase production. This is achieved through predictive maintenance, which uses IoT sensors that monitor equipment performance in real-time as well as provide situational awareness about a machine’s location and health. It also includes data analysis from these monitoring systems to better understand how machines are performing when analyzing historical trends for things such as temperature changes over time or vibrations. Predictive maintenance helps ensure reliability without interrupting production schedules with unscheduled downtime, saving money on labor costs and expensive repairs by identifying problems before they occur so that work can continue uninterrupted. 2. Use Of Cloud Services For Logistics Mining companies are increasingly using cloud services for logistics, transportation management, and fleet optimization. This allows mining companies to quickly analyze data from their field operations and make resource decisions based on real-time information about the state of equipment, materials, or personnel. 3. Inventory Management The mining industry has the need for constant innovation to keep up with evolving technologies. One of these areas in which IoT has really made an impact on this sector is inventory management. Digitizing each item and using barcodes or RFID tags can create a real-time picture of what’s been taken as well as where it came from at any given time – helping managers better plan their workday and more efficiently manage whatever they’re working on. 4. Real-Time Analytics And Data The IoT allows for real-time data and analytics. This is important because it can happen in a specific timeframe, rather than weeks or months later. There’s also more accuracy since the sensor devices are sending their readings directly to central monitoring systems that will take care of analyzing them remotely. 5. Time-Saving In the mining industry, time is money. IoT can be applied to help miners save a lot of their precious time and manpower by automating various processes that currently take too much effort for humans alone to do. One such process is drilling holes in specific rock formations under high-pressure water streams while simultaneously measuring flow rates using sensors installed inside drill pipes. This measurement would typically require someone constantly checking gauges on machinery which takes up valuable man-hours. But with an IoT system monitoring these factors automatically every few seconds, it becomes possible for the miner(s) to focus on other essential tasks where they are needed most. 6. Improves Safety One of the biggest benefits of IoT in underground mining is that it can make mines safer. For example, remote monitoring sensors at one mine reduced the number of incidents by 36%. This is a huge improvement since any incident might be lethal for miners. With this technology, there’s always someone watching out for them and they’re never without help if an accident does happen. 7. Improved Visibility And Traceability One of the big changes in underground mining is that it’s becoming increasingly difficult for miners to know what they’re digging up. What’s more, when a breach occurs and workers are exposed to toxic chemicals or methane gas an evacuation often follows, making safety a big concern. With IoT data analytics, however, you can keep track of all excavation areas as well as any breaches within those areas at every moment, increasing traceability and visibility while improving safety on site. Wrapping Up IoT is transforming the mining industry in many ways. For example, it has enabled companies to develop smarter mines with real-time data about their operations and equipment status, while reducing operational costs for smaller projects via remote monitoring systems. IoT’s impact on this sector will likely continue to grow as more miners adopt the technology across a range of use cases.
The Internet of Things (IoT) is no longer an abstract concept but is now an everyday’s reality. It is projected that there are going to be more than 10 billion actively connected IoT devices in 2021: from smart home appliances to manufacturing IoT machines to automated vehicles. With today’s IoT devices getting bigger than ever with many businesses looking to continuously scale their IoT deployments, many enterprises are now looking for ways to make global IoT connectivity a reality, in order to scale the IoT deployments into an international and even global scale. Here, we will discuss the state of global IoT connectivity in 202l, and how we can achieve global IoT connectivity by addressing its key challenges. Global IoT Connectivity at A Glance Global IoT connectivity is an idealized concept of a truly connected IoT network where all devices can stay connected even when they are separated by thousands of miles and/or are located in different countries. To achieve this truly global IoT connectivity, then we will need an ideal IoT connectivity solution that fulfills three key factors: Consume as little power as possible Has as high bandwidth capability as possible Has as long coverage range as possible At the moment, however, such ideal connectivity doesn’t yet exist. Cellular connectivity with IoT SIM cards is the closest technology allowing global connectivity compared to Wi-Fi, Bluetooth, and other technologies: cellular IoT can cover a long coverage range and high bandwidth capacity. However, it does have its downside in consuming a lot of power, which can be an issue in IoT deployments where most devices are battery-powered and are deployed remotely. However, at the moment cellular IoT is the only connectivity option that is potentially capable of achieving global IoT connectivity due to how cellular coverage is available virtually everywhere in the world, although there are relatively few network providers that offer truly global coverage. There are, however, top network providers like Truphone that offer global mobile IoT connectivity solutions, where we can technically connect devices anywhere in the world while also providing an easy-to-use IoT management platform to remotely provision IoT devices that are separated internationally and even globally. Global IoT connectivity is the dream, and also the future of IoT connections due to a few key reasons: Global IoT connectivity means we are no longer confined to specific locations when we want to scale the IoT network, resulting in more freedom and versatility in choosing between different network solutions depending on geographical needs. Mobile IoT devices, including autonomous vehicles, are getting more popular in recent years, and will only grow to be even more popular in 2021 and onwards. The further these mobile IoT devices travel, the more needs for true global IoT connectivity will materialize. Global IoT connectivity would translate to system reliability: devices are no longer reliant on a single network and can stay connected no matter where they are deployed in the world. eSIM for Global IoT Connectivity As we have discussed, cellular IoT connectivity remains the most viable option in achieving global IoT connectivity, but besides the fact that it consumes a lot of power, there are also several challenges preventing a truly global IoT connectivity from traditional cellular networks: Global connectivity across multiple carrier networks, countries/regions, and operating systems must be maintained, and very few cellular IoT plans currently offer this A comprehensive device management system that allows remote provisioning for individual or bulk device, as well as OTA software updates, to patch security vulnerabilities Organizing the connected IoT devices into a functional structure Gathering and analyzing operational data from the connected IoT devices to generate actionable insights Scalability and flexibility in cost as the IoT network grow Automation for certain operations like the execution of specific rules, batch jobs, and automatic alerts Security implementations like end-to-end encryption, and so on These factors can be very difficult to fulfill in traditional cellular connectivity, and this is where the new eSIM technology comes in. The traditional, physical SIM card we often see in our smartphones and tablets has several limitations in relation to global IoT connectivity: one SIM card is typically paired to a single network provider. Thus, when an IoT device is moved to a different country, then we’ll need to replace the SIM card with a new one from the new network provider. This can be a major issue in IoT deployments where the devices are deployed in totally remote areas. The eSIM, or embedded SIM, attempts to answer this issue. eSIM is integrated/embedded into the device, and can connect to different network providers without needing to replace itself with a new SIM card. As a result, the eSIM offers more versatility in allowing global IoT connectivity, we don’t need to switch to different SIM cards anytime the device needs to change network providers and/or moved to different locations, which is extremely important especially for mobile IoT devices. eSIM also allows remote provisioning (introducing a brand new device to the network remotely), which is very important in a large-scale IoT deployment that can involve more than thousands of devices. These benefits solve some key challenges of the global IoT connectivity, allowing IoT devices to connect virtually instantly wherever these devices are deployed in different locations. Conclusion While a true global IoT connectivity hasn’t been realized at the moment, cellular IoT remains the most viable connectivity option in achieving this thanks to its huge coverage range that can span between different countries and high bandwidth capabilities. The relatively recent introduction of eSIM has also allowed more versatility in using cellular IoT connectivity to expand IoT deployments on a larger scale. It is expected that there will be over 25 billion connected devices all around the world by 2025, and thus we can expect the need for global IoT connectivity will only grow to be even more prominent in the near future.
