IoT - Green Prophet

Smart Integration of an Insulated Heating Pipe for Sustainability

Bhok Thompson — Mon, 06 Oct 2025 12:39:12 +0000

Home heating and insulation. Sustainability is really just about pipes and pumps

Professionals of heating and cooling systems have continually improved the designs of these systems to meet the worldwide standards of carbon-neutral infrastructure and greener energy solutions. At the core of their transformations lie insulated heating pipes. These pipes were initially viewed as a mere means of transporting hot water from one point to another, but today, they have been improved to achieve sustainable energy networks.

Historically, pipes were installed to connect plants or boilers with end users, with little consideration for monitoring long-term heat loss. Additionally, older copper or steel pipes needed to be insulated when installing the designs. This not only overloaded the piping system but also could not keep the water temperatures optimum over the entire length of the piping system.

However, the turning point for heating and cooling systems came when pre-insulated pipe technology and PE-Xa, a durable and flexible polymer, were introduced. These products not only provide a means of transportation of hot water, but they also have smart ready components that professionals can integrate with sensors to measure flow, pressure, and temperature in real time.

In this article, we explore how insulated heating pipes are revolutionizing energy networks by integrating smart controls, improving professional applications, and aligning with sustainability goals.

Smart Integrations in Insulated Heating Pipes

Floating homes with the latest eco gear

Insulated heating pipes are no longer about heat loss reduction only. They now use smart technologies that enhance sustainability, monitoring, and efficiency. These technologies include:

Sensors and digital monitoring

The addition of digital layers and sensors to insulated pipes is one of the most crucial transformations that have promoted sustainable energy. Competent professionals now embed monitoring equipment around or into the pre-insulated pipe, allowing operators to gain real-time performance, temperature, and flow visibility throughout the system.

With the help of these systems, operators can carry out predictive maintenance where inefficiencies or small leaks arise. This helps prevent arising issues from compromising the whole system while minimizing system downtime.

IoT and Smart Energy Networks

The Internet of Things (IoT) is reshaping the interaction of heating and cooling systems. They have transformed insulated heating pipes that were once considered static infrastructure into dynamic data points that can be monitored from smart energy grids.

Operators of these systems can easily use digital controls to adjust flow, reroute heating water during sectional maintenance, and match supply demand. This ensures end users and providers experience the ideal balance of energy savings and comfort.

Integration with renewable sources

Smart integration allows professionals to connect insulated heating systems to solar thermal or biomass heating. These renewable energy sources provide a fluctuating energy supply and thus require advanced pipe products to keep a stable flow and minimize heat loss. Moreover, the use of smart controls allows operators to ensure that connections used in renewable sources align fully with system demands, thus promoting a smooth transition to greener energy.

Sustainable Applications of Smart Integrated Insulated Pipes

Modern infrastructure relies on advanced insulated heating pipes for professional use, particularly in district heating and large-scale commercial projects. This is because the smart integrated insulated pipes ensure reliability and sustainability across diverse professional applications. These applications include:

District heating and cooling systems

In most urban centers, heating and cooling systems have been made flagship examples of low-carbon infrastructure within districts. These systems transport hot and chilled water through insulated heating pipe networks across neighborhoods while minimizing thermal losses.

The smart sensors and meters connected along the pipe network enable operators to ensure the temperatures stay within the limits designed. They also ensure the pumping energy is optimal and the balance between demand and supply is met, hence preventing unnecessary waste.

Commercial and residential house connections

At the building or house level, insulated pipes are critical in connecting the main distribution network to the end users. These modern insulated pipes are flexible, making it easy for contractors to lay them in complex layouts and joints without compromising efficiency. For example, flexible PE-Xa designs allow for longer continuous runs, thus minimizing weak points and improving flow.

Industrial energy systems

Beyond basic heating supply, smart integrated insulated pipes are increasingly used in steam distribution, process heating, and chemical manufacturing. These processes require stable thermal conditions for both safety and product quality. For example, pharmaceutical industries use temperature-restricted conditions to preserve fragile compounds and food processing plants count on accurate regulation of heat to improve their hygienic processes.

Heavy industries such as steel manufacturing or refineries also rely on insulated pipes equipped with leak sensors, which serve in reducing energy wastage and preventing downtime and disastrous failures. This leads to a decrease in emissions, which contributes to decarbonization around the world.

Sustainable Benefits of Smart Insulated Pipes

Since professionals began integrating insulated pipes with intelligent monitoring technology, they have created a powerful and sustainable option for heating and cooling. The purpose of these pipe networks is to reduce waste, achieve world goals set in relation to sustainability and increase performance. They support efficiency and sustainability in industries and cities.

Some of the sustainable benefits of smart insulated pipes include:

Energy efficient and carbon reduction

Insulated heating pipes that are integrated with smart technology help to lower the total energy needed for heating or cooling. This perfectly aligns with governmental sustainability goals, particularly for cities aiming to achieve net-zero emissions.

Long-term economic value

Sustainability not only serves environmental purposes but also has economic impacts. For example, smart insulated pipes help to reduce the need for maintenance. They also prolong system lifespan leading to reduced operational expenses in the long-run. This power mix of efficiency and savings provides significant long-term business, industrial and municipal value.

Flexibility of system designs

Due to the use of cross-linked PE-Xa insulated pipes, professionals can easily adapt these pipes into new system designs. Their flexible structures help to ensure that overall heating and cooling systems remain sustainable for decades. Furthermore, they provide smooth flow and return cycle even when new infrastructures are introduced, ensuring long-term reliability and sustainability.

Conclusion

The modern smart insulated heating pipe has shifted from being a passive tool used for carrying heating water to becoming a revolutionary product that aims at achieving sustainability. By using pre-insulated pipes as well as smart monitoring systems, experts have developed sustainable energy networks that offer optimum flow and low heat loss.

Going forward professionals can incorporate insulated heating pipes with AI-controlled energy operations, hybrid renewable energy and digital twins to make them sustainable and responsive to future energy demands.

The post Smart Integration of an Insulated Heating Pipe for Sustainability appeared first on Green Prophet.

World Green Economy Summit 2025: Sandeep Chandna’s Mission to Make Sustainability Core to Business Strategy

Karin Kloosterman — Wed, 01 Oct 2025 04:05:14 +0000

Tech Mahindra’s Sandeep Chadna

At this year’s World Green Economy Summit 2025, Tech Mahindra’s Chief Sustainability Officer, Sandeep Chandna, is not mincing words. In an exclusive conversation with Green Prophet, he insists that sustainability has outgrown its role as a corporate side-project. Forget box-ticking ESG reports — Chandna says the future belongs to companies bold enough to treat sustainability as their core strategy for innovation, resilience, and survival.

Why does this matter? Because Tech Mahindra isn’t just talking the talk. It’s the first Indian company to win the Terra Carta Seal from King Charles III, ranked #2 globally for IT services on the S&P Dow Jones Sustainability Indices, and is already cutting emissions with AI-powered tools and a growing renewable energy footprint. Chandna reveals how putting a price on carbon inside the company — $12 a ton — is changing investment decisions, and how platforms like i.GreenFinance are pushing banks and institutions toward measurable green impact.

For those still treating ESG as a PR exercise, this is a warning shot. Chandna’s message is clear: sustainability is no longer optional. It’s the new operating system for business — one that could define winners and losers in the decade ahead.

Green Prophet: At the World Green Economy Summit 2025, what key message will you be delivering to global sustainability leaders?

Sandeep Chandna – Chief Sustainability Officer, Tech Mahindra:

At the World Green Economy Summit 2025, our core message will be clear: sustainability must shift from being a compliance checkbox to a strategic, purpose-driven imperative that powers innovation, resilience, and inclusive growth. We stand at a critical inflection point where ESG is no longer a reporting exercise, it is the blueprint for future-ready enterprises. We want to spotlight how digital transformation, when purposefully aligned with climate and social goals, can catalyze systemic change. Tech Mahindra’s journey, from pioneering green IT to launching AI-powered sustainability platforms, demonstrates that technology is an enabler and a force multiplier. We will also advocate for cross-sector collaboration, urging leaders to move beyond silos and co-create solutions that honor both planetary boundaries and human aspirations.

How does Tech Mahindra’s role as the only Indian company with the Terra Carta Seal influence your global positioning in sustainability?

Being awarded the Terra Carta Seal by His Majesty King Charles III is both an honor and a mandate. It places Tech Mahindra among a select cohort of global companies recognized for credible, science-aligned transition strategies. As the First Indian recipient, it amplifies our voice in international sustainability dialogues and affirms our leadership in climate-conscious innovation. The Seal validates our commitment to nature-positive solutions, from smart infrastructure to green software. It also strengthens our engagement with standards and frameworks like the Global Reporting Initiative (GRI) 2021, Sustainability Accounting Standards Board (SASB), International Sustainability Standards Board’s (ISSB) IFRS S1 and S2 standards, Business Responsibility and Sustainability Reporting (BRSR), International Integrated Reporting Council (IIRC), Taskforce on Climate-related Financial Disclosures (TCFD), Taskforce on Nature-Related Financial Disclosures (TNFD), and Greenhouse Gas (GHG) Protocol standards. More than recognition, it is a call to action: to lead with integrity, scale impact, and inspire others across industries and borders.

You’ve been ranked #1 in India and #2 globally in the S&P Dow Jones Sustainability Indices for IT services. How do you translate such rankings into tangible real-world impact?

These rankings are a testament to our rigor and transparency across ESG dimensions, but their true value lies in how we operationalize them. At Tech Mahindra, we have embedded sustainability into the DNA of our business. From reducing Scope 1 and 2 emissions by over 31% since 2016 to sourcing 31% renewable energy across owned campuses, our actions speak louder than metrics. We have achieved Zero Waste to Landfill certification at key locations and implemented ESG-aligned procurement protocols. These outcomes benefit the environment, enhance stakeholder trust, drive cost efficiencies, and position us as a preferred partner for purpose-driven customers.

Can you share a project or initiative where your sustainability strategy delivered measurable results for both the business and the environment?

One of our most impactful initiatives has been the transition to renewable energy across our campuses. Through strategic investments in solar infrastructure and green power purchase agreements, we have achieved a 31% renewable energy mix at owned locations and nearly 23% globally. This has led to a 31% reduction in Scope 1 and 2 emissions compared to our 2016 baseline. Beyond environmental gains, the initiative has delivered tangible business benefits, lower operational costs, enhanced energy resilience, and stronger ESG credentials. Complementing this is our green mobility program, which promotes electric vehicle adoption and sustainable commuting, further reinforcing our commitment to climate-positive action.

With a goal of carbon neutrality by 2030 and net zero by 2035, what innovations or policies will be most critical in reaching these targets?

Achieving these ambitious milestones demands a holistic and forward-looking strategy. Our internal carbon pricing, currently set at $12 per metric ton, serves as a financial compass, guiding investments toward low-carbon alternatives. We are aggressively scaling renewable energy adoption, targeting 90% sourcing by 2030. Innovations such as AI-driven energy optimization, smart buildings, and digital twins are being deployed to enhance operational efficiency. Policy-wise, we are aligning with SBTi-approved Net Zero targets and embedding ESG criteria into procurement and vendor governance. These levers, technology, policy, and behavioral transformation are essential to decarbonizing our value chain while sustaining growth and competitiveness.

How is internal carbon pricing changing decision-making within Tech Mahindra?

Our internal carbon pricing mechanism has fundamentally reshaped how we evaluate investments and operational decisions. By assigning a tangible cost to carbon, $12 per metric ton, we have embedded climate risk into our financial modeling and strategic planning. This approach incentivizes low-carbon innovation, accelerates renewable energy adoption, and ensures that sustainability is a core consideration in everything from facility upgrades to supply chain choices. It is a cultural shift that reinforces our commitment to responsible growth and climate stewardship. It empowers teams to make decisions that are not only economically sound but environmentally aligned.

Could you elaborate on how platforms like i.Greenfinance are helping clients accelerate their own sustainability journeys?

AI platform for green finance

i.GreenFinance is a transformative platform that enables financial institutions to embed sustainability into their lending and investment decisions through automated ESG scoring with sector-specific KPI weighting. For instance, carbon emissions are prioritized in energy lending, while biodiversity and land-use practices take precedence in agriculture. These weights are fully adjustable to reflect regional requirements, regulatory frameworks, and institutional sustainability policies.

Built on an API-first architecture, the platform integrates seamlessly into existing Loan Origination Systems, enabling smart green loan underwriting where sustainability insights and ESG scores are embedded directly into credit decisioning workflows without disrupting core banking systems. Beyond origination, i.GreenFinance provides post-approval tracking of loan proceeds to ensure disbursed funds support their intended sustainable projects, from renewable energy deployment to green infrastructure upgrades. This delivers transparency and accountability for both lenders and borrowers.

The platform combines taxonomy mapping, feasibility reporting, and real-time analytics to provide comprehensive views of project viability and climate risk. These outputs are designed to support internal decision-making, helping lenders evaluate applications, monitor fund usage, and align portfolios with global sustainability standards.

With high configurability, i.GreenFinance adapts to each institution’s policies, product mix, and regional context. By making ESG performance sector-specific, customizable, auditable, and trackable across the loan lifecycle, the platform empowers institutions to move from intent to measurable impact, accelerating their journey toward responsible finance and net zero alignment.

What role will AI, IoT, and other emerging technologies play in driving sustainability transformations for global clients?

With the emergence of Generative AI, we’re solving sustainability’s most pressing challenges at unprecedented scale. i.GreenFinance exemplifies this innovation, delivering smart green loan underwriting, feasibility analysis, and real-time proceeds tracking that transforms how financial institutions approach sustainable lending.

Beyond finance, we’re tackling complex sustainability challenges using agentic AI across ESG reporting automation, dynamic materiality assessment, climate risk evaluation, supply chain assessments, and document intelligence. These solutions address a critical pain point for large enterprises, interoperability across multiple reporting regimes including CSRD, ISSB, SFDR, and regional taxonomies. Our platforms automatically harmonize data across frameworks, ensuring sustainability information is configurable, actionable, and audit ready.

IoT technology complements our AI capabilities by feeding real-time sensor data from assets, buildings, and infrastructure directly into our platforms. This integration enables continuous monitoring, predictive analytics, and early-warning systems for emissions tracking, energy efficiency optimization, and resource usage management—transforming raw operational data into actionable sustainability insights that drive immediate decision-making.

The convergence of AI and IoT creates intelligent sustainability ecosystems that provide 360-degree visibility into environmental performance. Organizations can now identify inefficiencies before they occur, optimize resource allocation in real-time, and demonstrate measurable progress toward sustainability goals with unprecedented precision.

Together, AI and IoT are redefining sustainability, making it smarter, faster, and measurable while empowering organizations to evolve from reactive compliance to proactive strategic foresight and value creation. This technological revolution enables businesses to anticipate risks, capitalize on opportunities, and accelerate their transformation toward sustainable operations.

Your first TNFD report integrates nature-related risks into corporate strategy. How will this shape future investments and operations?

Our TNFD-aligned disclosures mark a strategic evolution, from climate-centric reporting to nature-inclusive governance. By assessing dependencies on biodiversity, water, waste management and ecosystem services, we are embedding nature risk into investment decisions, site planning, and supply chain management. Future expansions will be evaluated for financial viability and ecological integrity. We are developing nature-positive KPIs and integrating them into our ESG dashboards, ensuring that regeneration is part of our strategy. Our proactive efforts to manage nature-related risks and seize opportunities reflect our dedication to creating long-term value for our stakeholders while safeguarding the environment. We understand that the journey towards sustainability is ongoing, and we are committed to continuously improving our practices and strategies to meet the evolving challenges of our global ecosystem. TNFD is helping us future-proof our business, align with planetary boundaries, and contribute meaningfully to global biodiversity goals.

Beyond corporate targets, what legacy do you hope Tech Mahindra’s sustainability strategy will leave for the industry and the planet?

We aspire to leave behind a legacy of transformation, where sustainability is a catalyst for systemic change. We want to demonstrate that purpose-driven technology can solve complex global challenges, from climate resilience to social equity. By embedding ESG into our core strategy, launching nature-positive platforms, and championing inclusive innovation, we aim to inspire a paradigm shift across industries. If we can help reframe sustainability as a source of value, trust, and regeneration, then our legacy will be one of leadership in building a better future for generations to come.

::Tech Mahindra

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PepsiCo chooses MENA region startups for its 2023 Greenhouse Acceleration Program

Isabella Hannah — Thu, 15 Jun 2023 09:30:42 +0000

Dooda is a Lebanese vermiculture compost business that makes healthier soil out of worm poop.

PepsiCo announced the six companies that will be a part of the second cohort of its Greenhouse Accelerator Program: MENA Sustainability Edition, focused on sustainable agriculture.

Following a rigorous multi-stage selection process, this year’s cohort brought forward innovative ideas across five key criteria: alignment to PepsiCo’s sustainability strategy – PepsiCo Positive (pep+) – strategic synergy with PepsiCo, scalability, relevance to MENA, and breakthrough potential.

Reigniting the partnership with the United Arab Emirate’s Ministry of Climate Change and Environment and Food Tech Valley, PepsiCo’s Greenhouse Accelerator Program intends to unlock innovative and disruptive agricultural solutions in partnership with purpose-driven start-ups from the region that share PepsiCo’s vision for a more sustainable food system.

The six shortlisted companies, Dooda Solutions (UAE), NoorNation (Egypt), RoboCare (Tunisia), SmartWTI (Jordan), Smart Green, and YY ReGen (Lebanon), were selected from over 180 applications across the MENA region.

Dooda Solutions is a woman-led earthworm farm from Lebanon, specializes in raising worms and producing premium-grade vermicompost at a commercial scale.

NoorNation is a renewable energy start-up from Egypt which aims to provide sustainable decentralized energy and water infrastructure solutions.

RoboCare from Tunisia specializes in using technology to provide a digital monitoring system for preventing the late detection of plant disease, enabling fast propagation, and reducing pesticide use.

SmartWTI, an IoT/AI solutions provider from Jordan, specializes in designing and manufacturing water management solutions to enable the Internet of Things (IoT).

Smart Green, another Jordanian start-up, provides Agri-tech solutions to agribusinesses for Digital Transformation from traditional agriculture to modern agriculture.

YY ReGen, another Lebanese start-up, provides innovative solutions through the promotion of renewable energy, sustainable water management, and regenerative farming. These startups have the potential to disrupt the sustainable agriculture industry and make a positive, lasting impact on society.

Each will receive an initial grant of $20,000 to support their business and help scale up their innovation, along with guided mentorship from regional subject matter professionals, as well as PepsiCo and Food Tech Valley experts. At the end of the six-month program, one winning company will be awarded an additional $100,000 in funding to continue its expansion and have an opportunity to extend its collaboration with PepsiCo to further expedite its growth.

“The UAE places great importance on strengthening its food security and overcoming the significant obstacles that hinder increasing production. Considering that local production of agricultural products and food is an essential component of this strategy, we are working to harness agricultural innovations and modern technologies to overcome the challenges facing the development of this sector, increase and improve production, and promote and consolidate the concept of sustainable agriculture.

“With this in mind, the country is committed to utilizing modern agricultural technology that not only boosts productivity but also aids in conserving natural resources by preventing waste and limiting carbon emissions produced by the agriculture sector and the entire food supply chain,” said His Excellency Eng. Mohammed Mousa Alameeri, Assistant Undersecretary for the Food Diversity Sector – Ministry of Climate Change and Environment (MOCCAE).

“In light of the UAE Year of Sustainability, the ‘Greenhouse Accelerator Program’ of this year is a significant enhancement and contribution to the nation’s initiatives towards implementing modern, sustainable agriculture and food systems. As we gear up for hosting the Conference of the Parties COP28, we aim to showcase the UAE’s achievements in sustainable farming practices, exemplified by the ‘Greenhouse Accelerator Program,’ in which we are proud to collaborate with PepsiCo and Food Technology Valley. Looking forward, we at the Ministry aspire to broaden our collaborative efforts with various relevant entities, both local and global, to propagate the use of modern, sustainable, and climate-smart agricultural technologies.” HE Alameeri added.

“We are delighted to continue our partnership with MOCCAE and the Food Tech Valley in search of pioneering solutions that help us strengthen the resilience of our food system. This year, we have embarked on a search for transformative direct farming innovations that increase agricultural productivity while conserving our precious natural resources for the next generations. I was impressed with the caliber of the participants in the second cohort, and I am confident that together, we can blaze new trails in sustainable agriculture,” said Aamer Sheikh, CEO of Middle East – PepsiCo.

“The theme of this year’s PepsiCo Greenhouse Accelerator Program aligns with the UAE’s National Food Security Strategy 2051 that aspires to position the country as a world-leading hub in innovation-driven food security. Our mandate at Food Tech Valley is to facilitate business growth in the food tech space, and we are pleased to support this worthwhile initiative that harnesses the power of innovation for a more sustainable future,” said Ahmed AlShaibani, Project Lead at Food Tech Valley.

Introduced regionally in 2021, the winner of last year’s inaugural program of the PepsiCo Greenhouse Accelerator Program: MENA Sustainability Edition, focused on sustainable packaging and recycling, was UAE-based start-up Nadeera, a social enterprise that leverages technology to promote waste sorting at source. Through its ‘Yalla Return’ product, the company applies a trash-for-cash model, providing cash rewards based on the quantity of recyclables consumers turn in.

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Automatic Pool Cleaner: A Smarter Way To Enjoy Your Pool

Bhok Thompson — Sun, 13 Jun 2021 05:53:17 +0000

Make Your Pool Life Easier And Smarter With An Automatic Pool Cleaner

One of the growing trends right now is smart home automation systems. The technology has progressed massively over a surprisingly short period. But did you know that you can also make your swimming pool smart? Not to be outdone, the pool world has jumped on board the smart technology to help make your pool maintenance and management easier.

Keeping your backyard oasis sparkly clean and safe for everyone to dive in is time and energy-consuming, not to mention costly. With pool automation, there’s no need for you to depend on the services of a pool company for just about everything. Your automated smart system will notify you when your pool needs something. That means you will be able to control its water level, chemical levels, lighting, and filtration system effortlessly at the palm of your hands.

Moreover, you have smart pool cleaners that can take care of your nasty pool for you even when you’re not at home. So if you’re considering making your pool smart, spending a few extra bucks may just be one of the smartest decisions you can make.

What Exactly Is Pool Automation And How Does It Work?

Pool automation is an electric system wherein you link the equipment of your pool in a wireless connection to the main control unit. You can connect your smart home pool system either on your smart gadget or your home itself. It will depend entirely on your internet connection. That means you don’t have to be physically present at home for it to function.

The best thing about smart pool automation is its simplicity. These systems come with an intuitive app that enables you to manage the settings of your swimming pool wherever you are in the world. In terms of cost, this will depend on the technology’s quality, pool size, and the number of featured apps.

Installing a pool control system will not take an entire life to complete. Once installed, you will be able to control numerous different aspects of swimming pool maintenance and upkeep. This includes its pump, salt chlorinator, filter system, and management system.

Without pool automation, you have to check the pH balance of your pool routinely by yourself or a pool cleaning professional to ensure its water has enough chlorine. On the other hand, this smart home technology will automatically measure the level of chlorine. Not only that, but it will also disperse the proper chlorine level at regular periods. Moreover, a lot of automated pool systems come with self-cleaning features that add further value.

Some of the devices you can link to your smart pool system include the following:

Automatic pool cleaner
Entertainment system
Sound system
Variable speed pumps
Water leak sensor
Water control features
Motion-activated pool alarm
Valves
Heaters

Automating The Way You Clean Your Pool

An automatic pool cleaner is another excellent option for pool automation. They enable pool owners to significantly cut back on pool upkeep. But which is the right type of pool cleaner is best for your needs? Basically, you have three options to choose from:

Robotic Pool Cleaner

A robotic cleaner works using an automated program. This allows the device to factor in your pool’s size and shape. It will traverse across your pool, scrubbing down its floors and walls, ensuring every nook, cranny, and crevice is clean to your satisfaction.

One of its most convenient features is a smartphone app for pool owners. You can use the handy app to turn your unit on and off, as well as set your preferred cleaning schedules. Hence, you don’t have to worry about going home to a dirty pool even when you’re away on vacation or a business trip.

Its filter bag is also easy to clean. Once full, simply remove the canister from your cleaner and use a garden hose to clear it of any debris.

Suction Pool Cleaner

It functions with the aid of a dedicated suction line in your swimming pool. The cleaner uses the suction of the filter pump to propel itself across your pool, allowing it to vacuum and wash the surfaces by getting rid of debris and filth.

Pressure Pool Cleaner

To launch this automatic pool cleaner across your pool, it uses your pool’s pressure side water flow. What fuels it is the water that goes back in your swimming pool. Nevertheless, you can find units that need an extra booster pump to operate. It will filter out debris without the need to use the filtration system, unlike a suction cleaner. Also, it comes with its own filter bag for carrying all the dirt it sucks in, relieving your filter system of wear and pressure.

Among these three types of automatic pool cleaners, the robotic pool cleaner tops the list of most pool owners. That’s because it helps reduce wear and maintenance on your pool equipment, lower down overall energy consumption and costs, and provide you with outstanding cleaning power.

But when shopping around for automatic pool cleaners it will still boil down to what’s suitable to the requirements of your pool. This reliable data source can help you pick out which one is best for your needs.

Is It Possible To Automate My Pool Later?

Yes, of course! If you don’t have the budget right now and can’t afford an entire automation system, you can hold off for a bit. Regardless of how cool this feature is it can wait at a later date. However, ensuring the cleanliness and safety of your pool should be on top of your priority list. So while you may want to postpone fully automating your pool, you can still reap the benefits of technology by opting for an automatic pool cleaner, such as a smart robotic pool cleaner. Doing so is not only best for your budget, but it will work in favor of your beloved pool as well.

Is Pool Automation For Me?

A smart pool system may sound elaborate, but it can make the entire management of your pool quick, easy, and simple. For instance, the main concept behind a robotic pool cleaner is to make the aspects of the pool maintenance to be now programmable instead of doing things manually. You can do the arduous manual pool cleaning chores with a few clicks and taps. This will give you more time on your hands to just enjoy your pool or do other important matters.

Additionally, pool automation gives you the power to control your cleaner and other pool equipment no matter where your geographical location is. This is all thanks to app integration, remote controls, and wireless base stations. So is this a good fit for you? Well, if you want to make your pool life hassle-free and easier, then yes it is.

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4 Ways to Become a Full Stack Developer

Bhok Thompson — Fri, 11 Jun 2021 08:42:52 +0000

Solar energy, wind turbines, ocean cleaning technology. All of them need full stack developers. Change the world through programming.

In this article we will discuss various ways to become a full stack developer that enters the web development industry is a relatively easy task at the moment but writing a wave of information technology as a full tea developer is not a cup of tea.

In a work environment that is always dynamic with too many new technologies released too quickly being a Full Stack Developer Online Training requires you to find out all frontend technology and all backend technology that will demand you to know all programming languages or at least the most popular or used one.

You must be good at working on everything that raises from the database to the user interface and things but maybe? Not realistic expect someone to be good in everything even though clients do need different people for different jobs so here I will give you some tips and tricks in this particular field.

Find your niche

You will never be a successful person before knowing where you want to be you might think a full stack is about learning and coding that’s where you are one of the stacks to identify where you want to be there.

Business identification and customer requirements

Determine your focus area

Web technology such as JavaScript is currently crossing the path for many people if you are also related to this area than the full stack of words consisting of HTML, CSS, language and database JavaScript program.

One language is not enough

With your focus on one path you further need to enlarge your technology you will need what you need to do is learn some important technologies and important languages that are important for your full stack career and bring variations in your skill department you don’t need to worry if you don’t know All languages, you can choose whatever you want to learn, you can learn Ruby, Python, PHP or you can take interest in Javascript, CSS, HTML, C #, C ++ and OOP.

When you are clear on your fundamentals, everything becomes easy to stacked fully to find out all about the frontend and backend software development base for developers is CSS and JavaScript so if you start building your knowledge in these two languages first and to know how well you test skills You by practicing and making a small js page is a full programming language itself.

Take the course

Even if you are well prepared, you must be prepared to learn new things on request basically you have to prepare yourself for new technology challenges to do this, you can take inline courses or can watch tutorials.

Build the tissue

The best way to remain relevant on the market must be connected with relevant people You can join a community that is more relevant to your field and can join discussions about the latest trends and updates on the website and software development technology that you have platforms such as social media and Online Chat group to join is a great way.

So persistent and don’t lose focus.

Later, CakePHP is considered one of the best framework for optimal web development. This is an open source framework, with some unique features embedded in.

According to webmasters around the world, CakePHP facilitates easy web development experience. We all know that PHP is a language that is flexible when it comes to web coding, but can be complicated and unorganized at the time. Various codes and complicated files are used in PHP codes to improve the overall functionality of web programs. Even though you might have technical skills, it is always a good idea to hire special CakePHP developers for your development needs. At the same time the PHP can function as the best web development tool, it can disrupt things if you make a mistake in the code.

In addition, PHP continues to evolve as a coding language and newer changes are being introduced to improve the skeletal skeletal ability. As a website owner, it is impossible to survive this continuous technical and will be suggestive to hire CakePHP developers who have the skills to work with such frameworks.

PHP can be used in various frameworks and CakePHP is one of the ideal web development frameworks at this time. To add value to your project, you must hire developers who understand the latest patterns on the market. Experienced developers can use this framework with their full potential to make coding more comfortable.

CakePHP is one of the most reliable framework based on PHP and many programmers have tested the skeleton of this framework in various applications. Multipurpose CakePHP developers will be able to use the model-view-controller, which helps you separate any business logic from the design or presentation. This is why CakePHP is one of the frameworks sought for web development.

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Internet of Things – From Smart Fridge to Smart City

Brian Nitz — Tue, 20 Sep 2016 04:58:54 +0000

Like Cloud, Big Data and other technological buzzwords, the definition of the Internet of Things (IoT) is often stretched to fit a corporate sales pitch. IoT. But what is it? The internet of things connects ordinary objects to the internet. So now we can Google missing luggage and use an online dating service to match our socks? The reality of IoT is only slightly less imaginative. IoT promises to become the technological bricks and mortar that helps us build smart cities.

Want to build your career in IoT brick by brick? Check the Intellipaat Internet of Things training to get ahead!

Someone peeked inside the refrigerator. A jar tilted against the rubber seal preventing it from re-closing tightly. The door was slightly ajar for only about an hour. But the incandescent refrigerator light bulb had done the damage. Ninety-five percent of its 15 watts went into heating the well-insulated box and spoiling $50 worth of food. It had happened before. It would happen again. So I jury-rigged an alarm that squeals every time the fridge light comes on. The alarm annoyed my family, but a neighbor asked me to make one for him. A photoresistor, a battery and a piezoelectric beeper shouldn’t cost more than $5. But when I researched these 1970s vintage components, I learned that they had evolved into microprocessors and eventually the internet of things.

I found a $5 device capable of measuring temperature and humidity and transmitting the results over WiFi. It could post,“Hey stupid, you left the fridge open again!” on my Facebook wall when it detects a temperature rise.

I showed this to an Iraqi architect who immediately saw how it could be used to improve the curing of pre-stressed concrete– a process that should rely more on science and less on gut instinct and luck. What else can be done with this internet of things?

When Ireland squandered too much of most abundant resource (rain) — smart water meters were installed on millions homes. These devices measure water consumption, detect leaks and transmits its findings via a smart-meter network to a monitoring truck which passes this information to the billing department. My electricity meter does the same thing.

Worldwide the growth of this technology is approaching the frantic pace of PCs, smart phones and the internet itself. IoT is already implemented in some cars to put drivers in touch with mechanics and tow companies in the event of a break-down or crash. Cars can also notify each other of road hazards and traffic congestion.

SamTech of U.A.E. uses IoT to track buses, taxis and other vehicles. GreenQ of Israel uses IoT to track garbage. Silicon Oasis is installing IoT for smart streetlights in Dubai. flux is using it to listen to the health of plants. Smart thermostats like Nest can adjust the temperature of your home when it detects that your smartphone (and presumably you) are nearing the house. And last but not least, IoT is being used for refrigerators. Refrigerators can send a recommended grocery list based on what my family has used and at what rate and remind them when they are eating too much unhealthy food. It can even show its contents via a video display so there is no longer a need to open the door and peer inside and risk leaving the door open.

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Hat’s off to Israel’s LifeBeam for wearable tech

Faisal O'Keefe — Tue, 25 Nov 2014 02:09:03 +0000

Research and development focused on the aerospace industry has spawned dozens of designs useful in everyday life. Now LifeBeam, an Israeli company that designs high-end gadgets worn by jet pilots and astronauts, has designed a “smart” cycling helmet fitted with sensors that can track your heart rate, gait, and associated calorie burn. Not a cyclist? Then check out their smart baseball cap (picture below).

Years ago, tech wizards at the Ames Research Center created a coating to protect satellites and space equipment from getting damaged by space debris; this morphed into scratch-resistant eyeglass lenses. NASA geeks developed a padding embedded with viscoelastic bubbles to better cushion astronauts during blast off. Now this same technology is inside your pricey running shoes.

(Brace yourself for a shock – NASA did NOT invent Tang orange breakfast drink. General Foods introduced it in 1957, years before astronauts took it to space.)

[youtube]http://youtu.be/LQwOVoaxy6I[/youtube]

LifeBeam’s first test subjects were pilots, astronauts, and special forces. They developed wearable bio-sensing technology that could endure extreme activities and space travel. Now they bring that same technology to Earth to let you measure your own performance with the same lightweight, precision gear.

The company invests heavily in research and development to continually push the leading edge of human performance measurement. They are a privately owned developer and manufacturer based in Israel with operation centers in the US and China.

Designers dream up adventurous devices for every part of your body

Designers of wearable devices are getting more adventurous; dreaming up new gear for different body parts using tiny computer chips designed specifically for use in hats, vests, watches, and belts. LifeBeam says to fit such gadgets inside a hat, it had to develop different technology from that used in most wrist-worn devices. Instead of the EKG electrocardiography used in most banded devices, it relies on LED sensors that measure how quickly blood flows through the veins

These sensors collect site-specific data (from the wearer or his micro-environment) and relay this information wirelessly to Android, iOS or Windows devices via Bluetooth. Results are displayed on-screen, or users can also connect to Bluetooth-enabled treadmills, exercise bikes or GPS trackers.

You can order a LifeBeam helmet or hat (specify black or white) direct from Life-Beam.com, each costs $99.

Green Prophet has brought you examples of wearable tech which range from artistic exploration (Lauren Bowker’s clothes that change color based on environmental micro-conditions, as example) to garments that reach for immediate practically (car-sensing jackets for cyclists, or self-activated head protection).

Similar to 3D printing, this burgeoning field is rapidly maturing. Watch this space for more news.

The post Hat’s off to Israel’s LifeBeam for wearable tech appeared first on Green Prophet.

IoT - Green Prophet

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