IPO-bound Ola Electric retained the top spot with 18.6% MoM rise in EV registrations to 22,169 units, followed by TVS Motor, in October

Two-Wheeler EV Registrations Cross 70K Mark In October; Ola Electric Retains Top Spot

Ather owners can benefit from a range of exclusive offers, including a free 15-points comprehensive vehicle health check, the company said.

Ather Energy begins service carnival for customers

A new registration document of the Ather 450X HR has leaked online. It reveals multiple details about the scooter and hints at a new model in the pipeline from the Bengaluru-based brand.

LEAKED! New Ather 450X HR in the works?

This leaked document revealed that Ather Energy has developed a new version of the Ather 450X electric scooter. Looking into the details, the homologation document reveals the name of this upcoming electric scooter as "Ather 450X HR". This 'HR' suffix in ...

Ather 450X HR Homologated – EV Maker’s Second Model With ‘HR’ Suffix

Ola Electric sold 22,284 vehicles in October, up from 18,691 vehicles sold in September, according to the portal. Rival Ather Energy sold 8,025 vehicles in October, up from the 7,151 vehicles a month ago.

Two-wheeler EV sales rise 12% as Ola Electric sees festive surge

Ather Energy has certified its second electric scooter with the HR designation, the Ather 450X HR, following the 450S HR

Ather Energy homologates its 450X HR electric scooter in India

ATHA Energy is headed by Troy Boisjoli, who has a history in the basin. He’s the former VP of Operations and Project Development as well as VP of Exploration and Community for NexGen Energy, a major explorer in the region. He was a big part of building this company, which today sits a market cap of over 3.5 billion dollars.

ATHA Energy: Exploration In Saskatchewan’s Athabasca Basin

As the world shifts towards cleaner and more sustainable transportation options, electric scooters have become a popular choice for daily commuting in India. With an array of electric scooters from both established and new companies flooding the market,

10 Best Electric Scooters In India For Eco-Friendly Commutes

Not only does India have very few public EV charging stations, most manufacturers have their own charging connector standards. Imagine being stuck with an Apple charger and an Android phone that is out of charge.

The new made-in-India EV charging standard for bikes and scooters: here’s why it matters

Vaidya Energy, a subsidiary of Vaidya’s Organisation of Industries and Trading Houses (VOITH), has collaborated with Ather Energy, India’s premier smart electric vehicle manufacturer, to introduce their flagship 450X two-wheeler model in the country in November.

Vaidya Energy gears up to roll out Ather 450X in Nepal next month

Ather Energy

ather-energy

With the proliferation of Artificial Intelligence, we have been left with the question of how to power this energy-craving technology. Experts and skeptics alike have been asking the same question for a while now: How are we going to generate the power needed for the rise in use of AI? It is almost reminiscent of 1955 Doc Brown in the movie “Back to the Future” asking Marty incredulously, “One point twenty-one gigawatts?? Great Scott!... how am I gonna generate that kind of power, it can't be done, it can't.” Currently, massive data centers using massive amounts of electricity place heavy demands on the electricity grid, and AI users pay a hefty amount to use the machines to generate text, images, and video. Imagining the future of AI meant imagining enormous data centers, miles of solar panels, thousands of air conditioners, and colossal energy bills. But there is a better way, and it’s brilliant: nuclear power. Nuclear power is clean energy produced in a process called nuclear fission, usually using uranium, which is highly radioactive. Experts say it is better than other energy sources because it generates large amounts of electricity with minimal greenhouse gas emissions, making it more green and environmentally friendly compared to fossil fuels. Nuclear power also provides a reliable, continuous energy supply, unlike some other renewable sources, such as wind or solar, that depend on weather conditions. Given its advantages and cleaner energy, nuclear power is primarily used in power plants to generate electricity and is also used to power submarines and aircraft carriers in the military. Now, in a brilliant move forward, Google’s parent company Alphabet signed a deal to use nuclear reactors to power its AI needs, agreeing to buy a total of 500 megawatts of power from Alameda, California-based nuclear power startup Kairos Power. This summer, Kairos Power broke ground on its demonstration reactor in Tennessee, the first U.S. advanced reactor project to receive a construction permit from the U.S. Nuclear Regulatory Commission. Under the agreement, Google plans to get the first power plant online by 2030, followed by additional reactor deployments through 2035. Google hopes the deal, using energy from multiple small modular reactors (SMRs), will provide a low-carbon solution to power-hungry data centers. The announcement follows an agreement between Microsoft and energy firm Constellation last month that will reopen one of the nuclear reactors on Pennsylvania’s Three Mile Island to power Microsoft’s data centers. The Microsoft project, known as the Crane Clean Energy Center, is expected to go online in 2028, the company said. It’s expected to provide upwards of 800 MW to the grid. Last year, as part of its efforts to reduce greenhouse gas emissions, Google developed a geothermal project with developer Fervo Energy that supplies power to its data centers in Nevada. With its greenhouse gas emissions having risen by 48% between 2019 and 2023, Google is understandably concerned that its technology is only contributing to pollution and global warming and now aims to reach net zero emissions by 2030, operating its data centers and office campuses using 24/7 carbon-free energy. According to a report by Quartz, “a single Google search uses 0.3 watt-hours of electricity, while a request for OpenAI’s ChatGPT takes 2.9 watt-hours, the agency found. If there were 9 billion ChatGPT queries daily, this would require almost 10 terawatt hours of additional electricity in a year.” With this in mind, there is only one solution today to this problem and to the future of AI: nuclear energy. With the proliferation of Artificial Intelligence, we have been left with the question of how to power this energy-craving technology. Experts and skeptics alike have been asking the same question for a while now: How are we going to generate the power needed for the rise in use of AI? It is almost reminiscent of 1955 Doc Brown in the movie “Back to the Future” asking Marty incredulously, “One point twenty-one gigawatts?? Great Scott!... how am I gonna generate that kind of power, it can't be done, it can't.” Currently, massive data centers using massive amounts of electricity place heavy demands on the electricity grid, and AI users pay a hefty amount to use the machines to generate text, images, and video. Imagining the future of AI meant imagining enormous data centers, miles of solar panels, thousands of air conditioners, and colossal energy bills. But there is a better way, and it’s brilliant: nuclear power. Nuclear power is clean energy produced in a process called nuclear fission, usually using uranium, which is highly radioactive. Experts say it is better than other energy sources because it generates large amounts of electricity with minimal greenhouse gas emissions, making it more green and environmentally friendly compared to fossil fuels. Nuclear power also provides a reliable, continuous energy supply, unlike some other renewable sources, such as wind or solar, that depend on weather conditions. Given its advantages and cleaner energy, nuclear power is primarily used in power plants to generate electricity and is also used to power submarines and aircraft carriers in the military. Now, in a brilliant move forward, Google’s parent company Alphabet signed a deal to use nuclear reactors to power its AI needs, agreeing to buy a total of 500 megawatts of power from Alameda, California-based nuclear power startup Kairos Power. This summer, Kairos Power broke ground on its demonstration reactor in Tennessee, the first U.S. advanced reactor project to receive a construction permit from the U.S. Nuclear Regulatory Commission. Kairos Power broke ground Under the agreement, Google plans to get the first power plant online by 2030, followed by additional reactor deployments through 2035. Google hopes the deal, using energy from multiple small modular reactors (SMRs), will provide a low-carbon solution to power-hungry data centers. low-carbon solution The announcement follows an agreement between Microsoft and energy firm Constellation last month that will reopen one of the nuclear reactors on Pennsylvania’s Three Mile Island to power Microsoft’s data centers. reopen one of the nuclear reactors The Microsoft project, known as the Crane Clean Energy Center, is expected to go online in 2028, the company said. It’s expected to provide upwards of 800 MW to the grid. Last year, as part of its efforts to reduce greenhouse gas emissions, Google developed a geothermal project with developer Fervo Energy that supplies power to its data centers in Nevada. geothermal project With its greenhouse gas emissions having risen by 48% between 2019 and 2023 , Google is understandably concerned that its technology is only contributing to pollution and global warming and now aims to reach net zero emissions by 2030, operating its data centers and office campuses using 24/7 carbon-free energy. greenhouse gas emissions having risen by 48% between 2019 and 2023 aims to reach net zero emissions According to a report by Quartz, “a single Google search uses 0.3 watt-hours of electricity, while a request for OpenAI’s ChatGPT takes 2.9 watt-hours, the agency found. If there were 9 billion ChatGPT queries daily, this would require almost 10 terawatt hours of additional electricity in a year.” report With this in mind, there is only one solution today to this problem and to the future of AI: nuclear energy.

Google and Microsoft Bet on Nuclear Power to Fuel AI Growth

ጎግል እና ማይክሮሶፍት በኒውክሌር ሃይል ወደ ነዳጅ AI እድገት

Google y Microsoft apuestan por la energía nuclear para impulsar el crecimiento de la IA

GoogleとMicrosoft、AIの成長促進に原子力に賭ける

Google და Microsoft დადებენ ბირთვულ ენერგიაზე ხელოვნური ინტელექტის ზრდისთვის

Google және Microsoft AI өсуін қамтамасыз ету үшін ядролық энергияға ставка жасады

Google mpe Microsoft ba parier na puissance nucléaire mpo na ko fuel croissance ya AI

गुगल र माइक्रोसफ्टले एआई बृद्धिलाई इन्धन गर्न परमाणु शक्तिमा बाजी लगाए

Google en Microsoft zetten in op kernenergie om de groei van AI te stimuleren

Google ва Microsoft дар бораи нерӯи ҳастаӣ барои сӯзишворӣ ба рушди AI ғамхорӣ мекунанд

Google we Microsoft AI ösüşine ýangyç bermek üçin ýadro güýji barada jedel edýärler

Google và Microsoft đặt cược vào năng lượng hạt nhân để thúc đẩy sự phát triển của AI

I-Google ne-Microsoft Bet on Nuclear Power to Fuel AI Growth

The world is evolving to tap into renewable energy to generate its power needs, and solar energy is not left out. Solar photocell is an excellent source of energy that is renewable in nature, and it affords a cheap source of energy that is clean. However, with the increased utilization of photovoltaic systems, comes a unique factor – cybersecurity. With ever-increasing connectivity, even photovoltaic or PV systems that are involved in the provision of solar energy are vulnerable to hacking. This article will focus on the dangers of solar panel installation including cybersecurity, investment aspects, and the pros and cons of using solar panels by individuals and firms. Renewable Energy - Solar Panels and Their Safety Solar energy is a perfect example of a renewable energy source. As forecasted by energy specialists, global solar power will surpass the coal power generation capacity by 2025. Indeed, it is difficult to deny the effectiveness of solar energy as it helps to decrease the usage of non-renewable resources, save money on electricity, and preserve nature. But as we embrace this renewable wonder, it’s important to ask: to what extent are these systems secure, especially given the current technological advancement? Solar panels are built strong; they can survive thunderstorms and even hail, but can they survive the new style of cyber threats? Are Solar Panels Cyber Safe? As with most other types of contemporary technology, solar panels and the systems that operate them to the best of their abilities can easily become targets of cyber criminals, where the chances of cybersecurity breaches are increased. Almost all modern photovoltaic (PV) systems that require some control and monitoring have an Internet connection. Unfortunately, this is where hackers also create all sorts of havoc. Inverters, the machines that transform the sunlight into electricity that can be used, are usually the weak links. With an outdated software system or a poor password, they are easy targets for hackers to exploit. According to ExpressVPN's research, securing these systems with strong encryption and network security is vital to prevent data breaches and maintain the safety of solar infrastructure. The Tech Behind Solar Panels Although using solar panels seems simple, its technology goes beyond the panels used. Inverters enable the conversion of solar energy to useful electricity, while SCADA systems control the application and disbursement of this electricity. These high-tech components make your solar system more effective but make it prone to some technological glitches. If such gadgets are not updated frequently and have weak encryption, they are vulnerable to hacking. For instance, a planned denial-of-service attack on a renewable energy firm in Utah in 2019 demonstrated how intruders could exploit the vulnerabilities in the solar systems to cause disruptions. The Safety of Solar Panels In terms of physical security, solar panels are very robust but not completely immune to occurrences of weather hazards like hail. They are cheaper to maintain since they have a longer life span than other energy sources, which makes them favorable in the long run. However, such connectivity of devices through the internet introduces new and unique safety concerns. Security measures like multi-factor authentication and frequent software updates, among others, can help implement the safe use of solar systems. Solar Panels - A Potential Cyber Threat? Solar panels are not inherently dangerous but become a cybersecurity hazard when linked to infrastructure. As seen in other energy subsectors, such as the recent attack on the Colonial Pipeline in May 2021, the effects are often cumulative. Attacks on other solar systems could risk disrupting electricity distribution to homes or firms by triggering power outages. This makes cybersecurity a vital issue for buyers and large-scale power generation organizations. Solar Panels - Are They Worth Investing In? Although security threats are always part of the picture, solar panels are still worth installing. These turbines provide people with energy self-sufficiency, reduce electricity costs, and promote environmental conservation. Governments are providing incentives to encourage the adoption of solar energy, making it more accessible to homeowners and businesses alike. Although the costs of installation are relatively low and the payback period relatively long, ranging from 7 to 20 years, the initial costs are still a deterrent to those who wish to invest in solar power. Solar panels' main financial benefits are the potential for profit through energy savings and government incentives. In particular, those areas that receive good solar insolation value can help save or even eradicate monthly electricity bills. In some instances, users can sell power back to the utility company. To organizations, solar technology products such as power solar panels allow them to reduce expenditures while embracing environmental conservation. Solar Panel Profit Solar panels' main financial benefits are the potential for profit through energy savings and government incentives. In particular, those areas that receive good solar insolation value can help save or even eradicate monthly electricity bills. In some instances, users can sell power back to the utility company. To organizations, solar technology products such as power solar panels allow them to reduce expenditures while embracing environmental conservation. The world is evolving to tap into renewable energy to generate its power needs, and solar energy is not left out. Solar photocell is an excellent source of energy that is renewable in nature, and it affords a cheap source of energy that is clean. However, with the increased utilization of photovoltaic systems, comes a unique factor – cybersecurity. With ever-increasing connectivity, even photovoltaic or PV systems that are involved in the provision of solar energy are vulnerable to hacking. This article will focus on the dangers of solar panel installation including cybersecurity, investment aspects, and the pros and cons of using solar panels by individuals and firms. Renewable Energy - Solar Panels and Their Safety Solar energy is a perfect example of a renewable energy source. As forecasted by energy specialists, global solar power will surpass the coal power generation capacity by 2025. Indeed, it is difficult to deny the effectiveness of solar energy as it helps to decrease the usage of non-renewable resources, save money on electricity, and preserve nature. But as we embrace this renewable wonder, it’s important to ask: to what extent are these systems secure, especially given the current technological advancement? Solar panels are built strong; they can survive thunderstorms and even hail, but can they survive the new style of cyber threats? Are Solar Panels Cyber Safe? Are Solar Panels Cyber Safe? As with most other types of contemporary technology, solar panels and the systems that operate them to the best of their abilities can easily become targets of cyber criminals, where the chances of cybersecurity breaches are increased. Almost all modern photovoltaic (PV) systems that require some control and monitoring have an Internet connection. Unfortunately, this is where hackers also create all sorts of havoc. cybersecurity breaches cybersecurity breaches Inverters, the machines that transform the sunlight into electricity that can be used, are usually the weak links. With an outdated software system or a poor password, they are easy targets for hackers to exploit. According to ExpressVPN 's research, securing these systems with strong encryption and network security is vital to prevent data breaches and maintain the safety of solar infrastructure. ExpressVPN ExpressVPN The Tech Behind Solar Panels The Tech Behind Solar Panels Although using solar panels seems simple, its technology goes beyond the panels used. Inverters enable the conversion of solar energy to useful electricity, while SCADA systems control the application and disbursement of this electricity. These high-tech components make your solar system more effective but make it prone to some technological glitches. If such gadgets are not updated frequently and have weak encryption, they are vulnerable to hacking. For instance, a planned denial-of-service attack on a renewable energy firm in Utah in 2019 demonstrated how intruders could exploit the vulnerabilities in the solar systems to cause disruptions. The Safety of Solar Panels The Safety of Solar Panels In terms of physical security, solar panels are very robust but not completely immune to occurrences of weather hazards like hail. They are cheaper to maintain since they have a longer life span than other energy sources, which makes them favorable in the long run. However, such connectivity of devices through the internet introduces new and unique safety concerns. Security measures like multi-factor authentication and frequent software updates, among others, can help implement the safe use of solar systems. Solar Panels - A Potential Cyber Threat? Solar Panels - A Potential Cyber Threat? Solar panels are not inherently dangerous but become a cybersecurity hazard when linked to infrastructure. As seen in other energy subsectors, such as the recent attack on the Colonial Pipeline in May 2021, the effects are often cumulative. Attacks on other solar systems could risk disrupting electricity distribution to homes or firms by triggering power outages. This makes cybersecurity a vital issue for buyers and large-scale power generation organizations. Solar Panels - Are They Worth Investing In? Solar Panels - Are They Worth Investing In? Although security threats are always part of the picture, solar panels are still worth installing. These turbines provide people with energy self-sufficiency, reduce electricity costs, and promote environmental conservation. Governments are providing incentives to encourage the adoption of solar energy, making it more accessible to homeowners and businesses alike. Although the costs of installation are relatively low and the payback period relatively long, ranging from 7 to 20 years, the initial costs are still a deterrent to those who wish to invest in solar power. Solar panels' main financial benefits are the potential for profit through energy savings and government incentives. Solar panels' main financial benefits Solar panels' main financial benefits In particular, those areas that receive good solar insolation value can help save or even eradicate monthly electricity bills. In some instances, users can sell power back to the utility company. To organizations, solar technology products such as power solar panels allow them to reduce expenditures while embracing environmental conservation. Solar Panel Profit Solar Panel Profit Solar panels' main financial benefits are the potential for profit through energy savings and government incentives. In particular, those areas that receive good solar insolation value can help save or even eradicate monthly electricity bills. In some instances, users can sell power back to the utility company. To organizations, solar technology products such as power solar panels allow them to reduce expenditures while embracing environmental conservation.

The Cybersecurity Side of Solar - Protecting Your Power from Hackers

By Dan Keene, Chief Business Officer of Portal Cross-chain interoperability is the key to achieving the mass adoption of blockchain technology in any sector. Interoperability enables blockchain networks and protocols to , making it easier for everyday users to engage with blockchain technology. The rise of blockchain technology has led to the development of new blockchain networks that tackle specific niches within certain industries, each blockchain having specialized functions based on its purpose. communicate with each other However, there is no one perfect solution that will be able to meet all of the needs associated with blockchain technology all at once. Therefore, as more organizations become aware of both the challenges and possibilities, the interconnection of unique blockchains is becoming increasingly necessary. Blockchain interoperability refers to a wide variety of methods that enable many blockchains to communicate, share digital assets and data, and work together more effectively. This makes it possible for one blockchain network to share its economic activity with another. For example, interoperability allows transmitting data and assets across different blockchain networks via decentralized cross-chain bridges. One main consequence of this is , the pooling of small, inaccessible pockets of users and liquidity into a single, easy-to-access market. At Portal, we see this is a major step towards bringing mainstream audiences into Web3. More than that, our innovative tech stack, built with LayerZero, allows this interoperability to occur via infrastructure that is . By ensuring user peace of mind and ease of use, we maximize our chances of uptake in blockchain technology. defragmentation trustless the chances of mainstream adoption are significantly smaller unless interoperability issues begin to be resolved. Current processes like bridging or swapping tokens between chains entail significant user frictions; onboarding into Web3 is, at present, clunky and intimidating to prospective users, particularly when sending digital assets between networks. The bottom line: Let’s look at Gaming. Like many established Web2 industries at scale, gaming is currently largely centralized, with all related data stored on a server that is fully controlled by the game administrators. This means that players don’t have real ownership of their accounts and items, and centralized servers present many limitations and vulnerabilities. However, nascent blockchain technology can eliminate or mitigate most of these problems by enabling players to have permanent ownership and full control over their in-game assets. But what happens when players want to move their assets from one chain’s ecosystem to the next? Typically, this is done through clunky “bridging” or “swapping” processes, but these are the opposite: easy and user-friendly. These mechanisms are a world apart from contemporary mainstream payment solutions found in the likes of e-commerce and app stores. Next-gen Web3 solutions like the Portal Wallet allow users to seamlessly and securely move assets (such as currencies, in-game items, skins, and the like) between dApps on different blockchains, boosting trust and reducing friction. Only by solving these very practical considerations can we begin to talk about blockchain and Web3 gaming in terms of utility and possibility rather than processes and pain points. Blockchain interoperability can enable the creation of a unified gaming ecosystem useable by all. Portal is building one such ecosystem, an all-encompassing umbrella where value and users flow easily between walled gardens. The Portal Wallet’s seamless UX makes it the go-to entry point for prospective Web3 gamers, whilst the Portal Platform and Network will leverage world-class representation across entertainment to accelerate adoption by Web2 and 3 games alike. Blockchain-based games allow players to have full control over their in-game assets, which are represented by unique, non-fungible tokens (NFTs). These assets may include in-game cards, skins, equipment, and characters, and they can all be linked to blockchain tokens, which are maintained by a decentralized network. More broadly, blockchain’s ability to transparently record information and transfer assets allows users to capture a portion of the economic value created by gaming. Portal’s extensive entertainment and streaming network allows it to connect games and gamers, with native token $Portal efficiently flowing between all parties. Blockchain interoperability can also enable the creation of decentralized marketplaces, which can be used to trade in-game assets. This will allow for the creation of a more transparent and fair gaming economy, where players can trade their assets without the need for intermediaries, and most importantly, enable the creation of cross-game assets for , creating a much more immersive, enriched gaming experience that paves the way toward a fully realized industry. use across different games What else might then be possible? Once blockchain interoperability happens at scale, it will enable a wide range of products and services outside of gaming. At Portal, we’re constantly keeping an eye on possibilities not just in our own sector, but more broadly. The potential use cases that could emerge are, frankly, myriad, but some great examples are: Interoperability can enable the creation of a unified supply chain ecosystem that can be used by everyone. 1. Supply Chain Management: . This will allow for the seamless transfer of goods and services across different supply chains, making it easier for businesses to track their products and services from start to finish Imagine the reformation of a unified healthcare ecosystem that can be used by everyone. 2. Healthcare: . This will allow for the seamless transfer of medical records and other health-related data across different healthcare providers, making it easier for patients to access their medical records and receive better care Interoperability paves the way for a unified and democratized real estate ecosystem where it’s possible to . 3. Real Estate: seamlessly transfer property titles and other real estate-related data across different real estate providers, making it easier for people to buy and sell properties I’m ready for a world where you can transfer energy credits and other energy-related data across different energy providers, making it easier for people to access renewable energy sources and reduce their carbon footprint. 4. Energy: It’s clear that we stand at the precipice of mass adoption for the industry. Once interoperability is the order of the day, I believe we won’t say things like “Web3” anymore. We’ll just do our business and build great tech using the best infrastructure available, leaving the user to enjoy novel products and experiences as they please. Imagine that! ### About Dan Keene With a career grounded in traditional finance, Dan has 10+ years at the forefront of consumer tech. Named in Forbes’ 30U30 Europe list for 2021, he has spent the majority of his time founding, scaling, and selling companies across multiple sectors. Highlights include scaling one company to Unicorn status and raising $650m in investment for another; investors included the likes of Goldman Sachs and Softbank. Dan has been full-time in Web3 for the last 3 years and is bullish on the disruptive force that blockchain and digital assets can bring to all industries, particularly gaming. About Portal is the universal gaming ecosystem powered by $Portal. Through market-leading tech products and a world-class network, Portal is bringing blockchain gaming to mainstream audiences. It’s the crucial first step in their mission: to onboard the first billion gamers into Web3. The Portal Ecosystem is composed of multiple interconnected elements, each providing a unique value add for users: the universal gaming coin, Portal Platform, Wallet, and Network. With 180+ games integrated at launch, Portal is set to be the world’s access point to Web3 gaming. Portal Follow on X (Twitter) at https://twitter.com/Portalcoin Claim Portal Rewards via__ __ CrystalDash

Crosschain Interoperability: Soon, We Won’t Say “Web3”

They say “Australia is the lucky country”. By “they”, I mean Australians. This statement usually refers to its safety, economic success, lack of inequality, natural beauty, bountiful resources and more. There might be another one to add to the list. Enough sunshine to power the entire Bitcoin network in the most economically competitive and clean way. That’s a big statement and there are a lot of nuances to unpack. At a top level, it’s because Australia has an abundance of sunshine, unused and uninhabitable land and a world-class solar industry to build out a national-scale bitcoin mining operation unlike anywhere else. To add to this, Australians love Bitcoin. Australia-Asia Powerlink It wouldn’t be the first time Australia took part in an enormous solar power project. In 2024, it’s expected that Singapore and Australia will complete what’s called the “Australia-Asia Powerlink”, led by Australia’s Sun Cable. They plan to create a 12,000-hectare solar precinct of arid land about 800km south of Darwin. Unsurprisingly, this is one of the most consistently sunny places anywhere on the planet. They claim that it’s nearly 10 times the size of the world’s largest solar power installation in India, and more than 30 times more energy storage than the last “world’s biggest battery” project. According to Newatlas “Power will travel north to the coast through overhead cables, and then it'll travel northwest to Singapore via some 4,200 km (2,600 miles) of high-voltage DC submarine cable along the sea floor, making a dog-leg through some of the fiddly islands of Indonesia. It'll supply up to 3.2 GW of dispatchable clean energy, which Sun Cable says will provide up to 15 percent of Singapore's electricity and power up to three million homes.” ‍ The PowerLink project will roll out an extraordinary 17-20 GW of solar cells over a 12,000 hectare facility in Australia Sun Cable ‍ Once completed, there is no question this is quite an engineering feat. It shows what’s possible with two stable, tech-focused and enabled countries team up to create large renewable energy projects. There’s just one problem: Much of this energy will be wasted due to transportation. According to “The U.S. grid loses about of all the electricity generated through transmission and distribution—enough to power all seven Central American countries four times.  Separately, grid congestion, like traffic congestion, leads to waste and costs consumers approximately in higher energy bills. At the same time, many transmission lines are underused, even at peak hours.” The Natural Resources Defense Council 5 percent $6 billion annually This is based on a country with significantly more urbanisation than Australia. Approximately 10 times more. Furthermore, most of the project’s expense is the expansive overground and underwater cabling and pipes. What if you could produce a project of similar size but without the expenses of transportation and the infrastructure that supports it. Bitcoin mining is the perfect candidate. The machines can operate on-site, directly at the solar plant. No need to build underwater pipes and overground cabling. No need to maintain it. Australia has enough unused, inhabitable land and sunshine to power the entire network in a more cost-effective way than any other energy type. Solar is the most cost-effective energy According to a study by , the cost of solar energy has dropped 85% in the last decade. This decline means that it is now the cheapest form of energy. Less than coal, gas, wind, and nuclear. This is great news for the Bitcoin mining industry, as mining naturally gravitates towards the cheapest form of energy. IRENA As economies of scale take place, this cost advantage is likely to grow, leaving all other energy types behind. It doesn’t mean solar will be the only energy source. Not all countries are blessed with sunshine and many of those that are, don’t have the infrastructure and proximity to urban areas to store and transport it in a cost-effective way. Fortunately for mining, and Australia, this is not an issue. Australia is blessed with expansive, unused, inhabitable land, together with all-year sunshine. Much of this land and sunshine is incredibly remote. With Bitcoin mining, this is no longer an issue. Bitcoin Sunshine and Unused Land There are four major deserts in Australia: Great Victoria, WA, SA Great Sandy, WA Tanami, WA, NT Simpson, NT, QLD, SA Combined, they have a landmass of 977,000 km2, or 241 million acres. These deserts have an almost unparalleled level of sunshine year-round. Most of the land isn’t suitable for farming, agriculture or living. Australia in landmass is roughly the same size as the United States. The population of Australia is approximately 25 million, compared with 330 million in The United States. Almost all major cities are based on the East Coast with much of the country not only uninhabited but unsuitable for energy production due to transportation costs to coastal cities, or other countries. The cheapest farmland to buy in Australia is a mining area called Cobar in New South Wales, according to the 2021 Farmland Values Report. According to Farmland.com “ – a base metals and gold mining town in central-west – is the cheapest place to buy farm land in Australia, according to the . Cobar New South Wales 2021 Rural Bank Farmland Values Report The report found the median price per hectare of farm land in the town was $94 in 2020, up an average of 4 per cent per annum over the past five years. On average, there are a total of 34 days of rain with sunshine all year-round. Cobar is just one example of areas that could easily be used for sustainable, solar-based Bitcoin mining without the need for expensive energy transportation costs. So with this in mind, why did Australia-Asia Powerlink choose the location they did? Well, they had one other requirement other than sunshine and cost. That was proximity to Singapore. With Bitcoin mining, there are no such restrictions. Stable government and rule of law Unlike countries such as China, Russia, and Saudi Arabia, Australia is a stable country with rule of law. It respects property rights, it has a legal system that is based on British Common Law and it has a government that has been encouraging the Bitcoin and crypto sector. There appears to be crypto-friendly regulation in process with rules that encourage the sector’s growth, while protecting investors. Not everybody agrees with every policy of the Australian government, however, as a place to invest in land and infrastructure, it is usually near the top of most lists when it comes to stability and security. Given the choice between investing in mining facilities in China, Russia, Saudi Arabia, or Australia, most people would choose Australia. Bitcoin and crypto adoption In 2022, , which is higher than the global average of 15%. Australia ranks 4th in the world for crypto adoption. 23% of all Australians own crypto ‍ ‍ 60% of those own Bitcoin, which is above the global average of 36%. This puts it ahead of Nigeria, India, Kenya, Singapore, and many other countries that people associate with Bitcoin ownership. ‍ ‍ It’s worth it One of the biggest criticisms Bitcoin gets is that it doesn’t matter if its energy is renewable. That energy could be used elsewhere and therefore it’s a waste, no matter what. This is true to those who place no value on Bitcoin. And by value, I don’t mean monetary value, I mean value to humanity. In the early days of the Internet, many people placed absolutely no value on it. It was a place of thieves and creeps doing illegal, shady things. Over time, that has changed. It would be hard to find something that people value more today. I believe the same is true for Bitcoin. Bitcoin isn’t just a digital currency that people can transact with. It’s a movement. It’s a revolution. It’s the separation of money and state. This is important because it has to potential to remove monetary corruption, reduce inequality and provide every person on the planet with financial inclusion. Is that worth energy? Well, to put it into perspective, here’s a graph to show you what else uses energy and how Bitcoin compares with those. ‍ ‍ Australia seems to have the perfect trifecta of government stability and support, societal adoption, and bountiful sunshine and land for clean energy production. It’s not perfect. More research needs to be done to understand the viability of this. There are valid concerns about heat management, maintenance in highly remote areas, storage of energy so that they can run at night and I’m sure there are more. The point of this is to outline, at a top level, some of the clear advantages Australia has. Encourage people to explore them further and ignite debate in the Bitcoin community, people in Australia and those who are concerned about Bitcoin’s environmental impact. Australia may not be the country many people think of as a potential Bitcoin superpower, but maybe they should.

Why Australia Might Become A Bitcoin Mining Superpower

Transactive Energy is Decentralized, Smart Energy. Transactive energy describes a system where anyone can trade electricity on the grid. Through this system, traditional consumers of electricity can generate electricity and sell their excess capacity back into the grid. Electrical grids, which distribute electricity from producers to consumers, are evolving into smart grids which enable decentralization, and automation of energy management. This move away from a centralized grid, towards a decentralized network of nodes will allow for a more efficient electricity grid. This grid will leverage more renewable generation assets and allow end users to participate not just as consumers but also as producers of electricity. What’s wrong with our current electrical system? The current electricity system operates in real time: electricity is generated when it is consumed. However, electricity consumption can be highly variable. For example, electricity consumption is typically higher after people begin to wake up and lower during the nighttime. Additionally, consumption habits vary over the seasons: use is high in summer in most locations and lower in the cooler months. The variability in electricity consumption is important because it impacts the design of the electricity network and the sources of electricity generation. Generation sources like natural gas or hydro can offer some flexibility in the time of generation, by providing quick electricity when demand suddenly increases. Therefore, these generation sources are called ‘peaker plants’. In contrast, current nuclear technologies can provide stable constant electricity, but output cannot easily be increased in response to increased demand. Renewable generation sources offer another variation because they do not use fuels for electricity generation – rather, they use the sun or wind. End users can therefore install their own generation capacity. However, to produce electricity, these assets are reliant on the sun to shine and the wind to blow, creating variability in the supply of electricity. Most of us just use electricity when we need and do not think of peak electricity as a concern. However, this can be expensive and inefficient. Using smart grid technologies and mechanisms like transactive energy, we can re-design the grid to be more efficient and more productive. End consumers can help alleviate strain on the grid by providing electricity into the grid, or reducing their own consumption when the demand for electricity is high. Benefits Transactive Energy is economical, efficient, reliable and resilient: Anyone can become an energy producer by installing a rooftop solar panel, since Transactive Energy does not discriminate between big and small producers. This will promote the use of solar energy. Internet of Things (IoT) devices will use energy when it is cheapest, since IoT-connected washing machines, air conditioners, dishwashers, and other energy-intensive devices will be programmed to use energy only when it is below a certain price (for example, at night). Battery-powered electric cars will similarly charge when electricity is cheapest. Energy generated closer to you will be cheaper than energy from a distant power plant, and Transactive Energy infrastructure will make it easier to purchase energy generated closer to you (for example, from a neighbor’s solar panel). Resilience during storms will increase, since a Transactive Energy system will be decentralized with fewer central points of failure. The length and frequency of outages will reduce. Fewer additional power plants will need to be built, as new suppliers in the electricity grid will reduce the stress on power plants. This will allow us to avoid economic and environmental costs. There will be a better balance between real time supply and demand, especially with the use of blockchain-enabled electrical platforms. Challenges How to ensure security? Cybercriminals, nation states, disasters, and errors all pose security threats to our existing, aging electrical grids. How can we adopt Transactive Energy in a way that secures our energy infrastructure? How will we make grid-connected devices smart and interoperable? Can we upgrade all involved devices to the level of automation and interoperability required? At what cost? Will the smart grid scale well? Will the distributed platform function well even when the number of smart devices in the system increases significantly? Who will govern the platform? Ironically, realizing a decentralized national or international energy grid will likely require strong, centralized governance or new business models. How can we make the system easy for people to understand and participate? Transactive Energy will make people’s lives easier because it will allow for higher efficiency and greater access. As these platforms become more accessible, they will attract more participants, benefiting everyone. Conclusion Transactive Energy has the potential to make our electrical system more efficient, by better matching supply and demand in real time, having IoT devices use energy when it is cheapest, and reducing reliance on large, distant suppliers. It will also allow anyone of any size to participate in the electricity grid, incentivizing people to install rooftop solar panels to sell electricity to their neighborhood. As our electrical grids evolve into efficient and resilient smart grids, we need to ensure their security, promote interoperability between connected devices, and make it easy for anyone to participate. === Shaan Ray

What Is Transactive Energy?

Fear has often been the cause of my worst business decisions and eventually lead me to lose control of one of my companies. I’ve paid a high price to understand this lesson. In the Power of Habit, talks about the human brain being made up of a number of layers, and that we just have a less evolved “dinosaur brain”, much of which we share with other animals, and a higher order brain, a more evolved brain, which gives humans higher level thinking and abstract thought. Unfortunately, our pesky dino brain is our survivalist brain, and whenever we are under stress, our dino brain takes over. Charles Duhigg identified six basic emotions (anger, disgust, fear, happiness, sadness, and surprise), and these are the ones that our dino brain lives by. Don’t feel bad though, when we were cave-humans, we needed those emotions in order to survive. We needed anger to fight, disgust to know what not to eat, fear to survive, happiness to keep moving forward, sadness to take stock and surprise to kick our adrenaline into high gear when under threat. Paul Ekman All those emotions served us then, but times have changed. Instead of getting angry at prey, we get angry at our co-coworkers. Instead of being afraid of predators, we get afraid of losing our jobs, our businesses running out of money and giving up our lives for them. Ever wonder why you feel outraged by the news media? They know exactly how to manipulate your dino brain to get a response out of you. Seen those studies on how ? Bombarded all day with happy images of other peoples lives can’t be great for self-esteem, but that’s what you get every time to fire up Facebook. Of course, its mostly a , but your dino brain doesn’t know that. social media makes you unhappy facade When you are a startup entrepreneur, the stakes are even higher. At first, you think, this is great, I’m my own boss, I can do what I want, and I don’t need to do things I don’t need to. You look at all of your employed friends and family and feel pity — But you aren’t. You’ve traded some security for freedom, but your boss is now your customer, client or yourself, your investors may act like your boss. If you are in business and making money at all, you are beholden to someone. You are now fully responsible for your life, you can’t blame anyone else if you fail, and if you are not working or your business is not making money, you will fail. And the fear of failure includes anxiety, shame and all sorts of unhappy thoughts. The key is to spot and acknowledge the emotion of fear and eliminate it as much as you can when you are making important decisions. Fear is like electricity in the body and when you acknowledge its presence and start to be conscious of it and its tactility you can move it in your body like any other energy coming from your emotions. One of the best pieces of advice on public speaking is “ ”. Let the fear drive you forward. Let it give you the energy to push through the right decision. This is tough, our ego does everything to reinforce its existence and fear is one of its favorite things because it gets refueled — recharged through fear. feel the fear, and do it anyway , or ask yourself “If I had a lot of money what would I do in this situation?”. This can help you prioritize the long-term and to execute on your vision. Try to make your decisions as if you had a comfortable cash flow Ask yourself: This question takes you back to your core values and ethics and can help you face the fear of failure in important and critical moments. “Who would I like to be in the future or what would I want to be perceived or known for?” When taken by fear, we often push today decisions for later, which is probably the worst thing that you can do. Think of it another way: the sooner this is done, the sooner it will be behind me and I won’t have to think about it anymore. (Also good advice for the procrastinators out there) Do not postpone to tomorrow what can be done today. Seneca has a very good quote about this: “Let us postpone nothing. Let us balance life’s books each day… The one who puts the finishing touches on their life each day is never short of time.” Adversity, intense competition, political games at your board and even treason are more common in business and they can trigger fear and make you doubt. These are the hardest things to spot because they attack directly what’s below the fear, your self-esteem and makes you question your self-worth. Low self-esteem is probably the main reason when fear kicks in during those moments and situations. Luckily, is just a tool which we can use for both good and evil. We can use it to keep in touch with the people we love, and we can use it to brag about our “wonderful lives”. We can use it to be educated, informed and saddened, all at the same time. technology Proper use of tech can help you to eliminate the outrage, and bump up your self-esteem at the same time. As entrepreneurs, we have a lot of emotion vested in our businesses, and if things aren’t going well, it’s easy to take it personally. When we are not meeting our goals, when our business is floundering, looking for its legs, we can easily get depressed. Here is where technology can help: Use on YouTube to center yourself and be more mindful. has recently been used successfully as a tool to combat depression. If you are fully in the present, then you are not regretting the past or worried about the future. meditation videos Mindfulness Edit out the voices on which are bragging about how great their lives are by them, or even better, why not take a ? Take a break and reset yourself. Trust me, you will feel much better for it. Facebook snoozing social media vacation You’ve probably been burning the candle at all ends trying to succeed. Use on iOS to get a good nights sleep. Listen to a . Go to the gym and out. Just do something other than working on your business for a little bit. Bedtime Sleep sounds app work your anger and frustration Use tech to free your time up for self-care. There are a plethora of free and cheap tools out there (like , , or ) which can help to alleviate the day-to-day stresses of an entrepreneur. Use them. Fabulous Headspace Calm Use apps like to connect with a counselor or business coach who can help you through a rough patch, if you need it. Or just connect with a trusted friend who is not connected with your business at all and talk it out. Talkspace If you don’t feel that you know anyone you could talk to this about, then use a and just record yourself talking. Do it in the car or some other private place. Listen to it (or not) then delete it after. Just talking it out will help. recorder app A great thing to do also and that I have been doing a few times is to go in the nature, in a park and to shout as loud as you can. You will feel the liberating effect it can have. When we let fear take over our business decisions we begin to make bad ones. Even if tech outrages you, it can help you knock out fear and take a bite out of depression. When combined with good discipline in your personal work, like meditating everyday on a regular basis; and good self care by cultivating time for yourself, you develop enough awareness not to be caught by your fear.

How To Overcome Fear & Make Better Business Decisions

There’s no such thing as a free lunch. There’s no such thing as a zero sum game. The 2nd law of thermodynamics tells us this. You know, the one about entropy and how everything will be really, really lame in a couple of trillion years. There’s no action without an equally big _re_action somewhere. This is also true for Bitcoin mining. Every once in awhile, some ignorant click bait hungry journalist writes an article about Bitcoin’s energy usage and how it’s connected to global warming or how widespread Bitcoin adoption would kill us all someday because of its “wasteful” production process. What they all fail to address is they alternative cost. First of all, Bitcoins are valuable precisely they’re costly to produce. The same is true for gold or diamonds or anything else that is scarce and hard to come by. The mining algorithm can never be any more because the electricity spent is directly linked to the value of the token. because energy efficient Secondly, think about what most people use their Bitcoins for. Nothing. That’s right, nothing. Bitcoin incentivizes rather than . This is the exact opposite of what our current systems of fiat money does because Bitcoin is deflationary rather than inflationary. This means that every dollar, yen or pound spent on Bitcoin would have ended up being spent on some other energy demanding thing had it not been spent on the Bitcoin. Either that or it would have lost its value due to inflation which means that even more dollars, yen or euros would have been created and spent on frivolous things. The very idea of central banking and the philosophies of John Maynard Keynes is that fast spending and a lot of transactions in general is what drives the economy. Bitcoin is the to these views. Yes it’s costly to produce but so is overproducing every product on earth because you need your business to expand as fast as possible to pay off your loans. Human well being has always and will always be linearly connected to energy consumption. You can’t get around that or bypass this fact. They’re inevitably linked. The thing Bitcoin does is taking away the need for energy consumption by incentivizing us to save for future generations. It’s a tool for our destructive tendencies. Not a threat to our planet’s health but a remedy. saving spending opposite unnecessary stopping So, the next time you hear about Bitcoin using as much energy as a small country, ask yourself — where would all that energy have ended up if it wasn’t funneled into the the only invention trying to save us from ourselves there is? Into a Chinese factory producing consumer goods shipped by boat, truck and car for temporary use by westerners and probably ending up in a garbage pile the size of a small country in less than a year? How is that better for the planet again? The only place solutions for humanity’s problem can stem from is from human ingenuity and human ingenuity itself stems from places where people with brains have a shot at getting somewhere in life. Thanks to the internet and Bitcoin that somewhere is everywhere. The internet connects us and Bitcoin frees up our time and emancipates us from the destructive mechanisms of our current systems. Bitcoin helps you plant a seed and watch it grow if you will. Before you criticize Bitcoin, read up on it was invented and what inflationary, soft money does to the mechanisms of the market. Why we have a climate problem in the first place. Why we over consume. What underlying forces pull our psychological strings and makes us lend money for a new car? It takes a special kind of ignorance to criticize the solution to a without first getting to know the problem. why

How everyone’s wrong about the energy used in Bitcoin mining

Steve Jobs once famously talked about “Connecting the dots”. We need dots to make the connections. Dots can be anything from knowledge, wisdom, Secrets, Experience, Gut feeling, skills, talents, capital etc. The goal of this article is to explain a few dots, mostly through human evolution and try to connect them with the crypto point of view. Contextual meaning of crypto in this article is any distributed ledger technology. Dot 1: Humans biggest breakthrough over time Discovery of fire enabled humans to hunt the animals in bulk and store the food for future use. This gave humans a lot of free time to think, communicate and coordinate. Language enabled humans to communicate and share ideas among the group in a defined way. Passing the experience and knowledge to the next generation. Language enabled humans to compound his knowledge at a breathtaking pace. Along with wheel, other transports systems including the domestication of horse enabled humans to move beyond his tribe. Humans started to look opportunity outside his tribe. Money helped us to trade time with others, it helped us to leverage other people time and effort. Chasing the money brings a lot more discoveries and inventions. More lands occupied for money, more people getting the education in hope of earning making money. The by-product was more widespread knowledge, skills, and coordination. Printing press and other medias enabled us mass education, within a few hundred years, humans gathered more knowledge than previous millions of year. Electricity and other energy source enabled us to move, build, manufacture and connect quicker than ever. If someone woke up from the coma after 20 years, sure he would think they woke up in an alien land. We have seen more changes in the last 20 years than entire history. The degree of separation reduced from 6 in 1990 to 3.5 in 2016, thanks to the internet, We might end up connecting everyone with everyone. We have seen each breakthrough helped another breakthrough and each latest breakthrough was multiple times bigger than previous breakthroughs. We will see how crypto going to disrupt everything and make the internet revolution will look tiny. AND REMEMBER, EACH BREAKTHROUGH LEFT THE UNADOPTED BEYOND. Fire: Language: Wheel: Money: Printing Press: Electricity: Internet: Crypto: Dot 2: Evolution of trust. Humans never trusted another human throughout evolution. We always depended on third-party trust provider to settle the disputes and to trust others. As networked spices, trust is the fundamental force for networking, coordination, and relationship. A simple example is, in a wealthy society, people have more trust among themselves while poor society struggle with the trust issues. We used to depend on the priests, gods, church, kings, holy books, Gang leaders etc to keep the trust. If two people have a dispute, these trust-providers will take some money and settle the dispute. Over time, these trust providers become costly, slow, biased and corrupt. They become rulers of masses. Each stage of our evolution created a new trust provider. Recently democratically elected governments, bureaucrats, judges, courts, polices, banks, bankers, militaries etc are modern trust-providers and rulers. Lately, the Internet created 1000s of new trust providers like Amazon, Uber, Airbnb, Facebook, Paypal gave trust to users. They sit between people who never trusted each other. Uber comes in when driver and passenger cannot trust each other. Amazon comes in when seller and buyer trust each other. They become internet powerhouses. Like ancient age trust providers, these internet trust providers started to abuse the users. Users don’t have options either. Bitcoin is the first system, which removed the need of trust between parties. Crypto is a major breakthrough in human history, that two or more anonymous individuals can exchange the value without any need of trust providers. We call it “Trustless By design”. And the first “ ” system. What if every human trusts each other instantly and anonymously and form a huge network. Will leave it to your imagination. Socially Scalable Bonus: are 36 tweets by @naval about Blockchain. This article largely inspired from his tweets. Here Dot 3: Evolution of Power distribution The social structure of homo sapiens (and most of the animals) is hierarchical and top post is mostly occupied by an alpha male. The power structure evolved along with the technology advancements. Over time the kings started to delegate some of his power to his family members and friends. Over the time when kingdom become bigger, he delegates more power to more people, He started to appoint ministers, dukes, governors, army generals etc. Later these rulers added bureaucrats and gave them power. Later democracy was accepted all over the world. People directly elect their ruler for a specific duration. Though people elect them, still most of the power was with rulers. Over time, the government become structural and shared more powers to private sectors. Today most of the countries are virtually run by private sectors, like distributing electricity, internet, water, manufacturing, health, education etc. If we look at the historical pattern of power distribution, the people started to grab the power from their rulers and rulers happily give up some of their power to stay in power. Clearly, the next evolution of power distribution will be, more people in the bottom of the pyramid wants to grab some power from rulers. Crypto will enable people to create their own network without the need for rulers. From print own money to producing and distributing power to anything. It’s because of empowering private companies, humans made so much breakthrough in the last 50 years. What will happen if we empower billions of people?. Will leave it your imagination. Dot 4: How technology replaces people over time. We keep replacing humans / domestic animals with machines during our evolution. Like oxen, cows with agricultural tools. Horses with cars. Later we started to replace the humans from the bottom of the social pyramid. Now, most of the manufacturing units and agricultural fields are filled with robots. If we observe the pattern, we mostly started to replace people from the bottom-up. Google driverless car is one of the major tech breakthrough in our lifetime, Kind of science fiction reality, but still, it going to replace the drivers, who are middle-bottom of the social pyramid. If we assume drivers are 1% of society, and if their average salary is $400 per month (in India). If we replace every driver with google car, if google charge 10% of what drivers charge, then the market of google car will be 80Mn drivers X $400 = $32bn per month. I know the math is stupid, but the point here is, what if we have a technology, which might replace the humans and institutes in the top of the social pyramid. Entities like financial institutes, politicians, bureaucrats, rent-seeking middlemen, lawyers, trust providing agencies are in danger of replaced by Crypto. The market for automating the government, politicians, financial institutes, rent-seeking middlemen and 10,000s of corporates must be multi-trillion dollars, Truth is, we have enough infra, talents, money and proven tech to automate/disrupt/ replace them in form of crypto. I am writing a separate detail post on this, will publish in future about it. It’s coming faster than we think. Dot 5: Belief systems and an army of believers Time and again the human history changed by a small army of believers. Belief systems like Religion, Kingdom, Nation, Brand, Money, Capitalism are still thriving for years from commencement because a group of people believed strongly and passed to the next generation. They sacrifice everything to guard their belief. Christians believed in Jesus, converted one-third of the population. Nothing can stop something that few believed and committed to it. Bitcoin is the strongest belief system we had seen in our lifetime. Especially in the post-internet hyper-connected era, Crypto is the biggest utopian idea ever and the first belief system backed by science and math. A few years ago, there was some group of people believed in it. Now we have belief, money, energy, and talent. We will see 1000s of believers will start work full time on it in the next 2 years. Don’t mess with this new borderless, permissionless belief system who want to disrupt everything. Dot 6: What we traded over time Another evolution perspective is, as networked species, how and what we traded over time. Earlier, we had the barter system, we just exchanged the available goods with nearby humans. Later with the invention of money, we start to trade many things, including time, trust, land, services, goods and etc. We started to leverage other peoples money, time and effort. Currently, we are trading the stocks, shares, bonds, currencies, commodities etc. Each improvement in trade bought more breakthroughs in human evolution. With the advent of crypto, We going to trade many things that we can’t imagine now. All without any political, geographical, financial barrier. An example, people will start to produce electricity, distribute and consume in peer to peer network. We might trade personal brands, honesty, attention, attraction, and reputations. We might trade the health index of the community. We might start trade anything that has value. There will be millions of tokens available for trading, Anyone can buy and sell anything instantly and anonymously from anywhere for 24x7. Already there are some projects to trade data, time, influencing score etc. The global GDP will be multiple times bigger than current GDP when we start trading millions of tokens. Dot 7: How different people make money, overview Most people earn money by doing day jobs. You renting your time and earn rent. Entrepreneurs own business(es), use the above people and leverage their time and effort. Here both risk and return increase. Here people work for you. Investors invest in Entrepreneurs / Businesses, here again, both risk and return increases. Here more people work for you. Investing in stocks, Here 1000s of big Businesses work for you. You can grow (and loss) your money every minute. Here again, risk and reward will be even higher. Investing in Forex, commodities, CFDs, Futures, and Bonds. Here entire country’s population works for you. More make sure you take responsibility for the huge population, Here both the risk and reward is very high. Above points provides the reason that very few people controls the large portion of wealth and the large portion of the population owns the tiny portion of wealth. With crypto, we basically invest in a borderless protocol. In other words, Crypto investors might sit on the top of above 5 people. You will literally make money by trading the protocols that power the new world. Bonus: This portion is taking from here https://qr.ae/TUGLVN Crypto is a single deep field which packed technological, science, philosophy, politics, economics and religion into a single piece. In the early 1990s, most people imagined that internet going to replace mail service. That’s how their imagination limited to. But today the top 5 companies are internet companies. The same is to happen with Crypto. We are not sure what it will bring. But people who grow with crypto will build the whole new world. And i will leave you to connect the crypto dots. Connections: P.S: If you are into crypto, Checkout 2ools, my upcoming product in Producthunt: https://www.producthunt.com/upcoming/2ools

Connecting the crypto dots.

is a series of verified transactions that are cryptographically linked and secured. Many people are most familiar with blockchain due to its association with and other cryptocurrencies. Blockchain Bitcoin However, people are interested in seeing how it could play a crucial role in various industries — including the energy sector. Using an ICO to Encourage the Widespread Use of Renewable Energy Many people who invest in cryptocurrencies know about initial coin offerings, or ICOs. They involve giving investors a new type of cryptocurrency or token in exchange for an existing type of cryptocurrency. The ReNu Pre-ICO is such an arrangement that aims to raise an initial $5 million in funding to recruit the world’s top scientists and figure out some of the most pressing challenges related to energy. The central belief of this project is that the world already has existing technology that could provide renewable energy to everyone. However, there needs to be an incentive to encourage people to use renewables and make their own. The people behind the project think blockchain is the answer. One goal of the initiative is to that lets people buy, trade and sell energy. It would permit anyone to convert renewable energy into decentralized ReNu Coins, then trade them with another person to get cryptocurrency. build a contract platform Austria’s Largest Energy Company Is Testing Blockchain Wien Energie, the biggest energy provider in Austria, is extremely interested in blockchain and wants to test it to prepare for potential real-life use cases in its business. The company has performed tests with blockchain in the past for gas trade transactions. More recently, the business turned its attention to ways to . Based in Vienna, the company already serves 2 million retail and 235,000 commercial customers. use blockchain for other energy needs If it can determine feasible ways to incorporate blockchain into its business structures, those efforts could be the start of a major change in Austria and beyond. Making Cryptocurrency Mining More Sustainable Throughout generations, engineers have implemented a wide variety of ways to reduce energy consumption through natural resources. For example, in Bahrain, wind turbines partially power the country’s World Trade Center, supplying enough energy to for a year. give 300 normal-sized homes power One of the prevalent criticisms associated with cryptocurrencies is the amount of energy needed to mine them. Mining involves using substantial computer setups and software to solve mathematical equations to verify transactions on the blockchain. As miners carry out that task, they create more cryptocurrencies. However, statistics show the energy expenditure associated with mining is as much as the total usage of entire countries. To make the consumption problem less severe, some companies use wind power and other . renewable resources to mine Bitcoin One of them is HARVEST, which primarily relies on wind to reduce the mining impact of a cryptocurrency called Zcash, plus donates all profits to organizations involved in climate change research. Suppliers Allowing Customers to Pay Utility Bills With Cryptocurrencies Many utility companies had to upgrade their payment options when customers showed a preference for paying with credit cards over the phone or inputting data into online forms instead of mailing in checks. Now, some early-adopter utility companies permit customers to pay bills using cryptocurrencies rather than physical money. One of them is Remixpoint, a Japanese provider. for choosing to take care of bills with that method. Customers reportedly even get discounts Similarly, allows paying for electricity, gas, heating and water bills with cryptocurrencies. a company in Germany called Enercity Among the advantages of these arrangements is they do not require people to have bank accounts. Individuals only need internet access and digital wallets for storing their cryptocurrencies. This overview of how cryptocurrencies are disrupting the energy market gives a fascinating look at how the industry might change in the near future and is already evolving. The centralized nature of most current energy companies is in stark contrast to the decentralized structure of cryptocurrencies and blockchain, which could set the stage for significant alterations in how people consume energy and pay for that privilege. Image by Andre Francois

How Blockchain and Cryptocurrencies Are Impacting the Energy Industry

When it comes to teamwork, there are so many variables and elements at the table that it can be extremely overwhelming to figure out exactly how the magic happens. While some teams crash and burn spectacularly before they even get off the ground, some are effortless and invigorating — where inspiration turns into collaboration and becomes action. I hope that you have all have had the experience of the latter, where everything worked amazingly, the ideas flowed, and everyone walked away energized with passion. When that happens, it truly is a special kind of magic. One of my favorite times this happened for me was during the Sierra Club Apprenticeship program in 2013. I didn’t know any of the other organizers and we were all located in different cities across the country, but there was something about our dynamic that was truly phenomenal. We even asked the hiring team how they were able to do such a great job bringing us together and they didn’t have a good answer themselves. Our synergy and the way we fed off each other’s energy felt like magic. While we all loved the work, we loved doing it even more. together Sierra Club Apprentices, Class of 2014: New Orleans Coal Export Project There is something uniquely special and fulfilling in the collaborative process, and when you can do that with a team that is in synch with you and on board with your passions, it creates a perfect storm of creativity and action. And isn’t that something we could all use a little more of? That’s why I have some tips for you that will help level up your team — whether at a hackathon, for a school project, or in an office — and bring on the magic. Forget what you’re thinking when other team members are talking Active listening is something else, isn’t it? We can all usually tell the difference between when we’re being listened to and when someone is starting at us from across the table with a blank look. Beyond that, it’s so important to have someone’s full attention and not be interrupted in your train of thought. This can be hard for many folks — I’ve had to mindfully train myself on this again and again — but the benefits of undivided attention totally outweigh your (or my) need to interrupt or “plan” what we’re going to say while someone else is talking. Undivided attention builds relationships, it helps create stronger ideas (because it’s a lot better when you’re adding to a complete thought than adding to a partial one), and it gives each person on the team a chance to give input and feel valued. Even if you don’t end up using most of the ideas generated by the team, allowing everyone to have input creates buy-in, and builds rapport. A more cohesive team is going to work harder and with more enthusiasm, and they’re more likely to be ambassadors of the work in the end. The benefits are truly outstanding. You are listening to learn Unless I’m at the DMV or placing my order at a restaurant (and even then sometimes), I’m having conversations because I’m engaged with trying to learn something. Whether it’s the next step(s) on a project, more about a team member, building new skills, or understanding the world around me — we are always listening so that we can learn something. And if you’re not learning…then folks, you’re not listening. Time is of the upmost importance and efficiency is so critical in our fast-paced lives, but this makes it more vital than ever to make each conversation and moment count in the midst of all the chaos. The good news is it’s easy to figure out whether or not you’re a good listener. You can ask your peers for feedback, of course, but I also encourage testing yourself by writing notes and challenging yourself to see what you’ve retained from a meeting or conversation — it can be truly revealing. Your teammates are human…SURPISE! Sometimes it can be all neurons go when someone new and unfamiliar has stepped into your space and you’re confronted with both your biological and intellectual “stranger” response. But it is fairly easy to overcome those barriers with some basic human commonalities, like humor, small talk, or unobtrusive questions, which can help you reach common ground that much faster. I find that the MOST human examples help folks in the room relax and start meaningful dialogue. You don’t have to be a master of small talk to lighten the load and move the room in a fun, playful direction. Just smile and breathe — you’ve got this. When the work does start, you need to be mindful that everyone is having fun and that everyone brings different skills and experiences to the table. I love the challenge of working with different folks. Ultimately, it can come down to your reactions and how you control yourself. I’ve worked on some projects with really intense, passionate people, some of whom lacked a filter (nope, not naming any names), but the best teams I’ve ever been on have always included members with a wide range of personalities and mindsets. One word of advice for when things get too intense in a team: if you feel your buttons being pushed, go take a walk. Listen to some music (maybe some ). I guarantee that a few minutes to calm down will clear your head and keep you from exploding at the rest of the team. Spice Girls Recap: 1. Practice Active Listening. 2. Be Ready to Learn With Every Sound Bite. 3. Focus on Human to Human Interaction. Because I am always learning, I’d love to learn from you how it goes. If you’re trying to develop a deeper level of commitment to stepping up your team game, reach out to me via and let’s talk! I’m always here to help, especially for those organizers out there who are hosting hackathons. experimentalcivics.io

Stories, News & Mentions about ATHER-ENERGY

Ather-energy’s Stories on HackerNoon

Ather-energy's News & Mentions