DeepSquareis in the High Performance Computing Industry

DeepSquare

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At The Metaverse Insider, we had the pleasure of interviewing both Diarmuid Daltún and Florin Dzeladini – the respective Co-Founder and Blockchain Lead at DeepSquare. As a sustainable, decentralized cloud ecosystem, DeepSquare is on a mission to enable high-performance computing centered around a blockchain protocol. Alongside high-performance computing, DeepSquare is a non-profit organization that has a strong focus on transparency, fair pricing, sustainability, and of course, a cloud ecosystem that can also support Web applications and Web 3.0 dApps. This is an exciting time for the industry – and The Metaverse Insider was thrilled to discuss the revolutionary digital ecosystem that DeepSquare is building. There are currently many companies that provide both high-performance computing and cloud computing services – however, there are several factors that make DeepSquare stand out from their centralized competition: “Companies like AWS, Google Compute, and Microsoft Azure provide a service. Even though they have a distributed network, it is, of course, a central organization.” “It can be decided, in the blink of an eye and without any fault of your own, that you can no longer run your business on something, or you find that it’s not transparent, or that you’re locked into a particular experience. And this indeed, is where we differ.” Diarmuid expresses the importance of DeepSquare being a truly decentralized community-owned project; end customers must have the choice in how they wish to participate, knowing that they can move and change whilst having the utmost transparency over transactions. This fluidity is sure to attract a greater user base. DeepSquare is focused on giving power to the community – allowing for a community-driven approach to governing their cloud ecosystem. With there being a magnitude of possibility in the concept of decentralization, DeepSquare is making this one of its primary goals: “We have a path to decentralization, and that is indeed the goal. But there is a custodial board at the moment to help make decisions in the earlier stages.” There was a strong sense of community when interviewing DeepSquare; even at the current stage of development, they present decisions to their 380-strong community today. By holding votes and creating value in the community’s opinion, they are certainly heading in a prolific direction: “As we progress, and over the next few years, we will indeed hand over all the keys, etc, to the community.” Regarding what it means for something to truly be decentralized, DeepSquare has something which is rather unique to the industry: “The meta scheduler is a decentralized piece which matches the end customer needs with infrastructure providers or its service providers to make sure that decisions are being made in a decentralized fashion for the good of the entire ecosystem.” It is clear that decentralization is a very important aspect of DeepSquare – and this unquestionably ties in with their technology. Florin describes the significance of their revolutionary technologies, providing us with a glimpse of how their ecosystem will function: “At the grid level, when somebody joins us, they need to run a specific software which allows them to manage their own cluster in a very easy way. With that software, people can then connect with something we call the supervisor, which listens to the blockchain events to decide and take the job that has been scheduled.” “The older information is stored in a blockchain, which allows us to be completely transparent, and to be able to give security and trust on what we are writing – and on the information that is there. “This blockchain is currently running as an avalanche subnet. So, we decided that when you develop your blockchain, you need to have a certain number of validators to ensure that your consensus is robust. And I think that now we have a very strong L one layer, as we call them, that have a good level of decentralization – and avalanche is one of them.” Within the next year, we can expect a lot of work to be conducted on adding to the functionality needed by customers. This will include work on the meta scheduler and the addition of AI to bolster the algorithms alluded to by Florin. Florin further explains how their corresponding Nakamoto coefficient is above 1000 – implying that 1000 nodes must be compromised to adversely affect their blockchain on avalanche. This is truly remarkable; it is a testament to the capacity and integrity of These guys are not messing around. DeepSquare. When concerning DeepSquare’s decentralized framework for high-performance cloud computing, it is evident that this will provide an abundance of value to consumers. The Metaverse and its associated experiences rely on low latency, thus being a perfect use case for the company. This is only the tip of the iceberg for DeepSquare – yet it will most likely become their flagship use case once we have a fully-fledged Metaverse. DeepSquare is also a leader from a sustainability standpoint – which is often overlooked in our current day and age. They have a 56% improvement on the current global power consumption average! We asked Diarmuid about his perspective on sustainability, and why it is important for high-performance computing to follow suit: “It’s actually the point that brought the founders of DeepSquare together in the first place. From the get-go, we were involved in designing these blueprint clusters, in which we’ve deployed two ourselves to show how it could be done sustainably using bleeding edge technologies – which are out there for the cooling and the capture of heat and heat reuse, etc.” The potential applications of this sustainable approach are immense; from being able to heat homes to setting new industry standards for others to use, DeepSquare has hit the nail on the head. With much happening at DeepSquare, The Metaverse Insider asked Diarmuid what DeepSquare’s primary points of focus will be over the next few years. Alongside AI development, high-performance computing for training, and deep learning models, there is a particular focus on render streaming: “Render streaming is a very interesting workload; it changes the need to have a very powerful laptop, where everything is then done server side. So, it means that you can connect with this simple browser and interact with quite complex worlds. This will provide a very rich experience that we really expect from the type of interaction we’ve been promised with Metaverse.” The DeepSquare Team This is very exciting news, yet once again, only an aspect of what is to come from DeepSquare. In the next 5 to 10 years, we can expect DeepSquare to have 1000s of clusters around the world – to really start reaching a true decentralized governance. With the aim for DeepSquare to act as a “beacon for decentralization”, they are most definitely on the right track. There is much to discuss when concerning the trajectory of DeepSquare; they are leaders in their respective fields and are providing immense value to the industry. The Metaverse Insider are very eager to learn even more about DeepSquare – we feel this is only the beginning of what they have to offer. With high-performance cloud computing on the rise, DeepSquare is certainly flying high.

Decentralized High-Performance Cloud Computing: An Interview With DeepSquare

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Swiss-based cloud computing project DeepSquare teamed up with IWB Industrielle Werke Basel in a pilot project aimed at capturing and reusing the heat generated by cloud computing. This pilot project proves that providing heat to a residential building from the “waste” heat of ICT-Equipment is not a utopia, but an actual concept that works and can potentially be established as a standard in Smart Cities. The system developed in this pilot project is currently able to produce approximately 5 kW of heat supply to be used in a residential building in Basel – cutting the fossil fuel consumption of the 3-story townhouse, in an old building standard, by half. The collaboration between DeepSquare and IWB was born from the synergy of two visions. Computing (especially High-Performance Computing) is driving today’s technological and scientific advancements but has a significant environmental footprint. DeepSquare, as a result, has found a way to sustainably deliver cutting-edge compute without compromising on efficiency. The Innovation Team at IWB is constantly working on alternative and sustainable ways to provide heat and other forms of energy. At this moment, conventional data centers waste around 40% of power for cooling systems that in most cases treat heat as waste and release it into the atmosphere. This is just one example, that proves what DeepSquare and IWB are set to do, is disruptive and very much needed. Having a grid of powerful micro data centers spread across the city with heat reuse systems is a smart city model we need, especially knowing that data centers can communicate and aggregate computing power in a supercomputer style. Supercomputing Cluster located in residential building in Basel About DeepSquare is a Swiss-based project disrupting the cloud supply chain and changing how cloud computing is delivered and consumed. The project is building a decentralised cloud computing ecosystem focused on High Performance Computing. This means that companies, regardless of their size and compute needs, can access supercomputing resources to run their AI, rendering, render streaming, prototyping and simulations workloads in an easy and transparent manner. DeepSquare About IWB supplies people and companies with energy, water, mobility and telecommunications. In Switzerland, IWB is the first port of call for climate-friendly energy. In this way, the company contributes to a high  quality of life and a healthy environment in the region of Basel and beyond. IWB Also published here.

Converting “Digital” Heat From Waste to Commodity

Blockchain technology in a centralized world Blockchain technology is an underlying pillar that will inevitably support the future of both our digital and virtual worlds. The blockchain has many potential applications beyond digital currency – however, recent crypto scandals (Luna, FTX) have shone a negative light on this emerging market, but everybody knows that those scandals ultimately have a common denominator: centralization. Which is the opposite of blockchain technology. Remember, at its core innovation, offers the decentralization of trust – helping disrupt intermediaries, distributing power, and reducing total dependence on authority. blockchain Much like a database, the blockchain allows a way to create a permanent record of transparent transactions that can be quickly verified and updated. Think of it as a line of dominoes; once created, the records in any given block cannot be changed without changing all subsequent blocks throughout the chain – practically removing any possibility for fraud or tampering. From decentralization to centralization The internet was originally designed to be decentralized, with each node on the network connecting to every other node. This meant that if one node went down, the rest of the network would continue to function. Original protocols like IP, HTTP, FTP, SMTP, and XMPP all have open-source implementations – allowing anyone to host servers, share files, run websites and provide email services. The building blocks of the internet are meant to be decentralized and distributed – however, as time went on, the internet became more centralized. This was because it became easier to manage and organize a network if there were fewer nodes involved – resulting in a state whereby most of the internet’s resources are now provided by centralized corporations. This inevitably created an issue; if one part of the network goes down, it can affect all of it. One example of this is when Amazon Web Services (AWS) experienced an outage in February 2019. The single point of failure (SPOF) outage affected sites like Netflix and Slack as well as many smaller companies that rely on AWS for their cloud computing needs. This highlights one of the major problems concerning a centralized framework; services like Facebook and Google have become indispensable to millions of users yet are often susceptible to numerous attacks – emphasizing the importance of a decentralized framework for the future of the internet. Problems with over-centralization There are many individuals that may wrongly associate decentralization with democracy – however, the democracy of today is more centralized than many perceive. Concepts are reduced to black and white, and good and bad – yet the reality is murky, filled with grey areas and uncertainty. Centralization is not inherently evil, over-centralization is; continued cycles of reconcentrated power amongst the few will eventually lead to a system collapse. Fundamentally, resulting in a broken system. Equally, over-decentralization is as much a problem as over-centralization – with blockchain technology acting as a mediator between these two extremes. From issues concerning control over personal data, a lack of access to content provided by social media, and SPOF outages, there is no denying the limitations of a centralized internet. With balance being found in leaning towards a more decentralized framework of what we currently experience, many problems can be solved. Will crypto play a role in the re-decentralization of the internet? Many of the online services we currently see today act as a double-edged sword; we see both a free plan and a paid plan. Naturally, the free plan is more attractive – yet individuals are paying for this ‘free’ service by providing copious amounts of information to these companies. Before realizing, through our data, we have become the product. Either through direct payments to a company or indirectly through our data and advertisements – their services will have a cost. This is not shocking news; it is evident that companies need something in return for providing a service. However, in the capitalist system that we currently have, everything starts and ends with money. Concerning this, without decentralized money transfer, it would be impossible for decentralized services to compete in terms of scale, efficiency, and traction. Thus, presenting one of the first roles of blockchain technology – creating an internet of value. Cryptocurrencies will most definitely play a major role in the evolution of the internet as we know it. What is DeepSquare doing to foster this vision? Decentralizing the Internet is a massive task. Many fabulous projects are working to make this true, for example, and . In this world, DeepSquare is creating the first sustainable, decentralized cloud ecosystem to enable high-performance computing. Filecoin Storj Powered by a blockchain-revolutionary digital ecosystem that DeepSquare is creating is sure to take the world by storm; as a non-profit organization that has a strong focus on transparency, fair pricing, sustainability, and of course, a cloud ecosystem that can also support Web applications and Web 3.0 dApps – we can expect DeepSquare to be a major player in the mainstream adoption of this new infrastructure. In a world where centralization has become the norm across many aspects of life, many issues reside, especially concerning the internet. Through blockchain technology, DeepSquare is solving these issues in a decentralized fashion. This will majorly impact all industries, from healthcare to real estate. There is little doubt in the importance of decentralization when concerning high-performance cloud computing. DeepSquare has all the tools to address the issues of today’s centralized internet – helping evolve both our digital and virtual worlds to the point that it will create a much more vibrant ecosystem when compared to the centralized monolithic giants. This article was co-authored by DeepSquare founders Florin Dzeladini and Diarmuid Daltun.

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