Established 2017 Solidus Technologies have been raising funds and working on building a data centre built for the purpose of High Power Computing and processing Blockchain networks along with Artificial Intelligence applications.
The world is changing and evolving into more tech-based living. It is facing an unparalleled growth in needs and desires for computing power across areas such as artificial intelligence, pattern recognition, face recognition, image analysis, transaction validation, deep learning and much more. High Performance Computing (HPC) is already helping in many walks of life, such as social media, healthcare, mobility, communication networks, financial services, industrial processes and scientific progress.
HPC is used to describe the deployment of a sever estate and supporting infrastructure the function of which is to carry out large volume of compute tasks very quickly. In order to get the required level of performance the use of GPU (graphic processor Units) is used, the chips are capable of processing large blocks of data very quickly due to the highly parallel structure. Primarily used to manipulate computer graphics, these processors were developed to render and process millions of polygons per second and accelerating the memory intensive work of texture mapping. The complex and matrix like nature of these calculations have led to engineers and scientists using GPU based systems to perform non-graphical calculations.
GPUs have also become priceless for the artificial intelligence (AI) and machine learning space. We have seen the demand for new algorithms and processes to help in science, technology and machine learning grow exponentially over a short space in time. With new adaptions on computers, smart phones and smart technologies such as alexa and smart TV’s, AI is now shaping the way we live our lives and will be ever increasing as time goes by. Data scientists and AI researchers have used GPUs for machine learning to streamline a series of processes and applications, such as speech recognition, natural language processing, image classification, and video analytics among others. The highly parallel structure of GPUs makes them much more efficient for algorithms than CPUs, which is why the AI industry finds them indispensable. Companies like IBM, Facebook, Adobe, Baidu, and Microsoft started to use GPUs for their machine learning projects and with this through Optoelectronica which is owned by the joint venture manager Adrian Stoica Solidus Technology will be tasked to process the satellite data under a Research Programme financed by The Romanian Space agency better known as ROSA.
Scott Cannon, Director at Solidus has said “I am delighted with the way things are moving forward for the company, we are currently speaking with some very well known organisations in regards to their Artificial Intelligence needs and with us now Helping ROSA the potential for us to expand in this space is increasing. It’s a great revenue stream for Solidus and I’m looking forward to gaining further partnerships as the demand in this sector is huge right now.”
Since 1991, the coordination of the space activities in Romania and stronger collaboration in European and international space programs is achieved through the establishment of the Romanian Space Agency (ROSA), within the Ministry of Education and Technology, which was reorganised in 1995 as a public institution entirely self-funded, operating under Government Decision and the subsequent decisions of the Ministry of Education and Research – National Authority for Scientific Research and Innovation.
As a government institution, ROSA has concluded international agreements on behalf of the Romanian Government. The first agreement between Romania and the European Space Agency (ESA) on space cooperation for peaceful purposes was signed in Paris on 11 December 1992 and ratified by Law no. 40/1993, event that marked the beginning of the Romanian participation in several research projects together with other European countries. In 1999 was signed the Agreement between Romania and ESA on the Cooperation for peaceful exploration and use of outer space, an event which increased the opportunities for collaboration between the industrial community in Romania and ESA.
The Romanian Commission for Space Activities dealt also with international agreements. Romania was among the first Eastern European countries to sign collaborations with NASA in the 70s, taking and processing the images from Americans satellites. Romania also had agreements with countries in western Europe, such as the agreement with France, through which the Romanian specialists were sent to Toulouse to prepare in the satellite remote sensing field.
Solidus Technology are actively seeking further contracts or Letters of intent from other well known organisations to utilise there processing power for their HPC and AI needs
MapMetrics expands to peaq from Solana following addition of Solana compatibility to peaq’s Multi-Chain Machine IDs
peaq, the blockchain for real-world applications, announces the expansion of its ecosystem and product offering. MapMetrics, a Web3 drive-to-earn navigation app, will leverage peaq as part of its decentralized physical infrastructure network (DePIN) powering a Google Maps-style service. The development comes as peaq adds Solana compatibility to its Multi-Chain Machine IDs.
A Solana-originating project, MapMetrics will leverage the now Solana-compatible peaq IDs to build functions of the MapMetrics DePIN on peaq. These will include assigning peaq IDs to the navigator devices on its DePIN, using these IDs to authenticate the data collected by these devices, and a community voting mechanism.
Free navigation apps have become trusty companions for countless people around the world, with Google Maps alone boasting over a billion users. But despite a lack of an upfront cost, they come with a price of their own. When something is free, you are the product; when navigation is free, your personal data is being monetized. From leveraging the user’s position data for valuable insights on specific locations to serving them targeted location-based ads, the companies behind such apps profit from our sensitive data, sometimes without giving much thought to its privacy and protection. And in the case of massive companies like Google, they combine this data with the data sourced from all other Google-related data points to create digital models of ourselves, able to predict our behavior than ourselves.
MapMetrics is changing the equation by putting navigation on Web3 rails. It uses location trackers that enable users to share their anonymized data with the network, earning cryptocurrency and NFTs as rewards. While featuring its own ad engine, it makes sure that no private user data is exposed to the advertisers and shares the ad revenue with the community. It boasts 3,500 devices in the network and 5,000 users across 73 countries.
As part of its integration with peaq, MapMetrics will use peaq’s Multi-Chain IDs to enable devices to connect with the peaq network. It will build and deploy some of the core functions powering its navigation DePIN on peaq, using peaq IDs to authenticate and sign the anonymized data that the devices collect. It will also tap peaq to build a community voting pallet — a building block that other projects will be able to use as well — which will enable the community to contribute to its Google Maps-style navigation service by adding the locations of speed cameras and other objects and validating it with votes.
This comes as peaq expands the compatibility of its peaq IDs to include Solana. Enabling this is an address map running as part of the peaq storage pallet, pallets being modules for building blockchains in the framework that peaq runs on. This map works like an address book, linking addresses of different standards used on various networks and thus enabling cross-chain communication and information exchanges.
For example, with this integration, a solar panel with an ID on Solana will be able to connect to an energy marketplace on peaq. The previous updates made peaq IDs compatible with Binance’s BNB Chain, Ethereum Virtual Machine, and Cosmos. peaq’s steps toward its Multi-Chain vision have already eased the transition for projects coming from Algorand and Polygon, and will now unlock new opportunities for MapMetrics and other projects in the Solana ecosystem.
The peaq ID compatibility expansion enables teams originating on Solana to expand and leverage peaq’s DePIN functions without friction or fragmentation. With peaq Multi-Chain IDs, Solana-originated projects can easily tap peaq for some of their crucial functions.
“With its DePIN-focused functions and economics, peaq is the perfect home for DePINs,” says Brent van der Heiden, CEO of MapMetrics. “We are excited to be joining this bustling ecosystem, and the newfound compatibility between peaq IDs and Solana addresses is making this process significantly more convenient.”
“We believe in an open, Multi-Chain Web3 with seamless communication and value exchange between a plethora of protocols,” says Till Wendler, co-founder of peaq. “By making peaq IDs compatible with Solana, we take another step toward bringing this vision to life — and it’s invigorating to see excellent projects such as MapMetrics use this technology to solve real business problems with the DePIN model.”
Global Blockchain Market Report 2023-2028 – Profiles of Key Players IBM, Oracle, Infosys, Wipro, Bitfury and More
The “Global Blockchain Market: Analysis by Component, By Type, By Enterprise Size, By Application, By Industry Vertical, By Region Size and Trends And Forecast To 2028” report has been added to ResearchAndMarkets.com’s offering.
Blockchain technology has been gaining immense traction in recent years due to its potential to enhance security, transparency, and efficiency across various industries. The global blockchain market, valued at US$11.02 billion in 2022, is expected to surge to a staggering US$265.01 billion by 2028, reflecting the growing demand for blockchain solutions and services.
Several key factors are driving this surge in demand for blockchain technology:
- Digitalization: As industries continue to digitize their operations, blockchain is emerging as a crucial tool for enhancing data security and efficiency.
- Favorable Government Initiatives: Governments worldwide are recognizing blockchain’s potential to improve transparency and security in sectors like land registration, identity management, and voting.
- Diverse Industry Adoption: Blockchain is finding applications across various sectors, including BFSI, retail, healthcare, and more, driving its widespread adoption.
- Decentralized Applications: The rise of decentralized applications and services is fueling the need for blockchain solutions.
- Cryptocurrency Usage: The increasing use of cryptocurrencies is boosting blockchain’s significance.
- Data Protection Awareness: Growing awareness of data protection and the need to safeguard against cyber threats like malware is contributing to blockchain’s growth.
Additionally, notable trends such as the integration of artificial intelligence (AI) with blockchain, Blockchain as a Service (BaaS), the Non-Fungible Token (NFT) boom, and the growth of DeFi (Decentralized Finance) are shaping the blockchain landscape.
Market Segmentation Highlights:
- Component: The global blockchain market comprises two main components: Solutions and Services. Solutions, offering essential technological infrastructure, customization options, and security features, claimed the majority of market share in 2022. Services, which provide specialized expertise for navigating blockchain complexities, are the fastest-growing segment.
- Type: Blockchain is classified into three types: Public, Private, and Hybrid. Public blockchains, known for decentralization, transparency, and open access, dominated the market in 2022. Private blockchains, offering faster transactions and scalability, are the fastest-growing segment.
- Enterprise Size: Large enterprises, with their complex processes and data management needs, held the majority of the market share in 2022. Small and medium enterprises (SMEs) are the fastest-growing segment, attracted by blockchain’s scalability, accessibility, and potential for process optimization.
- Application: Blockchain applications span seven segments: Payments, Exchange, Smart Contracts, Documentation, Digital Identification, Governance, and Others. Payments, revolutionizing cross-border transactions and remittances, accounted for the majority of market share in 2022 and are the fastest-growing segment.
- Industry Vertical: Seven industry verticals are served by blockchain technology: BFSI, Government, Travel, Healthcare, Retail, Telecom, and Others. BFSI, aligning strongly with blockchain’s principles, leads in market share and is also the fastest-growing segment.
- North America: The region, with a vibrant blockchain startup ecosystem, recorded the highest market share in 2022. The U.S., home to major players like IBM, Microsoft, and Amazon, holds a competitive advantage.
- Asia-Pacific: Rapid growth in this region is attributed to government support, a burgeoning financial sector, and a tech-savvy population. China, with nationwide digital transformation and heavy tech investments, leads in the Asia-Pacific region.
Competitive Landscape and Recent Developments:
Key players in the global blockchain market are:
- Oracle Corporation
- Intel Corporation
- Wipro Ltd
- NTT DATA
- Huawei Investment & Holding Co. Ltd.
- Hewlett Packard Enterprise
As blockchain continues to evolve and disrupt industries, it is poised for exceptional growth with a projected CAGR of 69.9% during the forecast period of 2023-2028. Blockchain technology’s blend with AI, coupled with its diverse applications, makes it a key driver of innovation in the digital age.
For more information about this report visit https://www.researchandmarkets.com/r/rgypes
Spool hones in on bringing institutions into DeFi by launching its expansive V2 upgrade
Spool DAO, or Spool, the platform allowing institutions and users to build customizable risk-managed DeFi products, launches its V2 upgrade. Spool’s new platform expands its original DeFi infrastructure and tools, with heightened decentralized access and new capabilities. Institutions of all sizes can now leverage its slate of new features and interface updates to build, manage, and explore DeFi products with unparalleled flexibility, risk reduction, and security.
Despite crypto’s whirlwind year, DeFi’s blue-chip protocols managed to largely withstand the industry-wide chaos. But that doesn’t mean the DeFi landscape hasn’t changed at all. Looming regulatory steps, such as the new bipartisan bill entering the U.S. Senate, aim to monitor DeFi apps similarly to banks, setting the stage to accommodate increasing interest from legacy financial institutions. Banks and institutions clearly see potential in crypto and DeFi’s financial possibilities, but they lack the proper tools to enter it easily, compliantly, and on their terms.
To meet this institutional need, Spool now provides a completely rebuilt platform for risk-managed and automated DeFi yield. Created from the ground up to be faster, more efficient, more composable, and easier to use than its predecessor, V2 represents a leap for Spool and institutions expanding their DeFi presence. The upgrade expands upon Spool’s core offering and introduces several key features to maximize the effectiveness of institutional DeFi investment. These features and enhancements include:
- Multi-Asset Smart Vaults: Institutions creating Smart Vaults can now build them to contain a range of yield strategies using multiple assets. Multi-asset Smart Vaults enhance functionality in addition to Spool’s classic auto-swapping and auto-rebalancing capabilities. Investors can simply create or pick an existing Smart Vault that matches their investment preferences, and send the assets they have available. The assets are then automatically swapped and implemented in audited and battle-tested smart contracts to attain the best yields possible while allowing funds to be withdrawn at any time.
- Smart Vault Guards: Institutions building Smart Vaults can now dictate which users can deposit or withdraw from the Vault based on specific criteria, mirroring traditional investment funds. This helps institutions tailor DeFi offerings not only to regulatory compliance but to their specific client needs as well. Institutions can create KYC and AML-compliant Smart Vaults, for example, and only allow access to vetted investors through whitelisted wallets. Other parameters include NFT or Token Gating (where a user must hold a specific NFT or token amount to access the vault), and Time Locks.
- Actions: Spool builders can now implement customizable actions tied to user activities such as entering or exiting a Smart Vault that is configured during its creation. Actions help support institutions by creating a framework that feels familiar to traditional finance and includes features such as deposit or withdrawal fees, deposit insurance fees, and automated asset swaps that help streamline the once-manual process for yield farming.
- Liquid Staking Derivatives (LSDs) Support: LSDs are tokens issued in return for staking cryptocurrency through a staking provider. This comes in handy for networks such as Ethereum, where validators must hold a minimum of 32 ETH to access staking and validator privileges. LSDs also allow users to withdraw staked ETH, which validators cannot do. As strategies using LSDs become more popular and prevalent, adding support in V2 enables greater convenience.
- Advanced Automation: One of DeFi’s major obstacles lies in manual asset management within yield farms. V2 improves upon Spool’s original automation features while maintaining decentralization and self-custody. Once assets are within a Smart Vault portfolio, V2 automatically rebalances them between various strategies configured in the Vault. Spool also now offers automated collateral conversion, meaning clients investing in a Smart Vault can utilize any underlying asset they have available. Spool automatically converts the asset before investing, granting increased ease and choice.
- Deposit NFTs (dNFTs): D-NFTs provide users with an immutable NFT receipt of their Smart Vault deposits, enabling the withdrawal of funds. ERC-20 Smart Vault Tokens (SVTs) are created by burning D-NFTs and act as yield-bearing stablecoins, which can be easily transferred or traded on a secondary market, creating a new liquid financial instrument.
Check out Spool’s video here: https://drive.google.com/file/d/150B6sSdX9gMAjdig-5675nLfftciWidJ/view
More detailed video with features overview can be found here: https://drive.google.com/file/d/1uIr_AJ_iHKErkHR5lFaUWk39A4-NUtEo/view?usp=drive_link
Among these new features, Spool V2’s completely redesigned interface allows institutions and asset managers to have a birds-eye view of their Smart Vault portfolio. The platform champions accessibility while providing the comprehensive tools and oversight that institutions require. This includes tools for easily white-labeling Smart Vaults for client access with their own branding and unique insights into Smart Vault performance based on customizable KPIs.
By enabling the codeless creation of financial services and products backed by audited financial primitives, institutions that don’t have DeFi-specific teams are now able to easily access DeFi. The upgrade’s capabilities set the stage for large-scale institutional partnerships in the pipeline for Spool, following a steady stream of integrations and collaborations leading up to its launch.
“We are incredibly proud to launch Spool V2 after countless months of our team developing, testing, and listening to the feedback and needs of our institutional partners,” says Philipp Zimmerer, Lead of Token Strategy of Spool. “This lands at a pivotal moment in crypto in a year that has been all about responsibly rebuilding the industry and forging a new path for DeFi. Improving access, flexibility, and security will not only garner further institutional support but set a new standard for what DeFi can make possible for any investor.”
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