Toscanello

#EthernityCLOUD — Just a few secases
Focusing exclusively on Ethernity Cloud’s unique features to propose dApps requires a deep dive into its specific technological offerings and advantages, such as decentralized computing, privacy-centric solutions, and potentially specialized blockchain functionalities. While detailed specifics of Ethernity Cloud’s technology (beyond generic decentralized cloud computing features) might influence the exact nature of suitable dApps, we can speculate on applications that would benefit significantly from a decentralized, secure, and private computing infrastructure.
Given this context, here’s a tailored list of dApps that could be uniquely positioned to leverage Ethernity Cloud’s technology, emphasizing privacy, security, and decentralized computing:
Decentralized Computing and Data Processing :
Secure Multi-Party Computation Platforms: For privacy-preserving data analysis.
Decentralized Artificial Intelligence Training Platforms: Leveraging distributed computing power for AI model training.
Distributed Genetic Data Analysis Tools: For privacy-sensitive genetic research.
Decentralized Video Rendering Services: Utilizing distributed computing for high-demand video processing tasks.
Blockchain-based Scientific Computing: For collaborative research requiring extensive computing resources.
Privacy-Centric Applications
Encrypted Messaging Services: With end-to-end encryption and no central server.
Decentralized VPN Services: Powered by a network of distributed nodes.
Secure Identity Verification Services: Using blockchain for tamper-proof identity records.
Private Decentralized Autonomous Organizations (DAOs): For governance with anonymity.
Decentralized Document Notarization: Ensuring document integrity without revealing contents.
Decentralized Storage Solutions
Immutable Data Backup Services: For critical data that requires tamper-proof storage.
Marketplaces and E-Commerce
https://ethernity.cloud/community/developers
https://twitter.com/Ethernity_cloud

What you need to know about #EtthernityCloud project!
The past ten years gave witness to a migration of software from the desktop, home and small business servers, to the cloud infrastructure which stores users’ data on remote, but centralized servers. The centralized servers are a primary target for hackers. Over 4.1 billion records were lost to data breaches in first half of 2019 alone, many of which involved cloud computing servers.
The Ethernity CLOUD infrastructure software is built on top of opensource services and technologies. Using industrywide open-source technologies and standards, the migration from regular, centralized cloud providers to Ethernity CLOUD is quite simple. Other proposed decentralized hosting solutions are overly complex and try to reinvent the wheel. We strive to make the transition to the decentralized cloud as transparent, secure, and simple to the end-user as possible. In addition, Ethernity CLOUD SDK allows for everyone to contribute and start their own decentralized solutions.
Several challenges exist when trying to create a fully decentralized cloud infrastructure. The decentralized solution must provide similar performance, and scalability. At the same time, it must maintain the software’s continuous availability, privacy, integrity, and anonymity.
The purpose of Ethernity CLOUD is to provide the blockchain
infrastructure for participants to run their favorite cloud software decentralized, to rent their idling or extra hardware for monetary gain, all this while incentivizing the decentralized cloud applications developers.
Developers’ interaction with Ethernity CLOUD is critical to the rapid adoption of our platform. Every instance a service is provisioned using a specific decentralized cloud application, the application developer receives a bonus percentage of the transacted amount. We believe it is a step in the right direction for any developer to join our effort to expand the decentralized cloud by integrating existing cloud applications into Ethernity CLOUD’s ecosytem!
https://ethernity.cloud/
#ECLD $ECLD

The Ethernity CLOUD Tokens are a crypto asset that is currently being developed by the Ethernity CLOUD developers, whose website can be found at https://ethernity.cloud.
The Ethernity CLOUD project envisions the cloud computing infrastructure to be an environment where the user’s data is hosted on a wide range of systems in an encrypted and anonymous manner. From home computers, mid-range servers, to datacenter level of hardware could be utilized with
Ethernity CLOUD, fully trusting that the data is safe and private while in transit, and at rest.
Ethernity CLOUD removes the middle-men consisting of cloud service provider companies and replaces them with a smart contract. The Ethernity CLOUD nodes are meticulously programmed virtual machines that obey the smart contract. Users’ software and data run inside Ethernity CLOUD nodes
exactly according to the smart contract implementation. These nodes are location-agnostic, self-replicating and constantly spawning in random locations on the internet.
This allows the user’s software and data to be online and run FOREVER. The design of the smart contracts and the underlying infrastructure of Ethernity CLOUD is backed by a team which cumulates more than 60 years of experience in cloud computing. The technology that has been developed successfully over the past 5 years.
Ethernity CLOUD is crucial to freedom of speech in the current internet environment of censorship.
Ethernity CLOUD can be utilized as base infrastructure for an online library such as Wikipedia.
Ethernity CLOUD can ensure high availability of online resources by avoiding a single point of failure like traditional cloud storage solutions.
Ethernity CLOUD can be the answer for any other decentralized service or web application that demands true high availability.

The #EthernityCLOUD project envisions the cloud computing infrastructure to be an environment where the user’s data is hosted on a wide range of systems in an encrypted and anonymous manner.
Ethernity CLOUD is crucial to freedom of speech in the current internet environment of censorship.
Ethernity CLOUD can be utilized as base infrastructure for an online library such as Wikipedia.
Ethernity CLOUD can ensure high availability of online resources by avoiding a single point of failure like traditional cloud storage solutions.
Ethernity CLOUD can be the answer for any other decentralized service or web application that demands true high availability.
https://ethernity.cloud/
https://twitter.com/Ethernity_cloud

#MyFirstSquarePost Hello, Binance Square!
I want to tell you about a project that I love!
It`s https://ethernity.cloud
The world’s most secure data protection solution at this moment.
The Tokens are a crypto asset that is developed by the Ethernity CLOUD and will be listed soon.

The purpose of Ethernity CLOUD is to provide the blockchain infrastructure for participants to run their favorite cloud software decentralized, to rent their idling or extra hardware for monetary gain, all this while incentivizing the decentralized cloud applications developers.
Ethernity CLOUD is designed to meet the following goals:
1. Privacy and anonymity. Service buyer's data is encrypted at all times using strong open encryption algorithms. All network communication should happen over anonymous networks to preserve buyer's anonymity. Our aim is for the sellers is to be able to
monitor their resource usage but be unable to interfere or tamper with the service running on their computers. Any attempt is prohibited by the network service monitoring system.
2. Decentralized Domain Name System. Service buyers benefit from the decentralized DNS blockchains or public services. Ethernity CLOUD supports the developers to implement these technologies in their decentralized applications.
3. Continuous Availability. Buyer's services are available at all times due to the design that allows multiple instance of the same node to run and sync continuously. Anytime one of the instances fails for any given reason, all other instances will still be up and ready to resume
the service. They will be spread geographically according to the buyer’s preference.
4. Performance. Buyers are able to rate their service sellers, and this ensures the service sellers are providing their advertised service at full capacity; creating a more competitive market, and a better service overall provided to the buyers.