The era of decentralized cloud computing has arrived, and Ethernity Cloud is at the forefront of this revolution with its custom development kit (SDK). This SDK provides developers with the tools needed to build secure and decentralized applications while participating in the circular economy. Here’s a look at the key elements that make this SDK so innovative.
Ethernity Cloud SDK: Infrastructure and Technology
The Ethernity Cloud Self-development Kit (SDK) is based on an efficient infrastructure composed of several advanced technologies that provide a decentralized and secure cloud computing solution. Especially:
- Intel SGX (Software Guard Extensions): This technology allows the creation of secure enclaves where data can be processed confidentially. This ensures that even the node operators do not have access to the processed data.
- IPFS (InterPlanetary File System): IPFS is used for decentralized file storage. It enables efficient and secure distribution of data while ensuring its availability and integrity.
- Docker and Vagrant: These tools are used to manage containers and development environments. They allow applications to be deployed in a consistent and reproducible manner across different network nodes.
- Smart Contracts: Smart contracts on the Ethereum blockchain are used to automate and secure transactions and interactions within the Ethernity Cloud ecosystem. This helps ensure transparency and integrity of operations.
- TEE (Trusted Execution Environment): In addition to Intel SGX, other trusted execution environments are used to ensure data security during processing.
In addition, this infrastructure supports a multi-chain architecture that allows the integration of multiple blockchains to increase flexibility and interoperability. The combination of these technologies enables Ethernity Cloud to provide a cloud computing platform that is not only decentralized, but also highly secure and efficient.
The SDK enables developers to create and deploy decentralized applications using Ethernity Cloud computing resources. To do this, they will need to start by installing the necessary tools such as Docker and Vagrant to create a cohesive development environment. Then use technologies like Intel SGX to create secure enclaves where data can be processed confidentially.
Applications will then be deployed on decentralized nodes using Docker containers, enabling efficient and repeatable application management. Subsequently, files and data will be stored in a decentralized manner using IPFS, ensuring their availability and integrity.
The tasks will then be sent to the Ethernity Cloud ecosystem for execution, and developers will be able to track their status and get results through the API. Of course, all these transactions and interactions are secured by smart contracts on the Ethereum blockchain, which ensures transparency and integrity of operations.
Starting the Ethernity Cloud SDK
The launch of the Ethernity Cloud Self-development Kit (SDK) was an important milestone for the platform. Therefore, he introduced:
Complete documentation
Ethernity Cloud has provided detailed documentation to help developers get started quickly. This includes installation guides for clients and nodes, as well as instructions for submitting jobs to run in their ecosystem.
Easy integration
The SDK enables easy integration with existing applications using popular programming languages such as Python and Node.js. This allows developers to perform tasks in the Ethernity Cloud ecosystem using predefined templates
Security and decentralization
The SDK uses the decentralized architecture of Ethernity Cloud to ensure the security of data and executed tasks. This helps reduce the risks associated with centralized cloud computing solutions
Support and community
Ethernity Cloud offers active support and a community of developers to help solve problems and share ideas. This makes it easier for new users to adopt and use the SDK.
In addition, Ethernity Cloud focuses on several key aspects to support developers in their mission. In addition to detailed tutorials to help developers get familiar with the SDK and start building decentralized applications, the company regularly hosts webinars and workshops to introduce the SDK’s features and explain how to use them effectively and efficiently.
In addition, Ethernity Cloud supports the creation of an active developer community. That’s why it offers technical support through forums, newsgroups and dedicated communication channels. And to boost SDK adoption, Ethernity Cloud does not hesitate to collaborate with other companies and organizations in the blockchain ecosystem, such as NVIDIA and its accelerator program.
In addition, reward programs and contests are set up to encourage developers to use the SDK and create innovative solutions on the platform. All of these initiatives aim to create an enabling environment for them and provide them with the tools and support necessary to succeed with the Ethernity Cloud SDK.
Circular economy thanks to cloud computing
Using the Ethernity Cloud SDK allows developers to actively contribute to the circular economy by creating decentralized applications that optimize the use of computing resources. By leveraging decentralized infrastructure, developers reduce their reliance on centralized data centers, thereby reducing their carbon footprint.
In addition, data security and privacy are enhanced with advanced technologies such as Intel SGX and IPFS. By participating in this ecosystem, developers support a more sustainable and equitable use of digital resources.
Finally, the Ethernity Cloud SDK offers a robust and secure solution for developing decentralized applications. By participating in this initiative, developers can not only create innovative solutions, but also contribute to a more sustainable and safer circular economy. Note that Ethernity Cloud, with a score of almost 90% and qualified as an AA project by Certik, is now among the top 20 DePIN projects in the world and in the top 10% of the entire crypto ecosystem.
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