Stratos is the next generation of decentralized Data Mesh, delivering a scalable, dependable, self-balanced network for storage, database, and computation. It is designed to expand blockchain processing capacity while keeping the decentralized qualities of a distributed protocol, including trustless operation, traceability, verifiability, privacy, and more.

Stratos is well-suited to drive data storage and adoption for developers and everyday users in a rapidly growing digital economy. The project aims to help make decentralized data use simpler for the blockchain industry and Web 3.0.

What Applications Is Stratos Starting With?

NFT Marketplace

Stratos supports the NFT ecosystem with stable, efficient, and private data mesh services for NFT projects. Encrypting and storing your artwork through Stratos’ distributed data mesh adds an additional security layer by safeguarding NFT metadata. With Stratos NFT Marketplace, data can be exchanged efficiently and trustworthily, and digital product ownership can be transferred-while still letting the owner retain ownership and set the customer’s right to use.

Stratos NFT Marketplace enables an efficient, trustworthy exchange of data and transfer of digital product ownership, and it also lets the owner keep ownership while trading usage permission with the customer.

Oracle Service Powered by Stratos Network

Stratos’s decentralized data storage and distributed data mesh create a strong base for building a decentralized oracle service. It ensures that handling, transfer, and storage of data are efficient and secure.

Aggregated API for Blockchain Data

Data stored and processed on the Stratos virtual data mesh can be secured and retrieved with reliability and efficiency. The Decentralized Data API offers an interface that makes it easy to retrieve data and run predefined data processing steps using the API service.

Key Features

Support data of all types and sizes

Lightning fast data upload and retrieval

Scalable, self-adapt database

Permanent, accelerated, high availability storage

Close to user

Community-driven, organic growth

Support for domain-specific language in both blockchain smart contract and computation

Fully integrated platform

Data Mesh

The first decentralized data architecture offering a scalable, reliable, self-balanced storage, database, and computation network-built to support data processing.

Storage

Stratos decentralized storage network is a scalable, dependable, self-balancing elastic acceleration network powered by data traffic. It connects to data in an efficient and secure way. Users can store any data, regardless of its size or type.

Database

Stratos decentralized database is scalable, high-availability, non-schema, non-maintenance, and designed to avoid a single point of failure. Alongside Stratos blockchain, it also provides an immutable capability that can power Oracle functionality and data aggregation for any blockchain project.

Computing

Stratos decentralized computing network is built as an edge computing network that delivers low latency and a Trusted Execution Environment(TEE) through your local area. Edge computing is intended to make daily life smarter and more convenient.

Blockchain

Stratos Blockchain is a Value Network that supports decentralized ledger transactions and related functionality, with the Stratos Ecosystem’s value circulation secured for all stakeholders.

First Iteration

Unlock your data with the Stratos CDN Network to improve availability and delivery efficiency. Store important files on the Stratos Decentralized Storage Network to enable faster global access. As more creative decentralized applications enter the stratosphere, they will build into a single directory of the data-led services you may need.

Self-driven acceleration network

Data allocation is automatically balanced based on regional demand, bringing content closer to users to reduce latency and enhance performance. Operation requires no additional configuration or analysis.

Auto-cleanup network

Replicas are automatically cleaned up when demand drops, lowering network storage usage while keeping data available by defaulting to the minimum number of copies.

Resilient and self-balanced network

Using Peer-to-Peer communication among edge nodes to meet traffic needs within nearer geographic areas-without changing the backbone network