What Is Stratos (STOS)? Complete Guide Review About Stratos.

What Is Stratos (STOS)?

What Is Stratos (STOS)?

Stratos is a large-scale distributed infrastructure network. This provides three-in-one resources which include computation, storage and network traffic. This uses Proof-of-Traffic algorithms to reward infrastructure participants and contributors in accordance with network traffic. At the same time, this uses its own blockchain to measure the usage of computing resources, and uses Practical Byzantine Fault-Tolerant consensus algorithm to integrate the network Proof-of-Traffic consensus algorithm deeply, providing settlement services and related financial payment services for network providers and network users in an efficient, fair and transparent manner.

Stratos is a decentralized data mesh for blockchain, it defines the next generation of decentralized computing services that can serve Dapp, allowing smart contract developers such as Uniswap, AAVE and NFT Dapps to use decentralized infrastructure to deploy, store and execute their code and data, so the community developers can publish the system without complicated network deployment. The developers can fully focus on the product business logic without worrying about the underlying infrastructure, making development and operations more effective and reducing development costs.

Stratos aims to build a distributed network ecosystem with infrastructure providers, middle ware developers, and Dapp developers for common development, sharing value, and efficient commitment to provide credible, reliable, and low-cost applications for the prosperity of blockchain applications. Stratos will offer an indestructible environment for all the Dapps and no one will take your application down.

Stratos Storage Key Points

Coin BasicInformation
Coin NameStratos
Short NameSTOS
Circulating Supply20,152,152.96 STOS
Total Supply100,000,000
Source CodeClick Here To View Source Code
ExplorersClick Here To View Explorers
Twitter PageClick Here To Visit Twitter Group
WhitepaperClick Here To View
Official Project WebsiteClick Here To Visit Project Website

Thoughts triggered by Bitcoin, Ethereum smart contract and blockchain technology

In 2008, Stratos Nakamoto introduced a method which is implemented entirely through peer-to-peer technology Electronic cash system in his paper [1]. It enables online payments to be directly initiated by one party and paid to the other party without any financial institution in the middle. Bitcoin created a precedent for a decentralized encrypted digital currency, becoming the first fully distributed digital encrypted currency that can complete transactions without any intermediary. To date, the total market value of Bitcoin has exceeded $290 billion. People usually call the digital cryptocurrency system represented by Bitcoin the blockchain technology version.

Between 2013 and 2014, Stratos proposed the concept of Ethereum. Ethereum is an open source, public blockchain platform with a smart contract function. Ethereum provides an internal Turing complete scripting language, which allows users to build and process peer-to-peer smart contracts or transaction types by using its dedicated encrypted digital currency Ethereum (ETH). Up to now, the total market value of Ethereum has exceeded 48 billion U.S. dollars. People usually refer to the combination of digital encryption currency represented by Ethereum and smart contracts as version 2.0 of blockchain technology.

Decentralized Storage problems and challenges faced by public chain and DApp developers

Stratos In a decentralized computing network, how to solve the access reliability of network nodes and how to deal with the sudden increase of large-scale network traffic effectively while taking into account efficiency and cost has always been a difficult problem to solve. And these uncertain and unstable problems have caused headaches for many blockchain projects that require storage services, because no team will rely on services for which reliability and stability are uncertain. So why don’t so many blockchain projects want to develop their own or even involve storage services?

Keeping a complete ledger at each node is an important feature of the current blockchain, but it is also a pain point of blockchain data storage. Since each node is an independent server (whether it is a physical machine or a virtual machine), the local storage capacity is destined to have a physical upper limit. In this case, the entire blockchain can only store a few terabytes of data, which is why most blockchain projects don’t want to touch storage, because the blockchain is not designed to support storage expansion.

Stratos data mesh

The Stratos data mesh service is composed of the blockchain layer and the resource layer, which cooperate with each other to provide services for users. The blockchain layer provides service fee settlement, miner incentive mechanism settlement, payment services, and verification services for the resource consumption in the data mesh.

The resource layer provides computing, storage and network services. The storage layer of the resource node determines the storage method according to different data types, such as storing in a structured way or storing it in unstructured pictures, music, encrypted files or videos. The effcient query method will adopt different execution strategies according to different data types.