How does the system determine if a project is a scam or not? Even projects that have been audited and have a doxxed team can do scams, so far as I know there are some projects that only check smart contracts which can indicate a rug pul or not.
As mentioned in the introduction part, our business model is focused on helping many people from all over the globe to not be tricked by fraudulent projects that can leave them with permanent material loss. The biggest risk that DeFi investors need to worry about is losing all the money but this isn't the only thing they should be worried about. As described above in the chapter Introducing Crypto Scam Defence Solution to DeFi Scams Problem our focus is to gather 10 Crypto Scam Defence information and use data to develop new algorithms in order to identify fraudulent behaviour models.
Our highly experienced team developers and blockchain experts advisers came with a stack of technologies that can make it possible to instantly analyze and score any active smart contract. At the time of writing this, we gathered enough past data and we started to build models of behaviours.
Technologies & Solution Architecture
What is a Tech Stack?A tech stack refers to a set of tools, programming languages, and technologies that work together to build digital products or solutions such as Crypto Scam Defence solutions. A tech stack consists of two equally important elements: the frontend (client-side) and backend (server-side). Both work together to create a working tech stack.
Check more information in the following Imgur link -
https://imgur.com/a/WoqOmP7Project Architecture
Crypto Scam Defence architecture diagram with the interactions between applications, microservices, databases, blockchain data aggregator, machine learning instances, third parties API integrations and web users.
https://imgur.com/a/8BECGXbCrypto Scam ComponentsUI/UX CSD Application Components
Structural Components – client and server sides.
FE Component - client component is a representation of a web application’s
functionality that the end-user interacts with.
BE Component - server component built using PHP with a mix of microservices
or a combination of several programming languages and frameworks, including Java, NodeJS, PHP, and Python.
The server component has many parts: app logic,
data storage, third parties integrations for data aggregation, microservices and machine learning instances. It’s the main control centre of the web application which provides continuous access to data for the FE users and connected endpoints. This is where the data is ingested and routed to the data storage or exposed to FE.