Opinion by: Alex Nguyen, CEO of Vibrantx
The origin of the Move programming language is not Super Cypherpunk. Facebook (now Meta) has created a move after the Balance / Diem team compared the main intelligent contract languages (Bitcoin script, Bytecode languages Ethereum virtual machine) and decided that their formidable internal technological talent could make a new language based on years of research in the private and public sector.
The original team, including the founders Mo Shaikh, Avery Ching, and their engineering team, have left Facebook to continue as a completely independent opening project led by Aptos Labs and supported by the Aptos Foundation.
It is important to note that the experience of the balance of Meta has left us a programming language specially designed for cryptographic finance. Move on Aptos is now open-source, and the Aptos Foundation is an organization that welcomes manufacturers from all walks of life.
Move is now the best programming language to check the absence of bugs and check the modifications and leaks, this is how most of the blockchains are hacked.
This verification is based on two key characteristics of the displacement on aptos: (1) “rear compatibility” and (2) the concept of an “auditor with execution”.
Backward compatibility means a nurse
Move on Aptos is fast and cheap, creating a competitive user experience, in particular for decentralized financing applications (DEFI). Aptos targets a high transaction flow, with theoretical capacities reaching up to 160,000 transactions per second (TPS) via its parallel execution engine, block-“.
The purpose of the Aptos subsecond means that transactions are quickly confirmed, improving the user experience in time-sensitive applications.
To be fair, other channels also have these qualities. Moving to Aptos is however designed to be “compatible behind”.
Future upgrades will not disturb existing projects. This helps developers to feel more confident to build long -term solutions without worrying about the rupture of things due to a movement upgrade.
Moving intelligent contracts are designed to be upgraded without affecting the user experience, which is essential for consumer adoption. This allows teams to implement bug corrections and new features without a zero disturbance.
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The flexibility of intelligent contracts to move the specific safety functionalities of Aptos leads to a better and faster shipping of products. Being more flexible, getting around the Aptos can quickly adapt to support new ecosystems.
“Bytecode” verification prevents leaks
The hacks of solidity contract have been spread over the years. When creating web3 technology for markets worth billions, or even billions of dollars, it is crucial to have a security system that will protect projects against resource leaks, access to non -valid memory and other unauthorized modifications.
As it was initially developed for the META DIEM project, MOVE is designed for safety, resource management and performance, which makes it attractive for developers looking for secure but robust language for smart contracts.
When the code is deployed using movement, the code will be checked in several crucial coding conditions such as the appropriate management of resources, the accuracy of the types and the security of references. No matter what happens to the code, it will first be verified to prevent any defective or malicious intelligent contract from running.
This is the power of the integrated bytecode verification of Move.
Real -time verification of the absence of bugs
The famous computer pioneer Edsger Dijkstra noted: “Program tests can be used to show the presence of bugs, but never to show their absence!”
The formal MOVE verification capacities allow developers to prove that there are no bugs in the specific code according to the predefined specifications.
Movevm is less tested in combat than the virtual machine of Ethereum, but as Rushi Manche, founder of Movement Labs explained, Move requires much less code audit. Movevm Runtime can act as “listener during execution”.
The verifier inside the Movevm guarantees that the transaction code is not harmful and that it cannot create, duplicate or destroy resources not authorized by the transaction signator (s). In other words, Movevm is an “auditor at execution” rather than an intelligent human contract verifier.
Today, going to Aptos is more than a simple intelligent language of contract. Moving the Aptos is the oldest, most recognized and most used version of Move, with one of the fastest growth developer communities and an infrastructure, tooling and rapidly growing project ecosystem.
Quickly checking the code before deployment created the conditions of movement on the Aptos ecosystem. According to an imperfect web2 start, the movement is now ready to grow up.
Opinion of: Alex Nguyen, CEO of Vibrantx.
This article is for general information purposes and is not intended to be and must not be considered as legal or investment advice. The points of view, the thoughts and opinions expressed here are the only of the author and do not reflect or do not necessarily represent the opinions and opinions of Cointellegraph.
