What is Atomic Composability? | The Radix Knowledge Base (2024)

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What is Atomic Composability? | The Radix Knowledge Base? ›

Atomicity is the idea that a single transaction may contain many actions (such as transfers of tokens or calls to DeFi dApps). All of those actions must be correct and possible for the transaction to be accepted. If any part of the transaction is incorrect or conflicting, the entire transaction should fail.

Atomic composability is the combination of atomicity and composability — a single transaction involves calls to multiple smart contracts and the transaction goes through only if all of its parts succeed.

A blockchain is composable if it allows developers to easily build innovative decentralized applications (dApps) and cross-chain protocols. In other words, a composable blockchain's open-source nature allows developers to create new financial products or improve existing ones.

Composability is different from interoperability. Composability is the consistent representation of truth in all participating systems [1]. It extends the ideas of interoperability by adding the pragmatic level to cover what happens within the receiving system based on the received information.

An example of composability is a web application built using microservices. Each service handles a specific function, helping you develop, deploy and scale it independently.

: capable of being composed. … music expressive of a feeling is clearly composable by one who is not experiencing that feeling and has perhaps never experienced it …

Atomic composability is predicated on the principle that a transaction (A) can only be finalized if another transaction (B) is likewise finalized [8].

Composability: Solidity also allows you to interact with any contract already deployed on the blockchain. This is arguably its most powerful feature, allowing you to build on top of what is already available.

In this work we put forth a universally composable treatment of the Bitcoin protocol. We specify the goal that Bitcoin aims to achieve as an instance of a parameterizable ledger functionality, and present a UC abstraction of the Bitcoin blockchain protocol.

Composable functions have different limitations and capabilities than standard functions. They have a different type, and model a very specific concern. This differentiation can be understood as a form of “function coloring”, since somehow they represent a separate category of functions.

Which three key characteristics form the idea of composability? ›

There are currently a lot of chains that focus on interoperability, but the most prominent example of blockchain interoperability is the collaboration between Ethereum and Polkadot. Ethereum, a pioneer in smart contract technology, has its limitations, including scalability and transaction speed.

Composability in machine learning

In machine learning, it emphasizes modularity and flexibility in building systems. Instead of creating large applications, a composable approach divides AI, ML, and deep learning models into smaller, reusable components.

One property that differentiates cloud computing is referred to as composability, which is the ability to build applications from component parts. A platform is a cloud computing service that is both hardware and software.

Composability is the art of building systems in a modular and flexible way. It emphasizes creating components that are not only reusable but can seamlessly fit together, forming a cohesive and adaptable architecture.

The what. The principles of composability and modularity are often interlinked. Modular systems consist of subcomponents with well-defined interfaces and functions that can be consumed independently of each other. Composability is the degree to which these subcomponents can be combined to form more complex systems.

A composable approach utilizes various vendors who offer robust, comprehensive functionality for the one thing they do, rather than relying on one vendor to produce standard functionality as a one-size-fits-all offering.

An atomic transaction is an indivisible and irreducible series of database operations such that either all occur, or none occur. A guarantee of atomicity prevents partial database updates from occurring, because they can cause greater problems than rejecting the whole series outright.

Atomic Transactions are associated with Database operations where a set of actions must ALL complete or else NONE of them complete. For example, if someone is booking a flight, you want to both get payment AND reserve the seat OR do neither.