The internet of

DApps
Payments
Internet of Assets

AVA democratizes financial markets and bridges all blockchain platforms together into one interoperable ecosystem.

Build your own custom blockchains or digitize any assets with arbitrarily complex rulesets.

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Some use cases

Launching customized blockchains, private & public
With AVA, you can deploy blockchains that fit your own application needs. Build your own VM, and dictate exactly how the blockchain should operate.
Creating and trading digital assets
AVA allows one to launch smart assets, or digital representations of real-world-assets that obey special covenants and trading restrictions. Better than any other platform.
Launching scalable smart contracts and dapps
By leveraging AVA's engine, developers can launch smart contracts that confirm in a second, and scale to thousands or millions of validators, far beyond any other blockchain platform today, from Ethereum to Cosmos.

Key features

High performance
Transactions are confirmed in just about a second, and the system can clear thousands per second. This makes p2p payments a reality with AVA.
Scalable and secure
The platform can accommodate thousands to millions of participants.
Flexible and customizable
Each blockchain launched on AVA can define its own core logic and validator set. This means compliance and privacy by default.

What do we tackle?

The 30k-foot view

The Problem

Financial markets are siloed, and don't interoperate.

Creation, issuance, and trading of new (alternative) assets is still highly inefficient. This means a limited liquidity pool and reach, poor capital flows, and lack of access to new diverse asset classes.

We ask a simple question: what if we could digitize and network all assets?

Current solutions leave a lot to be desired. Blockchains can enable tokenization of assets.

However, current blockchain architectures do not interoperate, scale, or provide the right legal foundations.

The Solution

AVA provides the right foundations.

The platform provides a blazingly fast consensus engine to power each blockchain, and architecturally breaks free from the monolithic design of current blockchains, allowing developers to customize their blockchains in full.

1. A Powerful  Engine for Global, Real-Time Demand

The AVA platform features a powerful set of technologies that allow one to exchange at blazing speeds and in a highly secure way. Powering the AVA platform is the Avalanche consensus protocol.

Consensus Engine

2. A Flexible, Customizable Architecture

One can deploy custom-made subnetworks (e.g. new chains and markets) within AVA that follow special covenants.

Developers will be able to wholesale move existing decentralized applications, as well as build new types of highly expressive assets that run intelligently and obey special rules.

The platform includes, but is not limited to, magical features such as reactive smart assets that observe network changes, subnetworks that obey specific rules, covenants and riders, and composable (micro)services that augment financial services to whole new levels.

For Developers

The AVA platform enables the deployment of new blockchains with their own virtual machines, validator sets, scripting languages, rules, and more.

You will also be able to wholesale move existing dapps written in Solidity directly to the AVA platform.

Coming soon:

DocumentationAPI ReferenceTutorials

A Sample of The Developer's Toolbox

1) Reactive Smart Assets

These are powerful processes that autonomously interact with other assets based on internal business logic. These processes have the ability to monitor and automatically react to specific network changes, through the use of observables.

2) Subnets

In just a few steps, you can provision new private, public, permissioned, or permissionless DLTs (blockchains), called subnetworks, and that obey specific rules, covenants and riders.

Subnetworks can choose to be ring fenced from the rest of the network or interoperate with other subnetworks and the main AVA network.

3) Flexible and Composable Code Modules

We introduce the concept of AVA VMs, which allow developers to easily implement subnetworks with a wide array of application-specific features.

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