Octopus

$OCTOAI

$0.0...0497

0.00%

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Solana oCToFrqzfrsXQ2qEG3FF4wjR2pCm3HKC8ra81XYWyoz

1h %

6h %

24h %

Market Cap

$5.0K

Volume 24h

$5.01

Liquidity

$7.5K

About Octopus

Ask the world’s leading AI models their favourite animal. Their answers all lead to one: The Octopus. Now enter the intelligence network built around it.

Security Scan

Automated scan — always DYOR.

AI Analysis

Octopus (OCTOAI) is a Solana‑based platform that aims to create a decentralized network for interacting with artificial intelligence models. By leveraging Solana’s high throughput and low transaction fees, the project enables users to query and integrate AI services within a blockchain environment. The branding references the octopus as a symbol of intelligence and many‑armed connectivity.

Frequently Asked Questions

What is the market cap of OCTOAI?

The market cap of Octopus is $5.0K.

What is the 24-hour trading volume for OCTOAI?

The 24-hour trading volume for OCTOAI is $5.01.

What is the core purpose of Octopus?

Octopus seeks to provide a decentralized infrastructure where AI models can be accessed and combined on the Solana blockchain. The network is designed to allow developers and users to submit queries to AI services and receive responses without relying on a single centralized provider.

Why is the project called Octopus?

The name Octopus evokes an image of an intelligent creature with multiple arms, reflecting the project's goal of connecting many AI models and services in a flexible, distributed manner. It suggests adaptability, depth of knowledge, and the ability to reach out in many directions, which aligns with the platform’s vision of an intelligence network.

Who would benefit most from Octopus?

Developers building AI‑enhanced decentralized applications, researchers looking for low‑cost on‑chain AI access, and users who want to interact with various AI models without depending on a single provider are the primary audiences for Octopus. The platform’s Solana foundation offers fast and inexpensive transactions that can support high‑frequency AI queries.