Why Use Octopus Network?

  • Current blockchains solve the problem of decentralized payment, but do not solve the problem of decentralized servicing

    OcNet is a decentralized network that provides dAPPs the service capacity

  • Current decentralized storage is not sufficient to build a blockchain ecosystem

    OcNet is committed to building a high-speed, secure, and decentralized network that solves both storage and transmission

  • As cybersecurity threats increase, storing data on the cloud becomes increasingly risky

    Due to OcNet’s decentralized nature and use of channel encoding and encryption, the network is more secure than centralized alternatives in both storage and transmission

  • OcNet will enable more people to participate in the blockchain ecosystem

    Users are rewarded fairly when they contribute idle resources to OcNet and enjoy other benefits from doing so.

How Octopus Network Works


Octopus Network Applications
  • Data Transmission Acceleration
  • Content Sharing
  • Live Streaming
  • Instant Messaging
    Social Media
  • Distributed Storage Network
  • BaaS
  • SaaS
  • PaaS

Application Development Templates
  • Payment RPC
  • Service Market RPC
  • Service Control
    API
  • Secure Channels
    API
  • Template for Smart Contracts
  • Transmission API
  • IDE

OcNet Platform
  • Decentralized Acceleration
  • Multipath transportation
  • Secure ChannelsPrivacy Protection
  • AI Regulated Scheduling System
  • OTOU Transmission Protocol
  • Peer-to-Peer Transmission Network
  • Channel Encoding
  • Congestion Control Algorithms

OcNet PublicChain
  • Consensus Algorithm
  • Token Ecosystem
  • Virtual Machine
  • Off-Chain Computation

Features

  • Multipath transportation

    Each URL address request is split into multiple connnections for concurrency and efficiency

  • Channel Encoding

    Each data block is encoded as a featureless piece and transmitted over a secure multipath link

  • CBBR(Channel coding BBR) and Suplimentation

    The BBR algorithm can guarantee efficient transmission greater than TCP by recovering lost packets

  • Network Link Balance

    The CBBR algorithm can guarantee efficient transmission greater than TCP by recovering lost packets through channel coding

  • Content addressable network and Decentralize storage

    Each file is fragmented and stored in a large number of nodes and indexed with a hash, which will serve as each fragment’s unique identifier

  • Unified Content Addressing

    Regardless of which network is used (e.g. traditional CDNs, IPFS, SIA, or Storj), OcNet uses a unified system for identifying and addressing content

OcNet Applications

  • Live Streaming

  • On-Demand Streaming

  • Social Media

  • Data Acceleration

  • Bandwidth Sharing

  • More

Roadmap

2018 Q2

Project Begins. The first edition Whitepaper and technical research is completed

2018 Q4

Platform component integration testing commences

2019 Q2

Complete large-scale network integration and testing

2019 Q4

Implement large-scale node support and begin development the EPOS consensus algorithm

2018 Q3

Development on the transmission protocol, channel encoding, etc., begins

2019 Q1

The platform’s node network construction begins

2019 Q3

Complete the development of the Toolkit and the developer recruitment plan

2020 Q2

Completed wallet development and application development based on Octopus Network

Investors