3.15. Online Node
One of the key challenges of traditional blockchains such as Bitcoin, is the necessity of downloading a full node to participate in the network. A full node represents an enormous dataset, potentially reaching hundreds of gigabytes or even terabytes, and the process of downloading and synchronizing it requires significant time and resources. This complicates network access for ordinary users and reduces the overall efficiency of working with the blockchain. Such cumbersome requirements contradict the principles of modern user experience, where speed, convenience, and accessibility are paramount. To stake coins or interact with the network, users are forced to overcome technical and resource barriers, which significantly limits the potential audience.
Addressing this issue is one of the key development directions for the project. The team is committed to maximizing user convenience by introducing innovations that make network interactions simple and accessible. Instead of requiring users to download and synchronize vast amounts of data, all functions are accessible through an intuitive online interface. Following a client-centric approach, DeflationCoin automates complex processes on the server side, eliminating the limitations of traditional blockchains, where working with a node demands significant effort even from experienced users.
The Online Node is a centralized service providing users access to all mechanisms and functions of the Deflation Coin blockchain through a web interface, without requiring the download or synchronization of a full node.
The online node implements all the innovative mechanisms described in the Whitepaper:
Smart Staking
Smart Dividends
Basket and Pump
DEX Aggregator
Affiliate Marketing Integrated with Smart Commissions
Proof-of-Deflation (PoD): voting on updates, dividend distribution, and other functions (see Chapter 3.17).
The Online Node concept in DeflationCoin simplifies blockchain interaction, making it accessible to a broader audience. The implemented innovative mechanisms ensure convenience, efficiency, and eliminate the technical barriers characteristic of traditional blockchains.
Last updated