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Blockchain technology can be represented as being slow, inefficient, and inconsistent. Many would argue, this preserves the highest levels of security whilst aiming to maintain a peer to peer decentralised network. The question is, can this be improved to give users the best of both worlds, A fast, efficient blockchain that is also a secure, decentralised, and peer to peer network?
Let’s explore blockchain scaling and the methods used to increase transaction volume and speed, whilst decreasing congestion and cost. We’ll also discuss the trade-offs being introduced by various solutions. Understanding the long-term implications will also help evaluate the path a project is likely to follow and the overall outcomes.
Blockchain technology can be represented as being slow, inefficient, and inconsistent. Many would argue, this preserves the highest levels of security whilst aiming to maintain a peer to peer decentralised network. The question is, can this be improved to give users the best of both worlds, A fast, efficient blockchain that is also a secure, decentralised, and peer to peer network?
Let’s explore blockchain scaling and the methods used to increase transaction volume and speed, whilst decreasing congestion and cost. We’ll also discuss the trade-offs being introduced by various solutions. Understanding the long-term implications will also help evaluate the path a project is likely to follow and the overall outcomes.