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IOTA Foundation: new algorithm to improve security

The IOTA Foundation recently presented a scientific paper with a new algorithm that aims to improve the network’s ability in combating congestion and spam attacks.

The algorithm takes its cue from both Bitcoin’s Proof of Work and Ethereum’s Proof of Stake.

The changes introduced

The scientific paper entitled “Achieving Fairness in the Tangle through an Adaptive Rate Control Algorithm” sees as co-author Dr Luigi Vigneri, senior research scientist at the Iota Foundation and member of the Coordicide team.

The paper presents three main changes in the network:

  • Each transaction requires a device to perform a proof of work.
  • The difficulty increases with the number of transactions sent in a given period of time.
  • Senders may hold a certain amount of IOTA as a guarantee to reduce the overall difficulty in the Proof of Work.

The research was presented at the IEEE international conference on blockchain and cryptocurrencies.

Combining the best of present technologies

A major challenge for IOTA is to create a system suitable for millions of small and resource-constrained IoT devices.

To do this, they thought of bringing together the technologies they considered best, taking inspiration from other cryptocurrencies.

The Proof of Work mechanism is perfect for guaranteeing safety and decentralisation, but with the increase in ASICs and mining farms, there is a risk of strong centralisation of the system.

The Proof of Stake mechanism is much more energy-efficient, but it means that those who hold more money also have more power and clearly favours early adopters in particular.

Block producers in EOS and masternodes in DASH require hundreds of thousands of dollars in cryptocurrency to become validators.

Similarly, Ripple requires a minimum of 20 XRPs to create new accounts to prevent possible spam attacks.

The advantages of the algorithm proposed by IOTA

The algorithm has two important advantages. It ensures that if someone has an excessive amount of computing power, they will not be able to overwhelm the network because of the limitations imposed on holding staked IOTA.

It also encourages users to create a single identity, with a large amount of IOTA staked as collateral, rather than more identities with fewer IOTA, thus reducing the risk of spam attacks.

Michele Porta
Michele Portahttps://www.micheleporta.info/
Ingegnere informatico. Da sempre appassionato di tecnologia, hardware e software. Entra nel mondo delle criptovalute negli ultimi anni imparando a fare trading e studiando gli aspetti tecnologici e implementativi delle principali crypto sul mercato. Spera in un futuro privo di contanti e basato sulla sicurezza garantita dalla blockchain.