Why Iota could be the most underestimated infrastructure layer in the entire crypto world
- IOTA focuses on real integration with companies and regulatory partners and avoids speculative token trends.
- The latest upgrades enable 50k TPS and dual VM support, which increases the attractiveness of IOTA for IoT and Machine-to-Machine transactions.
While most Layer-1 blockchain networks concentrate on disturbing traditional finance, Iota has taken a significantly different way and works on integration into existing systems through strategic partnerships and practical application cases.
This approach, which focuses on regulatory willingness, machine transactions and the acceptance of companies, positions Iota as a basic infrastructure level that is still widely underestimated. With the start of the Business Innovation Program and the technical upgrades of the protocol, Iota continues to stand out through its function and not through speculation.
50,000+ TPS
~400ms finality
Zero-fee transactions
Perfect for machine economies and microtransactions.
— bunzy.iota (@bunzydotda) May 12, 2025
The development philosophy of IOTA focuses on the development of tools that match institutional standards. Cooperation with Zodia Custody, a platform for digital assets supported by Standard Chartered, is one of several efforts to create credibility in regulated environments. This is compared to the speculative concerns of other chains that provide the introduction of tokens on the infrastructure.
In addition, IOTA is not very susceptible to the volatility caused by risk capital. Almost 80 % of the tokens are in circulation, which reduces the risk of mass sales. This is particularly important in a market in which risk capital activities often distort the reviews of token and the long -term sustainability of projects.
Program for corporate homing aims at the real world problems
On May 14th, Iota announced the first projects to participate in the Business Innovation Program (GDP), a grant and support program for projects that work on solutions for global challenges. One of the first participants is Orobo, a company that works on the development of digital product passes. Due to new EU sustainability regulations, these instruments should help manufacturers to follow the entire life cycle of a product from start to finish.
The participation of Orobo underlined the benefits of IOTA in coping with practical problems such as data integrity, greenwashing and compliance with environmental regulations. Sann Carrière, the founder of the company, named the infrastructure and the orientation of the Iota mission as the central reasons for the choice of the platform. The partnership aims to improve the traceability and transparency in production and offers an application that is more based on regulations than on speculation.
Technical skills optimized for scaling
CNF reported that the recent rebassed protocol upgrade has significantly improved the performance of IOTA. The network can now process more than 50,000 transactions per second, with a final time of about 0.4 seconds and transaction fees. These metrics make the platform flexible for frequent transactions with low value in Internet-of-Things (IoT) scenes or automatic machine-to-machine markets.
IOTA currently also has a dual virtual machine environment. Developers can use the programming language Move, which stands for security and predictability, or solidity via the Ethereum Virtual Machine. Such an elasticity is suitable for different developers, whereby traditional and intelligent draft contracts of the next generation can pass side by side.
One of the institutions that have already worked with IOTA is the World Economic Forum, which indicates that the platform aims at compliance with regulations and the applicability of the global infrastructure. The upcoming introduction of over 150 validators will further advance decentralization and make the network for regulatory authorities and company partners more credible.
In addition to the technical and institutional development, Iota also expands its system to enable staking, NFTS and decentralized applications. In contrast to practically all other networks, these functions are developed on a structurally efficient basis in which the real function predominates the rest.
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