In a strategic move to strengthen its decentralized infrastructure, the IOTA ecosystem has added InfStones, a prominent Web3 validator infrastructure provider, to its Mainnet as an official validator. This collaboration marks a crucial step as IOTA transitions to a Delegated Proof of Stake (DPoS) consensus mechanism, signaling the network’s intention to evolve its architecture for improved scalability, security, and real-world applicability.
IOTA, recognized for its use of Directed Acyclic Graph (DAG) technology, is designed to transcend the boundaries of conventional blockchain systems. The protocol supports both Ethereum Virtual Machine (EVM) and Move-based smart contracts, enabling a flexible foundation for applications in industries such as smart cities, transportation systems, and supply chain management. The addition of InfStones as a validator brings with it the promise of enhanced decentralization and improved operational efficiency across these sectors.
Beyond merely joining the validator set, InfStones is expected to make a substantive contribution to the development of IOTA’s DPoS infrastructure. With its extensive experience supporting major protocols including Ethereum, Cosmos, and Polkadot, the company is poised to strengthen IOTA’s consensus layer. Their expertise is anticipated to fortify the system’s resilience and security, especially as transaction volume and real-world demand escalate.
The transition to a Delegated Proof of Stake model means that network integrity will now rest in the hands of elected validators. These validators are tasked with confirming transactions and producing blocks—offering an alternative to traditional consensus systems like proof-of-work or non-delegated proof-of-stake. InfStones, now part of this elite group, is positioned to help ensure the network maintains its hallmark characteristics of speed, cost-efficiency, and security.
Welcome @InfStones to the IOTA Mainnet! Excited to have you on board 🤝 https://t.co/xFbhOib9sf
— IOTA (@iota) June 12, 2025
This integration also offers InfStones a unique opportunity to extend its portfolio into the DAG-based architecture of IOTA, which differs significantly from traditional blockchain frameworks. The collaboration will serve as a testing ground for showcasing InfStones’ capabilities in delivering low-latency, high-throughput infrastructure—key prerequisites for critical use cases such as mobility platforms and smart urban infrastructure.
IOTA’s ambitions extend well beyond the developer community, with a clear focus on serving urban planners, logistics firms, and governmental entities. Its network is being structured to support real-time asset tracking in global supply chains and facilitate interconnected city systems. The inclusion of InfStones in this ecosystem enhances these ambitions by offering a validator infrastructure that is technically robust and enterprise-ready.
Moreover, this partnership also introduces more appealing staking options for IOTA token holders. Through the DPoS system, users can now delegate their tokens to trustworthy validators like InfStones, allowing them to earn rewards while simultaneously contributing to network security. This setup not only boosts user engagement but also increases validator accountability and performance.
As IOTA continues to scale and refine its decentralized ecosystem, collaborations like this one are expected to play a pivotal role in accelerating adoption. InfStones’ involvement may also inspire other leading infrastructure providers to consider IOTA as a viable, forward-looking platform in the decentralized technology space.
Rather than being a routine validator addition, this development is seen as a signal that IOTA’s transition to DPoS is reaching a new level of maturity. With InfStones onboard, the network is positioned for enhanced reliability, broader validator participation, and tangible real-world application. Whether powering smart city grids or managing global data exchanges, IOTA’s potential appears increasingly grounded in actionable use, backed by trusted partners ready to support the next phase of Web3 evolution.
