Kiln Becomes Super Representative on TRON Network, Expanding Blockchain Infrastructure

Blockchain staking platform Kiln has been elected as a Super Representative on the TRON network, a significant development in the blockchain ecosystem that underscores the platform's growing expertise and institutional credibility in decentralized technologies.

As one of 27 democratically elected Super Representatives, Kiln will play a critical role in maintaining the TRON blockchain's security, validating transactions, and participating in network governance. This achievement represents a strategic expansion of Kiln's blockchain infrastructure services across multiple protocols.

The TRON network, founded in 2017, has experienced substantial growth, with over 293 million total user accounts and more than 9.8 billion total transactions as of March 2025. By joining as a Super Representative, Kiln contributes to the network's Delegated Proof-of-Stake (DPoS) consensus mechanism, which relies on trusted nodes to ensure network efficiency and security.

Kiln brings substantial blockchain validation experience to TRON, currently supporting over 50 protocols and managing approximately $13 billion in crypto assets. The company's track record includes running about 4.3% of the Ethereum network with 50,000 active validators and zero slashing events, highlighting its technical reliability.

This strategic integration signals increasing institutional involvement in blockchain ecosystems and demonstrates the evolving landscape of decentralized technologies. For TRON, adding an enterprise-grade staking platform like Kiln enhances network credibility and provides additional infrastructure support.

Laszlo Szabo, Kiln's Co-founder and CEO, emphasized the importance of their new role, stating that being actively involved in governance and shaping the TRON ecosystem is a critical mission for the company.

The move reflects broader trends in blockchain development, where specialized platforms are increasingly collaborating to strengthen decentralized networks and provide more robust, secure infrastructure for emerging digital technologies.