EigenDA has made a significant announcement, offering free mainnet access to rollups, inviting them to publish blobs on their platform. To prevent potential attacks, a whitelist authenticated by IP or ETH address ECDSA has been deployed. The free layer allows for a substantial six blobs per 128KB batch, totaling 768KB every 10 minutes, surpassing the throughput of commonly used rollups like Base. EigenDA is working towards implementing unlicensed payments for blob throughput, expected to launch later this year, while maintaining reserved bandwidth for high-throughput use cases.

EigenDA's free layer boasts an impressive throughput, outperforming other rollups on Ethereum. The platform has successfully run load tests on the mainnet, achieving a remarkable peak throughput of up to 10 MB/s. In comparison, Ethereum's blob throughput stands at 0.032 MB/s, and Celestia's mainnet at 1/6 MB/s. EigenDA is currently generating a synthetic load of 0.6 MB/s, demonstrating its capability to handle high-throughput use cases.

The move to offer free mainnet access to rollups highlights EigenDA's commitment to driving adoption and growth in the ecosystem. By providing a high-throughput platform, EigenDA aims to support the development of scalable applications. The upcoming implementation of unlicensed payments for blob throughput is expected to further enhance the platform's appeal.

EigenDA's innovative approach sets it apart from other solutions, prioritizing both security and performance. The deployment of a whitelist authenticated by IP or ETH address ECDSA ensures the prevention of witch/DDoS attacks on the free layer. This attention to security detail demonstrates EigenDA's dedication to creating a reliable platform for rollups.

In conclusion, EigenDA's announcement marks a significant milestone in the development of the ecosystem, offering unparalleled throughput and free mainnet access to rollups. As the platform continues to evolve, its focus on security, performance, and scalability is expected to drive growth and adoption in the industry.