ZK rollups have improved significantly thanks to EigenLayer's decentralized proving and data availability solutions, specifically tailored for zkSync's Elastic Network. This change allows zkSync to distribute ZK proving tasks to Autonomous Verifiable Services (AVSs), enhancing both security and resistance to censorship. By creating a competitive marketplace for proving jobs, costs are expected to drop compared to traditional centralized services like AWS or Google Cloud. EigenDA has become zkSync's go-to solution for data availability, boasting a throughput of 15 MB/s, which is 240 times faster than Ethereum's data availability. This system also features fixed pricing to avoid sudden fee increases and relies on over 200 operators to ensure genuine decentralization and censorship resistance. Recent competitions like The Eigen Games showcase emerging projects from universities, highlighting innovative applications built on this technology. Notable winners include PennBlockchain's Quok and NYUBNF's HyperEdit, both focused on enhancing decentralized computing and AI-driven video editing, respectively. This environment fosters creativity and pushes the boundaries of what’s possible in decentralized applications. As the landscape evolves, the introduction of Level 1 Agents aims to tackle the accountability issues surrounding AI agents. These agents will operate transparently, allowing users to see their transactions recorded on-chain. The series on intents explores how users can express desired outcomes, allowing for more control in transaction execution while depending on third parties for settlement. This shift towards intent-based applications signals a significant step in making blockchain and AI interactions more user-friendly and reliable.