The Infra Gardens panel in Istanbul is currently ongoing. The event will be open for another 3 hours.
RWA Infrastructure Evolution: Beyond the Hype

The real-world asset (RWA) tokenization landscape is experiencing significant developments across multiple fronts: - Total RWA on-chain reaches $19.82B with 165 asset issuers - Major players entering the space: * Fidelity exploring stablecoins & RWAs * WeBank launches POTOS infrastructure * WisdomTree expands multi-blockchain support Key trends emerging: - Focus shifting from hype to infrastructure - Emphasis on transparency and verifiability - Growing demand for compliant oracle solutions - Asset-backed stablecoin market cap at $226.89B Leading chains for RWA deployment: Ethereum, ZKSync Era, Stellar, Algorand, and Aptos. [Learn more about DIA's RWA vision](https://www.diadata.org/blog/post/dias-vision-for-rwas/)
DIA Oracles Power EDU Chain's Educational Infrastructure

DIA has integrated its oracle infrastructure with EDU Chain, OpenCampus's Layer 3 network built on Arbitrum Orbit. The integration provides real-time price feeds for multiple assets including $EDU, $ETH, $WBTC, and major stablecoins. Available on both mainnet and testnet, these feeds enable developers to build onchain credentials, gamified learning apps, and education marketplaces. The infrastructure features first-party data sourcing from exchanges, transparent computation, and onchain submission through Lasernet. All services are free for developers.
The Convergence of Cryptography and Cryptoeconomics in Web3 Security

A significant shift is occurring in blockchain security architecture. The industry is moving beyond the traditional cryptography-only approach (using hashing, signatures, and ZKPs) toward a hybrid model that combines mathematical proofs with economic incentives. Key developments: - **Cryptographic systems** (SuccinctLabs, RiscZero, lagrangedev) focus on trustless verification - **Cryptoeconomic systems** (eigenlayer, symbioticfi, 0xOthentic) leverage staking and bonding - **Emerging middleware** layers are bridging execution and data layers with configurable security DIA's Luminas oracle rollup exemplifies this dual approach, combining on-chain computation with staking mechanisms. [Read the full analysis](https://www.diadata.org/blog/post/cryptography-vs-cryptoeconomics-2025/)
Lumina's ZK Co-Processors and Arbitrum Stylus Integration
Offchain Labs is advancing blockchain scalability through Lumina's implementation of ZK co-processors, integrated with Arbitrum's Stylus upgrade. This development enables enhanced secure off-chain computation capabilities. - ZK co-processors serve as trust-scaling mechanisms - Arbitrum Stylus upgrade provides new infrastructure support - System allows for more efficient secure computation off-chain The integration builds on DIA's Layer-2 rollup Lasernet, which enables permissionless oracle architecture and custom smart contract deployment.
Understanding Trustless Oracles: A Deep Dive into Lumina's On-Chain Architecture
DIA Lumina introduces the first fully on-chain oracle system, addressing longstanding issues with traditional oracle networks. - Traditional oracles rely heavily on off-chain processes for data storage, aggregation, and computation - This creates trust assumptions and transparency issues Key features of Lumina: - Complete on-chain data storage - On-chain computation processing - On-chain transaction settlement The system eliminates middlemen and provides full transparency. Developers can test Lumina on Base Sepholia testnet. [Learn more about testnet deployment](https://docs.diadata.org/use-lumina-products/how-to-dia-lumina-oracles/testnet-addresses#base-sepolia)