This week, we are spotlighting Liquify, a founding member of the DIN provider cohort and an advocate for deep decentralization across the Web3 stack. Known for their bare-metal infrastructure and commitment to independence from cloud platforms, Liquify brings both operational excellence and a strong philosophical alignment to DIN’s mission.

Liquify was founded on the belief that decentralization must begin at the infrastructure layer. The team operates bare-metal servers across geographically distributed regions to maximize uptime, reduce latency, and eliminate reliance on centralized cloud providers.

With experience spanning validator operations, protocol advisory, and data infrastructure across major ecosystems such as Ethereum, Cosmos, and Solana, Liquify has long focused on critical system reliability. When they discovered DIN’s approach to decentralized data delivery and oracle systems, the synergy was immediate. Joining DIN allowed them to apply their infrastructure principles to a new, trust-minimized data layer that removes opaque intermediaries and replaces them with transparent, verifiable compute.

Most existing oracle solutions rely on centralized aggregators, permissioned validators, or off-chain gatekeepers. Liquify saw DIN as a new paradigm. By enabling a permissionless Feeder model, DIN allows any operator to contribute data directly, with every step verifiable on-chain or through cryptographic evidence.

In this model, data sourcing, submission, and computation become open, observable, and modular. Operators can build custom feeds, developers can audit them in real time, and users can choose sources based on transparent performance. This creates a foundation for true data sovereignty—one that aligns closely with Liquify’s values and technical strengths.

Liquify currently supports a broad range of production and test networks on DIN, including:

• Arbitrum

• Avalanche

• Binance Chain

• Binance Chain Testnet

• Ethereum Mainnet

• Ethereum Hoodi Testnet

• ZKsync

• ZKsync Sepolia

These networks reflect both maturity and emerging potential. By contributing to testnets and mainnets alike, Liquify supports the full lifecycle of Web3 development—from early experimentation to production-grade data delivery.

Liquify’s high reliability as a Feeder node has made them a go-to provider for many of these integrations. Their consistent uptime and responsiveness continue to help strengthen DIN’s multi-network coverage.

Joining DIN has introduced a new compute category that rewards performance at the infrastructure level. Unlike traditional validator economics that depend on staking and delegation, DIN rewards are earned directly through uptime, accuracy, and data consistency.

This model is well suited to operators like Liquify, who run purpose-built infrastructure designed for durability. It also introduces a more active and performance-based revenue stream that does not require reliance on user delegation. As DIN expands, Liquify sees this as a path to greater financial sustainability for independent node operators.

From a technical perspective, Liquify was impressed by how quickly they could deploy within the DIN system. Their Feeder node reached 100 percent uptime from day one, and the modular nature of DIN’s architecture allowed them to customize their operations.

One particularly useful insight has been the ability to create internal tooling to visualize and validate data workflows. These tools improve client communication, enhance internal transparency, and allow Liquify to continuously optimize its service quality.

Liquify sees decentralized infrastructure as essential to the long-term credibility of Web3. As DeFi protocols and real-world asset platforms scale, the need for trust-minimized backend systems will only grow.

Many protocols today still rely on centralized infrastructure for oracles, RPC endpoints, or data storage. These dependencies weaken the security guarantees of otherwise decentralized applications. Solutions like DIN are a step toward correcting that imbalance. Liquify believes that resilience at the infrastructure layer is not only a technical requirement—it is a philosophical one.

As part of DIN’s founding provider cohort, Liquify is committed to scaling the network. They plan to support additional chains, new data types, and emerging use cases that rely on trust-minimized infrastructure.

Their goal is to empower builders with full control and visibility over the data that powers their applications. In partnership with DIN, they are helping redefine what is possible when infrastructure is open, verifiable, and fully aligned with the principles of Web3.

Explore how DIN and providers like Liquify are building the next generation of decentralized infrastructure:🔗 din.build

This week, we are spotlighting Liquify, a founding member of the DIN provider cohort and an advocate for deep decentralization across the Web3 stack. Known for their bare-metal infrastructure and commitment to independence from cloud platforms, Liquify brings both operational excellence and a strong philosophical alignment to DIN’s mission.

Liquify was founded on the belief that decentralization must begin at the infrastructure layer. The team operates bare-metal servers across geographically distributed regions to maximize uptime, reduce latency, and eliminate reliance on centralized cloud providers.

With experience spanning validator operations, protocol advisory, and data infrastructure across major ecosystems such as Ethereum, Cosmos, and Solana, Liquify has long focused on critical system reliability. When they discovered DIN’s approach to decentralized data delivery and oracle systems, the synergy was immediate. Joining DIN allowed them to apply their infrastructure principles to a new, trust-minimized data layer that removes opaque intermediaries and replaces them with transparent, verifiable compute.

Most existing oracle solutions rely on centralized aggregators, permissioned validators, or off-chain gatekeepers. Liquify saw DIN as a new paradigm. By enabling a permissionless Feeder model, DIN allows any operator to contribute data directly, with every step verifiable on-chain or through cryptographic evidence.

In this model, data sourcing, submission, and computation become open, observable, and modular. Operators can build custom feeds, developers can audit them in real time, and users can choose sources based on transparent performance. This creates a foundation for true data sovereignty—one that aligns closely with Liquify’s values and technical strengths.

Liquify currently supports a broad range of production and test networks on DIN, including:

• Arbitrum

• Avalanche

• Binance Chain

• Binance Chain Testnet

• Ethereum Mainnet

• Ethereum Hoodi Testnet

• ZKsync

• ZKsync Sepolia

These networks reflect both maturity and emerging potential. By contributing to testnets and mainnets alike, Liquify supports the full lifecycle of Web3 development—from early experimentation to production-grade data delivery.

Liquify’s high reliability as a Feeder node has made them a go-to provider for many of these integrations. Their consistent uptime and responsiveness continue to help strengthen DIN’s multi-network coverage.

Joining DIN has introduced a new compute category that rewards performance at the infrastructure level. Unlike traditional validator economics that depend on staking and delegation, DIN rewards are earned directly through uptime, accuracy, and data consistency.

This model is well suited to operators like Liquify, who run purpose-built infrastructure designed for durability. It also introduces a more active and performance-based revenue stream that does not require reliance on user delegation. As DIN expands, Liquify sees this as a path to greater financial sustainability for independent node operators.

From a technical perspective, Liquify was impressed by how quickly they could deploy within the DIN system. Their Feeder node reached 100 percent uptime from day one, and the modular nature of DIN’s architecture allowed them to customize their operations.

One particularly useful insight has been the ability to create internal tooling to visualize and validate data workflows. These tools improve client communication, enhance internal transparency, and allow Liquify to continuously optimize its service quality.

Liquify sees decentralized infrastructure as essential to the long-term credibility of Web3. As DeFi protocols and real-world asset platforms scale, the need for trust-minimized backend systems will only grow.

Many protocols today still rely on centralized infrastructure for oracles, RPC endpoints, or data storage. These dependencies weaken the security guarantees of otherwise decentralized applications. Solutions like DIN are a step toward correcting that imbalance. Liquify believes that resilience at the infrastructure layer is not only a technical requirement—it is a philosophical one.

As part of DIN’s founding provider cohort, Liquify is committed to scaling the network. They plan to support additional chains, new data types, and emerging use cases that rely on trust-minimized infrastructure.

Their goal is to empower builders with full control and visibility over the data that powers their applications. In partnership with DIN, they are helping redefine what is possible when infrastructure is open, verifiable, and fully aligned with the principles of Web3.

Explore how DIN and providers like Liquify are building the next generation of decentralized infrastructure:🔗 din.build