Switchboard: A Breakthrough Multi-Chain Oracle Network Poised to Usher in a New Era of Oracle Technology

Abstract

Switchboard is a permissionless, customizable, multi-chain oracle protocol.

The oracle network of Switchboard is built on a pull-based data model, TEE verification, an aggregator + queue architecture, an Oracle Quotes mechanism, and multi-chain compatible interfaces.

Switchboard’s low-latency framework Surge has handled over one hundred million requests, and its integrated AI–DeFi verification has been applied in more than 50 projects.

What Is Switchboard

Switchboard is the only permissionless, multi-chain oracle protocol that provides decentralized and universal data feeds as well as verifiable randomness via a pull-based data model and TEE verification. It addresses the centralization risks, latency issues, and scalability limits of traditional oracles, offering efficient and reliable data generation for DeFi, gaming, and cross-chain interoperability. Switchboard aims to deliver an “everything oracle” architecture: infinitely scalable, flexible data capabilities for blockchain ecosystems, making decentralized applications more adaptable and easy to integrate.

Technical Principles Behind Switchboard

The core underlying technology of Switchboard is a pull-based oracle network, which includes an aggregator and queue architecture, TEE verification, a pull-based data model, multi-chain support, and simplified interfaces.

Aggregator + Queue Architecture

Switchboard adopts an “aggregator-queue” design: data requests are dispatched into multiple independent queues, each with dedicated node resources. This structure eliminates bottlenecks inherent in traditional single-oracle setups, allowing for dynamic scalability to meet the needs of diverse chains and applications. Each aggregator can independently handle specific types of data tasks while collaborating with the wider network to ensure high throughput and redundancy.

TEE Verification & Decentralization

Switchboard distributes data verification tasks across a global network of nodes, including TEEs such as Intel SGX and AMD SEV. These nodes run multiple validators that use hardware attestation to enhance efficiency. This decentralized design eliminates single points of failure and ensures the censorship resistance and liveness of the data generation process.

Support for Multiple Verification Systems

Switchboard’s network supports heterogeneous data systems (such as price feeds and randomness), and provides standardized, high-performance data generation. This flexibility allows developers to select the verification system that best fits their ecosystem’s needs, while maintaining efficiency and compatibility.

Pull-Based Data Model

Switchboard has introduced an innovative pull-based mechanism that optimizes resource allocation in the data marketplace. The mechanism ensures that data tasks are assigned to nodes in a cost-efficient way, while guaranteeing timeliness and reliability of the data through incentives such as performance bonuses and penalties.

Simplified Data Interface

Switchboard offers a single and simple interface that abstracts away the complexities of the distributed system. Developers do not need to manage the underlying technical details and they can simply submit data requests via API; Switchboard will take care of the coordination and proof generation, including VRF randomness and real-time feeds.

Strengths of Switchboard Products

Switchboard is a distributed, customizable infrastructure focused on efficiently producing general-purpose data feeds and verifiable randomness. On this basis, Switchboard has developed the low-latency framework – Surge. According to the project team, they are delivering data feeds for any asset in sub-10 ms, which is 300x faster and 100x cheaper than competitors. The flagship product transforms data delivery into real-time feeds verifiable under TEE, tailored for high-frequency scenarios. When users submit requests, Surge produces updates that allow validators to confirm whether the result is correct without ever seeing the raw source data.

Surge has a wide array of use cases. For example, in the DeFi sector, it can verify price feeds or risk assessment models without exposing users' trading data. In the gaming field, it can run lottery models and validate outcomes while protecting the privacy of randomness. In AI governance, it ensures that AI models are transparent and verifiable without infringing upon the intellectual property rights of proprietary data.

Switchboard's Oracle network is operated by institutional-grade partners (e.g. Jito, Kamino Finance, Drift Protocol), ensuring high reliability and industry trust. Through a distributed node network, Switchboard eliminates the single points of failure and censorship risks associated with centralized oracle systems. Even in periods of surging demand or source disruptions, the network remains lively and reliable. With its customizable architecture and dynamic scaling, Switchboard can allocate dedicated data bandwidth for large ecosystems (e.g. Arbitrum, Optimism, and Aptos), meeting diverse demands.

In addition, Switchboard supports various data systems and use cases, including price feeds, VRF randomness, gaming and cross-chain interoperability. This flexibility positions it as a general-purpose oracle layer suitable for different blockchain ecosystems. Leveraging TEE standards, economies of scale, and a pull-based mechanism, Switchboard significantly reduces the cost of data generation, while delivering high-quality and efficient services. Furthermore, Switchboard's simple and user-friendly interface abstracts away the complexities of distributed systems so that developers can focus on their core business without getting bogged down in the underlying technical details of data generation.

Switchboard Tokenomics

SWTCH is the governance token of Switchboard. It has a total supply of 1 billion tokens with no fixed inflation rate. Instead, its supply is controlled through reward distributions (such as network subsidies). Key allocations include: 26% for ecosystem growth. Specifically, 25% for initial contributors; 23% for core developers; 16% for protocol rewards & incentives; 10% for launch and community.

SWTCH plays a vital role in Switchboard, specifically:

Client Fees: Clients request data feeds or VRF, paying fees in SOL or SWTCH proportional to the computational effort required. A portion of these fees is distributed as SWTCH rewards to nodes, linking data demand directly to token demand.

Protocol Emissions and Subsidies: The Switchboard network maintains a fixed release of SWTCH tokens, which are allocated to nodes based on the number of data they generate for clients.

Staking and Delegation: Token holders can stake or delegate SWTCH tokens to specific nodes, directing emissions to subsidize these nodes.

Conclusion

Switchboard is a breakthrough and decentralized multi-chain oracle network designed to overcome the challenges of centralization, scalability, and cost inherent in traditional oracle data, reigniting innovation in blockchain technology! Switchboard's vision goes far beyond data breakthroughs; it is redefining what scalability and application boundaries mean for multichain ecosystems. Whether it is delivering real-time feeds for DeFi or paving the way for the randomness in gaming, Switchboard is driven by the conviction that "anyone can push any data" and is poised to kickstart a new era of oracle technology.