What is Songbird (SGB)?

Quick Facts

  • Type: Canary network for the Flare blockchain
  • Native token: SGB, used for fees, staking, and governance
  • Launched: September 2021
  • Compatibility: EVM-compatible (Ethereum Virtual Machine)
  • Key protocol: Flare Time Series Oracle (FTSO)
  • Block time: Approximately 1-2 seconds
  • Distribution: Airdropped to eligible XRP token holders

Introduction

Songbird (SGB) is the canary network for the Flare blockchain — a live, value-bearing environment where new features, protocols, and decentralized applications are tested before they are deployed on the main Flare network.

Unlike a traditional testnet, Songbird operates with real economic value. This means participants have genuine incentives to behave correctly, and developers get meaningful feedback under production-like conditions.

History & Background

Flare Network was designed to bring smart contract capabilities to blockchains that previously lacked them, such as XRP and Dogecoin. As part of that launch strategy, a snapshot of XRP holders was taken in December 2020. In September 2021, SGB tokens were distributed via an airdrop to all users eligible to receive Flare's FLR tokens.

This distribution tied Songbird's early ecosystem closely to the XRP and Flare communities, giving it a broad initial holder base.

How Songbird Works

Songbird is EVM-compatible, meaning developers can use familiar Ethereum tools to build and deploy smart contracts on it. It runs on the same core architecture as Flare, including two flagship data protocols:

  • FTSO (Flare Time Series Oracle): A decentralized system for bringing real-world price and data feeds on-chain, secured by over 100 active data providers.
  • State Connector: A protocol for verifying off-chain and cross-chain states in a trust-minimized way.

New features ship on Songbird first, are validated under real conditions, and — if successful — are promoted to the Flare mainnet.

Tokenomics

SGB is the native utility token of the Songbird network. It serves three primary purposes: paying gas fees for transactions and smart contract interactions, participating in FTSO delegation to earn rewards, and voting on governance decisions. Because token balances cannot be freely replenished like on a testnet, SGB carries genuine scarcity and economic weight within the ecosystem.

Circulating supply ? 17.14 billion SGB
Total supply ? 19.35 billion SGB
Max supply ? -- SGB
Updated 4h ago

Ecosystem & Use Cases

Songbird hosts a growing ecosystem of DeFi applications, NFT projects, and developer tooling. Its role as a live test environment makes it attractive for teams wanting to validate cross-chain data use cases, on-chain price feeds, and EVM-based dApps before committing them to Flare's mainnet. Users can also participate in the FTSO system by delegating SGB to data providers and earning a share of rewards.

Team, Governance & Community

Songbird is developed and maintained by the Flare Foundation, the same organization behind the Flare Network. Governance is community-driven, with SGB holders able to vote on network parameter changes. The project maintains an active presence on Twitter, Telegram, Discord, and Reddit under the Flare Networks brand.

Advantages

  • Real economic incentives create more rigorous testing than valueless testnets
  • EVM compatibility allows developers to reuse Ethereum tooling with no friction
  • FTSO oracle system provides decentralized, manipulation-resistant data feeds
  • Cross-chain utility helps bridge non-smart-contract blockchains into DeFi
  • Active community inherited from the broad Flare and XRP ecosystems

Risks & Challenges

  • Experimental by design: Songbird is intentionally a testing ground, meaning bugs and protocol changes are expected and frequent
  • Dependency on Flare: The network's relevance is tied to Flare's own adoption and roadmap
  • Market perception: Some investors may undervalue SGB since it is seen primarily as a testnet rather than a standalone chain
  • Governance risk: Parameter changes decided by token holders could alter network behaviour unpredictably

Long-Term Vision

Songbird is designed to be a permanent canary network — not a network that gets retired once Flare matures, but one that continues to evolve alongside it. As Flare expands its data protocols and cross-chain capabilities, Songbird will keep serving as the first proving ground for every new innovation. Over time, Songbird may develop a more independent ecosystem of its own, deepening its role beyond pure testing into a distinct platform for experimental Web3 applications.

Frequently Asked Questions

Songbird is the canary network for the Flare blockchain, launched in September 2021. It is a live, EVM-compatible network where new features and dApps are tested under real economic conditions before being deployed on Flare's mainnet.

A testnet uses tokens with no real monetary value, allowing balances to be freely replenished. A canary network like Songbird uses real, limited tokens (SGB), creating genuine economic incentives that lead to more rigorous and realistic testing.

The Flare Time Series Oracle (FTSO) is a decentralized data feed system built into the Songbird and Flare networks. SGB holders can delegate their tokens to FTSO data providers and earn rewards in return, making it a key utility of the SGB token.

A snapshot of XRP holders was taken in December 2020, and SGB was then airdropped in September 2021 to users who were eligible for Flare's FLR token distribution. Eligible recipients received a set amount of SGB proportional to their XRP holdings at the time of the snapshot.

SGB is used to pay gas fees on the Songbird network, delegate to FTSO data providers to earn rewards, and vote on network governance decisions. It is the native utility token that powers all activity on the Songbird canary network.

No. Songbird is intended to be a permanent canary network that operates alongside Flare indefinitely. Every major new protocol feature is expected to launch on Songbird first, and the network may evolve its own independent ecosystem over time.

Songbird is developed by the Flare Foundation, the organization behind Flare Network. Governance decisions are made by SGB token holders, who can vote on network parameters and protocol changes.

Yes. Songbird is fully EVM-compatible, meaning developers can use standard Ethereum development tools like Hardhat, Truffle, and MetaMask to build and interact with smart contracts on the Songbird network.