Oracles are a core component of Web3 and are intermediaries that receive real-world data and transmit it to blockchain environments. This is critical for smart contracts; because smart contracts automatically fulfill the terms of the agreement written directly into the code.

Orakllar enables various decentralized applications to operate effectively by bridging smart contracts and external data sources. However, while oracles offer great potential, they also introduce unique vulnerabilities and challenges.

Hugo Philion, CEO of Flare and Flare Labs, said during the Cointelegraph AMA, “First generation partnerships like Chainlink and Pyth have been successful. “They provide data on Web2, but they have the same disadvantages: They are highly centralized,” he said. Flare provides decentralized, high-integrity data by offering “additional data collection functionality as a layer 1, like Ethereum.” Oracles integrated into Flare’s blockchain provide data directly rather than offchain computer networks.

“This is extremely important because it gives developers the confidence to use the data,” Philion said. “Many other Oracle projects, especially newer ones, lack this trust,” he said. Flare offers two data protocols: Flare Time Series Oracle (FTSO) and Data Connector. These protocols provide the decentralization and security of the layer-1 blockchain by taking place on the network.

FTSO allows Flare to provide real-time, fluctuating price data. This system tracks thousands of different “time series” prices for rapidly changing data points such as crypto, stocks, bonds or currency. All network validators, each with their own share and community support, verify the prices and clean the extremes, creating the current median.

Data Connector fetches data evidence from Web2 and Web3 sources. It includes information verification processes from platforms such as Twitter and Facebook, and provides proof of events occurring on various blockchains for Web3.

FTSO and Data Connector maximize decentralization with high stakes and a significant number of asset owners. Philion noted that this is different from other data networks and includes fewer asset holders and lower stakes that could compromise security.

Flare also enables applications to cross-check their data with central sources. The FAssets protocol enables tokens from other networks such as Bitcoin, Dogecoin or XRP to be used on the Flare network and operates on a decentralized, trustless system.

FLR tokens act as transaction currency for the chain and keep the network secure. Data providers who stake FLR offer rewards to token holders. Additionally, monthly tokens are distributed to FLR holders through the emission program called Flare Drops.

Philion mentioned several projects on Flare, such as Raindex, which uses a permissionless decentralized exchange. Sparkdex has also switched to Flare and plans to establish continuous futures markets with Uniswap-style DEXs. Other projects that use Flare’s data streams in innovative ways include LayerZero, Stargate’s Hydra Bridge, XDEX, and Bifrost Wallet.

While Flare works with a variety of partners such as Anchor, Figment, A41, and Blockdaemon, its most notable partner is Google. Flare Labs plays an important role as the research and development team responsible for data protocols.

According to Philion, Flare’s long-term vision is to move beyond the current tribalism in the blockchain space and become a provider of high-quality, cost-effective data in the decentralized world. Once mass adoption occurs, he thinks users will prioritize functionality.