Buy Flare

Flare (FLR) is a layer 1 blockchain that aims to improve interoperability between different blockchains. This means that Flare enables communication between blockchains that would not normally be able to communicate. This focus allows different networks to exchange value and information, significantly enhancing the usability of blockchain technology.

Flare stands out with advanced protocols designed specifically for this purpose. One of these is the State Connector, a mechanism for reading and processing the status of other blockchains. This protocol allows information, such as transactions and assets in crypto wallets from other blockchains, to be brought to the Flare network. This makes Flare particularly useful, as it can communicate with various blockchains.

Another crucial aspect of Flare is the Flare Time Series Oracle (FTSO). This decentralized service collects external data, such as asset prices or market information, and makes it available to blockchain smart contracts. Instead of relying on central service providers for this data, Flare offers a decentralized solution that gathers data from multiple sources and brings the most reliable information to the blockchain. This enhances network security and reduces the risk of incorrect data.

In addition, Flare offers a secure solution for bridging assets between different networks using the Layer Cake protocol. This protocol utilizes smart contracts where users lock their assets to initiate a transfer, increasing security and enabling safe movement of large sums of money between blockchains. While this may slow down transaction speed slightly, it provides extra protection against potential security risks.

Flare is fully compatible with the Ethereum Virtual Machine (EVM), allowing developers familiar with Ethereum to easily build on Flare. This reduces technical barriers for developers and makes it simpler to develop decentralized applications (dApps) utilizing Flare's unique capabilities.

Who founded Flare?

Flare was founded by Hugo Philion, Sean Rowan, and Dr. Nairi Usher, three computer scientists from University College London. Philion, the current CEO, has a background in investment and risk management and later obtained a master's degree in machine learning from UCL, as did Rowan, the current CTO of Flare. Usher, the Chief Scientist, holds a PhD in quantum computing from UCL.

The team behind Flare received early investments from Ripple Labs through their investment arm Xpring. Today, the team consists of experienced specialists in blockchain technology.

Flare offers various applications for end users and developers to maximize network usage. Key features include:

• Interoperability between blockchains: Flare enables the exchange of assets and information between different blockchains using the State Connector protocol.
• Decentralized data feeds: The FTSO brings external data, such as market prices, reliably to the blockchain for use in smart contracts.
• dApps development: Developers can easily build dApps on Flare thanks to compatibility with the Ethereum Virtual Machine.
• Governance: FLR token owners can vote on network adjustments and improvements.

Flare combines multiple protocols that work together to securely and accurately transfer information from external sources and other blockchains to the Flare network.

The State Connector is a crucial component of Flare. It allows the network to securely and reliably use data from other blockchains. Operating through a Request-Commit-Reveal (RCR) protocol, users request information from an external blockchain. This information is then verified by attestation providers who provide evidence using cryptographic methods like a Merkle tree.

Once the data is verified, a branching protocol is applied to ensure that over 50% of the attestation providers agree on the validity of the data. This decentralized validation system ensures the reliability and security of the information used in the Flare network.

Flare Time Series Oracle (FTSO)

The FTSO protocol is crucial for gathering and validating off-chain data, which is essential for smart contracts requiring external data. FTSO ensures only the most reliable information is brought to the blockchain from multiple sources.

A unique aspect of the FTSO system is that FLR token owners can delegate their tokens to data providers. These providers are rewarded based on the accuracy of the data they provide, motivating them to deliver reliable information, enhancing network security.

Layer Cake

Layer Cake is the protocol used to move assets securely between networks. Users transferring assets between blockchains must lock their funds in a smart contract. These funds are only transferred if a provider has enough tokens locked to facilitate the transfer. This increases transaction security and prevents major losses in case of a hack.

The FLR token is the native cryptocurrency of the Flare network and plays a central role in the ecosystem. FLR tokens are used as rewards for network participants, like data providers in the Flare Time Series Oracle (FTSO), who contribute to network security. Users can also participate in network governance and vote on updates and protocol changes by staking FLR.

In addition, FLR serves as collateral in decentralized applications (dApps) on the Flare network, ensuring secure transactions and contracts. FLR is also used for paying transaction fees within the network, similar to how other blockchains utilize their native tokens for network fees.

The total supply of FLR tokens is 100 billion. 58% is allocated to the community through airdrops, 19% is reserved for the team and investors, and 22.5% is earmarked for future development and growth of the Flare network.

Staking FLR tokens allows users to contribute to network security and decentralization while earning rewards by delegating their tokens to data providers in the Flare Time Series Oracle (FTSO). These providers deliver accurate price information and other data, for which they receive rewards based on the quality of the data provided.

The staking process is completely decentralized, allowing users to retain control over their tokens. This makes staking a secure and transparent way to generate passive income within the Flare ecosystem.

Flare stands out from other blockchain projects thanks to a blend of innovative technologies and features that make the network versatile and secure. Some key attributes that make Flare unique include:

• State Connector technology: Flare's State Connector allows for secure and decentralized retrieval of data from other blockchains, enabling unparalleled network interoperability.
• Flare Time Series Oracle (FTSO): The FTSO offers a fully decentralized solution for collecting external data, enhancing data analysis reliability and security.
• Bridging with built-in security: Flare's Layer Cake protocol provides a secure method for transferring assets between different blockchains, with an integrated insurance mechanism to protect user funds from hacks.
• Support for non-smart contract chains: Flare enables networks without smart contract functionality, like the XRP Ledger, to utilize decentralized applications through Flare, expanding their capabilities.
• Multifunctional governance and rewards: FLR tokens play a central role in the network, serving both governance and rewarding participants who contribute to network reliability and security.

Use Bitvavo to purchase Flare (FLR). Our platform is available for both novice and experienced cryptocurrency traders. Buying FLR requires just a few simple steps:

1. Create an account or log in to your existing Bitvavo account.
2. Add funds by clicking "Deposit".
3. Go to the Flare (FLR) purchase page.
4. Enter the amount in euros you want to invest, or the number of FLR tokens you wish to purchase, and click "Buy".

The price of Flare (FLR) tokens is determined by the current market rate at the time of purchase. After purchase, tokens are immediately added to your Bitvavo account, where you can securely manage or sell them at any time.

Are you looking to store your Flare tokens securely? Bitvavo offers a secure platform for storing your FLR tokens. Most of our customers' funds are secured using cold storage, keeping the tokens offline for added protection against cyber attacks. We also recommend enabling two-factor authentication (2FA) for extra account security.

Looking to store your FLR tokens in an external wallet? Most software and hardware wallets support Flare storage. Before sending tokens to an external wallet, verify the wallet address through your Bitvavo account to securely move and store your FLR.