Interoperability, bloated transaction fees, and slogging transaction speeds are major challenges for the largest cryptocurrency platforms like Ethereum, Bitcoin, and others. A number of Layer-1 blockchains have emerged in an attempt to resolve those problems while also allowing different blockchains to communicate with one another.
Flare appears to be one of the networks attempting to solve those issues. More importantly, Flare is attempting to act as the bridge between several major networks that don’t currently support smart contracts. There is a lot to like about Flare, which makes it a promising crypto play now and in the future.
Flare 2030 Price Prediction
A common goal for all crypto tokens is to look five years into the future to determine pricing. Experts keep an eye on current Flare price, but always have a future Flare price prediction in mind. With that, we look ahead to 2030.
Currently, Flare has been hovering around $0.01 per token. While that might not seem like much, it is an important barrier. But what will Flare’s price look like when 2030 comes rolling around? The results look promising for Flare five years down the road.
At the beginning of 2030, it is expected that Flare will be trading in the $0.11-$0.13 range per token. When the year comes to an end, FLR could be trading at around $0.14-$0.16 per token. While that’s not a blockbuster price, it would equate to a return on investment of more than 1,200% over today’s price.
The Core of the Flare Network
In order to get a better idea of what Flare has to offer, it helps to know the core tenets of the network. For starters, it promises future solutions for cross-chain communication, interoperability, lower transaction fees, and faster transaction speeds. But there is even more than meets the eye.
State Connector
The core feature of Flare’s technology is the State Connector. This is the core system that allows off-chain information to come onto the Flare blockchain without having to rely on centralised entities, furthering the core decentralisation mindset of the network.
Basically, it captures data about transactions from other blockchains. From there, it makes use of Merkle tree cryptography in order to verify that the information is authentic. It then creates a bridge between different blockchain ecosystems that are totally decentralised. In the end, it gives developers the chance to build tools that bridge assets without having to compromise security.
In essence, the State Connector is what solves the “oracle problem” of connecting external data onto a number of different blockchain networks. It also does so in a novel way that drastically reduces the potential points of failure.
Flare Time Series Oracle (FTSO)
An important asset that the State Connector utilises is the Flare Time Series Oracle (FTSO). Think of it as the price whisperer. Basically, the FTSO provides reliable price data for a litany of cryptocurrencies that reside on the Flare network. What is different compared to other oracles is that FTSO works based on a decentralised network of data providers, all of which compete to supply accurate information.
There are a few aspects that make the FTSO so valuable. For one, the decentralised price feeds ultimately help reduce the potential risk of manipulation. There are a litany of incentives for greater information accuracy provided through the network’s token economy. The FTSO also supports decentralised applications (dApps) that ultimately further reliable pricing data. Finally, it allows for a number of more complex financial applications to exist within the Flare network.
How Flare is Different
Flare is far from the only blockchain out there attempting to solve the interoperability problem. Major competitors include names like Cosmos, Chainlink, and Polkadot, but Flare takes a slightly different approach to all of this.
Non-invasive integration. For starters, it offers non-invasive integration. Flare is able to bridge the gap from blockchain to blockchain without the need for these blockchains to change their protocols or implement any invasive features. It is essentially a smooth, effective transition between blockchains.
Non-smart contract chains. There is also a focus on non-smart contract chains. A lot of competitors in the interoperability space put a focus on connecting smart contract platforms. Where Flare is different is that it specifically brings the same functionality of smart contracts to chains that don’t have them. Considering that list includes major names like XRP and Dogecoin, this will no doubt be an important development that aids the value of Flare.
Oracle solutions from a decentralised aspect. The FTSO and State Connector, working in tandem, are able to create the kind of on-chain oracle system that is far more decentralised than what you will find in the alternatives. Given the core tenet of crypto is decentralisation, it is something that cannot be overlooked, especially as crypto adoption continues to grow.
Developer friendly. Finally, there is the fact that the Flare network is quite friendly to developers, fostering greater community involvement and development. Flare is capable of supporting a number of different programming languages. This makes it more accessible to a wider range of developers while also reducing some of the growing pains that come along with attempting to integrate an app into a new network. Developers want convenience, not more work, and Flare meets that desire.
An Important Piece to Solving the Interoperability Puzzle
As it stands, Flare looks to be an important piece when it comes to building cross-chain bridges. Perhaps more important is the FTSO, which helps to create accurate data reports that can influence decisions related to buying, selling, and trading different cryptocurrencies.
What this all means for the FLR token remains to be seen. The further adoption of Flare only serves to benefit its token. That interoperability without centralisation is crucial, especially as more traditional, centralised entities continue to get more involved with cryptocurrency.
