For the past few decades, data and content has grown massively. Our ways of storing data have changed rapidly.
8. We went from floppy discs to CDs to semiconductors that can store huge amounts of data.
We’re predicted to create 160 zettabytes’ worth of data by 2025. Our speed of creating data, is far outpacing the speed of storing data.
9. #Arweave, through blockweave, is enabling the on chain storage of data in a low cost, scalable manner.
As the amount of data stored in the system increases, the amount of hashing needed for consensus decreases, thus reducing the cost to store data.
10. Through this mechanism, Arweave is able to greatly increase TPS and reduce cost of storage
#Arweave uses a novel Proof of Access (PoA) consensus mechanism.
11. Instead of competing to burn as much power as possible (as in PoW), miners in PoA compete to replicate the data held in the system as many times as they can.
As blockweave becomes larger, less power is needed. Big.
12. Wildfire is the Arweave’s self-organizing network topology system that ensures that miners are incentivized to store and share data as quickly as possible with other miners in the network, in order to build a positive reputation.
13. Essentially, they are incentivized to share data with each other continuously and promptly.
Using their native token $AR, Arweave rewards people who store data with revenue.
14. The Uses cases of Arweave are endless. In the past decades, data has become king.
One of the biggest things that has lead to FAANG’s monopoly is data. Everyone wants data.
15. Currently, in our decentralized realm, permanent, low cost, on chain data storage is lacking.
But, this is the future.
#Arweave is trying to solve this exact problem. The use cases of these are endless.
16. All files can be stored with a single fee, instead of recurring payments.
Data becomes immutable, censor resistant and verifiable.
Using $AR can be cheaper than competitors like AWS. It has 100% uptime and near instant availability.
This is huge.
17. With #Arweave, content can be uploaded anonymously and shared with just about anyone.
Any data can be uploaded by anyone and cannot be taken down ever.
18. #Arweave allows for decentralized data collaboration by creating an immutable, decentralized database.
Scientists from all over the globe can work with each other seamlessly and everything is available to everyone.
Goodbye expensive ass science journal publications.
19. Arweave has already built a partnership with Charité, the largest university hospital in Germany, to develop a new scientific journal.
Boom big brain science go brr.
#Arweave enables every single piece of content to be timestamped, verified, with a clear IP claim.
20. Further, files stored on #Arweave are accessible through traditional web browsers, meaning they don’t require any special wallet or blockchain service, which is huge.
This opens the Arweave doors to just about anyone, crypto native or not.
An age where creativity and imagination will become the primary creators of economic value.
In this thread I'm going to dive into what that the future holds, what it means for us and how crypto is enabling this to happen.
A thread👇🧵
2. The Imagination Age, coined by @RitaJKing, is a theoretical period beyond the Information Age where creativity and imagination will become the primary creators of economic value.
3. Most of what we're studying and learn in school is antiquated.
People are frustrated. Lots are dropping out. Everyone knows what we're studying and learning in school is useless.
2. Binance smart chain (#BSC) is an Ethereum Virtual Machine (EVM) compatible chain that runs parallel to the Binance Chain (BC) that uses the Proof of Staked Authority (PoSA)
3. #BSC allows for the creation of smart contracts and adds a new staking mechanism for BNB.
BSC is EVM compatible, which means that all contracts deployed on ETH and other EVM compatible chains can be easily transferred to BSC