Data is the new gold.
Safeguarding it is the quest of the modern era.
Traditional fortresses of data like Google and Amazon have been the custodians, but their centralized nature is a double-edged sword.
Here's how BNB Greenfield is redefining decentralized data
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Decentralized storage distributes data across multiple devices, enhancing security and eliminating single points of failure - something centralized systems are incapable of.
For more information on types of data storage check out the thread below:
twitter.com/0xsurferboy/status/1625827333671362560
Pioneers like Filecoin, Arweave, and BNB Greenfield spearhead this decentralized approach, emphasizing user privacy and control strongly.
In today's thread, we'll delve into the intricacies of how these innovative platforms operate.
Greenfield operates a dual-layer system: a storage-focused blockchain and "storage providers."
The Blockchain manages user ledgers and stores storage metadata.
Meanwhile, Storage Provider manages user access and handles user data upload and download requests off-chain
Greenfield Blockchain uses Tendermint consensus and Proof-of-Stake for security.
BNB is the native gas and payment token. It is also used for governance and can be bridged directly from BSC Greenfield, ensuring smooth cross-chain communication and unchanged BNB circulation
To store data, BNB Greenfield makes use of
1️⃣ Object
The primary storage unit, contains data and metadata. It's uniquely named within a bucket and can hold various data types.
2️⃣ Bucket
Container for objects. Each has a globally unique name.
3️⃣ Group
A set of accounts with shared permissions.
All data resources, such as objects, buckets, payment accounts, and groups, require specific permissions to be accessed.
ECONOMIC MODEL
Apart from transaction fees, users must pay storage and download quota fees to Storage Providers (SPs) via steam payment.
Users must prelock a certain amount for these storage service fees before using the service.
Arweave is a decentralized storage platform designed to offer permanent, immutable data storage.
It utilizes a blockchain-based structure that ensures once data is stored on the network, it cannot be modified or deleted, making it "perma-web" or permanent web storage
How does Arweave work?
Unlike traditional blockchains where only headers are connected, Arweave uses a 'blockweave'.
In this structure, entire blocks are interconnected, which aids in more efficient data access.
Proof of Access: Arweave implements a consensus mechanism called "Proof of Access" (PoA).
Instead of relying solely on proof of work or proof of stake, PoA ensures that the miners can prove they have access to old data on the blockweave, encouraging data permanence.
Endowment Mechanism: To ensure that data remains stored forever, Arweave uses an endowment mechanism.
When a user pays to store data, the payment is invested in a way that the returns cover the storage costs for decades, ensuring the data's long-term availability.
Data Storage: Users can store documents, web applications, or any digital content on Arweave.
Given its permanent nature, the platform is especially beneficial for content that users wish to preserve indefinitely, like historical records or educational materials.
Economic Model of Arweave
Arweave's economic model is distinct and crafted to support its permanent, immutable data storage mission.
Here's an overview of its primary economic components:
• Arweave uses an endowment system to finance the long-term storage of data. When users store data on Arweave, they pay a one-time fee.
Fee is paid in $AR token
• This fee is calculated to cover the storage costs of the data for several decades. It's based on the principle that storage costs will decrease over time as technology advances.
• Storage prices on Arweave are not fixed but are determined by a decentralized market.
• Miners can set their prices for storage, leading to competitive pricing dynamics based on supply and demand.
Arweave has seen an average data upload of 400gb per week in the past few months.
While Arweave focuses on permanent data storage, Filecoin operates under a different model.
Filecoin is a decentralized storage network that allows users to rent out their storage space and retrieve data securely in a trustless environment.
Filecoin acts as a marketplace for data storage, connecting users who need to store data (clients) with those who have excess storage space (miners).
Clients make "storage deals" with miners to agree on the terms (price, duration, etc.) for storing their data.
To ensure data integrity and storage compliance, Filecoin utilizes advanced cryptographic proofs:
Proof-of-Replication (PoRep): This ensures that a miner has correctly stored a unique copy of the client's data, proving that the data has been replicated to its own dedicated physical storage.
Proof-of-Spacetime (PoSt): This ensures that the miner continues to store the client's data over time.
Miners periodically provide these proofs to demonstrate that they're still storing the client's data.
In addition to storing data, miners can also earn FIL by retrieving and delivering data to clients quickly.
This fosters a competitive market where miners strive to provide fast data retrieval.
Filecoin's virtual machine enables smart contracts to leverage Filecoin's storage and retrieval abilities with computational logic conditions, unlocking the programmability of the network.
In the past year, Filecoin has garnered $28m in cumulative fees signaling market interest in storage
Benefits of Decentralized Storage Networks for Developers:
1. Robust Security:
Data is distributed, minimizing breach risks and eliminating single points of failure.
2. Guaranteed Data Integrity:
Data remains untouched and authentic, preventing tampering.
3. Censorship Resistance:
4. High Redundancy: Data copies spread across the network ensure its availability and durability
Overall, the multifaceted benefits of decentralized storage networks, ranging from heightened security to potential monetization, make them a forward-thinking choice for developers aiming for innovation and resilience.
@wacy_time1 recently did a thread on BNB Greenfield too, which I'd highly recommend checking out here:
twitter.com/wacy_time1/status/1715356570719260749
And if you want to use it yourself, @0x_gremlin provides a walkthrough on how to use Greenfield:
twitter.com/0x_gremlin/status/1715327389042110617
h/t Frens whom I took inspiration for this Greenfield thread
@wacy_time1
@0x_gremlin
@Abrahamchase09
@0xFinish
@bloomstarbms
@atoms_res
@0xAndrewMoh
Chads who may be interested
@rektdiomedes
@DeFiMinty
@Slappjakke
@Axel_bitblaze69
@ardizor
@arndxt_xo
@poopmandefi
@Thedefisaint
Surf
@0xsurferboy
Analyst | Deep Dive Threadooor Covering Untapped and Overlooked Projects and Narratives Twitter 👇