Filecoin (FIL) Analysis | News | Description

Filecoin (FIL) Analysis | News | Description

Filecoin is a new decentralized storage network that can be used to store data on computers all over the world. It’s the first of its kind, and it’s designed to fix many of the problems with traditional cloud storage providers. Filecoin will also offer incentives for users who contribute their computing power to help maintain the network.

Filecoin is a decentralized storage network that allows users to store and share data securely. It’s an Ethereum-based token that can be exchanged for cryptocurrency or fiat currency.

AltFINS experts perform technical chart analysis of the top 30 cryptocurrencies in addition to automated chart patterns. These are known as Curated Charts, and they assess five key technical analysis principles: Trend, Momentum, Patterns, Volume, Support, and Resistance.

Technical study of Filecoin (FIL):

Trade setup: The price just broke over a down trendline and reached a Higher High, indicating a trend reversal. Wait for a break and close above $75 barrier for a fresh entry. If it does, resistance around $80 (also the 200-day moving average) may be the next halt. (Provide a price alert)

Short- and medium-term trends are up, whereas long-term trends are down.

Bullish momentum is present, but it is waning. Although the MACD Line is above the MACD Signal Line and the RSI is over 55, momentum may have peaked since the MACD Histogram bars are fading, indicating that momentum is fading.

On Balance Volume (OBV) is flat, indicating that volume on up days equals volume on down days. As a result, buyer demand and seller supply are in balance.

Support and Opposition The closest Support Zone is $50, followed by $35. The Resistance Zone closest to you is $75, followed by $100.

Here is a live Filecoin (FIL) chart.

See more curated top 30 coin charts.

Filecoin (FIL) Analysis | News | DescriptionRecent research and news:

These 3 Cloud Storage Altcoins Could ‘Go Parabolic,’ According to a Crypto Influencer

FIL on the rise: Filecoin’s impending production reduction will have an impact on tokenomics.

Binance will support the hardfork of Filecoin (FIL). What Has Changed in Filecoin?


More real-time news can be found here.


What is Filecoin (FIL) and how does it work?

On the altFINS portal, you may read the entire description as well as the latest news.


Filecoin is a decentralized data storage network developed by Protocol Labs that enables users to sell their surplus storage on an open market. IPFS (InterPlanetary File System), a peer-to-peer network for storing and exchanging data files, uses it as an incentive and security layer. Filecoin transforms IPFS into a “algorithmic market,” in which users pay storage providers in Filcoin’s native currency, FIL, for storing and distributing data on the network.


Filecoin aims to provide a replacement for conventional online storage providers and protocols. Its technology serves as an incentive layer for IPFS (InterPlanetary File System), a peer-to-peer file transfer system that stores data using hash-addressed content structures rather than centralized servers and IP addresses. This is done to minimize redundancy, enhance stability, and boost efficiency.

IPFS is rewarded with Filecoin when storage providers and retrievers provide resources to the system. Developers may access data on Ethereum’s blockchain and interact with its smart contracts via the network’s built-in Ethereum integration. Protocol Labs, a development company established in 2014 by Juan Benet, is working on Filecoin. Benet and his team built Filecoin and IPFS simultaneously, using Seed stock rounds to finance the project.

To generate money for Filecoin’s development, the team held a token sale in 2017, which earned approximately $205 million, making it one of the biggest token sales at the time. Protocol Labs aims to provide a foundational layer for data infrastructure that can be utilized by both blockchain and conventional data infrastructure providers such as Amazon Web Services (AWS) and Microsoft Azure. The project intends to do this by establishing a marketplace where any user with storage capacity may join to the network, resulting in a supply of underutilized storage in both consumer devices and established companies’ data centers. The Filecoin team thinks that this will lower the cost of storage in a similar manner that sharing economy businesses like Airbnb have lowered the cost of short-term rentals in markets that were previously controlled by big players with high capital needs.


In its Filecoin whitepaper, Protocol Labs presented a number of new technologies that may bring value to a variety of blockchain applications. In the same manner that bitcoin is protected by proof-of-work, Filecoin is, but this effort is particularly linked to data storage. The networks use a random nonce instead of a random nonce to fit the block hash within a specified range. Proof-of-work is limited to demonstrating that a miner has saved data for a certain amount of time and replicated it. Proof-of-replication (PoRep) and proof-of-spacetime (PoSpace) are two new kinds of proof-of-work that help accomplish this (PoSt).

Proof-of-replication enables a server to persuade a user that certain data has been duplicated to its own uniquely dedicated physical storage, while proof-of-spacetime enables an efficient prover to persuade a verifier that they are storing data for a given period of time. By making it theoretically impossible to fabricate data storage records to boost miner incentives, these proofs enable Filecoin to address problems with large-scale storage networks made up of independent parties.

Competitors like Siacoin ($SC) and Storj ($STORJ) don’t have this feature, but they haven’t yet generated enough storage demand for it to be a problem. Miner proofs are used to build a network using three basic methods: put, get, and manage. The put and get methods are responsible for storing data and retrieving it when a client requests it. The manage method is in charge of keeping the marketplace running well by matching buy and sell orders and keeping track of customer and seller reputation. These techniques are used on two separate marketplaces: storage and retrieval, which are both controlled by different miners.

Miners, according to Protocol Labs, would often engage in both marketplaces. Receiving put requests and keeping client data while also promising collateral proportionate to the data is the responsibility of storage miners. In the case that the proofs are incorrect or absent, they will be punished by losing the collateral. The manage approach is used by storage providers in collaboration with customers and auditors. Retrieval miners are in charge of handling get requests and delivering data to clients. While recovery miners are not required to put up collateral, they are paid in Filecoin for their contributions to the network.

Details on the Consensus

Proof-of-Replication (PoRep) and Proof-of-Spacetime (PoSpace) are two types of proofs (PoSt) Proof-of-Replication (PoRep) and Proof-of-Spacetime (PoSt) will be used by the Filecoin protocol to verify that files are safely maintained over time in a decentralized network. PoRep is a kind of Proof-of-Storage that has the characteristics described in this article. The method by which miners generate blocks that store data is defined by PoSt. Clients (network users) may find data storage and retrieval miners, which are two distinct businesses that operate in separate decentralized marketplaces. Data may be stored and retrieved in a distributed, multi-market system thanks to PoSt’s degree of verifiability. Storage miners make money by storing data for customers and “computing cryptographic proofs to validate storage over time.” In contrast to Proof-of-Work mining, the likelihood of receiving a block reward (and transaction fees) is “proportional to the amount of storage the miner provides to the network.” Retrieval miners, on the other hand, may earn FIL by winning bids for client requests.

The miner’s reward is determined by the file’s current market value. A miner’s capacity to complete transactions and obtain data on the network is affected by available bandwidth and first response time for information (which may be influenced by network latency or proximity to a client). As a result, a retrieval miner’s “maximum bandwidth” determines the total number of deals they may win. The mining equipment requirements (particularly for CPU and RAM) are unclear since the network is currently under development. However, the company claims that the mining gear will include numerous common hard drive configurations and that any “specific Filecoin mining hardware” would be little more than a highly optimized hard disk (in a sense, not optimal for ASICs). Filecoin also mentions that complete nodes will need early storage and retrieval miners.


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Filecoin is a decentralized storage network. Users can earn money by renting out their hard drive space to others. The project aims to be a competitor for cloud storage services like Dropbox and Google Drive. Reference: filecoin analysis.

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