WHAT IS BLAST AIRDROP
A newly introduced Ethereum layer 2 offering called Blast is swiftly gaining attention for its closed, invite-only early access campaign prior to public launch. Created by Blur Platform founder “Pacman,” Blast has already brought on board investments from top crypto funds like Paradigm and eGirl Capital.This guide covers everything currently known regarding receiving access to join the private Blast community and airdrop initiative.
What Makes Blast Layer 2 Special
Unlike other scaling solutions, Blast offers native yield opportunities for staked ETH and stablecoins — up to thirty percent APY. This gives DeFi users a way to earn attractive rewards even for non-tokenized assets.Blast also aims to become the main portal connecting NFT liquidity across Ethereum, bringing vast volumes to its platform.With this strong value proposition and backing from leading investors, Blast has great potential upside.Unlike other layer 2 offerings, Blast provides native yield opportunities for staked ETH and stablecoins — up to 30% APY. This allows DeFi users to earn appealing rewards even on non-tokenized assets.Blast also intends to become the primary gateway bridging NFT liquidity across Ethereum, directing vast volumes to its system.With this strong value-add and funding from major investors, Blast holds tremendous potential.

BLAST INVITE CODE
The Blast Airdrop Event — How to Get Invited?
Getting access to Blast for now requires obtaining an invite code from someone already part of the community.
HERE SOME INVITE CODES TO PARTICIPATE IN BLAST AIRDROP:
SFA3G
DB4HD
934HD
4YSDH
4HSJG
HOW TO QUALIFY FOR BLAST AIRDROP?
Visit BLAST WEBSITE and connect your primary ETH wallet like MetaMask.

BLAST WEBSITE
Bridge ETH or stablecoins from Ethereum mainnet to start earning yield.

CONNECT WALLET
Refer friends with your custom referral code to progress towards airdrop milestones!
As excitement continues building, make sure to obtain your Blast invitation ASAP to qualify for Blast airdrop free token distributions coming soon!

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If you could go back in time, what would you do differently in CRYPTO?There is one thing that we all have in common. No matter how rich or poor you are. The decisions that you have made in the past have decided and put you in your current situation. We have all thought at least one point in our life, “If only I could go back in time and do things differently.” In the cryptocurrency market that is something we think about daily. If only I had gotten into Bitcoin or Ethereum earlier. If only I had maintained my conviction and didn’t sell out of my position. I could have been rich.But what if we could go back in time and do things differently? Changing our past decisions and mistakes to change our lives forever. What would you do differently?First, we will eliminate the most obvious idea of going back in time to be one of the first investors in Bitcoin or Ethereum. Instead, we will be focusing on what we did personally, and what we would change.IndecisivenessIf I were going back in time with my crypto journey, the first thing I would change is my indecisiveness. When I was new to the market and hadn’t done my research, I was very impressionable. It makes me embarrassed how naive I was back then.Back then, instead of holding onto my positions and allowing them time to mature, I'd hastily swap them for other assets once I gained more insight. This cycle of impulsive trading persisted, resulting in missed profits and regrettable losses. Looking back, I recognize that many of the tokens I hastily sold off eventually surged in value. Had I maintained my positions and exercised patience, I could have capitalized on these gains and minimized my losses significantly. In hindsight, holding onto established cryptocurrencies like BTC and ETH would have been a more prudent strategy, yielding better returns over time.Following every Trend- Staying True to StrategyThroughout my crypto journey, I've remained steadfast in my commitment to a disciplined trading strategy centered around trading to generate both short-term gains and long-term profits. While the allure of chasing every trend in the market can be enticing, I've focused on identifying well-researched narratives within the crypto space that align with my trading goals and leveraging them to my advantage.By focusing on fundamental analysis and market trends, I've been able to identify lucrative opportunities that offer both immediate returns and sustainable growth potential.For example, despite widespread recommendations to invest in the 2022 UST trend, I trusted my analysis and refrained. This decision spared me from losses when UST/Luna depegged shortly after. Independent thinking saved the day. Instead of chasing quick profits without fully assessing the risks involved, I've maintained a cautious approach, prioritizing the preservation of capital and the pursuit of consistent gains.By staying true to my strategy and resisting the urge to follow every trend, I've been able to navigate the volatile crypto landscape with confidence and resilience. While there may be moments of temptation and doubt, I remain steadfast in my conviction that disciplined trading and prudent risk management are the keys to long-term success in the crypto market.Going All-InAs crazy as it might sound, I regret being so conservative during my first few years investing in the crypto market. At the time I hadn’t done the research that I have now and didn’t have the conviction in the market that I currently do. I was very concerned about the risk of possibly seeing my investments go to zero and therefore invested small amounts in the beginning.While I was still able to accumulate great positions due to being early in the market. It still pains me how much more I could have accumulated if only I had been willing to take on a little more risk. But it is important to remember that during those days the future of Bitcoin and the crypto market, in general, were much less certain than it is today. There was real doubt if this market was real if it would go to zero, or if it would be a criminal offense to even own it. Today we have much more confidence that this market will still be around ten years from now.Cultivating Resilience and OptimismPerhaps the most valuable lesson I've learned from my crypto journey is the importance of resilience and optimism in the face of adversity. While setbacks and failures are inevitable in any investment endeavor, it's our response to these challenges that ultimately shapes our success. Rather than dwelling on past mistakes, I choose to view them as valuable learning experiences that have equipped me with the knowledge and fortitude to navigate future obstacles. If given the chance to rewrite history, I would approach each setback with a sense of resilience and optimism, knowing that every challenge is an opportunity for growth and improvement.While there are many things I would change if I could go back in time. I’m still very satisfied with how things turned out. The crypto market has truly changed my life and I’m very excited about the future. If you made mistakes in the past, it is never too late to learn from them. The crypto market is full of opportunities, and you just need to keep your eyes open so that you can spot the next one.How about you? If you could go back in time, what would you do differently in crypto?If you enjoyed this post, please leave a comment, or show your appreciation by giving Tips to create more content.#Write2Earn #TrendingTopic #BinancaEarn

Starknek reduces the initial unlock token to 0.64%, fueling a 13% rally for STRK.New STRK distribution extends to 2027, aiming for equitable, gradual releases.Market cap surges 10% to $1.52B post-announcement, reflecting renewed investor confidence.
Starknet, the layer 2 scalability solution built on Ethereum, has announced a major overhaul to its STRK token unlock model. This announcement followed strong criticism by the crypto community of STRK’s initial unlock schedule. 
Important update:

After listening to feedback from ecosystem friends and collaborators, we are changing the lockup schedule for StarkWare’s early contributors and investors to make it more gradual.

We value this community and want to earn its trust by building great tech that…— StarkWare (@StarkWareLtd) February 22, 2024

Starknet developer StarkWare, responded to the backlash by implementing a revised schedule with a more gradual distribution of STRK tokens. This decision was met with a positive market reaction, with the STRK token increasing in value by approximately 10%.
Gradual Token Release Strategy
In response to community feedback, StarkWare has shifted from its initial plan, which would have seen a substantial portion of STRK tokens released in a short timeframe. The original schedule proposed unlocking 1.3 billion STRK tokens, approximately 13% of the total supply, shortly after the token’s launch. Critics argued this could potentially harm the token’s value and unfairly benefit early investors at the expense of the broader Starknet user base.
We
1. listened to concerns re. long-term alignment of @StarkWareLtd w/ Starknet ecosystem.
2. proposed a more gradual release schedule
3. believe trust is earned with actions, not just words
4. thank investors for their support on this@StarkWareLtd ❤️ @Starknet https://t.co/WZsiZsn3yM
— Eli Ben-Sasson (@EliBenSasson) February 22, 2024

The new strategy significantly reduces the immediate impact by distributing 64 million tokens, representing 0.64% of the total supply, starting April 15. This approach spreads the token released over several years, with monthly unlocks planned to increase until March 2027 gradually. By the end of 2024, 580 million tokens will be released to early contributors and investors, a stark contrast to the 2 billion initially planned.
Market Reaction and Trust Rebuilding
The market has welcomed the updated StarkWare tokens distribution plan. In response to the statement, the STRK token appreciated by roughly 10%, which indicated the restoration of investors’ confidence.

STRK/USD 24-hour price chart (source: CoinStats)
At press time, STRK was exchanging hands at $2.09, reflecting a 13.09% surge from the intra-day low. Concurrently, STRK’s market capitalization soared by 13% to $1,522,162,074 despite a dip in the 24-hour trading volume by 4.92% to $926,728,550.

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#BinancaEarn #BinancaEarn #TIA 🔥 🚀 🚀 🚀 Celestia is a modular data availability network designed to scale securely with the increasing number of users, allowing for the easy deployment of personalized blockchains. It facilitates the creation of scalable blockchain architectures, particularly modular blockchains, by separating execution from consensus and introducing a new element called data availability sampling. Celestia was founded by Mustafa Al-Bassam and Ismail Khoffi. OverviewCelestia is a blockchain that organizes and publishes transactions without executing them. It achieves this by separating the consensus and application execution layers, thereby modularizing the blockchain technology stack and offering new possibilities for decentralized application builders.Celestia was deployed to Mainnet Beta, codenamed Lemon Mint, on October 31, 2023. ArchitectureCelestia functions as a data availability (DA) layer, addressing the data availability problem in a scalable manner. In permissionless blockchain networks, the DA layer must establish a trust-minimized mechanism for the execution and settlement layers to independently verify transaction data availability. Celestia's DA layer incorporates two key features: data availability sampling (DAS) and Namespaced Merkle trees (NMTs). These features offer practical solutions for blockchain scaling—DAS allows light nodes to verify data availability without downloading an entire block, and NMTs enable the execution and settlement layers on Celestia to selectively download relevant transactions.Data Availability Sampling (DAS)Typically, light nodes download block headers containing commitments, such as Merkle roots, for block data, which comprises the list of transactions.In enabling Data Availability Sampling (DAS), Celestia employs a 2-dimensional Reed-Solomon encoding scheme for encoding block data. This involves dividing each block's data into k×k chunks, organized in a k×k matrix. The data is then extended with parity data into a 2k×2k matrix through multiple applications of Reed-Solomon encoding.Subsequently, distinct Merkle roots are computed for the rows and columns of the extended matrix (4k in total), and the Merkle root of these roots serves as the block data commitment in the block header.ScalabilityData Availability Sampling (DAS) enhances the scalability of Celestia's Data Availability (DA) layer. It accommodates resource-limited light nodes, allowing each to sample a small segment of block data. With an increasing number of light nodes, there's a proportional rise in collective data download and storage capacity.Expanding the participation of light nodes in DAS accommodates larger blocks with more transactions, making it feasible for resource-limited light nodes. However, Celestia light nodes must download the 4k intermediate Merkle roots to validate block headers. For a block data size of n^2 bytes, each light node needs to download O(n) bytes. As a result, any improvement in Celestia light nodes' bandwidth capacity has a quadratic impact on Celestia's DA layer throughput.Fraud Proofs of Incorrectly Extended DataA 2-dimensional Reed-Solomon encoding scheme is utilized in Celestia for Data Availability Sampling (DAS). An alternative approach is to employ standard (1-dimensional) Reed-Solomon encoding, where the original data is divided into k chunks and extended with k additional chunks of parity data. In this case, the Merkle root of the resulting 2k data chunks serves as the block data commitment, eliminating the need for light nodes to download O(n) bytes to validate block headers.However, the drawback of standard Reed-Solomon encoding is its vulnerability to malicious block producers who may generate the extended data incorrectly. Celestia's security model doesn't require a majority of consensus (block producers) to be honest to ensure data availability. Consequently, if the extended data is invalid, the original data may not be recoverable, even if light nodes sample sufficient unique chunks (at least k for standard encoding and k×k for 2-dimensional encoding).To address this issue, Fraud Proofs of Incorrectly Generated Extended Data enable light nodes to reject blocks with invalid extended data. These proofs involve reconstructing the encoding and verifying the mismatch. With standard Reed-Solomon encoding, this necessitates downloading the original data, i.e., n^2 bytes. In contrast, with 2-dimensional Reed-Solomon encoding, only O(n) bytes are required, as verifying one row or one column of the extended matrix is sufficient.Namespaced Merkle Trees (NMTs)Celestia organizes block data into separate namespaces, each designated for a specific application like rollup within the Data Availability (DA) layer. This setup enables each application to selectively download its own data, disregarding information irrelevant to its operation.To ensure the completeness of the provided data within a given namespace, Celestia employs Namespaced Merkle trees (NMTs). NMTs are structured as Merkle trees where leaf nodes are ordered by namespace identifiers, and the hash function is adjusted to include the range of namespaces for all descendant nodes in the tree.Building a PoS Blockchain for DAProviding Data AvailabilityThe Celestia Data Availability (DA) layer is structured as a Proof-of-Stake (PoS) blockchain. It is named celestia-app and operates as an application within the Celestia ecosystem. This application provides transactions to facilitate the DA layer and is constructed using the Cosmos SDK.The celestia-app is built on top of celestia-core, a modified version of the Tendermint consensus algorithm. Notable modifications include implementing erasure coding for block data using the 2-dimensional Reed-Solomon encoding scheme and replacing the regular Merkle tree with a Namespaced Merkle tree. These changes enable the execution and settlement layers to download only necessary data. Celestia-core nodes continue to use the Tendermint p2p network.Similar to Tendermint, celestia-core interfaces with the application layer through ABCI++, an evolution of ABCI. The celestia-app state machine is crucial for executing PoS logic and governing the Data Availability (DA) layer. However, while the celestia-app state machine plays a key role in executing PoS logic and governing the DA layer, it remains data-agnostic. This means the state machine neither validates nor stores the data provided by the celestia-app.Reference https://iq.wiki/wiki/celestia