To understand Celestia’s value and its role in the ecosystem, it’s helpful to first understand how traditional blockchain systems are structured.
Most blockchains, like Ethereum or Bitcoin, are monolithic which means they perform all major functions (consensus, data availability, and execution) on a single layer. This design ensures security but according to new modular networks, limits scalability and flexibility.
The modular blockchain thesis, which Celestia is leading, proposes separation of layers and respective responsibilities in the network. Instead of having one network and its validators perform all of its functions, it may be better to have specialized layers:
• Consensus Layer: Ensures that all nodes agree on the order of transactions.
• Data Availability Layer: Ensures transaction data is accessible to all participants.
• Execution Layer: Processes the actual logic and computation of smart contracts.
By unbundling these components, developers can build more efficient, flexible systems that scale far beyond what monolithic blockchains can support. Not all applications need similar levels of security and not all applications need to scale up to millions of transactions. Additionally, one application might be scaling beyond the capabilities of its host network, severely effecting the available data throughput of other applications. This limits developers to the monolithic technology stack provided by a virtual machine such as Ethereum’ EVM.
The Issue of Data Availability
One of the most misunderstood yet crucial components of any blockchain is data availability. In simple terms, it ensures that the data behind each block is fully accessible and verifiable by all participants in the network. Another way to describe it is as the confidence a user can have that the data required to verify a block is really available to all network participants. Data availability is therefore important to all stakeholders of the blockchain ecosystem.
If a block producer withholds data, then nodes cannot verify the block, which leads to potential censorship or fraud.
Traditionally, a blockchain network can offer data availability with the following mechanisms:
• Full Replication: Every node stores the entire blockchain and verifies all data. Secure but not quite scalable.
• Sharding: Breaks the blockchain into smaller pieces (shards), spreading data across nodes. Scalable but highly complex to implement.
• Committee-Based Models: Small groups of nodes are trusted to verify data availability. Efficient, but less decentralized.
Celestia takes a completely different approach using a novel method called Data Availability Sampling (DAS). Instead of requiring every node to download all data, DAS allows lightweight nodes to randomly sample small chunks of a block. If enough pieces are retrievable, the node can confidently assume the full block is available. This slashes resource requirements while maintaining security and decentralization.
Why Data Availability Matters
Data availability might sound like a nerdy technical term, but it’s one of the most important yet one of less invisible parts of how blockchains work.
Let’s say you’re using a crypto app to trade tokens, store art, or move money. Every time you do something, that action (also referred to as a transaction) needs to be recorded and shared with the rest of the network so everyone agrees it happened. If that data disappears or can’t be verified, the whole system becomes untrustworthy. You might think your tokens moved but if no one else can see that record or a different version of that record, it’s as if it never happened.
Here’s a real-life parallel: imagine a public scoreboard at a sports game. If the scorekeeper shows the score to only a few people and then hides the board, how can the rest of the crowd trust the result? Everyone needs to see the score to believe it’s fair. In crypto, data availability is what makes sure the scoreboard is always visible to all participants at any time.
How DAS Changes the Game
Traditionally, ensuring data availability meant every node had to download and verify the entire block of data for any purpose related to particular data inside the block, like reading a whole newspaper just to check one article. Ethereum and most competing monolithic layer-1’s operate this way. It works, but it’s expensive, slow, and becomes less practical as blockchains scale in terms of data throughput required by its Dapps therefore limiting the types of applications that developers can build.
Celestia’s Data Availability Sampling (DAS) is a breakthrough that lets even simple devices (like smartphones) verify that a block’s data is available—by checking just a few random pieces. If enough pieces are found and correct, the network can be confident the full block is truly there and correct.
This innovation means:
• Light clients can safely participate in the network without downloading everything.
• Rollups and app-chains can post their data to Celestia with minimal overhead.
• Scalability skyrockets without sacrificing decentralization.
Celestia’s Role in Scaling Applications
Celestia is the first blockchain designed specifically to be a modular data availability layer. That means it doesn’t execute smart contracts or handle transactions directly, instead, it provides a foundation for others to build new networks, also referred to as rollups.
Developers can launch rollups or full execution environments, and use Celestia to handle the consensus and data availability side. This unlocks several key benefits:
• Massive scalability: Apps can scale independently from each other.
• Customization: Developers choose their own virtual machines, consensus mechanism and execution logic.
• Decentralization: Thanks to DAS, even small devices can validate the system.
This approach flips the script on how we think about launching and scaling blockchains. Instead of competing for space on a monolithic chain, apps get their own chains, backed by Celestia’s secure and scalable data availability layer while giving developers full stack control over their applications.
Celestia Enables Scalability and Offers Full-Stack Control
Using the restaurant example from Sui vs Aptos. Imagine a big, busy restaurant where the chefs, waiters, and cashiers all work in the same small kitchen. It gets crowded, orders take forever, and sometimes things go wrong while the backlog of orders keeps growing. That’s how traditional blockchains work, doing everything in one place.
Now imagine if the restaurant separated the jobs: the chefs cook in a big kitchen, waiters serve from a clean dining area, and the cashiers handle payments at the front desk. Everything runs smoother, faster, and the restaurant can grow in a environment that is less prone to congestion. That is what Celestia is doing for blockchains. Let’s say a small specialty restaurant opens up next door, leveraging Celestia’s register and order management system. That new restaurant can fully focus on delivering the best food and experience to customers, knowing that Celestia’s technology won’t be the limiting factor when scaling up their kitchen. The modularity that Celestia’s restaurant offers is allowing a lot of small scale restaurants to exist without the overhead of individual administrative work. It goes even a step further, Celestia allows you to just use it register while letting smaller restaurants pick their own kitchen (execution environment) and order management system (consensus layer).
In conclusion, Celestia is challenging the believe that blockchains should always be monolithic and blockchains need to offer the same technology stack to all developers on its chain. It is a significant leap forward in the crypto ecosystem and opens possibilities that were previously not feasible.
Diversify Crypto Exposure to Modular Blockchain Technology with the VanEck Celestia ETN
Key features of the VanEck Celestia ETN
• Celestia enables secure scaling of blockchain applications with modular technology.
• Fully-collateralized by TIA in cold-storage.
• Total return of TIA: Tracks the MarketVector™ Celestia VWAP Close Index (MVTIAV).
Why VanEck Crypto ETNs? Here’s why:
• With nearly 70 years in asset management and a strong track record in crypto, we bring deep industry knowledge and proven reliability.
• We combine traditional financial strengths with cutting-edge crypto innovation, backed by a CEO who truly believes in crypto’s future.
• We ensure clarity in our product structures and avoid high-risk or opaque practices, with assets fully backed by cryptocurrency in secure cold storage.
• Our assets are secured by a licensed European bank in Liechtenstein, providing top-tier compliance and security.
• We use the safest institutional custody setup available, prioritizing your security over cost savings.
Crypto is an asset class with high potential returns but investing in digital assets comes with great risk, why choose products that potentially introduce even more risks? Choose VanEck for a secure, transparent, and expertly managed crypto investment experience.
Main Risk Factors:
Investors should note that there is no direct ownership for the crypto assets, but a claim against Issuer to receive such assets.
• Complexity risk: The complexity of the project and its technological concepts make it challenging to assess its viability and valuation.
• Adoption risk: Celestia introduces additional adoption risk as it is uncertain if the concept of modular blockchains will succeed.
• Technology risk: Celestia introduces additional technology risk due to the technology being less mature and therefore could be more prone to bugs and exploits.
• Regulatory Risk: market disruptions and governmental interventions may make digital assets illegal.
• Risk of Losses and Volatility: The trading prices of many digital assets have experienced extreme volatility in recent periods and may continue to do so. There is a risk of total loss as no guarantee can be made regarding custody due to hacking risk, counterparty risk and market risk.
• Other risks specific to this ETN’s Digital Assets can also be found on the VanEck Crypto Academy.
This is not financial research but the opinion of the author of the article. We publish this information to inform and educate about recent market developments and technological updates, not to give any recommendation for certain products or projects. The selection of articles should therefore not be understood as financial advice or recommendation for any specific product and/or digital asset. We may occasionally include analysis of past market, network performance expectations and/or on-chain performance. Historical performance is not indicative for future returns.
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