When we look at Walrus compared to IPFS, Arweave and Filecoin we see that Walrus is really trying to make decentralized storage better. Decentralized storage is a deal because it helps keep our files safe. Walrus is doing some things that IPFS and Arweave and Filecoin are not doing.

For example Walrus has some ways of keeping files safe that IPFS and Arweave and Filecoin do not have. This makes Walrus a good choice for people who want to store things in a safe way. Decentralized storage systems like Walrus and IPFS and Arweave and Filecoin are important because they help us keep control of our files.

So how does @Walrus 🦭/acc redefine storage compared to IPFS, Arweave and Filecoin? Well Walrus is making decentralized storage easier to use. Decentralized storage is the future of the internet and Walrus is helping make that happen. Walrus is an option, for people who want to use decentralized storage.

When I first started looking at decentralized storage networks I found out that most people only talk about the differences. They mention things like how much it costs if the data will be there forever or if you get tokens.. The big difference is really, about what kind of storage problem each system is trying to fix. Walrus makes you think about this question in a new way.

So #Walrus does not ask how to store files on the chain or off the chain forever. Walrus asks how to make data that changes a lot usable and verifiable and programmable for modern applications. This is what really makes Walrus different from IPFS and Arweave and Filecoin. Walrus wants to make large scale dynamic data work for applications, like Walrus.

Rethinking the Core Problem of Decentralized Storage

IPFS, Arweave and Filecoin were all made a while back when people were first thinking about Web3. At that time the main goal of storing things in a way was to make sure they were always available and did not disappear. IPFS, Arweave and Filecoin were really focused, on this. They wanted to make sure that files stayed on the internet forever which is a part of Web3. So IPFS, Arweave and Filecoin were designed to solve this problem.

The Internet Protocol File System or IPFS for short is really good at finding and sharing files. IPFS is like a system that helps people share data. But here is the thing about IPFS it does not always keep your data safe. If nobody saves your data, which is called pinning then it will be gone. IPFS is not responsible for keeping your data that is up, to the people who are using IPFS.

Arweave is about keeping things forever. When you use Arweave you pay one time. Your data is supposed to stay there forever. This is really great for things like archives because they do not change.. For data that changes a lot Arweave is not very flexible. Arweave is good for archives. It is not good, for data that needs to be updated all the time because Arweave data is meant to live forever.

Filecoin is a system where people who store files compete with each other on how much they charge. How well they work.. The people who use Filecoin have to deal with a lot of complicated things like making deals renewing them and making sure they can get their files back when they need them. Filecoin is trying to make this process easier, for these people.

The Walrus system begins with an idea: most modern applications do not just need to store files. They need big collections of data that are always changing. This data must be checked for accuracy updated and accessed directly by the Walrus contracts. The Walrus system is designed to handle datasets that are always evolving.

Walrus and the “Blob-Native” Design Philosophy

What really caught my attention, about Walrus is that it was made to work with chunks of data from the very beginning. Walrus does not think of data as something that is not important Walrus thinks of large data as something that is very important.

Walrus is really good, at handling things that're not small chunks or files that cannot be changed. It works with:

Large binary objects (blobs)

Frequent updates

Partial reads and verification

Strong guarantees around availability and integrity

This makes $WAL really different, from the way IPFS and Arweave work. Walrus is not trying to replace IPFS or Arweave. It is doing something. Walrus is working on a part of the system.

Predictability Over Market Uncertainty

Filecoin is really different because it is based on what the market wants.. For people who make software this means things are not always certain. The deals you make to store things on Filecoin do not last forever. The prices of storing things go up and down. Sometimes it takes a time to get the things you stored back. This is a problem, for applications that need a lot of infrastructure to work properly. Filecoins unpredictability is a risk when you are running these applications.

The Walrus takes a straightforward approach that is similar to building things like roads and bridges the Walrus does this by focusing on the underlying systems the Walrus is all about creating a strong foundation the Walrus does this to make sure everything runs smoothly the Walrus approach is very much like the one used to build big infrastructure projects the Walrus is really good, at this.

Storage costs are more predictable

The availability of something is based on a set of rules that are always followed than being dependent on the terms of a specific deal. This means that the availability of the thing in question is determined by a protocol, not by the details of each individual agreement. The protocol is what decides whether or not something is available. It does not change from one deal to another. The availability is determined by this protocol. It is consistent, in this way.

Developers do not have to worry about managing renewals or dealing with things that happen outside of the chain. The system handles things like renewals for the developers. This means developers can focus on their work and do not have to spend time on renewals or, off-chain coordination.

This feels like negotiating storage contracts to me and more like building on a stable data layer. It is closer to how cloud storage behaves but the big difference is that it does not have centralized control. I think of cloud storage as something that's stable and easy to use and this is similar but it does not have a central point of control, like traditional cloud storage does. This makes the data layer feel more stable and easier to work with which is what I like about it this data layer.

Deep Integration With Execution Layers

One big difference is how Walrus works with contracts. Normally IPFS and Arweave are, on the outside of where the code's actually run so you need to do some extra work to make them talk to each other like using something to index them or creating special doors to connect them or even writing your own rules to make sure everything is correct when it comes to Walrus and smart contracts.

The Walrus is something that people made to work inside the Sui ecosystem. It is made so that the Walrus is able to work with other things in the Sui ecosystem from the very beginning. The Walrus is designed to be natively composable which means it can work together with parts of the Sui ecosystem in a very natural way. This is what the Walrus is, about being a part of the Sui ecosystem and working well with the other parts of the Sui ecosystem.

Smart contracts are able to use blobs away. This means that smart contracts can look at blobs directly. The blobs that smart contracts reference are used by the contracts. Smart contracts can get information, from these blobs.

Data availability is cryptographically verifiable

Applications are able to think about the data they have. This thinking is a part of how they work on the blockchain. The blockchain is like a book that keeps track of things. Applications can look at the data in this book. Make decisions based on it. They do this as part of their on-chain logic, which's just a fancy way of saying how they work on the blockchain. Applications can use the data, on the blockchain to figure things out.

This really changes how I think about the architecture of an application. I used to think of storage as something that is handled separately. Now I see that storage is actually a part of how the application runs. The application architecture and storage are connected they are not things. Storage becomes a part of the way the application executes it is no longer something that I have to worry about on its own. The application architecture and the execution model are connected to the storage.

Flexibility Without Sacrificing Trust

Arweaves permanence is really strong. It thinks that keeping things forever is always a good thing. The truth is, a lot of applications need their data to change run out or get replaced. Arweaves permanence is not always what these applications need because they need their data to evolve over time or they need it to expire after a while or they just need to replace it with data.

The walrus really accepts this reality:

You can change the data. It will not affect the other things that are connected to it. The references to the data will still work properly. This means that the data can be updated without causing any problems with the references, to the data.

Integrity is really important. It is kept safe through special codes called cryptographic commitments. These commitments make sure that the integrity of something is protected. The integrity is preserved so that it does not get changed or tampered with. This is done through these cryptographic commitments.

The developers are in charge of managing the lifecycle of their work. They get to decide what happens at each stage of the lifecycle management of the developers projects. This means the developers have control over the process from start to finish, which is the lifecycle management that the developers are responsible, for.

The balance, between being flexible and having trust is where Walrus feels really useful. Walrus acknowledges that real world things are always changing. Walrus knows that things do not stay the same all the time.

A Shift From Storage as a Service to Storage as Infrastructure

When I took a step back I figured out what really matters is the way of thinking. IPFS, Arweave and Filecoin mostly see storage as something that people use, like a service that applications need to work.

The Walrus thinks of storage as the systems that support everything. The Walrus treats storage like the roads and buildings that make up the underlying infrastructure. This means the Walrus considers storage to be the foundation that all other things are built on like how infrastructure is the foundation of a city. The Walrus views storage, as infrastructure.

Opinionated about performance and availability

Designed for composability with execution layers

Optimized for real application workloads, not just data preservation

That does not make it better in every situation. It does make it really good for a new kind of application that is decentralized. The decentralized applications are what this is uniquely suited, for.

Walrus does not try to be better than IPFS, Arweave or Filecoin, by doing things a bit faster or a little bit cheaper. Walrus completely changes the way we think about the problem of Walrus.

Walrus is working with a lot of data that is always changing and can be checked. This data works well with smart contracts. So Walrus thinks that storing data in a decentralized way is a part of how things should work, not something that is added on later. For people who are building applications that use a lot of data this is a big change. It does not feel like a step forward it feels like something that needs to happen for these applications to work properly. Walrus is making storage a fundamental part of how things work and that is important, for developers who are building complex applications that use a lot of data.

And for me, that’s what makes Walrus genuinely interesting—not the narrative, but the clarity of the problem it chooses to solve.