A verifiable data platform for high-stakes systems that @@ -508,292 +482,83 @@ export default function LandingPage() {
- CLI tools, environment setup, and core storage - operations for developers. -
- - Get started {arrowIcon} - +Verifiable storage, erasure coding, and programmable access.
+ Get started {arrowIcon} - -- Deploy decentralized static websites with true - decentralization. -
- - Learn more {arrowIcon} - +Portable, encrypted memory for AI agents.
+ Learn more {arrowIcon} - -- Operate storage nodes, aggregators, and publishers - on the network. -
- - View guide {arrowIcon} - +Visual dashboard for the Walrus network.
+ Coming soon {arrowIcon} - - -- Walrus supports writing and reading large blobs of - unstructured data. Data is content-addressed. Any change - to the data produces a new identifier. This makes - integrity tamper-evident and enables independent - verification of stored content. Walrus also enables - anyone to prove that a blob has been stored and remains - available for retrieval. -
-- Walrus uses erasure coding and high redundancy (~4.5x) - to maintain availability even under partial node - failure. -
-- This model is more robust than partial-replication - systems and more cost-efficient than full replication. -
-- Through erasure coding, Walrus maintains storage - overhead at approximately 5x the size of stored data - while delivering strong durability and Byzantine fault - tolerance. This enables production-grade availability - without full replication costs. -
-- Walrus leverages Sui for coordination, attesting - availability, and payments. Storage space is represented - as a resource on Sui, which can be owned, split, merged, - and transferred. Stored blobs are also represented by - objects on Sui, which means that smart contracts can - check whether a blob is available and for how long, - extend its lifetime, or optionally delete it. -
-- Walrus is operated by a committee of storage nodes that - evolve between epochs. A native token, WAL (and its - subdivision FROST, where 1 WAL is equal to 1 billion - FROST), is used to delegate stake to storage nodes, and - those with high stake become part of the epoch committee. - The WAL token is also used for payments for storage. At - the end of each epoch, rewards for selecting storage - nodes, storing, and serving blobs are distributed to - storage nodes and those that stake with them. All these - processes are mediated by smart contracts on the Sui - platform. -
-- You can interact with Walrus through a command-line - interface (CLI), software development kits (SDKs), and - Web2 HTTP technologies. Walrus is designed to work well - with traditional caches and content distribution - networks (CDNs), while ensuring all operations can also - be run using local tools to maximize decentralization. -
-- You need to prove where data came from, confirm it has - not been altered, or anchor workflows to specific - dataset versions. -
-- Your system cannot tolerate downtime, partial node - failure, or data loss. -
-- You need smart contracts to manage, verify, or automate - around stored data. -
-- You require strong durability and Byzantine fault - tolerance without full-replication overhead. -
-Walrus is not optimized for:
-- Walrus is designed for high-stakes systems where - availability, integrity, and programmability are structural - requirements, not optional features. -
-