DA
Unibase DA is an AI-native, decentralized data availability (DA) and storage layer built for high-throughput, secure, and verifiable memory systems β purposefully designed to overcome the limitations of existing DAS-based (Data Availability Sampling) architectures.
β Challenges with Existing DAS Solutions
Traditional DAS systems like Celestia, EigenDA, and Avail face several limitations:
Weakened Security Guarantees Security relies on DAS clients' consensus protocols, which are often weaker than L1 chains like Ethereum.
High Transmission Overhead Large-scale data incurs significant network costs due to redundancy and sampling inefficiencies.
π§ Core Features
β
On-Chain Verification
Encode Proof Verifies Reed-Solomon encoding correctness directly on-chain.
Duality Proof Proves data has been continuously available on-chain during its committed validity window.
Security Model Requires only one honest validator to ensure the integrity of the system.
π High Performance
Massive Data Write Speed Supports data ingestion up to 100GB/s.
Efficient Offline Encoding Reed-Solomon encoding performance reaches 100MB/s, suitable for batch processing.
Minimal Online Load On-chain computation is triggered only during fraud detection, making the system cost-efficient and fast under honest conditions.
βΎοΈ Infinite Scalability
Exabyte-Scale Storage Designed to handle EB+ level data volume and intensive read/write workloads.
Million-Node Expansion Horizontally scalable architecture supports large-scale distributed networks.
Custom Private Storage Pools Enterprises and protocols can deploy their own private DA environments.
π§± Design Overview
π¦ Decentralized Storage
Users submit blob commitments and RS parameters to the chain.
Data is split into encoded fragments and distributed across storage nodes.
Blobs can vary in size and lifespan, supporting flexible storage needs.
π Decentralized Verification
No DAC (Data Availability Committee). Any storage node can submit on-chain proofs.
Encode Proof Demonstrates a node correctly stores its assigned encoded shard.
Duality Proof Confirms the availability of data over time by periodic proof submissions.
π° On-Chain Verification Efficiency
Proof Aggregation Reduces cost by batching multiple proof verifications per storage node.
Optimistic Verification Proofs are assumed valid unless challenged. If missing or incorrect proofs are detected:
Anyone can verify them off-chain.
A challenge can be initiated on-chain.
This optimistic + aggregated model ensures security with minimal on-chain gas usage.
π Summary
Unibase DA redefines what DA layers can achieve for AI and data-intensive Web3 applications:
β On-chain verifiability using ZK and fraud proofs
β Unmatched throughput and scalability
β Tamper-proof storage with cost-effective validation
β Built to meet the data demands of AI Agents, models, and decentralized computation
A new standard in high-performance, programmable, and secure data availability infrastructure.
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