Seneca makes centralized infrastructure obsolete. We no longer have to choose between powerful, custom experiences or data sovereignty. Unlimited, sensitive data without sharing or losing ownership.
With our architecture and data protocol, builders can create comprehensive applications using real data in a safe and trustless manner. By bringing Web3 blockchain technology to real-world use cases that were previously impossible, our ultimate goal is to empower individuals to exercise agency over their lives through data autonomy.
Seneca achieves something unique and extraordinary: We've engineered an environment where complete applications can be developed and executed, with zero compromises, while ensuring user control – and thus agency, security and identity controls – of all data. Seneca unlocks private data to be used in business applications, while virtually eliminating many regulatory and cyber risks. Seneca’s infrastructure represents a paradigm shift: an inherently private, decentralized, and completely permissionless environment is the default. This unprecedented combination unlocks the power of blockchain without sacrificing any functionality of the application.
Intelligent Data Layers The heart of Seneca's system is the adaptive data conduit, responsible for intelligently managing the ingress and egress of data between the private ledgers and the ZK Environments. This is the key technology that executes P2P data transfer, enforces privacy, and achieves sovereign data ownership for users
ZK Environments Data in Seneca's system is structured into a series of userand system-defined environments, all inherently decentralized and predicated on zero-knowledge principles. They operate in three distinct modes: 1. Public: Designed for transparent interactions 2. Confidential: Designed for ZK computation 3. Private; Designed for Self Sovereign Data
Bidirectional Oracles Seneca’s Oracles act like APIs, to facilitate the distribution of validated data and application functionality both within ZK Environments as well as between Seneca and other environments. In essence, this is the interoperability layer between Seneca, other blockchains, and traditional Cloud systems.
1. Fully private data: ZKE makes all storage, compute, and database private by default.
2. Finality: <5s
3. Max throughput: 1,000 T/s
4. Web2 Interoperability: Full HTTPS support
5. Web3 Interoperability: EVM, XCM, IBC, Private Ledgers, Cloud
6. Consensus: Unique Leaderless Consensus (PoASR)
7. Scalability: Adaptive Parallelization
Q3 2023
Q4 2023
Q2 2023
Q4 2024
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