Blockchain Platform
Built Right

Design-focused, Substrate-based layer 1 blockchain platform designed for building and deploying apps. Much like a protected cloud environment on steroids.
seneca blockchain

The only blockchain platform that meets the needs of developers and businesses.

Seneca’s Unique Blockchain-Based Design

Seneca represents a pioneering leap in blockchain design, introducing the revolutionary Zero Knowledge Environment™. It fuses the simplicity of cloud deployment with the assurance of cryptographically assured transactions. This blend gives rise to a platform where applications can operate transparently in a fully trustless manner.

The magic lies in its structure:

Intelligent Data Layers

Think of this as private blockchain environments. It deftly manages the data transition between private ledgers and the ZK Environments.

ZK Environment

This is a cluster of user- and system-defined environments, inherently decentralized and built on zero-knowledge principles.

Bidirectional Oracles

An interoperability layer acting much like APIs. It streamlines the distribution of validated data and application functionality, both within ZK Environments and between Seneca and other platforms.

Powering the Blockchain

Substrate-based blockchain. Superb transaction throughput through Rust/WASM architecture and future-proofed by the large Substrate-community.

Security

Secured by a runtime that is fully embedded in Trusted Execution Environments like SGX, SEV or TrustZone and the solid cryptographic key architecture behind SR25519.

Scalability

Zero-knowledge environments Inherently scale due to their ability to achieve rapid consensus in any decentralized network. They combine the speed and accessibility of cloud with the underlying security guarantees of a blockchain.

Consensus

Leaderless consensus based on threshold signatures and governance that utilizes self-sovereign identity data.

Parachains

Novel use of parachains as a scalability and throughput device by abstracting processing logic into separate parachains.

Security

Secured by a runtime that is fully embedded in Trusted Execution Environments like SGX, SEV or TrustZone and the solid cryptographic key architecture behind SR25519.

Scalability

Zero-knowledge environments Inherently scale due to their ability to achieve rapid consensus in any decentralized network. They combine the speed and accessibility of cloud with the underlying security guarantees of a blockchain.

Consensus

Leaderless consensus based on threshold signatures and governance that utilizes self-sovereign identity data.

Parachains

Novel use of parachains as a scalability and throughput device by abstracting processing logic into separate parachains.

Powering the ZK Environment

Purpose-built data containers that enforce private ownership and trustless transactions within any given context like storage, compute, data sharing or interoperability.

Private Ledgers

A user-owned, fully private data storage layer that communicates through a peer-to-peer protocol, emphasizing privacy and user ownership.

data adaptor

Data Adaptors enable the secure flow of information while preserving privacy and user ownership. They transform and protect data streams according to the specific needs of each interaction, making them the cornerstone of the Seneca system.

smart conracts

Based on the RISC-V framework, build entire apps in smart contracts. Highly performant execution and broad compatibility enable contracts to be written in any language and utilize language-specific packages.

Trusted Execution Environments

Seneca employs TEEs for secure computation, where Zero Knowledge Execution is implemented. This enables computations to be performed without revealing any sensitive information. 

Private Ledgers

A user-owned, fully private data storage layer that communicates through a peer-to-peer protocol, emphasizing privacy and user ownership.

data adaptor

Data Adaptors enable the secure flow of information while preserving privacy and user ownership. They transform and protect data streams according to the specific needs of each interaction, making them the cornerstone of the Seneca system.

smart conracts

Based on the RISC-V framework, build entire apps in smart contracts. Highly performant execution and broad compatibility enable contracts to be written in any language and utilize language-specific packages.

Trusted Execution Environments

Seneca employs TEEs for secure computation, where Zero Knowledge Execution is implemented. This enables computations to be performed without revealing any sensitive information. 

Use Cases

Imagine receiving healthcare advice tailored specifically to you without compromising your personal data, or financial advice that is uniquely customized to your life. This is not just a vision but a reality on Seneca, where we embrace AI and new models to drive growth, creativity, and a future where you control your destiny.

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SECURE DATA SHARING

Seneca’s distributed data protocol can enable secure and private sharing of data between different departments or stakeholders within a company, without the need for a centralized authority or intermediary.

ADVANCED DATA ANALYSIS

Seneca’s hardware-enabled encryption and enclave technology can be used to perform computation on sensitive data without exposing it to third-party or external entities. This can enable big companies to conduct more advanced data analysis and computation, while maintaining data privacy and confidentiality.

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Seneca, the first private-data layer1 blockchain,
designed to enable data-rich private compute apps.
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