Our Channel Partners

Instruxi Data Mesh integrates several disruptive technologies to provide a scalable, robust and secure framework for decentralized data management and sharing for dApps and Apps. Among these technologies, Chainlink, Space and Time (SxT), and Storj play pivotal roles in enhancing the capabilities of the Mesh ecosystem. Here's an overview of each and how they are integrated into the Mesh:

Chainlink

Chainlink is a decentralized oracle network that provides reliable, tamper-proof inputs and outputs for complex smart contracts on any blockchain. It allows smart contracts to securely interact with external data feeds, events, and payment methods, providing the critical off-chain information needed by complex smart contracts to become the dominant form of digital agreement. Specifically, Chainlink Functions is a feature that extends the capabilities of Chainlink, allowing developers to easily call any API and use its data in their smart contracts. This feature simplifies the process of integrating external data sources, computations, and various off-chain services directly with on-chain logic. It enables smart contracts to interact with any web API, execute complex computations off-chain, and perform various tasks that require off-chain data or processing. Chainlink's Proof of Reserves (PoR) is a protocol that provides smart contracts with the ability to automatically verify the collateralization of assets across multiple blockchains in real-time. It ensures that tokens pegged to external assets, like stablecoins or wrapped tokens, have the appropriate backing by auditing on-chain and off-chain reserves.

Website: Chainlink

Integration with Mesh SDK: Mesh SDK utilizes Chainlink functions and PoR to access off-chain data sources and external APIs, enabling smart contracts within the Mesh ecosystem to interact with real-world data securely and reliably and to verify the existence of physical assets underpinning the digital assets. This is crucial for executing contracts based on real-time data, such as market prices, weather conditions, or other IoT data feeds.

Benefits: Integrating both Chainlink Calling Functions and Proof of Reserves within the Mesh SDK framework offers a comprehensive suite of tools for building dApps that are not only more connected to real-world data and services but also uphold the highest standards of transparency and trust regarding asset collateralization. This integration can empower developers to create innovative applications that leverage the best of blockchain technology while addressing common concerns around data integrity and asset security. As a result, clients using the Mesh SDK can benefit from:

The ability to build more complex and useful dApps that interact with the real world in a secure and reliable manner.
Increased user trust and adoption by providing transparent verification of asset backings.
A competitive edge in developing financial and data-driven blockchain applications that require high levels of integrity, security, and user trust.

By leveraging Chainlink, the Mesh SDK is a leading solution for developers looking to easily deploy these tools and create the next generation of decentralized applications that meet the evolving needs of the market and regulatory standards.

Space and Time

Space and Time is the first Web3-native decentralized data warehouse that connects on-chain and off-chain data to empower a new generation of smart contract use cases by providing a robust, verifiable compute layer. Key

Features include:

Verifiable Compute Layer: Space and Time combines tamperproof on-chain and off-chain data, ensuring transparency and trust.
HTAP Data Warehouse: SxT utilizes a Hybrid Transactional/Analytical Processing (HTAP) data warehouse architecture. This allows it to support both real-time transactions (OLTP) and complex analytics (OLAP) within a single cluster, offering efficient data management and analysis capabilities.
AI-Powered SQL and Dashboards: Developers can harness the power of SQL queries and create insightful dashboards. Whether it’s real-time analytics or historical data exploration, Space and Time provides the tools needed to extract meaningful insights.
Indexed Blockchain Data & ZK Proofs: The platform indexes blockchain data, making it accessible for querying.
Proof of SQL is a concept that bridges the gap between on-chain and off-chain data within the Web3 environment. Cryptographers have been working on a solution called “delegated computation” or “verifiable computation” since the early '90s. The goal is to allow secure outsourcing of database queries to untrusted servers while ensuring correctness.
Zero Knowledge Proofs (ZKPs) play a crucial role. These protocols allow an untrusted prover to convince a verifier that a statement is true without revealing additional information. However, Proof of SQL is not a ZKP. Unlike ZKPs, it doesn’t hide data; instead, it focuses on proving query accuracy and tamperproof data. Proof of SQL enables data warehouses to generate a SNARK cryptographic proof of SQL query execution. This proof verifies that:
The query computation was accurate.
Both the query and the underlying data are tamperproof.
It ensures transparency and trust in business processes built on SQL. Enterprises can now guarantee that their data hasn’t been manipulated.

Website: Space and Time

Integration with Mesh SDK: Mesh SDK integrates Space and Time to facilitate complex data queries and analytics across both blockchain and traditional data sources, enabling developers to build applications that can leverage deep insights from aggregated data. The Mesh SxT utilities provides an easy approach to access SxT and extend its capabilities into enterprise systems. By leveraging Space and Time, Mesh client using vNFTs can integrate live data into any smart contract, or create an edge framework in a fabric or mesh architecture style to perform advanced data analysis, enhance decision-making processes, and build more intelligent and responsive dApps.

STORJ

STORJ is a decentralized, encrypted and highly secure object storage service that enables users to store, back up, and archive large amounts of data on the decentralized cloud. Unlike traditional data centers, Storj leverages a global network of nodes, ensuring better security, privacy, and durability with CDN-like performance. STORJ encrypts and distributes data across thousands of nodes worldwide enhancing security and minimizes the risk of downtime or censorship. Only you hold the keys to access your data providing both the access side and server side security. STORJ also offers S3-compatible object storage, making it easy for developers to integrate with existing applications.
STORJ provides cost-effective storage options. By leveraging a distributed network, it eliminates the need for expensive centralized infrastructure. Our clients save on cloud costs while contributing to a greener environment.

Website: STORJ
Integration with Mesh SDK: Mesh SDK utilizes STORJ for decentralized data storage solutions, providing a secure and scalable way to store data off-chain while maintaining integrity and availability. This is especially useful for dApps that need to store large amounts of data that don't need to be on the blockchain but require the security and decentralization blockchain provides.

Integration with Mesh SDK: With STORJ, Mesh clients gain access to a secure and decentralized storage solution that ensures data privacy and resilience against data loss. This is ideal for applications requiring high data availability and security without relying on centralized storage providers.

Instruxi's Vision

The integration of Chainlink, Space and Time, and STORJ within the Mesh SDK offers an integrated and powerful decentralized and verified compute layer, offering a combination of real-time data access, advanced analytics, and secure data storage. This synergy enables clients to create decentralized applications (dApps) that are not only more intelligent and responsive to real-world conditions but also more secure and resilient. Importantly, with the integration of Instruxi's Proof of Policy, Mesh SQL and connectors, developers can integrate the Instruxi Data Mesh with enterprise systems, expanding the capabilities of the verified compute layer into the edge.