How can industries thrive in a world that needs immutable data BUT must allow for data modification and deletion?
Your data is valuable. Fluree makes sure you treat it that way.
Trust Your Data
Unprecedented data integrity.
Fluree combines transactions into immutable time-stamped ‘blocks’ and locks each block in via advanced cryptography for complete data integrity. No more manipulation; no more guesswork: Mathematically prove the complete provenance of every piece of data — including who originated it, and under what circumstances. Traceability of changes are tied to digital signatures — including even third-party applications that sit between clients and data.
Secure Your Data
A singular cybersecurity solution.
Stop coordinating infosecurity via third-party apps and webs of APIs. Using SmartFunctions, Fluree developers can codify and embed read/write rules as data written immutably to the ledger. Share your database directly with outside organizations without a single worry of leakage — SmartFunctions will dynamically filter out data on read and disallow data updates on write.
Share Your Data
Goodbye, data silos; hello, interoperability!
Fluree is the perfect toolkit for applications that interoperate across business functions, third-party entities, and governance contexts. With blockchain cryptography, optional decentralization, and configurable rules written directly to the ledger, Fluree checks-off every box for smart, secure collaboration. Fluree embraces W3C RDF data standards for simplified multi-source query: dynamically join data across multiple data sources via SPARQL.
Leverage Your Data
Relationships as first-class citizens.
Fluree organizes and accesses data in a natural and sophisticated name-graph database. Leverage rich semantics via W3C standard RDF & SPARQL, produce native relationship-centric analysis and build powerful queries for better apps. We make data science, AI, and analytics easy.
Trace Your Data
Every state completely available, provable, and queryable.
Access and understand every moment in time – by leveraging Time Travel, developers can optionally query the ledger as-of any block or point in time. Give your applications an instant ‘rewind’ button, troubleshoot integrations, and bring native temporal analysis to your dataset.
Deliver Your Data
Linearly scale across the globe.
Fluree separates the ledger (transactor) from the database (reads), allowing your query edge servers to scale up infinitely. Run Fluree as a .jar file, deployable on any on-premise server, or sign up for a free hosted DBaaS version. Invite a network to participate in consensus via nodes, or host your ledger server completely centralized.
The Data Platform for All
Fewer headaches and better outcomes across the entire data value chain.
Manage Data Like Never Before
Fluree combines cutting-edge capabilities for new opportunities in data management.
Better AI & Machine Learning
Fluree provides a central source of shared truth for coordinating stability across disparate microservices. With the ability to freeze time to accommodate concurrent queries and the permission-at-the-source security model to bypass extra “discovery” layers, Fluree is the data source every microservice architecture needs.
Chain of Custody
Trusted Data Sharing
Build the infrastructure for data-first interoperability across applications, department units, and even industry borders. By combining data-driven security logic, tamper-proof blockchain data, and semantic query capability, Fluree powers better collaboration.
Industry Use Cases
See how a variety of industries can benefit from using Fluree including supply chain, MRO, insurance, and more.
Ready to take the next step in using Fluree for your business? Message our sales team today to schedule an individual consultation.
Learn Even More on the Fluree Blog
Any company looking to learn more about blockchain technology will quickly find that there are different network deployments — Permissioned (where the network is closed to invite-only nodes) and Permissionless (where the network access and participation are publicly available). Which network type makes sense for your use case?