Blockchain for Identity, Access, and Credentials Management
From enterprise security to government-issued IDs to school diplomas, the advent of blockchain technology has renewed our hope in secure and collaborative identity management.
Trusted digital identity. Streamlined credentials.
Combine robust permission-as-code, private/public key cryptography, and custom Blockchain distributed ledger technology for next generation identity management. From verifying employee credentials to building robust enterprise access management systems, Fluree’s technology can power your next identity management solution.
With Fluree You Can
Trace & Trust
Fluree’s blockchain immutability allows you to trace and trust the historical provenance of data from origin to present. Leverage end-to-end traceability for cost savings in verifying credentials and prevent fraud. Prove the unique identities of issuer and recipient, the timestamp of credential artifacts, and the legitimacy of credentials.
Securely Share & Verify
Fluree SmartFunctions provide an unprecedented level of data security – by injecting the read and write permission logic as co-resident data on Fluree’s ledger, credential systems can pair immutability with comprehensive security.
Build Industry Interoperability
Fluree was built to enable shared digital infrastructures for unified industry collaboration at scale. With optional decentralization for greater industry trust (powered by RAFT; pBFT) and semantic graph queries for connecting disparate data sets, Fluree is positioned to scale alongside your credential network.
The Power of Unified Traceability
Leverage blockchain technology for better identity, access, and credentials management:
Collectively Fight Fraud
Output Complete Audit Trails
Decrease Time-To-Verify
Empower Self-Sovereign ID
Advantages Across Industries
Fluree is built to power bold digital transformation in industries where data trust, collaboration, and traceability are key drivers. From verifying healthcare credentials to managing employee access to confidential business systems, Fluree is an excellent technology partner.
Higher Education
Roughly 20,000 students around the world purchase bogus degrees from “Diploma Mills.”
- Prove the legitimacy of academic credentials
- Reduce diploma and resume fraud
- Reduce time-to-verify and overhead in transcript verification
Heathcare
A single month in delaying the verification of practitioners costs hospitals 30,000 per individual.
- Reduce time-to-verify practitioner credentials
- Leverage blockchain for comprehensive compliance
- Scale credential systems across industry partners
Government
The US reports nearly 3 million identity fraud cases every year.
- Digitize government and state IDs to fight fruad
- Build highly tamper-proof identity and access management platforms
General Workforce
Nearly 60 percent of hiring managers reported catching fabrications on job applicants’ resumes.
- Reduce costs associated with hiring poor candidates
- Reduce time and overhead spent verifying credentials
- Build better access management security for enterprise systems
More features
Time Travel
Query your dataset as of any moment in time
History Query
Track an asset through historical changes.
SmartFunctions
Data-Centric rules written directly to the ledger.
Decentralization
Optionally decentralize database via RAFT/pBFT
Semantic Standards
Query across data sources for rich interoperability.
Immutability
Blockchain-grade cryptography
Graph
Sophisticated graph queries for native analytics
Javascript Library
Embeddable version of Fluree as Javascript
Get Started with Fluree
Download Demo
Take a look at a sample Fluree instance with a pre-built credentials schema and sample queries.
Partner With Sales
Looking to build a blockchain-backed identity, access, and credentials solution? Let’s chat.
Designed to get you started
Your complete Fluree resource hub
Access our getting started guide, documentation, videos, & tutorials designed to get you up and running with Fluree in no time.
Why Does Blockchain Immutability Matter?
Blockchain implementation can bring an unprecedented level of trust to the data enterprises use on a daily basis — immutability provides integrity (both in its technical and primary definition).
Blockchain Networks: Permissioned Versus Permissionless
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?
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