Palantir technologies inc. (20240354326). FINE-GRAINED PERMISSION MODELS FOR ONTOLOGY DATA simplified abstract
Contents
FINE-GRAINED PERMISSION MODELS FOR ONTOLOGY DATA
Organization Name
Inventor(s)
JAMES Baker of Maidenhead (GB)
SAMUEL FLAVIO BARROSO Souza of London (GB)
AMR AL Mallah of Tacoma WA (US)
YIXUN Xu of Jersey City NJ (US)
ARSENY Bogomolov of Arlington VA (US)
FINE-GRAINED PERMISSION MODELS FOR ONTOLOGY DATA - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240354326 titled 'FINE-GRAINED PERMISSION MODELS FOR ONTOLOGY DATA
The abstract describes a system for enabling granular access control over ontology data and related methods. The system receives data source updates with permissions for access control, transforms these updates into changes to an ontology, and controls access based on the permissions. It also enforces a security policy based on rules referencing user account attributes and ontology entity properties.
- The system enables granular access control over ontology data.
- It receives data source updates with permissions for access control.
- The system transforms these updates into changes to an ontology.
- Access to the ontology is controlled based on the permissions.
- It enforces a security policy based on rules referencing user account attributes and ontology entity properties.
Potential Applications: - Data security and access control in organizations - Ontology management systems - Compliance with data privacy regulations
Problems Solved: - Ensuring secure access to ontology data - Managing permissions and access control effectively - Enforcing security policies based on user attributes and ontology properties
Benefits: - Enhanced data security - Improved control over access to sensitive information - Efficient management of ontology data
Commercial Applications: Title: "Enhancing Data Security with Granular Access Control System" This technology can be used in industries such as healthcare, finance, and government where secure access to sensitive data is crucial. It can also be integrated into existing ontology management systems to enhance security measures.
Questions about Granular Access Control System: 1. How does the system enforce security policies based on user attributes and ontology properties? The system enforces security policies by referencing rules that specify permissions based on user attributes and ontology properties. This ensures that only authorized users can access certain data within the ontology.
2. What are the key features that differentiate this system from traditional access control methods? This system allows for granular control over access to ontology data, enabling organizations to manage permissions at a more detailed level. By transforming data source updates into ontology changes, it provides a more dynamic and efficient way to control access.
Original Abstract Submitted
a system for enabling granular access control over ontology data and related methods are disclosed. the system is programmed to receive data source updates from data sources having respective sets of permissions for access control, transform the data source updates to changes to an ontology, and control access to the ontology based on the sets of permissions. the system is further programmed to receive a specification of one or more rules referencing attributes of user accounts or properties of ontology entities and corresponding one or more lists of permissions. the system is programmed to then enforce a security policy based on the specification to further control access to the ontology.
