Britive Announces Partnership with Snowflake to Help Enterprises Analyze Identity and Access Data At Scale
September 22, 2021 at 09:00 am
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Britive announced a partnership with Snowflake to launch a 'Bring Your Own Snowflake' program. Joint customers can now normalize and analyze their IAM data for the purposes of obtaining insights into identity borne risks, recommendations for eliminating overly permissive access, and gaining visibility into access spread to allow automatic remediation of issues. In addition, this model allows for the ingestion of historical identity and access data for analysis, as well as the enablement of users to proactively monitor their data for changes going forward. The Britive platform takes the complexity and time out of securing identities and permissions across multi-cloud environments, including IaaS, PaaS, SaaS, and DaaS services. The platform provides enterprise organizations with the ability to automatically grant Just-In-Time permissions, auto-expire permissions, enforce least-privilege access, right-size broad permissions and more.
Snowflake Inc. enables every organization to mobilize their data with Snowflakes Data Cloud. The Companyâs platform powers the Data Cloud, enabling customers to consolidate data into a single source of truth to drive meaningful business insights, apply artificial intelligence (AI) to solve business problems, build data applications, and share data and data products. Its platform supports a range of workload, including data warehouse, data lake, data engineering, AI/machine learning (ML), applications, collaboration, cybersecurity, and Unistore. Its cloud-native architecture consists of three independently scalable but logically integrated layers across compute, storage, and cloud services. The compute layer provides dedicated resources to enable users to simultaneously access common data sets for many use cases with minimal latency. The storage layer ingests massive amounts and varieties of structured, semi-structured, and unstructured data to create a unified data record.