Your existing security deployments are compromising cross domain file transfers
The migration of large quantities of files between storage containers, and across networks is a necessity for many organizations. However, much of this data remains untrusted and ensuring the safety of files at the petabyte scale presents a challenge for security teams.
Detection-based solutions, such as antivirus and sandboxes, can still only protect against what they have seen before. They also take time to process files and the risk of generating false positives and negatives hampers efficiency when transferring large amounts of data across networks.
Constellations integrates with Glasswall Halo to automate the processing and transfer of data across trust boundaries.
It is a zero-trust file protection solution that acts as a key component in helping organization's to achieve compliance with the NSA's Raise the Bar standards and other industry guidance – utilizing our industry leading CDR solution to solve the traditional challenges faced by security teams when processing substantial amounts of untrusted data.
Glasswall Constellations facilitates controlled and secure information transfer, making it an ideal choice for organizations requiring secure collaboration and data sharing across different security domains.
Process large storage containers at lightning speed:terabyte containers processed in minutes
Seamless integration with CDS frameworks:enabling information sharing and collaboration across networks with varying levels of classification, sensitivity, or trust
Scalable and resilient design:Kubernetes-based orchestration scales to meet demand
Key features
Process large storage containers, and safely transfer files cross domain at lightning speed
Ensure only safe, clean and fully-functioning files enter and leave networks
Adopt a recognized best-in-class provider of CDR technology and a designated CDR security filter by the NSA’s Raise the Bar Initiative for Cross Domain Solutions (CDS)
Receive detailed file reporting via Constellations API
Seamlessly integrate CDR within Azure, ensuring compatibility within both commercial and government cloud environments
Observe the Software Bill of Materials for all container images, along with security scanning artifacts such as SAST (Static Application Security Testing), SCA (Software Composition Analysis), and IaC (Infrastructure as Code) security scans upon request
Constellations APIs
Scan Management API
The Scan Management API enables security teams to start file scans and retrieve the status of active file scans within Glasswall Constellations - our zero-trust file import solution.
Security teams can utilize the Scan Results API to draw key data from Glasswall Constellations. This provides users with the ability to check the results of file scans that have either completed or that are in process.
Best-in-class file-based protection from Glasswall
Glasswall is the market leader for Content Disarm and Reconstruction (CDR). We supply our zero-trust file protection solutions to nations across the world, including members of NATO, the Five Eyes Alliance and AUKUS. Our CDR technology is infinitely scalable and helps organizations to comply with initiatives such as the NCSC's Pattern for Safely Importing Data, the NSA's Raise the Bar and the NIST Risk Management Framework by the US Department of Commerce.
How we do it better:
Complete file analysis – giving users transparency into file non-conformance with industry specifications
Complete file protection – threats removed and files returned to known-good specifications
Content management options to shape an organization’s security policy based on risk appetite
True file type detection going beyond just the file extension or magic number
Gigantic throughput at lightning speed
0.33 GBs per second
1.2 TBs per hour
1 PB per month
Three Kubernetes node pools are recommended to achieve this illustration of throughput as part of an auto-scaling setup.
A peak of 1,900 compute cores distributed across the node pools support this gigantic level of throughput.
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