IRI DarkShield vs. Forcepoint SimShield

IRI DarkShield employs a variety of search methodologies and numerous data masking techniques to anonymize sensitive information across both semi-structured and unstructured data sources throughout an organization. The outputs of these searches can be utilized to either provide, eliminate, or rectify personally identifiable information (PII), allowing for compliance with GDPR requirements regarding data portability and the right to be forgotten, either individually or in tandem. Configurations, logging, and execution of DarkShield tasks can be managed through IRI Workbench or a RESTful RPC (web services) API, enabling encryption, redaction, blurring, and other modifications to the identified PII across diverse formats including: * NoSQL and relational databases * PDF documents * Parquet files * JSON, XML, and CSV formats * Microsoft Excel and Word documents * Image files such as BMP, DICOM, GIF, JPG, and TIFF This process utilizes techniques such as pattern recognition, dictionary matching, fuzzy searching, named entity identification, path filtering, and bounding box analysis for images. Furthermore, the search results from DarkShield can be visualized in its own interactive dashboard or integrated into analytic and visualization tools like Datadog or Splunk ES for enhanced monitoring. Moreover, tools like the Splunk Adaptive Response Framework or Phantom Playbook can automate responses based on this data. IRI DarkShield represents a significant advancement in the field of unstructured data protection, offering remarkable speed, user-friendliness, and cost-effectiveness. This innovative solution streamlines, multi-threads, and consolidates the search, extraction, and remediation of PII across various formats and directories, whether on local networks or cloud environments, and is compatible with Windows, Linux, and macOS systems. By simplifying the management of sensitive data, DarkShield empowers organizations to better safeguard their information assets.

The secure transmission of data is crucial in both training and testing frameworks, having been a part of the U.S. NCDSMO Baseline for SABI environments since 2009. This system supports a variety of protocols such as DIS, HLA, TENA, RTP, and MPEG2-TS, while adhering to the NSA's Raise the Bar and NIST standards. The High Performance Computing Modernization Program Office (HPCMPO) has evaluated its compatibility with networks like the Defense Research & Engineering Network (DREN) and the Secure Defense Research & Engineering Network (SDREN). SimShield enables fully automated, controlled, predictable, and audited two-way communications and oversees the sanitization of events across different, air-gapped security domains. Unlike Government-Off-The-Shelf (GOTS) solutions, it provides access to the newest features without any additional expenses. This architecture allows multiple national agencies or coalition forces to engage in simultaneous training within a unified, real-world setting. Additionally, it promotes sanitized information sharing, which significantly speeds up the identification and resolution of problems during the Research, Development, Test & Evaluation (RDT&E) stages. Overall, this robust system contributes to improved collaborative defense operations, making it a key asset for national security. Moreover, the integration of such advanced technologies ensures that all participating entities can operate effectively and efficiently, leading to enhanced operational readiness.