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Net-Inspect is a Kirkland, WA-based company in the Computers and Electronics sector.
Stream Engine was founded by partnerships between leaders in the industries of sports, marketing, media, and technology. Its ownership team brings together a diverse collection of expertise in launching and building Stream Engine. Stream Engine provides world`s most comprehensive Artificial Intelligence service to measure and analyze brand recognition and sentiment across streaming and digital platforms. Utilizing breakthrough technology and machine-learning algorithms, we modernized how brands derive true value from advertising and on-screen exposure.
Iteration2 is a Irvine, CA-based company in the Computers & Electronics sector.
MACRO.CCS is a Los Angeles, CA-based company in the Computers and Electronics sector.
Headquartered in the greater New York area, ThreatModeler Software Inc - was founded in 2010 by Anurag Agarwal, who has more than 20 years of experience in the security industry including co-authorship of the OWSP Testing Guide V3. Mr. Agarwal experienced firsthand the growing demands of organizations seeking quantifiable information and objectively measurable results in prioritizing their security and mitigation resources. Observing the lack of scalable, automated threat modeling solutions, Agarwal designed, developed ThreatModeler. The ThreatModeler platform is the industry`s #1 automated threat modeling solution that enables a repeatable and scalable threat modeling process enterprise-wide. Through ThreatModeler`s easy-to-understand dashboards and reports, threat data is presented in a format that is clear, concise, and actionable with role-based accessibility on a self-serve basis. Security team expertise is thereby scaled across all stakeholder functions, allowing enterprise-wide collaboration on the prioritization and management of risk across the entire IT ecosystem. ThreatModeler`s unique architecturally-based framework also allows organizations to analyze and manage their comprehensive attack surface, including upstream threats and downstream impacts.