iTrust provides predictive cybersecurity risk ratings by continuously collecting and analyzing risk metrics from vendors, partners, and suppliers. This platform enables businesses to assess third-party security and compliance, fostering trusted relationships while mitigating potential cybersecurity threats.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations face challenges in continuously monitoring the cybersecurity posture of their vendors, partners, and suppliers, leading to potential vulnerabilities and supply chain attacks. Traditional methods of assessing third-party risk are often point-in-time, resource-intensive, and lack real-time visibility into evolving threats. This makes it difficult to proactively identify and mitigate risks associated with interconnected business ecosystems.
Solution
iTrust provides a cyber risk ratings platform that delivers continuous, 360-degree visibility into the security and compliance of third-party vendors, clients, and partners. The platform aggregates and analyzes risk metrics to provide predictive cybersecurity risk ratings, enabling organizations to proactively identify and mitigate potential threats. By continuously monitoring the security posture of external entities, iTrust helps businesses build and maintain trusted relationships while reducing the likelihood of supply chain attacks and data breaches. The platform's intelligent risk assessment capabilities facilitate informed decision-making and improved cybersecurity resilience across the extended enterprise.
Target Audience
The primary target audience includes organizations of all sizes that rely on third-party vendors, partners, and suppliers and need to assess and manage their cybersecurity risk exposure.
Features
- Continuous collection and analysis of vendor risk metrics
- Predictive cybersecurity risk ratings for proactive threat mitigation
- 360-degree visibility into vendor security and compliance
- Real-time monitoring of the security posture of vendors, clients, and partners
- Identification of potential vulnerabilities and supply chain attack vectors