Security teams often face challenges such as inadequate prioritization and misrouted requests, which slow down their operations and drain resources.

Ravid Circus, Chief Product Officer at Seemplicity, emphasized that the platform now brings intelligence to exposure management, enabling teams to act more quickly and confidently.

Among the new features are 'Find the Fixer' and 'Automatic Scoping,' both designed to eliminate common remediation bottlenecks and expedite the resolution process from detection to fix.

The update introduces AI-driven features aimed at enhancing vulnerability and exposure management, reflecting a broader trend of leveraging technology for quicker resolutions in cybersecurity.

The 'Find the Fixer' feature utilizes machine learning to automatically assign security findings to the most appropriate personnel, significantly reducing delays caused by unassigned vulnerabilities.

This capability can automate up to 70% of resource assignments, leading to fewer misrouted tickets and a reduced backlog of unassigned vulnerabilities.

This feature allows for faster and more accurate routing of vulnerabilities, adapting to the organization's operational context and enhancing overall efficiency.

These ongoing challenges in vulnerability management are underscored by the lingering impacts of the Log4Shell vulnerability discovered a year prior.

On April 14, 2025, Seemplicity announced significant enhancements to its exposure management platform, focusing on improving vulnerability remediation processes.

Meanwhile, 'Automatic Scoping' enhances asset understanding by automatically identifying and grouping relevant attributes, improving the prioritization of security exposures.

As AI technology gains traction, with 59% of CEOs recognizing it as transformative, Seemplicity positions itself to help security teams leverage AI for impactful results.

Seemplicity is trusted by Fortune 500 organizations and aims to enhance operational resilience and scalable security programs through its AI-powered RemOps platform.