Stay One Step Ahead of Every Threat
Proactively scoring cyber tools and related IT components identify vulnerabilities earlier and prevent attacks from occurring
Organizations with decentralized IT and security services delivery and managed security services providers (MSPs and MSSPs alike) support multiple businesses’ operations with cybersecurity monitoring and critical infrastructure management. Performing against service-level agreements (SLAs) while preventing, detecting, and responding to business system health, performance, and threats across an organization’s IT infrastructure, in addition to ensuring compliance, is a daunting task without an all-encompassing secure AIOps platform. In a constant quest to provide added value to customers, these backbone operations face many of the same challenges: lack of visibility, slow mean-time-to-identify (MTTI) and mean-time-to-repair (MTTR), disparate toolsets, and a huge volume of data. Any disruption to a business’s operation could mean a hard dollar impact delivering goods and services and customer losses or fines for not meeting SLAs.
Backbone operations and security teams can avoid those fates by taking a proactive service approach using secure AIOps. Centerity’s platform places emphasis on the prevention phase of business system infrastructure and cybersecurity defense through real-time scoring and alerts for tools, coverage, and security controls. This includes the ability to measure and improve SLAs using anomaly detection and alignment with compliance frameworks. Customers stay in the loop as well thanks to automatic reporting and direct remote access to their security operation program.
We combine technology health, performance, and security into a unified, data-rich dashboard to help you make smarter risk-based business decisions. The Centerity Secure AIOps platform increases visibility and reduces risk by collecting KCIs/KPIs from tools and applications; measures and improves SLAs, and proactively triages them to mitigate business impact; and reduces mean-time-to-detect (MTTD) and mean-time-to-repair (MTTR).