Rapid advancements in technology and digital transformation make it challenging for organisations to stay one step ahead of attackers as they often juggle multiple clouds and identities across a converged IoT, OT and IT landscape.
The theme of the Tenable booth will focus on how organisations can expose and close the resulting priority security gaps that put businesses at risk. With unified attack surface visibility and insight, business and security leaders can answer their single most important question: are we exposed, and are we at risk?
At GITEX Global 2024 Tenable will be helping organisations reimagine cybersecurity as a global force for eradicating business risk. Tenable will highlight its exposure management solutions that illuminate the attack paths that exist within organisations’ infrastructure, across IT and operational technology environments, before threat actors can exploit them.
Tenable will also offer live demonstrations of Tenable Cloud Security, the actionable cloud security platform that rapidly exposes and closes priority security gaps caused by misconfigurations, risky entitlements and vulnerabilities. And Tenable OT Security, which reduces risk and protects enterprises from attacks across today’s rapidly converging OT, IT environment.
Tenable will also highlight new capabilities within its integrated CNAPP and DSPM solution that elevates cloud-based data and risk analysis to expose toxic combinations and security gaps across cloud environments. Tenable will be co-exhibiting, alongside AmiViz from booth number A45, Hall 24, and StarLink from booth number A20, Hall 1.
During GITEX, Tenable will share findings from its latest research, Tenable Cloud Risk Report 2024. Tenable Research continuously monitors cloud-based risks and delves into latest trends and attack techniques as the threat landscape shifts over time. These latest insights will help provide organisations valuable warning signs to look for when managing their environments.
Scattered products, siloed views and disjointed teams are struggling to hold back threats across a fragmented attack surface.
