New Tenable Study: 43% of Cyberattacks in Mexico Have Been Successful in Last Two Years
Cybersecurity and IT leaders in Mexico reveal ability to stop just 57% of cyberattacks; 77% point to cloud infrastructure as their highest source of risk; 70% say IT is more concerned with uptime than patching/remediation
November 22, 2023 · Mexico City, Mexico
Tenable®, the Exposure Management company, has published a new study that sheds light on the challenges Mexican cybersecurity and IT leaders face in protecting their increasingly complex and expanding attack surface. The report titled “Old Habits Die Hard: How People, Process and Technology Challenges Are Hurting Cybersecurity Teams in Mexico” reveals that in the last two years, the average organization’s cybersecurity program was prepared to preventively defend, or block, just 57% of the cyberattacks it encountered. This means 43% of attacks launched against them are successful, and must be remediated after the fact.
The study, based on a commissioned survey of 825 global cybersecurity and IT leaders, including 101 Mexican respondents, conducted in 2023 by Forrester Consulting on behalf of Tenable, illuminates the people, process and technology challenges standing between modern cybersecurity and IT teams and effective risk reduction practices.
Nearly six in 10 (56%) respondents say they focus almost entirely on fighting successful attacks rather than working to prevent them in the first place. Cyber professionals cite that this reactive stance is largely due to their organizations' struggle to obtain an accurate picture of their attack surface, including visibility into unknown assets, cloud resources, code weaknesses and user entitlement systems.
Die Komplexität von Infrastruktur – und die damit verbundene Abhängigkeit von mehreren Cloud-Systemen, zahlreichen Tools zur Verwaltung von Identitäten und Berechtigungen sowie verschiedenen Assets mit Internetanbindung – hat zur Folge, dass es an diversen Stellen zu Fehlkonfigurationen und übersehenen Assets kommen kann.
Besonders besorgt zeigten sich die Befragten über Risiken in Zusammenhang mit Cloud-Infrastruktur, da dort die Korrelation von Nutzer- und Systemidentitäten, Zugang und Berechtigungsdaten äußerst komplex ist.The vast majority of respondents (77%)* view cloud infrastructure as the greatest source of exposure risk in their organization. In order, the highest perceived risks come from the use of public cloud (33%), multi cloud and/or hybrid cloud (23%), private cloud infrastructure (11%) and cloud container management tools (11%).
Additional findings from the study include:
- While most Mexican respondents (81%) say they consider user identity and access privileges when they prioritize vulnerabilities for remediation, more than half (51%) say their organization lacks an effective way of integrating such data into their preventive cybersecurity and exposure management practices.
- Nearly six in 10 respondents (58%) say a lack of data hygiene prevents them from drawing quality data from user privilege and access management systems, as well as from vulnerability management systems.
- Three out of four respondents (76%) believe their organization would be more successful at defending against cyberattacks if it devoted more resources to preventive cybersecurity.
- On average, it takes 16 hours a month to create reports for business leaders about the health of organizational security infrastructure.
- In a slight majority of Mexican organizations (56%), meetings about business-critical systems take place monthly, while 26% hold such meetings only once per year and 3% say they never hold such meetings.
“The results of this study underscore that focusing on remediating after the fact is a formula that does not work for Mexican organizations. As we navigate an increasingly complex and expanding attack surface, it is clear that a proactive, preventive cybersecurity model is not only essential but imperative for effectively reducing risk.” Francisco Ramirez de Arellano, Senior Vice President, Tenable Latin America. “This should be a call to action for Mexican organizations to prioritize preventive cybersecurity measures, and at Tenable Mexico, we are here to help navigate that change.”
To read the full report with further results from the study, including how organizations can address these challenges and move from a reactive security posture to a preventive approach, please visit: tenable.com/analyst-research/how-people-process-and-technology-challenges-are-hurting-cybersecurity-teams-in-mexico
A blog post with additional context on the study can be found here.
Note to Editors:
- Forrester Consulting hat eine Online-Befragung unter 825 IT- und Cybersecurity-Experten aus Großunternehmen in den USA, Großbritannien, Deutschland, Frankreich, Australien, Mexiko, Indien, Brasilien, Japan und Saudi-Arabien durchgeführt.The study was fielded in March 2023.
- Maturity Modeling: Respondents were scored based on their answers to questions measuring different aspects of their maturity: their use of preventive security tools, how they prioritize resources to reduce threat exposure, and the degree of visibility and collaboration within their organization. Forrester stufte die unteren 20 % als Unternehmen mit niedrigem Reifegrad, die mittleren 60 % als Unternehmen mit mittlerem Reifegrad und die oberen 20 % als Unternehmen mit hohem Reifegrad ein.
*Note: Total percentage may not equal separate values due to rounding
About Tenable
Tenable® is the Exposure Management company. Rund 43.000 Unternehmen aus aller Welt verlassen sich auf Tenable, wenn es um die Erkennung und Minimierung von Cyberrisiken geht. Als Erfinder von Nessus® hat Tenable sein Know-how im Bereich des Schwachstellen-Managements erweitert, um die weltweit erste Plattform bereitzustellen, mit der jedes digitale Asset auf jeder beliebigen Computing-Plattform erkannt und abgesichert werden kann. Weitere Informationen finden Sie auf tenable.com.
###
Media Contact:
Tenable
[email protected]
Bleiben Sie auf dem Laufenden
Abonnieren Sie unsere E-Mail-Benachrichtigungen über neue Pressemitteilungen.