In its report “Exposed: Cyberattacks on Cloud Honeypots,” network and endpoint security company Sophos found that cybercriminals attacked one of the cloud server honeypots in the study within 52 seconds of the honeypot going live in Sao Paulo, Brazil. A honeypot is a system intended to mimic likely targets of cyberattackers so that security researchers can monitor cybercriminal behaviors.
On average, the cloud servers were hit by 13 attempted attacks per minute, per honeypot. The honeypots were set up in 10 of the most popular Amazon Web Services (AWS) data centers in the world, including California, Frankfurt, Ireland, London, Mumbai, Ohio, Paris, Sao Paulo, Singapore, and Sydney over a 30-day period.
In the study, more than five million attacks were attempted on the global network of honeypots in the 30-day period, demonstrating how cybercriminals are automatically scanning for weak open cloud buckets. If attackers are successful at gaining entry, organizations could be vulnerable to data breaches. Cybercriminals also use breached cloud servers as pivot points to gain access to other servers or networks.
“The Sophos report, ‘Exposed: Cyberattacks on Cloud Honeypots,’ identifies the threats organizations migrating to hybrid and all-cloud platforms face,” said Matthew Boddy, security specialist, Sophos. “The aggressive speed and scale of attacks on the honeypots show how relentlessly persistent cybercriminals are and indicate they are using botnets to target an organization’s cloud platforms. In some instances, it may be a human attacker, but regardless, companies need a security strategy to protect what they are putting into the cloud. The issue of visibility and security in cloud platforms is a big business challenge, and with increased migration to the cloud, we see this continuing.”
Visibility into weaknesses
Continuous visibility of public cloud infrastructure is vital for businesses to ensure compliance and to know what to protect. However, multiple development teams within an organization and an ever-changing, auto-scaling environment make this difficult for IT security.
Sophos is addressing security weaknesses in public clouds with the launch of Sophos Cloud Optix, which leverages artificial intelligence (AI) to highlight and mitigate threat exposure in cloud infrastructures. Sophos Cloud Optix is an agentless solution that provides intelligent cloud visibility, automatic compliance regulation detection and threat response across multiple cloud environments.
“Instead of inundating security teams with a massive number of undifferentiated alerts, Sophos Cloud Optix significantly minimizes alert fatigue by identifying what is truly meaningful and actionable,” said Ross McKerchar, CISO, Sophos. “In addition, with visibility into cloud assets and workloads, IT security can have a far more accurate picture of their security posture that allows them to prioritize and proactively remediate the issues flagged in Sophos Cloud Optix.”
Key features in Sophos Cloud Optix include:
Smart Visibility – Provides automatic discovery of an organization’s assets across AWS, Microsoft Azure and Google Cloud Platform (GCP) environments, via a single console, allowing security teams complete visibility into everything they have in the cloud and to respond and remediate security risks in minutes
Continuous Cloud Compliance – Keeps up with continually changing compliance regulations and best practices policies by automatically detecting changes to cloud environments in near-time
AI-Based Monitoring and Analytics – Shrinks incident response and resolution times from days or weeks to just minutes. The powerful artificial intelligence detects risky resource configurations and suspicious network behavior with smart alerts and optional automatic risk remediation
Sophos Cloud Optix leverages AI-powered technology from Avid Secure, which Sophos acquired in January 2019. Founded in 2017 by a team of highly distinguished leaders in IT security, Avid Secure revolutionized the security of public cloud environments by providing effective end-to-end protection in cloud services, such as AWS, Azure, and Google.
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