Hacker Intelligence Initiative (HII)
Issued approximately six times a year, the Imperva Hacker Intelligence Initiative (HII) reports go inside the cyber-underground to provide in-depth, forward-looking analysis at trending hacking techniques and interesting attack campaigns. These provocative, creative and innovative research papers aim not to solely understand what has happened in the past, but to deep dive into what is ahead and what’s needed to proactively stay ahead of hackers’ next moves.
Phishing made easy: Time to rethink your prevention strategy?
In this report, Imperva researchers expose how cybercriminals are lowering the cost and increasing the effectiveness of phishing by leveraging compromised servers and turnkey phishing services, which are the key drivers of the overall increase in phishing attacks.
Man in the Cloud (MITC) Attacks
In this report, we demonstrate a new type of attack we call “Man in the Cloud” (MITC). These MITC attacks rely on common file synchronization services (such as GoogleDrive and Dropbox) as their infrastructure for command and control (C&C), data exfiltration, and remote access. Without using any exploits, we show how simple re-configuration of these services can turn them into a devastating attack tool that is not easily detected by common security measures.
Since most organizations either allow their users to use file synchronization services, or even rely on these services as part of their business toolbox, we think that MITC attacks will become prevalent in the wild. As a result, we encourage enterprises to shift the focus of their security effort from preventing infections and endpoint protection to securing their business data and applications at the source.
Assessing the Threat Landscape of DBaaS
This report does an in-depth analysis of malware that used a shared hosting database for its Command and Control and drop server, Imperva analyzes a new malware platform for cybercriminals: Database as a Service (DBaaS). The report concludes that by bringing data one step closer to hackers, DBaaS makes it possible for hackers to compromise an organization's database without accessing its network -- ultimately increasing the risk of a data breach.