Research

Bulletproof hosting (BPH) services have long been crucial parts of the cybercriminal infrastructure. How do they protect malicious activities, and how do cybercriminals use them to stay in business?

Given the increasing use by enterprises of contactless security solutions, the security of the devices that themselves are meant to control access to premises should be of prime consideration.

The provision of services, as well as the way criminals operate in the underground, have gone through many changes over the years to cater to the market’s different infrastructure demands.

Connected cars face a range of ever-increasing and ever-progressing cyberthreats. Our forward-looking research provides an in-depth examination of the risks connected cars might run into.

Serverless computing is not immune to risks and threats. Our security research provides a comprehensive analysis of the possible attack scenarios that could compromise serverless services and deployments.

This research paper looks at protocol gateways, which translate various protocols used by different industrial devices and machinery, and provides insight into the security issues and vulnerabilities found in these devices as well as ways to secure them.

The legacy programming environments of widely used industrial machines could harbor virtually undetectable vulnerabilities and malware. Our security analysis of these environments reveals critical flaws and their repercussions for smart factories.

Underground platforms are part of a mature ecosystem for trading cybercrime goods and services. How does a capable hosting infrastructure allow illicit activities to thrive?

As cybercriminals compete for dominance in their bid to create powerful botnets, users can make their own stand against warring sides by understanding how botnet malware works and securing their devices.