Research
Our research and development programme sets industry standards in cyber security
At Dionach we are proud of our well-established research and development programme. Our team of consultants are focused on continually uncovering new technical vulnerabilities in software and hardware, raising the bar in security assessment services and sharing our knowledge through whitepapers and various industry channels.
Through the responsible disclosure process we have published numerous vulnerabilities in leading software applications that our team has identified.
As part of our commitment to remaining vendor independent and offering the best technical solution to each client engagement, we also develop proprietary security tools for testing methods including vulnerability scanning, spear phishing and security auditing. In practice, our consultants have a wide range of commercial, open-source and custom tools at their disposal to deliver industry-leading outcomes for our client base.
Some of our custom tools are published as open source on Dionach’s GitHub page: https://github.com/Dionach.
Technical blog
Multiple Vulnerabilities in Vivotek Camera
Author: Mike Manzotti – Senior Consultant
In a recent security engagement Vivotek Camera IT9388-HT (firmware version: 0100p) was found to be vulnerable to arbitrary file download (CVE-2020-11949) and remote command execution (CVE-2020-11950).
COVID-19 Cyber Security Challenges
Author: Raymond Rizk – Senior Consultant
Implications for information security due to the COVID-19 global pandemic including recommendations of actions to improve security challenges.
A Brief Story of a Red Team Security Assessment Part 2
Author: Wesley Renshaw – Lead Consultant
The second article in our two part blog series giving you a behind the scenes look into how we conduct a Red Team Security Assessment.
A Brief Story of a Red Team Security Assessment Part 1
Author: Wesley Renshaw – Lead Consultant
Our latest two-part blog series takes an in-depth look at a Red Team security assessment. This blog article provides technical details of our process giving you an insight on how we work.
Insecure Mobile Apps Can Lead to AWS Account Compromise
Author: Mike Manzotti – Senior Consultant
Nowadays the number mobile apps available on market stores such as Google Play or Apple’s App Store are constantly increasing. This fast-paced industry does not always consider cyber security a priority, especially when deadlines are tight, and often it is an afterthought.
In this blog I will guide you through part of a mobile app penetration test that allowed me to fully compromise an AWS account, which amongst other assets, included a WordPress website hosted on a EC2 instance.
How to Use OWASP Amass: An Extensive Tutorial
Author: Nick Gkogkos – Lead Consultant
Our extensive blog post provides a tutorial on how to use OWASP Amass to discover an organisation’s externally exposed assets.
Active Directory Password Auditing Part 3 – Analysing the Hashes
In two previous blog posts we discussed how to dump password hashes from a Domain Controller and how to crack these hashes to obtain a list of clear text passwords. In this blog post, we’ll learn how to obtain useful metrics from cracked password hashes in order to determine improvements to a password policy.
ShareAudit – The File Share Auditing Tool
In the previous blog post, we have discussed the steps in identifying sensitive information in file shares, as well as file servers with inappropriate access controls configured. It was aimed to provide organisations with a guide on how to perform internal file share audits. Dionach have now released a tool, ShareAudit, to further improve the process of performing these audits. The tool is now publicly available on GitHub.
Mitigating Social Engineering Risks
Social engineering is the process of manipulating people through various channels such as phishing, phone calls and physical instrustions. This post provides a walkthough of an example attack using emails and phone calls, and what organisations can do to reduce the risk of these kind of social engineering attacks.
