Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Cyberattacks

Piecing Together the Attack on Okta's Support Unit

The October 2023 Okta breach is the latest example in a long line of third-party identity attacks. Based on reports to date, it seems that the attack on Okta’s support case management system enabled a threat actor to launch downstream attacks into other companies. So far, 1Password, BeyondTrust and Cloudflare have publicly confirmed they were targeted. Such attacks don’t discriminate and pointing fingers is unproductive.

What You Need to Know About the October OKTA Breach

Okta, a provider of identity and authentication management services, reported that threat actors were able to access private customer data by obtaining credentials to its customer support management system. According to Okta’s Chief Security Officer, David Bradbury, the threat actor had the capability to view files uploaded by specific Okta customers in recent support cases.

What Is an Exploit Kit?

An exploit kit is a toolkit that cybercriminals use to attack the security vulnerabilities of a system or device to distribute malware. An exploit is a bit of code that takes advantage of security vulnerabilities found within software and hardware. Cybercriminals collect these bits of code and compile them into a kit that can target multiple security vulnerabilities at once, and secretly install malware on devices.

Mastering Cybersecurity Challenges: How Crisis Simulations Empower Organizations to Defend Against Cyber Threats

Cyberattacks are a constant and evolving threat across all sectors with 2023 seeing a resurgence in data breaches and ransomware attacks with popular variants like Clop, LockBit, and ALPHV, among others, terrorizing businesses and exploiting system vulnerabilities. The 2021–2022 financial year saw an increase in cybercrime, with over 76,000 reports made to the Australian Cyber Security Centre (ACSC), with no signs of slowing down.

GitHub Copilot code security: XSS in React

In an evolving era of Artificial Intelligence (AI) and Large Language Models (LLMs), innovative tools like GitHub's Copilot are transforming the landscape of software development. In a prior article, I published about the implications of this transformation and how it extends to both the convenience offered by these intelligently automated tools and the new set of challenges it brings to maintaining robust security in our coding practices.

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Proactively Preventing Your Company from Becoming the Next Cyberattack Headline

The news last month of yet another cyberattack on MGM Resorts, initiating a system shutdown and disrupting its operations, is yet another in a very long list of attacks that we have witnessed in the past couple of years. Having the right preventive and defensive cybersecurity measures in place for such attacks is a given, and it is what most organisations focus on. But it is also about understanding how the organisation will recover from an incident and how they can limit the extent of an attack.

The Crucial Link

In today’s digital age, businesses rely heavily on technology to drive their operations efficiently and effectively. This dependence on technology has brought about new challenges and risks, particularly in the realm of cybersecurity. As organisations strive to ensure operational resilience, they must recognize the integral role of cyber resilience in safeguarding their digital assets and operations. Cyber threats have become a persistent concern for businesses of all sizes.

How to protect Node.js apps from CSRF attacks

A cross-site request forgery attack (CSRF) attack is a security vulnerability capitalizing on trust between a web browser and a legitimate website. Crafty attackers manipulate browsers into executing malicious actions on websites where users authenticate themselves and log in. Often, these attacks start when users click a link attached to a deceptive email or land on a compromised website, unaware of the logic executing in the background.

HTTP/2 Rapid Reset Attack Vulnerability

Google, Amazon Web Services & others recently disclosed a vulnerability in HTTP/2 protocol, which is being tracked as “CVE-2023-44487”. The flaw lies in how the HTTP/2 protocol was implemented to increase the efficiency of transmitting various messages between endpoints by “Stream multiplexing”.