An attack exploiting CVE-2023-34362, a zero-day vulnerability in the MOVEit file transfer software, was disclosed at the start of June, with additional victims still being uncovered. The vulnerability is an SQL injection vulnerability that could allow an unauthenticated attacker to gain access to MOVEit Transfer's database. The attack was carried out by at least one threat who gained unauthorized access to the software and stole sensitive data from affected organizations.

In a climate where companies largely gain attention only when something negative happens, it’s time to celebrate and recognize the companies who are best in class when it comes to cybersecurity. That’s why we applaud Forbes’ decision to produce the industry’s first list of America’s Most Cybersecure Companies. These companies illuminate how cybersecurity is being taken seriously as a core business issue.

While some of the obvious misuse of ChatGPT in the world of cyber security was not unexpected – asking the artificial intelligence to write harder-to-detect malware and easier-to-convince phishing emails – a new threat has emerged that can leverage the very nature of the large language model. Ultimately, ChatGPT is a learning machine, and bases its answers on information it sources from the Internet.

SecurityScorecard conducted an extensive investigation into the Zellis breach. This research revealed alarming insights about the scale and persistence of the attack. The data exfiltration was carried out in several steps: Netflow data from Zellis IP ranges indicated large outbound transfers over HTTPS, which pointed towards the presence of a web shell. Additionally, SecurityScorecard researchers detected exfiltration over SSH to known malicious IP addresses.

A data breach is an IT security incident where data is compromised or stolen from a system without the knowledge or authorization of its owner. But what happens when a third party is involved? Stolen data may include sensitive, proprietary, or confidential information such as credit card numbers, trade secrets, customer, or patient data. Third party breaches cost millions of dollars every year to companies of all sizes.

A company’s employees, shareholders, senior management, and board of directors expect that company to conduct its business reliably, efficiently, and securely – especially its financial transactions. Internal controls are the mechanisms a company uses to assure that its business processes meet those expectations. And to keep that system of internal controls running smoothly year after year, you must identify the internal control weaknesses in those systems.

Modern applications are built, deployed and, run in increasingly complex and dynamic environments. Assessing and prioritizing the security issues introduced by these applications without taking this context into account inevitably leads to focusing remediation efforts on the wrong set of issues. This not only results in real risk slipping under the radar but also wastes the valuable time of developers, increasing their frustration and eroding their trust in security.

In the ever-evolving cybersecurity landscape, staying ahead of potential threats is crucial. Attack Surface Intelligence (ASI) is vital in identifying vulnerabilities and mitigating risks. This blog post will discuss the latest data updates in ASI and the exciting developments within our threat research group.

Numerous risks are inherent in the technologies that all organizations use. These risks have especially become apparent with recent ransomware attacks, which have crippled major infrastructure such as the Colonial Pipeline in the Eastern United States1. This discussion will focus on how GRC, or governance, risk, and compliance can help organizations face and manage the risks that they face.

A cybersecurity baseline is an invaluable set of standards for your organization. It helps you understand your security posture, identify security gaps, and meet cybersecurity regulations. The most widely adopted cybersecurity baselines are those recommended by the NIST Cybersecurity Framework, the SANS Top 20 Critical Security Controls, and Shared Assessments (designed for third-party risk management). We covered the specifics of these frameworks in a previous blog.