In the intricate landscape of cybersecurity, Digital Forensics and Incident Response (DFIR) stand as the sentinels guarding against the onslaught of digital threats. It involves a multifaceted approach to identifying, mitigating, and recovering from cybersecurity incidents. In the physical world, the aftermath of a crime scene always yields vital clues that can unravel the mystery behind a perpetrator's actions.

Browser security is a set of measures and processes intended to protect users and their data when using web browsers. This includes mechanisms to prevent unauthorized access, safeguard against malicious software and other browser security threats, and ways to protect the privacy of online activities.

With $109.5 billion of growth expected between now and 2030, the global AI cybersecurity market is booming – and it's not hard to see why. According to a recent survey of security professionals, three-quarters (75%) have observed an increase in cyberattacks. Of these, the research found that an even greater proportion (an overwhelming 85%) blamed AI.

In an era characterized by relentless digital transformation and interconnectedness, cybersecurity has evolved into a complex and dynamic battleground. Businesses, governments, and individuals find themselves locked in a perpetual struggle against a relentless flood of evolving threats. From sophisticated cybercriminal syndicates to state-sponsored hackers and opportunistic threat actors, our adversaries are as diverse as they are determined.

Nemesis Market, a notorious corner of the darknet beloved by cybercriminals and drug dealers, has been suddenly shut down after German police seized control of its systems. Germany's Federal Criminal Police (known as the BKA) has announced that it has seized the infrastructure of Nemesis and taken down its website. At the same time, cryptocurrency worth 94,000 Euros was seized by police.

In our interconnected world, the real estate industry has embraced technology to revolutionize its operations, enhance customer experiences, and streamline business processes. Yet, while this technological evolution has brought immense benefits to the property sector, it has also attracted the attention of nefarious actors keen on exploiting vulnerabilities.

Modern cybersecurity has reached an exceptional level, particularly with the integration of AI technology. The complexity of cyberattacks and their methodologies has also increased significantly, even surpassing human comprehension. This poses a considerable challenge for cybersecurity professionals who struggle to keep pace with the scale and complexity of AI-generated attacks.

Thanks to the burgeoning supply chain, a host of IoT and work-from-home devices, and an expanding cloud presence, organizations are constantly ingesting new hardware into their IT environments. With each new line of code comes a fresh chance for a hidden vulnerability. With each unfound weakness, attackers gain one more opportunity to gain a foothold in the organization and compromise sensitive assets.

The United States Federal Trade Commission (FTC) has warned the public to be cautious if contacted by people claiming to be... FTC staff. In a warning published on its website, the FTC said that scammers were using its employees' real names to steal money from consumers.

Security and compliance are often tightly intertwined. The main difference is that sometimes security can outpace compliance efforts. While it is easy to infer that a more secure system exceeds a compliance requirement, an auditor should not be expected to deduce the state of a system; the evidence needs to be clear. There are many factors that can cause compliance shifts.

Australian organizations find themselves navigating a minefield of supply chain risks, with a surge in incidents stemming from multi-party breaches. These breaches are often caused by vulnerabilities in cloud or software providers and are emerging as a challenge that demands attention and proactive strategies. From July to December 2023, 483 data breaches were reported to the Australian Information Commissioner (OAIC), up 19% from 407 between January and June of the same year.

The demand for innovative threat detection and intelligence approaches is more pressing than ever. One such paradigm-shifting technology gaining prominence is Federated Learning (FL). This emerging concept harnesses the power of collaborative intelligence, allowing disparate entities to pool their insights without compromising sensitive data.

Any time the television news presents a story about cybersecurity, there is always a video of a large data center with thousands of blinking lights. Even most cybersecurity blogs will include an image of many lights on the front panels of servers, routers, and other hardware. However, most people don’t notice that the lights are usually green or some shade of blue. Rarely are those lights yellow or red, signaling a problem.

An affiliate of the LockBit ransomware gang has been sentenced to almost four years in jail after earlier pleading guilty to charges of cyber extortion and weapons charges. 34-year-old Mikhail Vasiliev, who has dual Russian and Canadian nationality, was arrested in 2022 as part of a multinational law enforcement investigation into LockBit that started in March 2020.

Protecting sensitive data and other assets requires an organization to be adaptable and stay informed on things like the digital landscape and threat trends. While some aspects of security are within an organization’s control, it can be extremely difficult to manage all of the risks and vulnerabilities that are likely to arise. Security configuration management (SCM) is one way to take control of many of the facets of cybersecurity that are often overlooked or difficult to handle.

Using security tools to monitor activities on IP based endpoints and the resulting changes that occur pose one of the most formidable challenges to security and regulatory compliance efforts, thanks to its potential to disrupt established security measures and protocols. Compliance frameworks, such as PCI DSS and NIST 800-53/SI-7, require organizations in every sector to maintain a consistent and secure environment to meet regulatory standards. Integrity is a foundational piece of this puzzle.

Historically, cyber-attacks were labor-intensive, meticulously planned, and needed extensive manual research. However, with the advent of AI, threat actors have harnessed their capabilities to orchestrate attacks with exceptional efficiency and potency. This technological shift enables them to execute more sophisticated, harder-to-detect attacks at scale.

If you have been optimistically daydreaming that losses attributed to cybercrime might have reduced in the last year, it's time to wake up. The FBI's latest annual Internet Crime Complaint Center (IC3) report has just been published and makes for some grim reading. According to the IC3 report, online fraud hit record losses in 2023, with the American public reporting US $12.5 billion, a 22% increase from the year before. However, this only counts reported crimes to the FBI.

In 2024, transformation is reshaping industries, and the financial sector stands at a crucial juncture. The Softcat Business Tech Priorities Report, a comprehensive survey encompassing over 4,000 customers across various sectors, sheds light on this transformation. Significantly, cybersecurity has emerged as the paramount concern for financial institutions for the second consecutive year.

In the intricate realm of cybersecurity, the relentless surge of cyber threats demands a constant reassessment of defensive strategies. Amidst this dynamic landscape, a subtle yet indispensable player takes center stage — Security Configuration Management (SCM). This blog embarks on an insightful journey into the critical role played by SCM in the ongoing battle against cyberattacks, shedding light on its ability to pinpoint and rectify system misconfigurations.

In today's expanding cyber threat landscape, infiltrating a system goes beyond unauthorized access or malware installation. To achieve their ultimate objectives, cybercriminals need to maintain an undetected presence in the system or network to control or extract data according to their needs. Command and Control attacks, also known as C&C or C2 attacks, create a covert link between the compromised system and a C2 server.