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In a continuing sign that threat actors are adapting well to a  post-macro world , it has emerged that the use of Microsoft OneNote documents to deliver malware via phishing attacks is on the rise. Some of the notable malware families that are being distributed using this method include AsyncRAT,  RedLine Stealer , Agent Tesla,  DOUBLEBACK , Quasar RAT, XWorm,  Qakbot ,  BATLOADER , and  FormBook . Enterprise security firm Proofpoint said it detected over 50 campaigns leveraging OneNote attachments in the month of January 2023 alone. In some instances, the email phishing lures contain a OneNote file, which, in turn, embeds an HTA file that invokes a PowerShell script to retrieve a malicious binary from a remote server. Other scenarios entail the execution of a rogue VBScript that's embedded within the OneNote document and concealed behind an image that appears as a seemingly harmless button. The VBScript, for its part, is designed to drop a PowerShell script to run DOUBLEBACK

It's no secret that keeping software up to date is one of the key best practices in cybersecurity. Software vulnerabilities are being discovered almost weekly these days. The longer it takes IT teams to apply updates issued by developers to patch these security flaws, the more time attackers have to exploit the underlying vulnerability. Once threat actors gain access to corporate IT ecosystems, they can steal or encrypt sensitive data, deploy ransomware, damage systems, and more. When there's a known exploit for a critical vulnerability, the need to deploy patches becomes critical. At the same time, while IT teams race to keep their operating systems, business applications, and web browsers up to date and fully patched, they have to exercise caution, since applying patches without proper testing can introduce more problems than it solves. The reality is, many organizations are struggling to maintain the upper hand against threats. According to Action1's  2021 Remote IT

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Old technology solutions – every organization has a few of them tucked away somewhere.  It could be an old and unsupported storage system or a tape library holding the still-functional backups from over 10 years ago.  This is a common scenario with software too. For example, consider an accounting software suite that was extremely expensive when it was purchased. If the vendor eventually went under, then there's no longer any support for the software – which means that the accounting solution only works on some older operating system that isn't supplied with updates either. How valuable is it to  keep older solutions like this running ? Well, organizations don't enjoy running old legacy systems just for the pleasure of it, but they're often forced to keep them running because it's their only option, or at least the only cost-effective option available to them. If it works, it works…? From a purely functional perspective, there is usually no problem with old te

Enterprise applications used to live securely in data centers and office employees connected to internal networks using company-managed laptops or desktops. And data was encircled by a walled perimeter to keep everything safe. All that changed in the last 18 months. Businesses and employees had to adapt quickly to cloud technology and remote work. The cloud gave businesses the agility to respond faster to change and the scale to accommodate rapid growth. Remote work boosted productivity by letting employees access cloud data from anywhere on any device. This is not business as usual. The data center and the perimeter security are no longer the center of the universe. Now remote workers, personal mobile devices, applications, and data are in the middle. Although employees, applications, and data have left the building, IT security teams still shoulder the responsibility for protecting confidential data and ensuring compliance with strict privacy regulations. The risk of not doing so

While the Coronavirus pandemic continues to strike chaos across the global economies, threat actors keep on launching cyberattacks on organizations from all sizes and verticals. IR providers face a unique challenge when approached by these organizations since, due to the Coronavirus mass quarantine, conducting incident response engagements by arriving physically to the customers' offices is impossible. Cynet 360, a tool of choice for a number of IR providers (offered to IR providers for free), enables responders to compensate on the lack of physical access with the ability to conduct a full IR operation remotely ( learn more here ) by seamless and rapid remote deployment, complete visibility into the attacked organization's environment, automated threat detection, and integrated MDR services. Attackers always seek easy opportunities, and it's no wonder many threat actors take advantage of the current mayhem of the Coronavirus pandemic to increase their attacks'

At a certain point, almost every organization reaches the conclusion that there is a need to move past just the standard AV and firewall stack in order to soundly protect their environment. The common practice in recent years is to gain extra protection through implementing either EDR\EPP solutions (represented by vendors like Crowdstrike and Carbon Black) or Network Traffic Analysis/NDR solutions (such as Darktrace and Vectra Networks). Fortune 500 companies who have large security teams, would usually choose to buy and implement both. A recently published guide, 'Advanced Threat Protection Beyond the AV' ( download here ) is the first resource that not only guides security executives through the pros and cons of each solution type but also outlines a best-practice approach that allows the "non-Fortune 500" companies to combine the advantages of both approaches – without actually buying both. The proliferation of advanced threats in the decade has gradually

Many organizations regard Endpoint Detection and Response (EDR) as their main protection against breaches. EDR, as a category, emerged in 2012 and was rapidly acknowledged as the best answer to the numerous threats that legacy AV unsuccessfully struggled to overcome – exploits, zero-day malware and fileless attacks are prominent examples. While there is no dispute on EDR's efficiency against a significant portion of today's advanced threats, a new breed of "next-generation EDR" solutions are now available ( learn more here ) which on top of featuring all EDR capabilities, go beyond this to protect against prominent attack vectors that EDR does not cover such as those involving users and networks. "Many people unknowingly mix two different things – endpoint protection and breach protection," explained Eyal Gruner, co-Founder of Cynet (a next-generation EDR solution). "It's perfectly true that many attacks start at the endpoint and involve mali

A new threat has hit head the headlines ( Robinhood anyone?), and you need to know if you're protected right now. What do you do? Traditionally, you would have to go with one of the options below. Option 1 – Manually check that IoCs have been updated across your security controls. This would require checking that security controls such as your email gateway, web gateway, and endpoint security have all been updated with the latest threats' indicators of compromise (IoCs) usually published by AV companies who detect the malware binaries first. Option 2 – Create a 'carbon copy' of your network and run the threat's binary on that copy. While safe, IT and security teams may be unaware of certain variations from the real deal. So while the attack simulation is running against an 'ideal' copy, your real network may have undergone inadvertent changes, such as a firewall running in monitoring mode, a patch not being installed on time, and other unintent

Workplaces have become highly connected. Even a small business could have dozens of devices in the form of desktops, mobile devices, routers, and even smart appliances as part of its IT infrastructure. Unfortunately, each of these endpoints can now be a weak link that hackers could exploit. Hackers constantly probe networks for vulnerable endpoints to breach. For example, systems and applications that are configured using recycled user names and passwords can easily be hacked given the availability of leaked credentials online. Password management service LastPass noted that 59% of users use the same password for multiple accounts. Malware and malicious processes may also target workstations. Cybersecurity firm Symantec found a 1,000 percent increase in PowerShell script attacks in 2018. These attacks use cleverly disguised malicious processes that appear legitimate at a cursory glance. This is why IT security career is fast evolving into a huge market. However, because o

Cynet goes head-to-head with CrowdStrike, DarkTrace, Cylance, Carbon Black & Symantec, offering their unhappy customers a refund for the time remaining on their existing contracts. Cynet, the automated threat discovery and mitigation platform was built to address the advanced threats that AV and Firewalls cannot stop. Today, Cynet announced that any organization currently deploying an advanced security solution from the list below who are unhappy with it and up for renewal in 2019 - can try Cynet for free  here. If they decide to switch to Cynet – they will be reimbursed for the remaining contract with the previous security vendor. The Cynet offer is relevant to companies that have at least 300 endpoints and are currently customers of any of the following solutions: Crowdstrike / Carbon Black / Darktrace / Cylance / Symantec / Fire Eye Endpoint Protection / SentinelOne / Cybereason / CISCO AMP / Trend Micro Apex / Palo Alto Networks Traps. What makes Cynet so sure th