Steal microsoft office

If people say no to these cookies, we do not know how many people have visited and we cannot monitor performance. Cracked copies of Microsoft Office and Adobe Photoshop are stealing browser session cookies and Monero cryptocurrency wallets from tightwads who install the pirated software, Bitdefender has warned.

As many Reg readers will no doubt be aware, cracked software is a legitimate application that has had its registration or licensing features removed.

Often distributed through BitTorrent in the days of yore, cracked software also known as warez appeal mainly to freeloaders who are happy to use a particular suite without paying for a licence. With Microsoft Office and Adobe Photoshop being two of the most popular software suites in their niches, cracked versions were always going to be popular.

Those cracks come with a price, though: Bitdefender discovered that certain versions of both suites were being distributed with malware that stole browser session cookies or in the case of Firefox, the user's entire profile history , hijacked Monero cryptocurrency wallets, and exfiltrated other data via BitTorrent, having first opened a backdoor on the target machine and turned off its firewall.

A batch file, chknap. Botezatu, told The Register : "The operators behind this attack take quite some time to analyse the environment they have compromised and decide what is worth stealing. We presume that exfiltration of the Firefox profile directory was opportunistic rather than targeted and that attackers would go for any other browser installed on the device.

Jake Moore, a cybersecurity consultant at infosec biz ESET, told us: "As illegal as cracked software is, it is still very much commonplace on both home and work devices which makes this even more worrisome.

This rather impressive malware may even hide in plain sight as many cracked versions of software come with protection notifications from their antivirus warning their users of the risks.

Reg readers who are long of tooth and grey of hair might recall our coverage of the warez scene back in the s, which saw various software pirates being arrested and handed prison terms. In the days before as-a-service business models in the cloud were viable, vendors were entirely reliant on physical media being distributed to end users containing the entire program. Copy protection was an immediate and popular target for crackers, leading to illegitimate copies of otherwise fully functional software being sold for way below the normal asking price.

Licence key generators were another popular line of business for pirates, with ESET's Moore observing that they're often flagged as malware because they, er, contain baked-in malware and are therefore quarantined by antivirus, "but due to the user choosing to side with their own knowledge and overriding such warnings" bad things tend to happen to systems whose users trusted such nefarious things.

The rise of aaS produce has squashed, if not wiped out, demand for warez; big vendors have become more adept at ensuring their products only work in the presence of an internet connection where they can phone home to an activation server. Tencent CEO Pony Ma Huateng referred to his Chinese multinational company as "ordinary" and replaceable in a leaked company speech given at the end of year employee meeting.

UK tabletop wargames specialist Games Workshop has published the latest chapter in the long-running saga of how mighty IT warriors valiantly battled the intransigent forces of ERP. Some companies will go to great lengths to hide business expansion plans, but it appears AWS may have namechecked a defunct UK business in efforts to conceal a planning application for a new data centre.

It's back to the drawing board for a cannabis dispensary software company after an attempt to register the trademark "Potify" attracted the ire of music streaming platform Spotify. The number of independent UK contractors assessed with the government's controversial CEST tool has fallen, according to a survey published today. The survey of 3, contractors, conducted by tax advisors IR35 Shield in November , showed 49 per cent got their IR35 assessment using tax authority HMRC's recommended tool in that same month.

They are installed on my office notebook installed with MS Windows 7 64 bit Professional. My company environment network have proxy configuration for connections to the Internet. I have sign in to my hotmail account. This case only happens to MS Office Not to my MS Office or other applications. Please help. Regards, Elmund. This thread is locked. You can follow the question or vote as helpful, but you cannot reply to this thread.

I have the same question Report abuse. Details required :. Cancel Submit. In reply to Daniel Jackson's post on September 27, With Inventory tools, there are two ways to determine exposure across hybrid and multi-cloud resources:. Figure 9. Searching vulnerability assessment findings by CVE identifier.

Figure Searching software inventory by installed applications. For more information about how Microsoft Defender for Cloud finds machines affected by CVE, read this tech community post.

Images are automatically scanned for vulnerabilities in three different use cases: when pushed to an Azure container registry, when pulled from an Azure container registry, and when container images are running on a Kubernetes cluster. Additional information on supported scan triggers and Kubernetes clusters can be found here. Log4j binaries are discovered whether they are deployed via a package manager, copied to the image as stand-alone binaries, or included within a JAR Archive up to one level of nesting.

We will continue to follow up on any additional developments and will update our detection capabilities if any additional vulnerabilities are reported. To find vulnerable images across registries using the Azure portal, navigate to the Microsoft Defender for Cloud service under Azure Portal.

Open the Container Registry images should have vulnerability findings resolved recommendation and search findings for the relevant CVEs. Finding images with the CVE vulnerability. To view only vulnerable images that are currently running on a Kubernetes cluster using the Azure portal, navigate to the Microsoft Defender for Cloud service under Azure Portal. Open the Vulnerabilities in running container images should be remediated powered by Qualys recommendation and search findings for the relevant CVEs:.

Finding running images with the CVE vulnerability. Note: This recommendation requires clusters to run Microsoft Defender security profile to provide visibility on running images. Azure Resource Graph ARG provides instant access to resource information across cloud environments with robust filtering, grouping, and sorting capabilities.

ARG provides another way to query resource data for resources found to be affected by the Log4j vulnerability. The following query finds resources affected by the Log4j vulnerability across subscriptions.

Use the additional data field across all returned results to obtain details on vulnerable resources:. Microsoft Sentinel customers can use the following detection query to look for devices that have applications with the vulnerability:. The latest one with links to previous articles can be found here. Both Community users and enterprise customers can search within the threat intelligence portal for data about potentially vulnerable components exposed to the Internet.

Leverage this method of exploration to aid in understanding the larger Internet exposure, while also filtering down to what may impact you. For a more automated method, registered users can view their attack surface to understand tailored findings associated with their organization. Note, you must be registered with a corporate email and the automated attack surface will be limited.

Digital Footprint customers can immediately understand what may be vulnerable and act swiftly and resolutely using the Attack Surface Intelligence Dashboard Log4J Insights tab. Microsoft Defender coordinates multiple security solutions that detect components of observed attacks taking advantage of this vulnerability, from exploitation attempts to remote code execution and post-exploitation activity.

Microsoft Defender solutions protect against related threats. Customers can click Need help? Turn on cloud-delivered protection in Microsoft Defender Antivirus to cover rapidly evolving attacker tools and techniques. Cloud-based machine learning protections block the majority of new and unknown variants. Microsoft Defender Antivirus detects components and behaviors related to this threat as the following detection names:. Users of Microsoft Defender for Endpoint can turn on the following attack surface reduction rule to block or audit some observed activity associated with this threat.

Due to the broad network exploitation nature of vectors through which this vulnerability can be exploited and the fact that applying mitigations holistically across large environments will take time, we encourage defenders to look for signs of post-exploitation rather than fully relying on prevention.

Observed post exploitation activity such as coin mining, lateral movement, and Cobalt Strike are detected with behavior-based detections. Alerts with the following titles in the Security Center indicate threat activity related to exploitation of the Log4j vulnerability on your network and should be immediately investigated and remediated.

These alerts are supported on both Windows and Linux platforms:. The following alerts detect activities that have been observed in attacks that utilize at least one of the Log4j vulnerabilities.

However, these alerts can also indicate activity that is not related to the vulnerability. We are listing them here, as it is highly recommended that they are triaged and remediated immediately given their severity and the potential that they could be related to Log4j exploitation:.

Some of the alerts mentioned above utilize the enhanced network inspection capabilities in Microsoft Defender for Endpoint. These alerts correlate several network and endpoint signals into high-confidence detection of successful exploitation, as well as providing detailed evidence artifacts valuable for triage and investigation of detected activities. Example detection leveraging network inspection provides details about the Java class returned following successful exploitation.

Microsoft Defender detects exploitation patterns in different data sources, including cloud application traffic reported by Microsoft Defender for Cloud Apps. The following alert surfaces exploitation attempts via cloud applications that use vulnerable Log4j components:. To add a layer of protection against exploits that may be delivered via email, Microsoft Defender for Office flags suspicious emails e.

We also added the following new alert, which detects attempts to exploit CVE through email headers:. Sample alert on malicious sender display name found in email correspondence. This detection looks for exploitation attempts in email headers, such as the sender display name, sender, and recipient addresses. The alert covers known obfuscation attempts that have been observed in the wild.

If this alert is surfaced, customers are recommended to evaluate the source address, email subject, and file attachments to get more context regarding the authenticity of the email. Sample email event surfaced via advanced hunting. This query is designed to flag exploitation attempts for cases where the attacker is sending the crafted exploitation string using vectors such as User-Agent, Application or Account name.

Devices with Log4j vulnerability alerts and additional other alert-related context. This query surfaces devices with Log4j-related alerts and adds additional context from other alerts on the device.

This query looks for exploitation of the vulnerability using known parameters in the malicious string. It surfaces exploitation but may surface legitimate behavior in some environments. These events warrant further investigation to determine if they are in fact related to a vulnerable Log4j application.

This query identifies a unique string present in malicious PowerShell commands attributed to threat actors exploiting vulnerable Log4j applications. This query identifies unique, uncommon PowerShell flags used by curl to post the results of an attacker-executed command back to the command-and-control infrastructure.

Microsoft Defender for IoT has released a dedicated threat Intelligence update package for detecting Log4j 2 exploit attempts on the network example below. Microsoft Defender for IoT sensor threat intelligence update. Microsoft Defender for IoT now pushes new threat intelligence packages to cloud-connected sensors upon release, click here for more information. Starting with sensor version Working with automatic updates reduces operational effort and ensures greater security.

For more information about threat intelligence packages in Defender for IoT, please refer to the documentation. A new Microsoft Sentinel solution has been added to the Content Hub that provides a central place to install Microsoft Sentinel specific content to monitor, detect, and investigate signals related to exploitation of the CVE vulnerability.

Log4j Vulnerability Detection solution in Microsoft Sentinel. To deploy this solution, in the Microsoft Sentinel portal, select Content hub Preview under Content Management , then search for Log4j in the search bar. Select the Log4j vulnerability detection solution, and click Install. Learn how to centrally discover and deploy Microsoft Sentinel out-of-the-box content and solutions. Microsoft Sentinel Analytics showing detected Log4j vulnerability. Note: We recommend that you check the solution for updates periodically, as new collateral may be added to this solution given the rapidly evolving situation.

This can be verified on the main Content hub page. This hunting query looks for possible attempts to exploit a remote code execution vulnerability in the Log4j component of Apache.