How to Talk to Your Grandparents About Cybersecurity

According to research from the FBI and FTC, cybercrimes against older adults cost more than $650 million in losses each year. Why? Unlike millennials and Generation Z, your grandparents weren’t born with a smartphone in their hands. On top of that, older adults tend to have more significant financial funds like retirement accounts, making them an ideal target for cybercriminals.  

With Grandparent’s Day right around the corner, here’s a guide on how you can help keep your grandparents safe from the most common cybercrimes on the internet. Check out our top tips to share with your family to boost their confidence in their digital activities.  

1. Talk About the Latest Online Scams  

Cybercriminals constantly update their techniques to increase their chances of successfully stealing consumers’ data. Oftentimes, they lean on current events to create eye-catching subject lines for phishing emails, malicious links and attachments, and more. For example, criminals created COVID-19 phishing campaigns related to proof of vaccination or the surging delta variant since they know the pandemic is top-of-mind for many consumers. Encourage your grandparents to keep an eye on the news for the latest online scams so they have a better chance of recognizing fraudulent activity. Or better yet, send them a weekly digest of relevant consumer security news or call them when you come across a common scam.  Remind them that knowledge is power in online security.  

2. Show Them How to Think Like a Cybercriminal 

The secret to beating cybercriminals at their own game is to think like one. Look at your online behaviors and your data from their perspective. Encourage your grandparents to consider what would make themselves ideal targets. Perhaps they have large retirement funds. If their online bank account is secured with a password that they use for multiple online accounts, they’ve made it that much easier for a hacker to access their financial data if their credentials are exposed in a breach.  

Teaching your grandparents and other family members how to think like a cybercriminal can reveal possible points of entry and identify where they can tighten up their security to protect their devices and information from online threats.  

3. Explain Cybersecurity Best Practices 

With multiple layers of protection in place, your grandparents can navigate the internet more confidently. Here are a few easy cyber habits you can pass on to your grandparents:  

  • Use strong, unique passwords. Many people use the same password, or variations of it, across all of their accounts. This means if a cybercriminal discovers just one password, more personal data is suddenly at risk. Therefore, diversify your passcodes to ensure criminals cannot obtain access to all of your accounts at once, should one password be compromised. You can also use a password manager to keep track of your different credentials.  
  • Turn on multi-factor authentication. Multi-factor authentication provides an extra layer of security, as it requires multiple forms of verification, such as a finger scan or facial recognition. This reduces the risk of successful impersonation by cybercriminals.  
  • Ignore suspicious emails, text messages, and phone calls. Criminals often use phishing emails or text messages to distribute and disguise their malicious code. Do not open suspicious or irrelevant messages, as this can result in malware infection. Be especially wary if written messages have several typos. Reputable businesses and financial institutions always proofread their correspondence. Finally, phishing emails, texts, and calls often urge recipients to act quickly. Remain calm and carefully evaluate if the content of the message seems suspicious.   
  • Go directly to the source. If you receive an email that appears to be from a business or even a family member, but they are asking you for your Social Security Number, passwords, or money, stop and think. Don’t click on anything or take any direct action from the message. Instead, go straight to the organization’s website and verify that the message is legitimate with customer service. If the message claims to be from a family member asking for financial help, contact them directly to ensure it’s not a scammer in disguise.  

4. Teach Your Grandparents How to Report Cybercrimes 

 The next step to a confident digital life is reporting fraud. Let your grandparents know that even if the fraud attempt was unsuccessful, they should report the incident.  Any consumer can report online scams at the FBI’s IC3 website. Credit, debit, or bank account fraud should be immediately reported to your bank, as well.  

5. Help Them Install Comprehensive Security Software  

Use a solution like McAfee Total Protection, which can help protect devices against malware, phishing attacks, and other threats. It also includes McAfee WebAdvisor, a tool that identifies malicious websites, and identity theft protection. Having a security solution in place can help provide greater peace of mind so you and your family can live a more confident digital life.  

The post How to Talk to Your Grandparents About Cybersecurity appeared first on McAfee Blogs.

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

How MVISION CNAPP Helps Protect Against ChaosDB

Attackers have made it known that Microsoft is clearly in their cross hairs when it comes to potential targets. Just last month the US Justice Department disclosed that Solorigate continues to comprise security when they confirmed over 80% of Microsoft email accounts were breached across four different federal prosecutors offices. In August Microsoft released another security patch (the second of two) for PrintNightmare, which allows remote attackers system level escalation of all Windows clients and servers. Since Microsoft still has the dominate market share for desktop OS, email/office services, along with the second largest market share in cloud computing, any security vulnerability found within the Microsoft ecosystem has cascading effects across the board.

Based on this, we wanted to let our customers know our response to the latest Microsoft security vulnerability. On August 12, Microsoft confirmed a security vulnerability dubbed ChaosDB whereby attackers can download, delete, or modify all data stored within the Azure Cosmos DB service. In response to the vulnerability Microsoft has since disabled the feature that can be exploited and notified potentially affected customers. However, according to the research team that identified the vulnerability they believe the actual number of customers affected is much higher and has the potential to expose thousands of companies dating back to 2019.

Cosmos DB is Microsoft’s fully managed NoSQL database service hosted on Azure which boasts customers such as Mars, Mercedes Benz, and Chipotle. The ChaosDB vulnerability affects customers that use the Jupyter Notebook feature. This built-in feature allows customers to share data visualizations and narrative text based on the data stored in Cosmos DB. Unfortunately, the Jupyter Notebook feature has been enabled by default for customers since February 2021, and fixing the vulnerability is no easy task. Because the vulnerability exposes public keys that can be used to access other Cosmos databases, the resolution requires that customers manually rotate their Cosmos DB primary keys – which are typically long-lived keys and used across multiple services or applications.

For customers using Cosmos DB, we highly recommend following Microsoft’s guidance and rotate their keys, but we also recognize that business can’t stop and unless you’ve automated key rotation, that task may take time and coordination across multiple teams. This blog will help provide some assistance on how one of our newest services can help identify and mitigate ChaosDB.

MVISION Cloud Native Application Protection Platform (CNAPP) is a new service we launched this year that provides complete visibility and security into services and applications built on top of cloud native solutions. MVISION CNAPP helps customers secure the underlying platform like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud used to build applications but also provides complete build and runtime protection for applications using virtual machines, Docker, and Kubernetes.

As part of this service, MVISION CNAPP has a feature called the custom policy builder. The custom policy builder is a great way for customers to audit services across their entire cloud environment in real time to identify risky configurations but can also be used to curate a specific policy to the customer’s unique environment based on several API properties.

How does the custom policy builder work? Once MVISION CNAPP is connected to a customer’s AWS, Azure, or GCP account, the custom policy builder will list all the supported services within each cloud platform. Along with all the supported services, the custom policy builder will also list all the available API attributes for each of those services – attributes that customers can use as triggers for creating security incidents and automatic responses. A good example of the capability would be “if MVISION CNAPP identifies a public Amazon S3 bucket, performs a scan to on the bucket objects to identify any sensitive data and alerts teams via a SNS notification.” When new vulnerabilities like ChaosDB hit the wire, the custom policy builder is purpose built to help customers identify and understand their risk to anything new.

So how can CNAPP help identify if you’re at risk for ChaosDB? Essentially, you’ll want to answer three questions to understand your risk:

  • Are we using Cosmos DB?
  • If so, do our Cosmos databases have unrestricted access?
  • If an attacker did have access to our Cosmos DB keys, what level of access would they have with those keys?

To find answers to these questions, I’ll show how you can create several custom policies using the MVISION CNAPP custom policy builder, but you can combine and mix these rules based on your needs.

In the first example, I’m going to answer the first two questions to see if we’re running Cosmos DB and if the service has unrestricted network access. Under the MVISION CNAPP menu I’ll click on Policy | Configuration Audit | Actions | Create Policy. From there I’ll give my policy a name and select Microsoft Azure | Next. The custom policy builder will automatically prepopulate all the available services in Azure when I click on Select Resource Type. Select Azure Cosmos DB and the custom policy builder will now show me all the available API attributes for that service. Start typing for the string of properties.publicNetworkAccess with a statement of equals to Enabled with a severity level you assign. Click Test Rule and the custom policy builder will check if you’re running any Cosmos DBs that allow access from any source.

Figure 1: Custom Policy Builder Screenshot

If the results of the custom policy show any incidents where Cosmos DB has unrestricted access, you’ll want to immediately change that setting by Configuring an IP firewall in Azure Cosmos DB.

Now let’s see if we have any Cosmos databases where we haven’t set firewall rules. These rules can be based on a set of IP addresses or private end points and should have been set when you created the DBs, but let’s confirm. You’ll follow the same steps as before but select the following criteria for the policy using AND statements:

  • ipRangeFilter equals to not set
  • virtualNetworksRules is not set
  • privateEndpointConnections is not set

Figure 2: Custom Policy Builder Screenshot 2

If you see any results from the custom policy, you’ll want to review the IP address and endpoints to make sure you’re familiar with access from those sources. If you’re not familiar with those sources or the sources are too broad, follow Configuring an IP firewall in Azure Cosmos DB to make the necessary changes.

Finally, let’s show how MVISION CNAPP can audit to see what is possible if your keys were exposed. In general, database keys are issued out to applications so they can access data. Rarely would you issue keys to make configuration changes or write changes to your database services. If you granted keys that can make changes, you may have issued an overly permissive key. Eventually you’ll want to regenerate those keys, but in the meantime let’s identify if the keys can make write changes.

We’ll follow the same procedure as before but use the properties.disableKeyBasedMetadataWriteAccess equals to false

Figure 3: Custom Policy Builder Screenshot 3

Like in the previous examples, if you find any results here that show you’ve issued keys that can make write changes, you’ll want to disable the feature by following Disable key based metadata write access.

Our custom policy builder is just one of the many features we’ve introduced with MVISION CNAPP. I invite you to check out the solution by visiting http://mcafee.com/CNAPP for more information or request a demo at https://mcafee.com/demo.

The post How MVISION CNAPP Helps Protect Against ChaosDB appeared first on McAfee Blogs.

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

How Groove Gang is Shaking up the Ransomware-as-a-Service Market to Empower Affiliates

Co-authored with Intel471 and McAfee Enterprise Advanced Threat Research (ATR) would also like to thank Coveware for its contribution.

Executive Summary

McAfee Enterprise ATR believes, with high confidence, that the Groove gang is associated with the Babuk gang, either as a former affiliate or subgroup. These cybercriminals are happy to put aside previous Ransomware-as-a-Service hierarchies to focus on the ill-gotten gains to be made from controlling victim’s networks, rather than the previous approach which prioritized control of the ransomware itself.

Introduction

For many years the world of Ransomware-as-a-Service (RaaS) was perceived as a somewhat hierarchical and structured organization. Ransomware developers would advertise their RaaS program on forums and gracefully open up slots for affiliates to join their team to commit crime. The RaaS admins would conduct interviews with potential affiliates to make sure they were skilled enough to participate. Historically, i.e., with CTB locker, the emphasis was on affiliates generating enough installs via a botnet, exploit kits or stolen credentials, but it has shifted in recent years to being able to penetrate and compromise a complete network using a variety of malicious and non-malicious tools. This essentially changed the typical affiliate profile towards a highly-skilled pen-tester/sysadmin.

Figure 1. Recruitment posting for CTB locker from 2014

Figure 2. Recruitment posting for REvil from 2020

Experts often describe the hierarchy of a conventional organized crime group as a pyramid structure. Historically, La Cosa Nostra, drug cartels and outlaw motor gangs were organized in such a fashion. However, due to further professionalization and specialization of the logistics involved with committing crime, groups have evolved into more opportunistic network-based groups that will work together more fluidly, according to their current needs.

While criminals collaborating in the world of cybercrime isn’t a novel concept, a RaaS group’s hierarchy is more rigid compared to other forms of cybercrime, due to the power imbalance between the group’s developers/admins and affiliates.

For a long time, RaaS admins and developers were prioritized as the top targets, often neglecting the affiliates since they were perceived as less-skilled. This, combined with the lack of disruptions in the RaaS ecosystem, created an atmosphere where those lesser-skilled affiliates could thrive and grow into very competent cybercriminals.

However, this growth isn’t without consequences. Recently we have observed certain events that might be the beginning of a new chapter in the RaaS ecosystem.

Cracks in the RaaS model

Trust in the cybercriminal underground is based on a few things, such as keeping your word and paying people what they deserve. Just like with legitimate jobs, when employees feel their contributions aren’t adequately rewarded, those people start causing friction within the organization. Ransomware has been generating billions of dollars in recent years and with revenue like that, it’s only a matter of time before some individuals who believe they aren’t getting their fair share become unhappy.

Recently, a former Conti affiliate was unhappy with their financial portion and decided to disclose the complete Conti attack playbook and their Cobalt Strike infrastructure online, as shown in the screenshot below.

Figure 3. Disgruntled Conti affiliate

In the past, ATR has been approached by individuals affiliated with certain RaaS groups expressing grudges with other RaaS members and admins, claiming they haven’t been paid in time or that their share wasn’t proportionate to the amount of work they put in.

Recently, security researcher Fabian Wosar opened a dedicated Jabber account for disgruntled cybercriminals to reach out anonymously and he stated that there was a high level of response.

Figure 4. Jabber group for unhappy threat actors

Moreover, the popular cybercrime forums have banned ransomware actors from advertising since the Colonial Pipeline attack. Now, the groups no longer have a platform on which to actively recruit, show their seniority, offer escrow, have their binaries tested by moderators, or settle disputes. The lack of visibility has made it harder for RaaS groups to establish or maintain credibility and will make it harder for RaaS developers to maintain their current top tier position in the underground.

Paying respects…. RAMP Forum and Orange

After a turbulent shutdown of Babuk and the fallout from the Colonial Pipeline and Kaseya attacks, it seems that some of the ransomware-affiliated cybercriminals have found a home in a forum known as RAMP.

Figure 5. RAMP posting by Orange, introducing Groove and explaining relationships

Translated Posting

When analyzing RAMP and looking at the posting above from the main admin Orange, it’s hard to ignore numerous references that are made: From the names chosen, to the avatar of Orange’s profile, which happens to be a picture of a legitimate cyber threat intelligence professional.

Orange

Hello, friends! I am happy to announce the first contest on Ramp.

Let’s make it clear that we don’t do anything without a reason, so at the end of the day, it’s us who will benefit most from this contest ?

Here’s the thing: besides my new projects and old, I have always had this unit called

GROOVE — I’ve never revealed its name before and it’s never been mentioned directly in the media, but it does exist — we’re like Mossad (we are few and aren’t hiring). It’s Groove whom the babuk ransomware needs to thank for its fame.

Groove rocks, and babuk stinks ?

Challenge: Using a PHP stack+MYSQL+Bootstrap, code a standard ransomware operators’ blog in THE RUSSIAN LANGUAGE with the following pages:

1) About us

The description of a group, which must be editable from the admin panel and use the same visual editor as our forum.

2) Leaks.

No hidden blogs, just leaks.

Use standard display, just like other ransomware operators’ blogs do.

3) News

A news page; it must be possible to add and edit news via the admin panel.

We’ll be accepting your submissions up to and including August 30.

Who will rate the entries and how?

There will be only one winner. I, Orange, will rate the usability and design of blogs. MRT will rate each entry’s source code and its security. In addition to USD 1k, the winner will most likely get a job in the RAMP team!

Now, for those of you who are interested in entirely different things:

1) No, we are not with the Kazakh intelligence agency.

https://www.fr.sogeti.com/globalassets/france/avis-dexperts–livres-blancs/cybersecchronicles_-_babuk.pdf

2) Groove has never had a ransomware product, nor will that ever change.

3) The babuk team doesn’t exist. We rented the ransomware from a coder who could not shoulder the responsibility, got too scared and decided to leave an error in the ESX builder — naturally, to give us a reason to chuck him out (his motives? Fxxx if I know)

babuk 2.0, which hit the headlines, is not to be taken seriously and must be regarded as nothing but a very stupid joke

4) GROOVE is first and foremost an aggressive financially motivated criminal organization dealing in industrial espionage for about two years. RANSOMWARE is no more than an additional source of income. We don’t care who we work with and how. You’ve got money? We’re in

RAMP Ransom Anon Mark[et] Place

RAMP was created in July 2021 by a threat actor TetyaSluha, who later changed their moniker to ‘Orange.’ This actor claimed the forum would specifically cater to other ransomware-related threat actors after they were ousted from major cybercrime forums for being too toxic, following the high-profile ransomware attacks against the Colonial Pipeline and Washington D.C.’s Metropolitan Police Department in the spring of 2021.

At the time of the initial launch, Orange claimed the forum’s name was a tribute to a now-defunct Russian-language underground drug marketplace, “Russian Anonymous Marketplace,” which was taken down by Russian law enforcement agencies in 2017.  The re-launched cybercrime forum’s name now supposedly stands for “Ransom Anon Mark[et] Place”.

The forum was initially launched on the same TOR-based resource that previously hosted a name-and-shame blog operated by the Babuk ransomware gang and the Payload.bin marketplace of leaked corporate data. The forum was later moved to a dedicated TOR-based resource and relaunched with a new layout and a revamped administrative team, where Orange acted as the admin, with other known actors MRT, 999 and KAJIT serving as moderators.

Why the name Orange?

Why the admin changed handles from TetyaSluha to Orange isn’t 100 percent clear. However, looking back, the early days of RAMP provides us some evidence on who this person has been affiliated with. We found a posting from  where the names Orange and Darkside are mentioned as potential monikers. Very shortly after that, TetyaSluha changed their handle to Orange. While the initial message has been removed from the forum itself, the content was saved thanks to Intel 471.

July 12th 2021 by Mnemo

Congratulations on the successful beginning of struggle for the right to choose and not to be evicted. I hope, the community will soon fill with reasonable individuals.

Oh yeah, you’ve unexpectedly reminded everyone about the wonderful RAMP forum. Are the handles Orange and Darkside still free?

The name Darkside might sound more familiar than Orange but, as we saw with the naming of RAMP, TetyaSluha is one for cybercrime sentiment, so there is almost certainly some hidden meaning behind it.

Based on ATR’s previous research, we believe the name Orange was chosen as a tribute to REvil/GandCrab. People familiar with those campaigns have likely heard of the actor UNKN’. However, there was a less well known REvil affiliate admin named Orange. A tribute seems fitting if Tetyasluha isn’t the notorious Orange as that moniker is tied to some successful ransomware families, GandCrab and REvilthat shaped the RaaS ecosystem as we know it today. 

In the past, UNKN was linked to several other monikers, however Orange was hardly mentioned since there wasn’t a matching public handle used on any particular cybercrime forum.  However, REvil insiders will recognize the name Orange as one of their admins.

Based on ATR’s closed-source underground research, we believe with a high level of confidence, that UNKN was indeed linked to the aforementioned accounts, as well as the infamous “Crab”handle used by GandCrab. Crab was one of the two affiliate-facing accounts that the GandCrab team had (The other being Funnycrab). We believe with a high level of confidence that after the closure of GandCrab, the individual behind the Funnycrab account changed to the account name to Orange and continued operations with REvil, with only a subset of skilled GandCrab affiliates, (as described in our Virus Bulletin 2019 whitepaper) since GandCrab grew too big and needed to shed some weight.

The posting in figure 5 is also shedding some light on the start of the Groove Gang, their relationship to Babuk and, subsequently, BlackMatter.

Groove Gang

In the post from Figure 5, “Orange” also claims to have always had a small group of people that the group collaborates with. Additionally, the actor claims that the name has not been mentioned in the media before, comparing the group to the Israeli secret service group Mossad. The group’s comparison to Mossad is extremely doubtful at best, given the drama that has publicly played out. Groove claims several of Babuk’s victims, including the Metropolitan Police Department, brought them a lot of attention. The several mentions to Babuk isn’t by mistake: we have evidence the two groups also have connections, which we’ve pieced together from examining the behavior of — and particularly the fallout between — the two groups.

Babuk’s Fallout

Originally, the Babuk gang paid affiliates by each victim they attacked. Yet on April 30, it was reported that the gang suddenly had stopped working with affiliates, including the act of encrypting a victim’s system. Instead, their focus shifted to data exfiltration and extortion of targeted organizations. That was followed by the group releasing the builder for the old versions of its ransomware as it pivoted to a new one for themselves.

The attention that Babuk drew by hacking and extorting the Metropolitan Police Department meant their brand name became widely known. It also meant that more firms and agencies were interested in finding out who was behind it. This kind of heat is unwanted by most gangs, as any loose ends that are out there can come back to bite them.

Then, on September 3, the threat actor with the handle ‘dyadka0220’ stated that they were the principal developer of Babuk ransomware and posted what they claimed was the Babuk ransomware source code. They claimed the reason they were sharing everything was due to being terminally ill with lung cancer.

Figure 6. Dyadka0220 was possibly the developer that Orange hinted at in the posting (Figure 5) mentioned above.

On September 7, the Groove gang responded with a blog on their own website, titled “Thoughts about the meaning”, which rhymes in Russian. In this blog, the gang (allegedly) provides information on several recent happenings. Per their statement, the illness of ‘dyadka0220’ is a lie. Additionally, their response alleges that the Groove gang never created the Babuk ransomware themselves, but worked with someone else to produce it.

The validity of the claims in Groove’s latest blog is hard to determine, although this does not matter too much: the Babuk group, including affiliates, had a fallout that caused the group to break up, causing the retaliation of several (ex-)members.

Observed Behavior

The ATR team has covered Babuk multiple times. The first blog, published last February, covers the initial observations of the group’s malware. The second blog, published last July, dives into the ESXi version of the ransomware and its issues. The group’s tactics, techniques, and procedures (TTPs) are in-line with commonly observed techniques from ransomware actors. The deployment of dual-use tools, which can be used for both benign and malicious purposes, is difficult to defend against, as intent is an unknown term for a machine. Together with other vendors we have narrowed down some of the TTPs observed by the Groove gang.

Initial Access

The actor needs to get a foothold within the targeted environment. The access can be bought, in terms of stolen (yet valid) credentials, or direct access in the form of a live backdoor on one or more of the victim’s systems. Alternatively, the actor can exploit publicly facing infrastructure using a known or unknown exploit. To ATR’s understanding, the latter has been used several times by exploiting vulnerable VPN servers.

Lateral Movement, Discovery and Privilege Escalation

Moving around within the network is an important step for the actor, for two reasons. Firstly, it allows the attacker to find as much data as possible, which is then exfiltrated. Secondly, access to all machines is required in order to deploy the ransomware at a later stage. By encrypting numerous devices at once, it becomes even harder to control the damage from a defender’s point of view. The actor uses commonly known tools, such as Ad-Find and NetScan, to gather information on the network. Based on the gathered information, the actor will move laterally through the network. One of the most frequently observed methods by this actor to do so, is by using RDP.

To work with more than user-level privileges, the actor has a variety of options to escalate their privilege to a domain administrator. Brute forcing RDP accounts, the dumping of credentials, and the use of legacy exploits such as EternalBlue (CVE-2017-0144), are ways to quickly obtain access to one or more privileged accounts. Once access to these systems is established, the next phase of the attack begins.

Data Exfiltration and Ransomware Deployment

The actor navigates through the machines on the network using the earlier obtained access. To exfiltrate the collected data, the attacker uses WinSCP. Note that other, similar, tools can also be used. Once all relevant data has been stolen, the attacker will execute the ransomware in bulk. This can be done in a variety of ways, ranging from manually starting the ransomware on the targeted machines, scheduling a task per machine, or using PsExec to launch the ransomware.

Linking Groove to Babuk and BlackMatter

As discussed above, there was a fallout within Babuk. From that fallout, a part of the group stayed together to form Groove. The server that Babuk used, which we will refer to as the “wyyad” server due to the ending of the onion URL, rebranded in late August 2021. The similarities can be seen in the two screenshots below.

Figure 7. The changes to the landing page from Babuk to Groove

Aside from this, data from old Babuk victims is still hosted on this server. The ATR team found, among others, leaks that belong to:

  • a major US sports team,
  • a British IT service provider,
  • an Italian pharmaceutical company,
  • a major US police department,
  • a US based interior shop.

All these victims have previously been claimed by (and attributed to) Babuk.

Another gang, known as BlackMatter, uses a variety of locations to host their extorted files, which can be done out of convenience or to avoid a single notice and takedown to remove all offending files. Additionally, the ATR team assumes, with medium confidence, that different affiliates use different hosting locations.

The data of one of the BlackMatter gang’s victims, a Thai IT service provider, is stored on the “wyyad” server. As such, it can mean that the Groove gang worked as an affiliate for the BlackMatter gang. This is in line with their claim to work with anybody, as long as they profit from it. The image below shows the BlackMatter leak website linking to the “wyyad” server.

Figure 8. screenshot of BlackMatter, where the data is stored on the Groove server

The Groove gang’s website contains, at the time of writing, a single leak: data from a German printing company. Even though the website is accessible via a different address, the leaked data is stored on the “wyyad” server.

Figure 9. Another Groove victim but stored on their own page

The affected company does not meet BlackMatter’s “requirements,” the group has said it only goes after companies that make more than $US 100 million. This company’s annual revenue is estimated at $US 75 million, as seen in the below screenshot.

Figure 10. Posting on the Exploit forum by BlackMatter

At the end of Orange’s announcement comes a call to action and collaboration: “GROOVE is first and foremost an aggressive financially motivated criminal organization dealing in industrial espionage for about two years. RANSOMWARE is no more than an additional source of income. We don’t care who we work with and how. You’ve got money? We’re in”.

The group’s primary goal, making money, is not limited to ransomware. Inversely, ransomware would be the cherry on top. This is yet another indication of the ransomware group’s shift to a less hierarchical set-up and a more fluid and opportunistic network-based way of working.

In the Groove gang’s blog on September 7, a reference is made with regards to BlackMatter, and its links to DarkSide. If true, these insights show that the Groove gang has insider knowledge of the BlackMatter gang. This makes the collaboration between Groove and BlackMatter more likely. If these claims are false, it makes one wonder as to why the Groove gang felt the need to talk about other gangs, since they seem to want to make a name for themselves.

Due to the above outlined actions ATR believes, with high confidence, that the Groove gang is a former affiliate or subgroup of the Babuk gang, who are willing to collaborate with other parties, as long as there is financial gain for them. Thus, an affiliation with the BlackMatter gang is likely.

Conclusion

Ever since Ransomware-as-a-Service became a viable, and highly profitable, business model for cybercriminals, it has operated in much the same way with affiliates being the sometimes underpaid workhorses at the bottom of a rigid pyramid shaped hierarchy.

For some affiliates there was an opportunity to become competent cybercriminals while, for many others, the lack of recompense and appreciation for their efforts led to ill-feeling. Combined with underground forums banning ransomware actors, this created the perfect opportunity for the threat actor known as Orange to emerge, with the Groove gang in tow, with the offer of new ways of working where an associate’s worth was based entirely on their ability to earn money.

Time will tell if this approach enhances the reputation of the Groove gang to the level of the cybercriminals they seem to admire. One thing is clear though; with the manifestation of more self-reliant cybercrime groups the power balance within the RaaS eco-climate will change from he who controls the ransomware to he who controls the victim’s networks.

MITRE TTPs

We have compiled a list of TTPs based on older Babuk cases and some recent cases linked to Groove:

  • T1190: Exploit Public-Facing Application (VPN services)
  • T1003: OS Credential Dumping
  • 002: Valid Accounts: Domain Accounts
  • T1059: Command and Scripting Interpreter
  • T1021:002: SMB/Windows Admin Shares
  • T1210: Exploitation of Remote Services
  • T1087: Account Discovery
  • T1482: Domain Trust Discovery
  • T1562: Impair Defense
  • T1537: Transfer Data to Cloud Account
  • T1567: Exfiltration Over Web Service

If a partnership is achieved with a Ransomware family:

  • T1486 Data Encrypted for Impact

The post How Groove Gang is Shaking up the Ransomware-as-a-Service Market to Empower Affiliates appeared first on McAfee Blogs.

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

Data Breach Lawsuit Against Sonic Will Proceed

Data Breach Lawsuit Against Sonic Will Proceed

Litigation filed against American fast-food chain Sonic over a 2017 data breach has been allowed to proceed.

Financial institutions brought a lawsuit against Sonic Corp after it emerged that financial data belonging to customers of the restaurant had been stolen in a cyber-attack. The attacker(s) installed malware on a point-of-sale system used at hundreds of Sonic franchises.

In a data breach notice issued at the time of the attack, Sonic stated: “Sonic Drive-In has discovered that credit and debit card numbers may have been acquired without authorization as part of a malware attack experienced at certain Sonic Drive-In locations.”

Sonic is based in Oklahoma City and has nearly 3,600 locations across 45 US states. An investigation into the attack found that customers’ payment card data had been exposed at more than 700 Sonic franchised drive-in locations. 

Under Sonic’s franchise agreement, the franchisees were required to give Sonic access to their transaction data through a Sonic-managed virtual private network (VPN). Hackers accessed this data using VPN credentials issued to a transaction-processing service by Sonic. 

Sonic has argued that the plaintiffs can’t prove that it was guilty of “affirmative acts” that exposed its customers to an “unreasonably high risk of harm.” According to the restaurant chain, any blame for the breach lies with the point-of-sale vendor that it employed, Infor Restaurants Services Inc. 

On Tuesday in Cleveland, Ohio, US District Judge James Gwin turned down Sonic’s request to grant summary judgement. Gwin found that material facts in the case “remain unresolved” and that Sonic owed an obligation to the financial institutions that had brought the case.

“Sonic had a duty to prevent the criminal acts of hackers because Sonic’s affirmative acts created a risk of harm, and Sonic knew or should have known that the risk of hacking made its flawed security practices unreasonably dangerous,” said Gwin.  

In the ruling, Gwin cited several actions allegedly performed by Sonic that had created risk. Among these was creating a “permanently-enabled VPN tunnel” that allowed anyone with Infor credentials and a remote user credential to access the system without multi-factor authentication.

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

US Considers Limiting CISA Director’s Term

US Considers Limiting CISA Director’s Term

The United States is considering putting a cap on the amount of time an individual can work in the role of director of the Department of Homeland Security’s Cybersecurity and Infrastructure Security Agency (CISA). 

Bipartisan House lawmakers introduced legislation this week that proposes limiting the term of the top cybersecurity role to five years. 

If passed into law, the proposed CISA Cybersecurity Leadership Act would also reaffirm that the role of CISA director requires Senate approval after presidential nomination. 

Among the politicians who have voiced their support for the bill is Representative Andrew Garbarino, who is a ranking member on the House Homeland Security Committee’s cybersecurity subcommittee. 

“The current threat landscape is ever changing and expanding to include a multitude of cyber risks. We must evolve along with it to be best prepared to mitigate these threats,” said Garbarino in a statement Tuesday. 

“With cyber attacks on the rise, CISA, the lead federal civilian cybersecurity agency for the United States, needs consistent and stable leadership presiding over our nation’s cyber preparedness.”

He added: “This bipartisan bill will remove any uncertainty from the CISA Director role so that the Director can focus squarely on strengthening our cyber posture.”

House Homeland Security Committee Chairman Bennie Thompson, ranking member John Katko, cybersecurity subcommittee Chairwoman Yvette Clarke, and Reps. Jim Langevin, Mike Gallagher and Ralph Norman are also sponsoring the bill. 

In a joint statement Tuesday, Thompson and Clarke said: “As the cyber threats facing the nation continue to evolve, we need steady leadership at the Cybersecurity and Infrastructure Security Agency.”

The first person to hold the position of CISA director was Christopher Krebs. He was fired from the role via a tweet in November 2020 by then President Donald Trump. 

CISA’s current director, Jen Easterly, was nominated by President Joe Biden in April 2021 and was unanimously confirmed by the Senate on July 12, 2021. 

According to CISA’s website: “As director, Ms. Easterly leads CISA’s efforts to protect and defend civilian government networks, manage systemic risk to national critical functions, and collaborate with State, Local, Tribal, and Territorial partners as well as with the private sector to ensure the security and resilience of the Nation’s cyber and physical infrastructure.”

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

NCCoE Releases Cybersecurity Guide for First Responders

NCCoE Releases Cybersecurity Guide for First Responders

The National Cybersecurity Center of Excellence (NCCoE) at the National Institute of Standards and Technology (NIST) has released the final version of a Cybersecurity Practice Guide for first responders. 

The NIST Cybersecurity Practice Guide SP 1800-13, Mobile Application Single Sign-On: Improving Authentication for Public Safety First Responders (PSFRs) was developed in collaboration with industry stakeholders and NIST’s Public Safety Communications Research Lab. 

To provide emergency care and support, PSFR personnel rely on mobile platforms to access public safety data. Among the data that PSFRs must access in the performance of their roles is personally identifiable information, law enforcement sensitive information, and protected health information. 

The new Cybersecurity Practice Guide was created with the aim of resolving authentication issues so that sensitive data can be accessed by PSFRs both securely and quickly enough to prevent any delay in the provision of potentially life-saving care. 

Public safety organizations can use the guide to define requirements for mobile application single sign-on (SSO) and multi-factor authentication (MFA) implementation and improve interoperability among mobile platforms, applications, and identity providers (IdPs).

Included in the guide is advice on how to enhance the efficiency of PSFRs by cutting down on the number of authentication steps, the time it takes to access critical data, and the number of credentials that must be managed.

“This practice guide describes a reference design for multi-factor authentication and mobile single sign-on for native and web applications while improving interoperability among mobile platforms, applications, and identity providers, regardless of the application development platform used in their construction,” said the NCCoE.

The products described in the NIST Cybersecurity Practice Guide are standards-based commercially available or open-source products. 

In the guide, PSFRs are urged to be aware of the potential risks associated with using mobile platforms and applications. 

The guide warns users that “complex passwords are harder to remember and input to IT systems” and that “mobile devices exacerbate this issue with small touchscreens that may not work with gloves or other PSFR equipment, and with three separate keyboards among which the user must switch.”

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

Stress and Burnout Affecting Majority of Cybersecurity Professionals

Stress and Burnout Affecting Majority of Cybersecurity Professionals

Over half (51%) of cybersecurity professionals are kept up at night by the stress of the job and work challenges, according to CIISec’s 2020/21 State of the Profession report.

The survey of 557 security professionals found that stress and burnout have become a major issue during the COVID-19 pandemic. This is partly due to overwork — the study found almost half (47%) of respondents work 41+ hours a week, with some working up to 90.

Additionally, 80% said that staff across organizations have been more anxious or stressed during the crisis. This is concerning as numerous studies have demonstrated that people are more vulnerable to being duped by cyber-criminals while feeling stressed or burnt out.

The study also analyzed other pressures the pandemic has placed upon the security industry. While more than half (53%) of cybersecurity pros said their budgets are rising, this is not enough to keep up with their organizations’ threats. More than two-thirds (69%) believe that risks to their organization’s data have increased due to staff working from home.

Additionally, 65% said that the pandemic made security reviews, audits, and overseeing processes more difficult. Two-thirds (66%) also agreed that the forced cancellation of education events, including training sessions, has widened the skills gap in the sector.

Encouragingly, the pandemic appeared to have some positive impacts regarding security awareness and increased expenditure. Around three-fifths (59%) of cybersecurity professionals think the industry has got better at defending systems from attacks and protecting data during 2020, and 62% said the sector had improved its response to security incidents, data losses, outages and breaches when they occur.

The respondents were also asked about what they felt were the most important skillsets required for those joining the industry. Analytical thinking/problem-solving was ranked top, while communication skills were viewed as much less important.

CIISec observed that lack of diversity continues to be a significant problem in the sector, with men making up 81% of survey respondents.

Amanda Finch, CEO of CIISec, commented: “Lockdown has had a considerable impact on security professionals. The move to remote working has not only made processes harder to manage and data harder to secure but has been accompanied by a huge rise in threats and attacks. Adding to this, the survey shows a lack of career opportunity was one of the top sources of stress. It’s clear the industry needs to do more to highlight the available opportunities and what skill sets and knowledge security professionals need to move to the next level on their chosen career path. Without this, the industry will struggle to recruit and retain talent, only widening the skills gap.”

If you liked this article, be sure to check out this upcoming Online Summit session:

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

Attacks on IoT Devices Double Over Past Year

Attacks on IoT Devices Double Over Past Year

The number of attacks targeting IoT devices has almost doubled from the second half of 2020 to the first six months of this year, according to Kaspersky.

The Russian cybersecurity firm collected data from a network of honeypots to mimic vulnerable devices and invite attacks.

Although these honeypots were on the receiving end of around 639 million cyber-attacks in the final six months of 2020, the figure had soared to over 1.5 billion by the first half of 2021.

So far this year, most of these attacks have been attempted using the telnet protocol, which is typically used to access and manage devices remotely. Over 872 million, or nearly 58%, of the total was accounted for this way. The rest used SSH (34%) and web (8%) channels.

Once compromised, IoT devices can be conscripted into botnets and used to mine illegally for crypto-currencies, launch DDoS attacks, steal personal data and more.

“Since IoT devices, from smartwatches to smart home accessories, have become an essential part of our everyday lives, cybercriminals have skilfully switched their attention to this area. We see that once users’ interest in smart devices rose, attacks also intensified,” explained Kaspersky security expert Dan Demeter.

“Some people believe they aren’t important enough to be hacked but we’ve observed how attacks against smart devices intensified during the past year. Most of these attacks are preventable. That’s why we advise smart home users to install a reliable security solution, which will help them stay safe.”

However, the challenge with IoT devices is that they can’t support traditional endpoint security agents. That means that security must be plugged in at the smart home network layer.

Other steps recommended by Kaspersky included prompt patching of any firmware updates and changing any factory default passwords to stronger, more complex credentials.

The vendor also urged smart home users to reboot any devices behaving oddly if they’re infected with malware, as this can sometimes help eliminate the malicious code.

If you liked this article, be sure to check out these upcoming Online Summit sessions:

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

REvil Ransomware Group is Back as “Happy Blog” Returns

REvil Ransomware Group is Back as “Happy Blog” Returns

An infamous ransomware group that appeared to shutter its operations following a major supply chain attack on IT software provider Kaseya seems to be back in business.

The REvil/Sodinokibi variant has been used by countless affiliates to extort money from companies as diverse as now-defunct Travelex, Jack Daniels-maker Brown-Forman and meat processing giant JBS.

Last year it claimed to have amassed a fortune of $100m through its efforts.

However, widespread condemnation following the July Kaseya attack, which impacted thousands of downstream customers, including schools, appeared to have forced the group offline. The attack itself garnered attention from the very top level of the US government, with President Biden ordering his intelligence agencies to investigate.

Some speculated that it was simply lying low and would likely return with different branding.

However, that doesn’t appear to be the case, with the group’s “Happy Blog” site now back up and running, according to Recorded Future. The site is where it publishes data exfiltrated from its victims in order to force them to pay up.

“At the time of writing, the website is still listing the same victims it listed at the time of its shutdown on July 13,” the threat intelligence firm claimed.

“In addition, REvil’s ‘payment portal,’ where victims are told to go and negotiate with the REvil gang, has also been restored at the same old dark web .onion URL.”

Some speculated back in July that REvil threat actors, thought to be located within Russia, had been told to tone down their activity by the Kremlin after high-level geopolitical meetings with Washington.

The White House has issued repeated statements warning that it reserves the right to go after cyber-criminals wherever they’re located if governments purportedly harboring them refuse to take action. 

If you liked this article, be sure to check out these upcoming Online Summit sessions:

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains

CISA Urges Firms to Mitigate New Windows RCE Bug

CISA Urges Firms to Mitigate New Windows RCE Bug

The US authorities are urging IT teams to follow newly released guidance from Microsoft designed to help mitigate a flaw in Windows currently under active exploitation.

High severity remote code execution bug CVE-2021-40444 exists in Windows browser engine MSHTML. Microsoft revealed in a note yesterday that the vulnerability is being used in targeted attacks featuring specially crafted Office documents. It could enable a remote attacker to hijack an affected system.

“An attacker could craft a malicious ActiveX control to be used by a Microsoft Office document that hosts the browser rendering engine,” it explained.

“The attacker would then have to convince the user to open the malicious document. Users whose accounts are configured to have fewer user rights on the system could be less impacted than users who operate with administrative user rights.”

Although no patch is yet available, Microsoft said that, by default, Office opens documents from the internet in Protected View or Application Guard for Office, which will prevent the attack.

It added that organizations could also disable their installation of all ActiveX controls in Internet Explorer to mitigate the threat. This can apparently be done for all sites by updating the registry.

Reports suggest the attacks spotted in the wild are being launched against customers using Microsoft 365 and Office 2019 on Windows 10.

“Vulnerabilities like these tend to have extremely long lifetimes for exploitation in the wild, highlighting the need for security monitoring and periodic threat hunting,” warned Jake Williams, CTO at incident response firm BreachQuest.

An alert from the US Cybersecurity and Infrastructure Security Agency (CISA) yesterday urged users and administrators to implement the workarounds or mitigations suggested by Microsoft.

If you liked this article, be sure to check out these upcoming Online Summit sessions:

—————
Boost Internet Speed
Free Business Hosting
Free Email Account
Dropcatch
Free Secure Email
Secure Email
Cheap VOIP Calls
Free Hosting
Boost Inflight Wifi
Premium Domains
Free Domains