Iran-aligned hacker group, MuddyWater’s latest phishing campaign deploying the new Syncro remote administration tool is causing all kinds of trouble. This text shares details about the phishing campaign, who MuddyWater is, the hacker group’s previous attacks, the latest changes, Syncro’s capabilities, how the attack campaign works, and how to protect against it.
There is a novel phishing campaign utilizing legitimate corporate accounts for phishing emails. MuddyWater, a hacking group associated with Iran’s MOIS (Ministry of Intelligence and Security), has been using compromised email accounts from genuine organizations for a large-scale phishing campaign that is paired with a remote administration tool.
The group has used similar tools in the past but has changed its tactics multiple times, coming to its most severe one. Here is everything you need to know about the MuddyWater phishing campaign and its RAT, Syncro.
Who is MuddyWater?
Also known as Boggy Serpens, Earth Vetala, Seedworm, and Cobalt Ulster, MuddyWater is a hacker group that primarily targets the Middle East and surrounding nations like India. The hacker group has been causing trouble since 2017, and its threat actors are known for their slowly evolving PowerShell-based backdoor that is continually incremented in its capability from time to time. The hacker group has also targeted the USA in the past, along with Central and West Asian countries.
MuddyWater’s Previous Attacks
MuddyWater has been conducting significant spear-phishing campaigns in the United Arab Emirates, Saudi Arabia, Israel, and Azerbaijan. These included:
Phishing Emails:As Earth Vetala, the hacking group sent spear-phishing emails and lure documents. These documents and phishing emails contained URLs (Uniform Resource Locators) that led the victims to file-sharing services.
Malicious URLs:These malicious URLs were linked to legitimate file-sharing services from where the threat actors distributed their RAT (Remote Administration Tool), Screen Connect.
MuddyWater RAT:MuddyWater’s previous RAT, ScreenConnect, posed as a legitimate application for managing enterprise systems remotely for system administrators. ScreenConnect encompassed data encoding, email parsing, file and registry copy, HTTP/S (Hypertext Transfer Protocol Secure) connection support, native command line, and process and file execution capabilities.
However, researchers at Trend Microidentified multiple threat indicators and discovered that the threat actors were using post-exploration tools for password dumping. These passwords were tunneled to a threat actor-controlled C2 (Command and Control) server using open-source tools, and additional infrastructure on targeted systems was established for persistent presence. The threat actors could extract credentials from the following.
Gather the currently logged-on user and OS version
MuddyWater’s Latest Phishing Campaign
The threat research team at Deep Instinct has been closelyanalyzing the cybercriminal group’s latest phishing campaign that has been targeting Armenia, Azerbaijan, Egypt, Iraq, Israel, Jordan, Oman, Qatar, Tajikistan, and United Arab Emirates.
Phishing
The latest phishing activity was observed in October and is notable for the threat actors due to the usage of a new RAT named Syncro. Just like the previous one, the latest MuddyWater phishing campaign utilizes compromised legitimate corporate accounts.
However, these phishing emails contain a new lure in the form of an HTML (Hyper Text Markup Language). The threat actors have been posing as Egyptian hosting service providers and organizations, Israeli Healthcare, and more.
Since the HTML attachment is not an archive or executable, it does not raise any victim’s suspicions, as HTML is overlooked while preparing the workforce for phishing education and phishing awareness training.
Syncro
Syncro is a highly sophisticated RAT that allows MuddyWater’s threat actors to take control of the victim’s devices remotely. However, MuddyWater is not the only threat actor utilizing this tool. Syncro has been observed in Luna Moth and BatLoader campaigns as well.
Syncro is a platform packed with features aimed at helping MSPs (Managed Service Providers) run their businesses. Syncro provides MSPs with an agent for device management that comes installed with a customized MSI file and a customer ID and also comes with a 21-day trial offer that allows you to choose the subdomain.
The trial version comes with a GUI (Graphical User Interface), allowing the actor complete control over any device via RAT, a terminal with SYSTEM privileges, remote desktop access, task and service managers, and more. With Syncro, threat actors can deploy multiple backdoors, exfiltrate data, and hand off access to other threat actors, making it a significant threat.
How does MuddyWater’s Phishing Campaign Work
The phishing campaign works in three key steps, which are:
Targeted Emails:MuddyWater’s latest phishing campaign follows in the footsteps of its previous one, with threat actors practicing social engineering and sending malicious phishing emails to targeted individuals.
Malicious Attachments:Once the victim is approached, the threat actors send a phishing link to a legitimate dropbox, an HTML file connected to the cloud server, or malicious attachments leading the victim to OneHub.
ZIP Downloads: All these cloud servers or document dropboxes contain a malicious ZIP file that extracts an MSI Windows Installer that deploys Syncro on their machines.
How to Protect Against the MuddyWater Phishing Campaign?
Along with the analysis, Deep Instinct’s researchers also shared how it would be best for security teams, organizations, and individuals to monitor their machines for remote desktop solutions that are uncommon in the enterprise since they are abused more than their common counterparts.
Additionally, it would be best to provide the best phishing training to the workforce and executives alike. Here are a few ways you can ensure that your clients and the organizations are safe from phishing emails and social engineering:
SSL Certificates:Using an SSL (Secure Sockets Layer) certificate can allow organizations to secure all incoming and outgoing traffic, which means all information is protected from eavesdropping and cannot be used for social engineering.
Securely Hosted Payments:One of the best practices for 2023 and beyond is reducing risks to customer financial information by using payment gateways with the latest PCI DSS and ISO 27001 certifications. So even if your customers receive phishing emails targeted towards stealing their financial information, they are protected.
Adequate Staff Education:Educating employees is critical since they make or break any organization. Proper staff training, phishing awareness, practice simulations, and regular seminars sharing the latest revelations and phishing tactics enforce the idea in the workforce, making them better at identifying and steering clear phishing emails.
Final Words
The latest MuddyWater phishing campaign is novel, and the targeted organizations need to learn for phishing protection. Not just from the ongoing threat but from future ones. With various social engineering methods and malicious payload deployment, the latest MuddyWater phishing campaign will surely harm many more.
However, the first step in stopping any threat is knowing how it works and how it can damage you. With that covered, it would be best to follow the above guidelines to strengthen the organization against phishing attacks, and invest in automated tools and technologies and cyber insurance, to be prepared for the worst-case scenario since there are significant chances of any organization facing a cyberattack, especially phishing.
If you have a LastPass account, which you use to store login information and passwords, or you previously had one that you did not delete, your password vault might be in hackers’ hands. Read on to learn more about the story.
As we enter into 2023, cybercriminals are continuing to evolve their tactics and techniques to carry out phishing attacks. With the rise of remote working, the attack surface for phishing attacks has broadened significantly, which means it’s more important than ever for organizations to stay ahead of the curve.
In this blog post, we’ll look at the top phishing attacks of 2022 that can help you better prepare for your protection from phishing in 2023.
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The OpenAPI specification has grown popular in the past few years especially when it comes to documenting and describing APIs. This is fueled by the many benefits the specification offers to organizations.
Some of the notable benefits include the support the specification gets from different API management tools and the fact that organizations can generate specifications and documentation from the client side easily.
Instead of using XML elements in OpenAPI, developers are required to use JSON objects. This comes with a schema used for contents, order, and naming. The JSON file is used to describe all the parts of the API in a standard format.
What is OpenAPI Specification?
Formally known as the Swagger Specification, the OpenAPI specification can be described as an API description format used for REST APIs. With an OpenAPI file, organizations can describe their APIs. The description includes things such as;
All the available methods such as POST and GET, and endpoints such as URLs.
Apart from using the specification to document their APIs, organizations can also use it to generate client code and the required documentation. The good news is that most API management tools come with support for Opeation. This not only makes it easy to create APIs but also to maintain them.
Some main components you will find with the OpenAPI specification include security, responses, parameters, and paths. Each of these components holds arrays and properties as JSON objects.
You will get descriptions, contact, license, document version, and all the information you need about the APIs in the info field. The server field, on the other hand, describes all the endpoints used in the API.
An API can be defined as a computing interface that allows applications to communicate and share information. Due to their growing popularity, cybersecurity has become one of the biggest concerns for organizations. Cybercriminals are targeting organizations through APIs to try and steal information and data that they access.
Here are a few important security facts you need to know about the OpenAPI specification;
Where Security is Defined in OpenAPI Specification
You can define security in three different places in the OpenAPI specification. These include;
Under #/security
This is the default place where security is supposed to be defined in the OpenAPI specification. It is also supposed to match with a named security scheme that can be or will be found under #/components/securitySchemes.
If by any chance you do not define security under #/security or it is found to be an empty object, then your API will not be secured by default. This is common with small APIs that come with few endpoints open to most users. However, they define security specific to certain operations.
Under #/components/securitySchemes
This is the default place for the definition of the security options you have for your API. Smaller APIs normally come with a single option. You can set anything you want as the key name. The name you set here will be used when being referenced from anywhere else in the specification.
Type is, however, a required parameter. It can be either oauth2, HTTP, apikey, or the new openIdConnect and mutualTLS. All the other parameters change depending on the type used.
Under Certain Operations
Finally, you can set your OpenAPI security under certain operations. Again, you will use one of oauth2, HTTP, apikey, or the new openIdConnect and mutualTLS. However, this is done under a certain operation that lies on a certain path.
If you do not have security defined under certain operations, then the top-level security defined under #/security will be used by the API. This is important for APIs with operations that need to use different security parameters.
OpenAPI 3.0 Security Features
OpenAPI 3.0 comes with a dedicated part of its document known as security schemes where you are supposed to declare all security definitions. The OpenAPI specification has standardized how all the parts of the document are supposed to be declared.
This ensures that you can reuse anything declared in the security schemes across different paths without any problems. Previously in OpenAPI 2.0, the shared components were left at the mercy of developers. In OpenAPI 3.0, all of them can now be found within the components key.
In addition, OpenAPI 3.0 comes with support for OpenID Connect. Organizations are also able to include different oAuth2 flows in their security definitions. This is one of the most popular functionalities today.
OpenAPI 2.0 Security Features
OpenAPI 2.0 specification comes with a section that is dedicated to the declaration of all security requirements and features used in your API. These security features can be used anywhere in the API operations and paths.
It also comes with support for a type of security definition known as basic. This is the previous plain HTTP format of authentication.
Unfortunately, you will not find any other built-in security features with OpenAPI 2.0. You cannot even define your custom security definitions without having to use extensions provided by external vendors.
Even though this is enough for most API security requirements, it might not work well with some special cases. Understanding the security features in both OpenAPI 2.0 and 3.0 is vital in making sure that your APIs are secure.
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