Malware Devil

Tuesday, November 3, 2020

Two Charged in SIM Swapping, Vishing Scams

Two young men from the eastern United States have been hit with identity theft and conspiracy charges for allegedly stealing bitcoin and social media accounts by tricking employees at wireless phone companies into giving away credentials needed to remotely access and modify customer account information.

Prosecutors say Jordan K. Milleson, 21 of Timonium, Md. and 19-year-old Kingston, Pa. resident Kyell A. Bryan hijacked social media and bitcoin accounts using a mix of voice phishing or “vishing” attacks and “SIM swapping,” a form of fraud that involves bribing or tricking employees at mobile phone companies.

Investigators allege the duo set up phishing websites that mimicked legitimate employee portals belonging to wireless providers, and then emailed and/or called employees at these providers in a bid to trick them into logging in at these fake portals.

According to the indictment (PDF), Milleson and Bryan used their phished access to wireless company employee tools to reassign the subscriber identity module (SIM) tied to a target’s mobile device. A SIM card is a small, removable smart chip in mobile phones that links the device to the customer’s phone number, and their purloined access to employee tools meant they could reassign any customer’s phone number to a SIM card in a mobile device they controlled.

That allowed them to seize control over a target’s incoming phone calls and text messages, which were used to reset the password for email, social media and cryptocurrency accounts tied to those numbers.

Interestingly, the conspiracy appears to have unraveled over a business dispute between the two men. Prosecutors say on June 26, 2019, “Bryan called the Baltimore County Police Department and falsely reported that he, purporting to be a resident of the Milleson family residence, had shot his father at the residence.”

“During the call, Bryan, posing as the purported shooter, threatened to shoot himself and to shoot at police officers if they attempted to confront him,” reads a statement from the U.S. Attorney’s Office for the District of Maryland. “The call was a ‘swatting’ attack, a criminal harassment tactic in which a person places a false call to authorities that will trigger a police or special weapons and tactics (SWAT) team response — thereby causing a life-threatening situation.”

The indictment alleges Bryan swatted his alleged partner in retaliation for Milleson failing to share the proceeds of a digital currency theft. Milleson and Bryan are facing charges of wire fraud, unauthorized access to protected computers, aggravated identity theft and wire fraud conspiracy.

The indictment doesn’t specify the wireless companies targeted by the phishing and vishing schemes, but sources close to the investigation tell KrebsOnSecurity the two men were active members of OGusers, an online forum that caters to people selling access to hijacked social media accounts.

Bryan allegedly used the nickname “Champagne” on OGusers. On at least two occasions in the past few years, the OGusers forum was hacked and its user database — including private messages between forum members — were posted online. In a private message dated Nov. 15, 2019, Champagne can be seen asking another OGusers member to create a phishing site mimicking T-Mobile’s employee login page (t-mobileupdates[.]com).

Sources tell KrebsOnSecurity the two men are part of a larger conspiracy involving individuals from the United States and United Kingdom who’ve used vishing and phishing to trick work-at-home employees into giving away credentials needed to remotely access their employers’ networks.

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Two Charged in SIM Swapping, Vishing Scams

Two young men from the eastern United States have been hit with identity theft and conspiracy charges for allegedly stealing bitcoin and social media accounts by tricking employees at wireless phone companies into giving away credentials needed to remotely access and modify customer account information.

Prosecutors say Jordan K. Milleson, 21 of Timonium, Md. and 19-year-old Kingston, Pa. resident Kyell A. Bryan hijacked social media and bitcoin accounts using a mix of voice phishing or “vishing” attacks and “SIM swapping,” a form of fraud that involves bribing or tricking employees at mobile phone companies.

Investigators allege the duo set up phishing websites that mimicked legitimate employee portals belonging to wireless providers, and then emailed and/or called employees at these providers in a bid to trick them into logging in at these fake portals.

According to the indictment (PDF), Milleson and Bryan used their phished access to wireless company employee tools to reassign the subscriber identity module (SIM) tied to a target’s mobile device. A SIM card is a small, removable smart chip in mobile phones that links the device to the customer’s phone number, and their purloined access to employee tools meant they could reassign any customer’s phone number to a SIM card in a mobile device they controlled.

That allowed them to seize control over a target’s incoming phone calls and text messages, which were used to reset the password for email, social media and cryptocurrency accounts tied to those numbers.

Interestingly, the conspiracy appears to have unraveled over a business dispute between the two men. Prosecutors say on June 26, 2019, “Bryan called the Baltimore County Police Department and falsely reported that he, purporting to be a resident of the Milleson family residence, had shot his father at the residence.”

“During the call, Bryan, posing as the purported shooter, threatened to shoot himself and to shoot at police officers if they attempted to confront him,” reads a statement from the U.S. Attorney’s Office for the District of Maryland. “The call was a ‘swatting’ attack, a criminal harassment tactic in which a person places a false call to authorities that will trigger a police or special weapons and tactics (SWAT) team response — thereby causing a life-threatening situation.”

The indictment alleges Bryan swatted his alleged partner in retaliation for Milleson failing to share the proceeds of a digital currency theft. Milleson and Bryan are facing charges of wire fraud, unauthorized access to protected computers, aggravated identity theft and wire fraud conspiracy.

The indictment doesn’t specify the wireless companies targeted by the phishing and vishing schemes, but sources close to the investigation tell KrebsOnSecurity the two men were active members of OGusers, an online forum that caters to people selling access to hijacked social media accounts.

Bryan allegedly used the nickname “Champagne” on OGusers. On at least two occasions in the past few years, the OGusers forum was hacked and its user database — including private messages between forum members — were posted online. In a private message dated Nov. 15, 2019, Champagne can be seen asking another OGusers member to create a phishing site mimicking T-Mobile’s employee login page (t-mobileupdates[.]com).

Sources tell KrebsOnSecurity the two men are part of a larger conspiracy involving individuals from the United States and United Kingdom who’ve used vishing and phishing to trick work-at-home employees into giving away credentials needed to remotely access their employers’ networks.

Read More

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Turkish Banking Agency Mandates Better Software Supply Chain Hygiene

Today, application attacks and breaches are often the result of easily exploited – and easily rectified – open source vulnerabilities. While we hope companies would self-regulate their cybersecurity hygiene in our software driven world, daily breach headlines indicate that government, associations and third party regulations might be a necessary motivator for action. 

The post Turkish Banking Agency Mandates Better Software Supply Chain Hygiene appeared first on Security Boulevard.

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New PCI Regulations Indicate the Need for AppSec Throughout the SDLC

The PCI Security Standards Council (SSC) is a global organization that aims to protect payment transactions and consumer data by developing standards and services for payment software vendors that drive education, awareness, and implementation. Since payment software is constantly changing, the SSC is constantly evolving and adapting its standards to ensure that vulnerabilities and cyberattacks are minimized.

Last year, the PCI Security Standards Council published the PCI Secure Software Standard and the PCI Secure Software Lifecycle (Secure SLC) Standard as a part of a new PCI Software Security Framework (SSF), also referred to as PCI S3. The SSF offers objective-focused security best practices that outline what a good application security program looks like, with consideration for both traditional and modern payment platforms and evolving development practices. The framework was developed with input from industry experts within the PCI Software Security Task Force (SSTF) and PCI SSC stakeholders.

The new SSF recognizes that there is no one-size-fits-all approach to software security. Vendors need to determine which software security controls and features best serve their specific business needs. But the outlined security requirements and assessment procedures help vendors ensure that the right steps are taken to protect the integrity and confidentiality of payment transactions and customer data.ツ?

The Secure SLC Standard is an important part of the SSF because it helps organizations maintain good application security (AppSec) practices by outlining security requirements and assessment procedures for vendors to ensure that they are managing the security of their payment software throughout the software lifecycle. In order to meet the requirements of the Secure SLC Standard, and in-turn the SSF, vendors need to have AppSec as part of their development process before the first line of code until the product is released. ツ?

Previous AppSec requirements ??? like those laid out in the PCI Payment Application Data Security Standard (PA-DSS), a component of PCI Data Security Standard (PCI DSS) ??? only focused on software development and lifecycle management principles for security in traditional payment software. Modern payment software needs AppSec throughout the entire development lifecycle. Since the new SSF regulations are more expansive and include both a new methodology and approach for validating software security as well as a separate

What does this mean for existing PA-DSS validated applications? Existing PA-DSS validated applications will remain on the List of Validated Payment Applications until their expiry dates. At the end of October 2022, PCI SSC will move PA-DSS validated payment applications to the ???Acceptable Only for Pre-Existing Deployments??? tab. Any new updates to PA-DSS validated payment applications must be assessed under the SSF.

How Veracode Can Assist in Reaching PCI Compliance

The Veracode products map to a number of the regulation articles as shown in the table below.

Payment Card Industry Security Council Compliance Frameworks

PCI DSS

Article

Article Description

Veracode Solution

6.5

Address common coding vulnerabilities in software-development processes as follows:

  • Train developers at least annually in up-to-date secure coding techniques, including how to avoid common coding vulnerabilities.ツ?
  • Develop applications based on secure coding guidelines.

Veracode Developer Training

Veracode Application Security Platform

Veracode IDE Scanツ?

ツ?

11.3

Implement a methodology for penetration testing that includes the following:

  • Is based on industry-accepted penetration testing approaches (for example, NIST SP800-115).
  • Includes coverage for the entire CDE perimeter and critical systems.
  • Includes testing from both inside and outside the network.
  • Includes testing to validate any segmentation and scope-reduction controls.
  • Defines application-layer penetration tests to include, at a minimum, the vulnerabilities listed in Requirement 6.5.
  • Defines network-layer penetration tests to include components that support network functions as well as operating systems.
  • Includes review and consideration of threats and vulnerabilities experienced in the last 12 months.ツ?
  • Specifies retention of penetration testing results and remediation activities results.

Veracode Manual Penetration Testing

PCI Secure Software Standard Framework

Article

Article Description

Veracode Solution

3.2

Threats to the software and weaknesses within its design are continuously identified and assessed.

Veracode Application Security Platform

Veracode Static Analysis

Veracode Dynamic Analysis

Veracode Software Composition Analysis

Veracode IDE Scan

4.1

Existing and emerging software vulnerabilities are detected in a timely manner.

Veracode Verified Continuous

Veracode Application Security Platform

Veracode IDE Scan

Veracode Software Composition Analysis

Veracode Static Analysis

Veracode Dynamic Analysis

4.2

Newly discovered vulnerabilities are fixed in a timely manner. The reintroduction of similar or previously resolved vulnerabilities is prevented.

Veracode Developer Training

Veracode IDE Scan

Veracode Application Security Platform

Veracode Software Composition Analysis

s

All changes to software are identified, assessed, and approved.

Veracode Application Security Platform

Veracode Static Analysis

Veracode IDE Scan

6.1

The integrity of all software code, including third-party components, is maintained throughout the entire software lifecycle.

Veracode Dynamic Analysis

Veracode Software Composition Analysis

Veracode Static Analysis

ツ?

A great way to start your journey to SFF compliance is by enrolling in Veracode Verified. Many of the requirements in Veracode Verified map to PCI requirements. Veracode Verified helps you improve your company???s secure software development practices and shows the maturity of your program through the completion of a three-tier process.

To learn more about the new PCI Software Security Framework, including additional details on migrating from PA-DSS to SSF, check out our recent blog post, The Migration From PA-DSS to SSF: Everything You Need to Know.

ツ?

The post New PCI Regulations Indicate the Need for AppSec Throughout the SDLC appeared first on Security Boulevard.

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Network Security News Summary for Tuesday November 3 2020

A brief daily summary of what is important in cybersecurity. The podcast is published every weekday and designed to get you ready for the day with a brief, usually about 5 minutes long, summary of current network security-related events. The content is late breaking, educational and based on listener input as well as on input received by the SANS Internet Storm Center. You may submit questions and comments via our contact form at https://isc.sans.edu/contact.html .

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Network Security News Summary for Tuesday November 3 2020

A brief daily summary of what is important in cybersecurity. The podcast is published every weekday and designed to get you ready for the day with a brief, usually about 5 minutes long, summary of current network security-related events. The content is late breaking, educational and based on listener input as well as on input received by the SANS Internet Storm Center. You may submit questions and comments via our contact form at https://isc.sans.edu/contact.html .

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California’s Prop. 24 Splits Privacy Advocates

Critics worry that the curatives in Prop. 24 are worse than the disease of privacy-rights violations.

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Microsoft & Others Catalog Threats to Machine Learning Systems

Thirteen organizations worked together to create a dictionary of techniques used to attack ML models and warn that such malicious efforts will become more common.

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New Tools Make North Korea’s Kimsuky Group More Dangerous

Threat actor actively targeting US organizations in global intelligence-gathering campaign, government says.

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Emotet -> Qakbot -> more Emotet, (Tue, Nov 3rd)

Introduction

On Friday 2020-10-30, I generated an Emotet infection in my lab and saw Qakbot as the follow-up malware.  I let the activity run for a while, then another Emotet infection appeared on the same host after Qakbot started.

This appears to be an Emotet to Qakbot to another Emotet infection, with all three infections persistent on my infected lab host.


Shown above:  Flow chart for the infection chain I saw on Tuesday 2020-10-27.

Today’s diary reviews this Emotet to Qakbot to more Emotet infection from last week.

The malspam

The malicious spam (malspam) was a Halloween-themed message sent on Thursday 2020-10-29 to one of my honeypot email accounts.  It had a Word doc attached to the message.  The Word doc has a malicious macro designed to infect a vulnerable Windows host with Emotet.


Shown above:  Halloween-themed malspam with malicious Word doc attachment pushing Emotet.

The attached Word document uses a template that’s typical for recent Word docs pushing Emotet.


Shown above:  Word doc with macro for Emotet.

Infection traffic

The traffic didn’t look much different than what I’ve seen before for Emotet to Qakbot infections, there just seemed to be more Emotet traffic than normal after the Qakbot traffic kicked in.  That didn’t seem too unusual, though.


Shown above:  Start of the infection traffic filtered in Wireshark.


Shown above:  Traffic from the end of my pcap filtered in Wireshark.

In the above image, Emotet traffic is more frequent than I usually see.  Usually, Emotet will call back every 15 minutes, unless the host has been turned into a spambot.  Emotet spambot activity includes more frequent C2 callback traffic, but we would also see indicators of spambot traffic, and that’s not the case here.

Forensics on an infected Windows host

When I checked the registry, I saw two entries for Emotet.  When Emotet updates itself, it will replace an already existing binary.  I’d never personally seen two separate Emotet binaries active and set up in the registry like this.


Shown above:  Windows registry updates from my infected lab host.


Shown above:  Persistent Emotet EXE from 1st Emotet infection and Qakbot follow-up malware.


Shown above:  Qakbot persistent on my infected lab host.


Shown above:  Another Emotet infection persistent approximately 17 minutes after the initial Qakbot EXE appeared.

Of note, Emotet backdates the persistent EXE files 8 days before the current date.  So the modified date on both of these Emotet EXE files is 2020-10-22, but the timestamp is the correct time for 2020-10-30.  Based on the timestamps for these binaries, it appears that Qakbot caused the second Emotet infection.

Indicators of Compromise (IOCs)

SHA256 hash: ed51269c3602786ff6ddef3a808d8178d26e4e5960f4ac7af765e4bd642128dd

  • File size: 233,466 bytes
  • File name: Party invitation.doc
  • File description: Word doc with macro for Emotet

SHA256 hash: a4c780c8b6ecb7d73f7498a4a46286cf2a2ecc6f378e2ba89deea06591c3cc04

  • File size: 364,544 bytes
  • File location: hxps://imperfectdream[.]com/wp-content/xb2csjPW6/
  • File location: C:Users[username]Nscs8ryS8t4g_lEpl6_wa2m.exe
  • File location: C:Users[username]AppDataLocalmsexcl40msimg32.exe
  • File description: Emotet EXE retrieved by Word macro

SHA256 hash: dcda70b5cc63629dd2760dbc76ffda0bedefd0ee92af4d4e3740acc7dd2eaff2

  • File size: 261,080 bytes
  • File location: C:Users[username]AppDataLocalmsexcl40cryptnet7e4.exe
  • File location: C:Users[username]AppDataRoamingMicrosoftGzzndshwwcrrcbu.exe
  • File description: Qakbot EXE retrieved by the Emotet-infected host

SHA256 hash: 4180c4c11e631a7545d40dadb74280c00f53271a75b113c387bb87adaf2cecf7

  • File size: 318,992 bytes
  • File location: C:Users[username]AppDataRoamingMicrosoftGzzndshwwcrrcbu.exe
  • File description: Updated Qakbot EXE persistent on the infected Windows host

SHA256 hash: 4d1eeb527a61391ddcf30b0f9d6d9f96369e0179c1e1a65da5da33a196a991d4

  • File size: 192,512 bytes
  • File location: C:Users[username]AppDataLocalAccountsControlInternalmfc40.exe
  • File description: Another Emotet EXE persistent on the infected Windows host

HTTPS traffic caused by Word macro to retrieve initial Emotet EXE:

  • port 443 – enjoymylifecheryl[.]com
  • port 443 – homewatchamelia[.]com
  • port 443 – seramporemunicipality[.]org
  • port 443 – imperfectdream[.]com

HTTP traffic caused by the two Emotet infections:

  • 91.121.200[.]35 port 8080 – 91.121.200[.]35:8080
  • 45.230.228[.]26 port 443 – 45.230.228[.]26:443
  • 172.91.208[.]86 port 80 – 172.91.208[.]86
  • 50.91.114[.]38 port 80 – 50.91.114[.]38
  • 121.124.124[.]40 port 7080 – 121.124.124[.]40:7080
  • 167.99.105[.]11 port 8080 – 167.99.105[.]11:8080
  • 159.203.16[.]11 port 8080 – 159.203.16[.]11:8080
  • 188.226.165[.]170 port 8080 – 188.226.165[.]170:8080
  • 75.127.14[.]170 port 8080 – 75.127.14[.]170:8080

Traffic caused by Qakbot:

  • 47.44.217[.]98 port 443 – HTTPS traffic
  • 89.105.198[.]119 port 80 – a.strandsglobal[.]com – attempted TCP connections
  • port 443 – cdn.speedof[.]me – HTTPS traffic

Caused by Qakbot and Emotet:

  • various IP addresses – various ports – attempted TCP connections

Final words

In order to become infected, a victim must open the Word document and enable macros.  In most cases, people would see a warning against enabling macros.  Just opening the Word document by itself should not kick off the infection chain, unless the computer was set up to have macros automatically enabled.

Although Emotet pushes other families of malware like Qakbot, this is the first time I’ve seen indications that Qakbot has pushed Emotet.

A zip archive containing a pcap from today’s infection is available here.  The Word doc and EXE files from the IOCs have been submitted to MalwareBazaar Database.


Brad Duncan
brad [at] malware-traffic-analysis.net

(c) SANS Internet Storm Center. https://isc.sans.edu Creative Commons Attribution-Noncommercial 3.0 United States License. Read More

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Monday, November 2, 2020

The Dark Side, CISO Transition, & Communicate in Bursts – BSW #194

In the Leadership and Communications section, The Dark Side Of Authentic Leadership, Why CISOs must be students of the business, Top IT certifications and degrees to help you advance your career, and more.
Visit https://www.securityweekly.com/bsw for all the latest episodes!
Show Notes: https://securityweekly.com/bsw194

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The Dark Side, CISO Transition, & Communicate in Bursts – BSW #194

In the Leadership and Communications section, The Dark Side Of Authentic Leadership, Why CISOs must be students of the business, Top IT certifications and degrees to help you advance your career, and more.
Visit https://www.securityweekly.com/bsw for all the latest episodes!
Show Notes: https://securityweekly.com/bsw194

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How to Develop Your Cybersecurity Skills – Marie Ketner – BSW #194

Marie Ketner from Cybrary joins BSW to discuss how to develop your cybersecurity skills to address your key use cases, including:

1. Skills Development
2. On-boarding
3. Industry Certifications
4. Career Paths

This segment is sponsored by Cybrary.

Visit https://cybrary.it/solved to learn more about them!
Visit https://www.securityweekly.com/bsw for all the latest episodes!
Show Notes: https://securityweekly.com/bsw194

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Lax IoT, Adobe Flash Croaks, Link Preview Vulns, & Security Theatre! – ASW #128

Lax IoT security exposes smart-irrigation systems, Adobe Flash goes truly end of line in one last update, confidential computing gets a turbo boost with Nitro, link previews show security and privacy problems, and security theatre gets an encore!

Visit https://www.securityweekly.com/asw for all the latest episodes!
Show Notes: https://wiki.securityweekly.com/asw128

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Lax IoT, Adobe Flash Croaks, Link Preview Vulns, & Security Theatre! – ASW #128

Lax IoT security exposes smart-irrigation systems, Adobe Flash goes truly end of line in one last update, confidential computing gets a turbo boost with Nitro, link previews show security and privacy problems, and security theatre gets an encore!

Visit https://www.securityweekly.com/asw for all the latest episodes!
Show Notes: https://wiki.securityweekly.com/asw128

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Mitigating Compliance Team Turnover Costs

We’re nearing the end of the year, a time when many people start to reflect and consider changes …

The post Mitigating Compliance Team Turnover Costs appeared first on Hyperproof.

The post Mitigating Compliance Team Turnover Costs appeared first on Security Boulevard.

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$100M Botnet Scheme Lands Cybercriminal 8 Years in Jail

Aleksandr Brovko faces jail time after stealing $100 million worth of personal identifiable information (PII) and financial data over the course of more than 10 years.
Read More

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Survey: Cybersecurity Skills Shortage is ‘Bad,’ But There’s Hope

Automation, strategic process design and an investment in training are the keys to managing the cybersecurity skills gap, according to a recent survey from Trustwave.
Read More

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How Does HTTPS Work?

how HTTPS works

We all know that HTTPS = secure. But do you know how HTTPS works under the hood? Let’s take a look at how HTTPS works to make the internet safer…

The post How Does HTTPS Work? appeared first on Hashed Out by The SSL Store™.

The post How Does HTTPS Work? appeared first on Security Boulevard.

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Azure App Service & Cloud-Native Signal Sciences Deployments – Alfred Chung – ASW #128

Discussing what enterprises have to do while adapting legacy apps in to Azure, while doing in a secure, steady way without leaving any gaps. Signal Sciences site extension makes sure your apps are covered across the board, and will protect any app in Azure.

This segment is sponsored by Signal Sciences.

Visit https://securityweekly.com/signalsciences to learn more about them!
Visit https://www.securityweekly.com/asw for all the latest episodes!
Show Notes: https://wiki.securityweekly.com/asw128

The post Azure App Service & Cloud-Native Signal Sciences Deployments – Alfred Chung – ASW #128 appeared first on Malware Devil.



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Barbary Pirates and Russian Cybercrime

In 1801, the United States had a small Navy. Thomas Jefferson deployed almost half that Navy—three frigates and a schooner—to the Barbary C...