Auth. (contributor+) Stored Cross-Site Scripting (XSS) vulnerability in MyTechTalky User Location and IP plugin <= 1.6 versions.

**Solution**

 No fix

No patched version is available.

deokhunKim discovered and reported this Cross Site Scripting (XSS) vulnerability in WordPress User Location and IP Plugin. This could allow a malicious actor to inject malicious scripts, such as redirects, advertisements, and other HTML payloads into your website which will be executed when guests visit your site. This vulnerability has not been known to be fixed yet.

**No other known vulnerabilities for this plugin**Report

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CVE-2023-31217: WordPress User Location and IP plugin <= 1.6 - Cross Site Scripting (XSS) vulnerability - Patchstack


Pega Platform versions 8.1 to 8.8.2 are affected by an XSS issue with Pin description







Pega continually works to implement security controls designed to protect client environments. With this focus, Pega was notified of 3 security vulnerabilities that are rated **Medium** on the CVSS scale.  We would like to thank Reuben Seymour, Amber Hamlet and Skyler Knecht for finding these vulnerabilities. 

**Issue** 

**Description** 

**Impact** 

E23 

Cross Site Script (XSS) vulnerability 

Cross-site scripting (XSS) is an attack in which an attacker injects malicious executable scripts into the code of a trusted application or website. Attackers often initiate an XSS attack by sending a malicious link to a user and enticing the user to click it.    

Clients with internet-facing applications should update or apply the hotfix.  Clients running their own infrastructure should consult their security teams. 

This affects normal authenticated users. 

We are not aware of any of our clients being compromised as a result of this vulnerability. 

The remediation for this issue will be included as part of the product in the 8.7.6, 8.8.4 patch release and the Infinity 23.1.1 release of the Pega Platform.  Hotfixes are being created only for the latest patch releases in standard support (8.7.5 & 8.8.3, and Infinity 23.1.0).  We will not provide hotfixes on prior versions of the platform, nor will we provide steps as part of a local change. 

If you are a **Pega Cloud ®** client or a United States **Pega Cloud for Government (PCFG)** client, details are listed in your Client Advisory (CAD case) on next actions.  

If you are an **on–premises** or **client managed cloud** client, please review the tables below to determine which hotfixes correspond to your Pegasystems installation. Once you have determined the appropriate hotfix IDs, please submit hotfix requests using My Support Portal.  As always, be sure you have appropriate backups in place _before_ applying the hotfixes.  

As always, we recommend our clients review our Security Checklist regularly.  

Please refer to your Client Advisory, \[CAD-\] case that was provided to your security and administrator contacts on Sept 21, 2023, in My Support Portal.  

 CVE Details 

**CVE Details** 

**Issue:** 

**XSS issue with task creation** 

**Issue:** 

**XSS issue with ad-hoc case creation** 

**Issue:** 

**XSS issue with Pin description** 

**Software/Product** 

Pega Platform 

Pega Platform 

Pega Platform 

**Affected Version(s)** 

From 8.1 to Infinity 23.1.0 

From 8.1 to  Infinity 23.1.0 

From 8.1 to  8.8.2 

**CVE ID** 

CVE-2023-32087 

CVE-2023-32088 

CVE-2023-32089 

**CVSS Rating** 

4.6 

4.6 

4.6 

**Description** 

Cross Site Script (XSS) vulnerability 

Cross Site Script (XSS) vulnerability 

Cross Site Script (XSS) vulnerability 

**Hotfix Details** 

Hotfixes have been created only for the latest patch releases in standard support (8.7.5 & 8.8.3, and Infinity 23.1.0).  We will not provide hotfixes on prior versions of the platform, nor will we provide steps as part of a local change.   

As a best practice, you should update your Pega environment to the latest release to take advantage of the latest features, capabilities, security and bug fixes.  See Keeping current with Pega. 

**Version** 

**XSS issue with task creation** 

**XSS issue with ad-hoc case creation** 

**XSS issue with Pin description** 

8.7.5 

HFIX-A666 

HFIX-A666 

HFIX-A667 

8.8.3 

HFIX-A665 

HFIX-A665 

Fixed in release 

Inf 23.1.0 

HFIX-A781 

HFIX-A781 

Fixed in release 

The fixes for these issues are contained in the upcoming patch releases:  The 8.7.6 patch release was made available on Sept 29. 2023.  The 8.8.4 patch release is targeted for the end of Oct. 2023.  The Infinity 23.1.0 release was made available on Sept. 13, 2023. The Infinity 23.1.1 release is targeted for Nov. 2023.  https://support.pega.com/pega-infinity-patch-calendar 

In addition, please review the following article regarding preventing risk of XSS attack when specifying Label controls: https://support.pega.com/support-doc/preventing-risk-xss-attack-when-specifying-label-controls-sdr-a71

CVE-2023-32089: Support Center

A threat actor, presumably from Tunisia, has been linked to a new campaign targeting exposed Jupyter Notebooks in a two-fold attempt to illicitly mine cryptocurrency and breach cloud environments.
Dubbed Qubitstrike by Cado, the intrusion set utilizes Telegram API to exfiltrate cloud service provider credentials following a successful compromise.
"The payloads for the Qubitstrike campaign are

A threat actor, presumably from Tunisia, has been linked to a new campaign targeting exposed Jupyter Notebooks in a two-fold attempt to illicitly mine cryptocurrency and breach cloud environments.

Dubbed **Qubitstrike** by Cado, the intrusion set utilizes Telegram API to exfiltrate cloud service provider credentials following a successful compromise.

"The payloads for the Qubitstrike campaign are all hosted on codeberg.org – an alternative Git hosting platform, providing much of the same functionality as GitHub," security researchers Matt Muir and Nate Bill said in a Wednesday write-up.

In the attack chain documented by the cloud security firm, publicly accessible Jupyter instances are breached to execute commands to retrieve a shell script (mi.sh) hosted on Codeberg.

The shell script, which acts as the primary payload, is responsible for executing a cryptocurrency miner, establishing persistence by means of a cron job, inserting an attacker-controlled key to the .ssh/authorized\_keys file for remote access, and propagating the malware to other hosts via SSH.

The malware is also capable of retrieving and installing the Diamorphine rootkit to conceal malicious processes as well as transmitting the captured Amazon Web Services (AWS) and Google Cloud credentials back to the attacker through the Telegram bot API.

One noteworthy aspect of the attacks is the renaming of legitimate data transfer utilities such as curl and wget in a likely attempt to evade detection and prevent other users in the system from using the tools.

"mi.sh will also iterate through a hardcoded list of process names and attempt to kill the associated processes," the researchers said. "This is likely to thwart any mining operations by competitors who may have previously compromised the system."

The shell script is further designed to leverage the netstat command and a hard-coded list of IP/port pairs, previously associated with cryptojacking campaigns, to kill any existing network connections to those IP addresses.

Also taken are steps to delete various Linux log files (e.g., /var/log/secure and /var/log/wtmp), in what's another sign that Qubitstrike actors are looking to fly under the radar.

The exact origins of the threat actor remain unclear, although evidence points to it likely being Tunisia owing to the IP address used to login to the cloud honeypot using the stolen credentials.

A closer examination of the Codeberg repository has also revealed a Python implant (kdfs.py) that's engineered to be executed on infected hosts, with Discord acting as a command-and-control (C2) mechanism to upload and download from and to the machine.

The connection between mi.sh and kdfs.py remains unknown as yet, although it's suspected that the Python backdoor facilitates the deployment of the shell script. It also appears that mi.sh can be delivered as a standalone malware without relying on kdfs.py.

"Qubitstrike is a relatively sophisticated malware campaign, spearheaded by attackers with a particular focus on exploitation of cloud services," the researchers said.

"Of course, the primary objective of Qubitstrike appears to be resource hijacking for the purpose of mining the XMRig cryptocurrency. Despite this, analysis of the Discord C2 infrastructure shows that, in reality, any conceivable attack could be carried out by the operators after gaining access to these vulnerable hosts."

Found this article interesting? Follow us on Twitter __ and LinkedIn to read more exclusive content we post.

Qubitstrike Targets Jupyter Notebooks with Crypto Mining and Rootkit Campaign

Proself Enterprise/Standard Edition Ver5.62 and earlier, Proself Gateway Edition Ver1.65 and earlier, and Proself Mail Sanitize Edition Ver1.08 and earlier allow a remote unauthenticated attacker to conduct XML External Entity (XXE) attacks. By processing a specially crafted request containing malformed XML data, arbitrary files on the server containing account information may be read by the attacker.

2023/10/10  
2023/10/17　更新  
2023/10/18　更新

本脆弱性に対しCVE番号が割り当てられましたため、お知らせの件名、内容を更新いたしました。

**本脆弱性に対応したProself Ver5.63を2023/10/17にリリースいたしました。**  
なお、Proself Gateway Edition、Proself Mail Sanitize Editionの次期バージョンにつきましては、誠に恐れ入りますがリリースまでしばらくお待ちくださいますようお願い申し上げます。

アップデート手順につきましては以下URLで公開しているチュートリアルに記載しておりますので、ダウンロードの上ご確認ください。

  
平素はProselfをご利用いただき、誠にありがとうございます。

弊社製品であるProselfにおきまして新たなゼロデイ脆弱性が発見されました(2023/10/04付)。脆弱性の内容としてはXXE(XML External Entity)となります(CVE-2023-45727)。攻撃者はXXEを悪用してProselfのアカウント情報を外部に送信し、その情報を元にProselfへの不正ログインを試みている可能性がございます。

本脆弱性は以下のバージョンに含まれます。

*   Proself Ver5.62以下
*   Proself Gateway Edition Ver1.65以下
*   Proself Mail Sanitize Edition Ver1.08以下

  
既に本脆弱性が悪用されていることを確認しておりますため、Proselfをご利用中のお客様におかれましてはお手数をおかけし誠に申し訳ございませんが、以下について急ぎご確認をお願い申し上げます。

【目次】

*   攻撃を受けたかどうかの確認
*   暫定対応について
*   恒久策について
*   Proselfのゼロデイ脆弱性への対応バージョンに関する補足

**攻撃を受けたかどうかの確認**  

  
以下の手順にてご確認ください。

**◆Linux OSの場合**

1.  コンソールを起動後、Proselfインストールフォルダ/logs に移動します。(赤文字部分)  
    以下はProselfインストールフォルダが「/usr/local/Proself5」である場合の例となります。
    
    \# cd /usr/local/Proself5/logs  
    
2.  以下コマンドを実行します。(赤文字部分)
    
    \# grep "jp.co.northgrid.proself.updater.afterreboot.logic.AfterRebootCheckLogic  - .\*Proself Ver" proself\_updater.log\*  
    
    ※改行を含めず必ず1行にして実行ください。  
    また、ダブルクォーテーション内の半角スペースが以下のようになっているかどうかを必ずご確認ください。  
    (略)AfterRebootCheckLogic(半角スペース)(半角スペース)\-(半角スペース).\*Proself(略)  
    

  
**◆Windows OSの場合**  

1.  コマンドプロンプトを起動後、Proselfインストールフォルダ/logs に移動します。(赤文字部分)  
    以下はProselfインストールフォルダが「C:\\Program Files\\Proself5」である場合の例となります。
    
    C:\\>cd "C:\\Program Files\\Proself5\\logs"  
    
2.  以下コマンドを実行します。(赤文字部分)
    
    C:\\Program Files\\Proself5\\logs>findstr /R /C:"jp.co.northgrid.proself.updater.afterreboot.logic.AfterRebootCheckLogic  - .\*Proself Ver" proself\_updater.log\*  
    
    ※改行を含めず必ず1行にして実行ください。  
    また、ダブルクォーテーション内の半角スペースが以下のようになっているかどうかを必ずご確認ください。  
    (略)AfterRebootCheckLogic(半角スペース)(半角スペース)\-(半角スペース).\*Proself(略)  
    

  
上記コマンド実行結果の見方は以下の通りとなります。

*   **コマンド実行時に出力がある場合**  
    以下のような出力がある場合は攻撃が行われた可能性がございます。
    
    proself\_updater.log:ERROR 2023-10-05 00-00-00: 864643784 \[https-jsse-nio-443-exec-14\] jp.co.northgrid.proself.updater.afterreboot.logic.AfterRebootCheckLogic - 「Proself Ver (何らかの文字列)  
    
      
    出力がある場合は影響有無の確認等を弊社で行いたく存じますので、大変恐れ入りますが「info@proself.jp」までご連絡いただくか、以下弊社お問い合わせフォームよりお問い合わせくださいますようお願い申し上げます。
    
    ※その他、万が一疑わしいログがあった場合は弊社にご連絡ください。  
    
*   **コマンド実行時に何も出力がない場合**  
    攻撃は行われておりません。  
    

**暫定対応について**  

  
以下の手順を実施ください。  

*   暫定対応については脆弱性が悪用されたどうかに関わらず全てのお客様が対象ですので、必ず実施くださいますようお願い申し上げます。
*   Proselfのサービス再起動は不要で即時反映されます。
*   本対応によるProselfのご利用ユーザーに対する影響はございません。

  

1.  以下のダウンロードURLにアクセスし「updaterafterreboot.xml」をダウンロードします。
    
    **◆ダウンロードURL**  
    https://support.proself.jp/public/tAIqAwIAvqA2rlEAT4ffrY7laqegWFKh-foM
    
    上記アクセス時にメールアドレスを入力し「パスワードを取得」をクリックしますと、パスワードの入力画面に切り替わると共にワンタイムパスワードが記載されたメールが送信されます。  
    画面上のパスワード欄にワンタイムパスワードを入力の上「パスワード送信」をクリックください。
    
2.  ダウンロードした「updaterafterreboot.xml」を「◆ダウンロードしたファイルの上書き先」に記載しているフォルダ内に上書きコピーします。
    
    **◆ダウンロードしたファイルの上書き先**
    
    Proselfインストールフォルダ/webapps/proself/WEB-INF/xml/process/admin/config/  
    
      
    **◆Linux OSの例**  
    Proselfインストールフォルダが「/usr/local/Proself5」である場合は、「updaterafterreboot.xml」の上書き先は以下のようになります。
    
    /usr/local/Proself5/webapps/proself/WEB-INF/xml/process/admin/config/  
    
      
    **◆Windows OSの例**  
    Proselfインストールフォルダが「C:\\Program Files\\Proself5」である場合は、「updaterafterreboot.xml」の上書き先は以下のようになります。
    
    C:\\Program Files\\Proself5\\webapps\\proself\\WEB-INF\\xml\\process\\admin\\config\\  
    

**恒久策について**  

  
本お知らせ冒頭に記載しております通り、本脆弱性の対応を行ったProself Ver5.63をリリース済みですので、アップデートを実施くださいますようお願いいたします。  
なお、Proself Gateway Edition、Proself Mail Sanitize Editionの次期バージョンにつきましては、誠に恐れ入りますがリリースまでしばらくお待ちくださいますようお願い申し上げます。

この度はご迷惑をおかけし誠に申し訳ございません。

**Proselfのゼロデイ脆弱性への対応バージョンに関する補足**  

  
次期バージョンリリースの対象につきましては以下の通りとなりますことを補足申し上げます。

*   以下は現在サポート中のため、脆弱性対応を行ったバージョンをリリースいたします。  
    *   Proself Enterprise Edition Ver.5
    *   Proself Standard Edition Ver.5
    *   Proself Gateway Edition Ver.1
    *   Proself Mail Sanitize Edition Ver.1
*   以下はサポート終了しているため、脆弱性対応を行ったバージョンのリリースは行いません。  
    *   Proself Enterprise Edition Ver.4以下
    *   Proself Standard Edition Ver.4以下

【ご注意】  
Ver.4以下(Enterprise Edition/Standard Edition)をご利用中の場合、Proselfのご利用を停止するかVer.5へのバージョンアップをご検討ください。サポートが終了しているバージョンをこのまま利用し続けた場合、脆弱性を悪用され全てのファイルが流出してしまう危険性がございます。  

  
サポートに関しては「Proself年間保守サービス規約」に基づいております。規約については以下のURLをご参照ください。  
https://www.proself.jp/pdf/proselfsupport.pdf  
※規約は保守サービスライセンス証書の裏面に印刷されているものと同様です。

以上

CVE-2023-45727: お知らせ: [至急]Proselfのゼロデイ脆弱性(CVE-2023-45727)による攻撃発生について(更新) / オンラインストレージ構築パッケージ Proself (プロセルフ)

If not correctly locked down, Jupyter Notebook offers a novel initial access vector that hackers can use to compromise enterprise cloud environments, as seen in a recent hacking incident.

Researchers have discovered a Tunisian hacker using Jupyter Notebook and a motley slate of malware in a dual attempt at cryptomining and cloud compromise. The incident points out the continuing need to prioritize cloud security amid rapid adoption of advanced productivity tools.

Jupyter Notebook is an open source, Web-based, interactive, computational environment for creating notebook documents. Its flexible interface allows users to configure and arrange workflows in data science, scientific computing, computational journalism, and machine learning.

In terms of footprint, both Amazon Web Services and Google Cloud allow users to run it as a managed service, or users can run it over a standard virtual machine instance. Microsoft Azure Cosmos DB also has a Cosmos DB Jupyter Notebook feature.

In a blog post published Oct. 11, Cado Security demonstrated how attackers easily used Jupyter as a point of initial access into a honeypot cloud environment, after which they deployed a custom malware with a built-in cryptominer, rootkit, and the ability to harvest sensitive cloud credentials.

"If you're deploying services like this," advises Matt Muir, threat intelligence researcher at Cado Security, "make sure that you understand the security mechanisms around them, and make sure you enable authentication."

**Profile of a Cloud Compromise**

The core issue in Jupyter is not a vulnerability, but the nature of the service itself — an open, collaborative platform where users tend to share and run code, within a highly customizable and modular environment.

"A lot of the appeal of using Jupyter Notebooks is to prototype small snippets of code, or to run lightweight versions of particular algorithms. People might expose them, for example, in an academic environment — if a lecturer wanted students to be able to run a particular algorithm, they might expose it publicly to allow students to connect from anywhere," Muir explains. Or, he adds, "they may just be mistakenly exposed, which is what we see more often, to be honest with you."

Demonstrating how easy it is to compromise one of these exposed instances, in September, the aforementioned hacker from an IP in Tunisia managed to compromise Cado's cloud honeypot in 195 seconds, using half a dozen basic commands.

The hacker then used their access to download and execute a shell script, "mi.sh."

**Shell Script Shows the Damage a Cloud Attacker Could Do**

mi.sh is a multifunctional weapon made up of taped-together open source tools. As Muir explains, it "bears a lot of similarities to other malware samples that we've seen in cloud native campaigns, but that's something that is quite common. Quite a lot of cloud threat actors will steal code from each other or they'll borrow code snippets that they find in online repositories."

In all, mi.sh includes tools for establishing persistence, spreading to more hosts, and harvesting credentials, as well as the opensource Linux kernel rootkit "Diamorphine," and the XMRig cryptominer. The hacker in this instance used it to steal bait AWS tokens, which they then attempted to use for unauthorized authentication.

**Lock Down Those Jupyter Notebooks**

Stopping a damaging attack like this, Muir says, begins with that initial access point.

"It's something that we report quite commonly: the main initial access vector for these types of campaigns is almost always some sort of insecure deployment of a vulnerable service. In this case, it was Jupyter Notebook. In the past, we've seen things like Redis being deployed in an insecure fashion, and from there, they can pivot onto other resources," he says.

Companies looking to buttress their walls can look to two places, primarily. "There's authentication built into the service itself," Muir says, "and there's also network-level protection, like basic firewalling to ensure that only authorized IP addresses can actually communicate with the notebook and not just anybody on the public internet."

Jupyter Notebook Ripe for Cloud Credential Theft, Researchers Warn

Unauth. Reflected Cross-Site Scripting (XSS) vulnerability in Daisuke Takahashi(Extend Wings) OPcache Dashboard plugin <= 0.3.1 versions.

**Solution**

 No fix

No patched version is available.

LEE SE HYOUNG (hackintoanetwork) discovered and reported this Cross Site Scripting (XSS) vulnerability in WordPress OPcache Dashboard Plugin. This could allow a malicious actor to inject malicious scripts, such as redirects, advertisements, and other HTML payloads into your website which will be executed when guests visit your site. This vulnerability has not been known to be fixed yet.

**No other known vulnerabilities for this plugin**Report

**WordPress plugin developer?**

Start a free security program for your WordPress plugins or request an audit.

Apply for MVDP

**Security researcher?**

Report to Patchstack Alliance bounty platform and earn monthly cash prizes.

Learn more

CVE-2023-45064: WordPress OPcache Dashboard plugin <= 0.3.1 - Reflected Cross Site Scripting (XSS) vulnerability - Patchstack

Unauth. Reflected Cross-Site Scripting (XSS) vulnerability in Thomas Scholl canvasio3D Light plugin <= 2.4.6 versions.

**Solution**

 No fix

No patched version is available.

Found this useful? Thank thiennv for reporting this vulnerability. Buy a coffee ☕

thiennv discovered and reported this Cross Site Scripting (XSS) vulnerability in WordPress Download canvasio3D Light Plugin. This could allow a malicious actor to inject malicious scripts, such as redirects, advertisements, and other HTML payloads into your website which will be executed when guests visit your site. This vulnerability has not been known to be fixed yet.

**No other known vulnerabilities for this plugin**Report

**WordPress plugin developer?**

Start a free security program for your WordPress plugins or request an audit.

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**Security researcher?**

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CVE-2023-45062: WordPress canvasio3D Light plugin <= 2.4.6 - Reflected Cross Site Scripting (XSS) vulnerability - Patchstack

Auth. (contributor+) Stored Cross-Site Scripting (XSS) vulnerability in Gumroad plugin <= 3.1.0 versions.

**Solution**

 No fix

No patched version is available.

Found this useful? Thank Mika for reporting this vulnerability. Buy a coffee ☕

Mika discovered and reported this Cross Site Scripting (XSS) vulnerability in WordPress Gumroad Plugin. This could allow a malicious actor to inject malicious scripts, such as redirects, advertisements, and other HTML payloads into your website which will be executed when guests visit your site. This vulnerability has not been known to be fixed yet.

**No other known vulnerabilities for this plugin**Report

**WordPress plugin developer?**

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**Security researcher?**

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CVE-2023-45059: WordPress Gumroad plugin <= 3.1.0 - Cross Site Scripting (XSS) vulnerability - Patchstack

Auth. (admin+) Stored Cross-Site Scripting (XSS) vulnerability in Hitsteps Web Analytics plugin <= 5.86 versions.

**Solution**

 Fixed

Update the WordPress Hitsteps Web Analytics plugin to the latest available version (at least 5.87).

Found this useful? Thank Rio Darmawan for reporting this vulnerability. Buy a coffee ☕

Rio Darmawan discovered and reported this Cross Site Scripting (XSS) vulnerability in WordPress Hitsteps Web Analytics Plugin. This could allow a malicious actor to inject malicious scripts, such as redirects, advertisements, and other HTML payloads into your website which will be executed when guests visit your site. This vulnerability has been fixed in version 5.87.

**Other vulnerabilities in this plugin**

 0 present

 2 patched

View all

**WordPress plugin developer?**

Start a free security program for your WordPress plugins or request an audit.

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**Security researcher?**

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CVE-2023-45057: WordPress Hitsteps Web Analytics plugin <= 5.86 - Cross Site Scripting (XSS) vulnerability - Patchstack

Auth. (admin+) Stored Cross-Site Scripting (XSS) vulnerability in 100plugins Open User Map plugin <= 1.3.26 versions.

**Solution**

 Fixed

Update the WordPress Open User Map | Everybody can add locations plugin to the latest available version (at least 1.3.27).

Found this useful? Thank Rio Darmawan for reporting this vulnerability. Buy a coffee ☕

Rio Darmawan discovered and reported this Cross Site Scripting (XSS) vulnerability in WordPress Open User Map | Everybody can add locations Plugin. This could allow a malicious actor to inject malicious scripts, such as redirects, advertisements, and other HTML payloads into your website which will be executed when guests visit your site. This vulnerability has been fixed in version 1.3.27.

**Other vulnerabilities in this plugin**

 0 present

 4 patched

View all

**WordPress plugin developer?**

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Tag

#web