Phishing attacks remain one of the most common and effective tactics used by threat actors to compromise users and organizations. In this walkthrough, we'll be taking a closer look at the Phishing Analysis 2 lab from Blue Team Labs Online. We'll analyze the phishing email, investigate suspicious artifacts, and walk through the steps used to uncover malicious activity. This challenge provides a great opportunity to practice real-world email analysis and strengthen blue team investigation skills. Click Phishing Analysis for the first part of this Phishing

Scenario Put your phishing analysis skills to the test by triaging and collecting information about a recent phishing campaign. Analysis Tools Used: Thunderbird (Isolated mail client) Text Editor (Notepad++, VS Code, etc.) URL2PNG / Browserling (Safe link simulation) CyberChef (Data decoding and manipulation)

To download our artifact package locally, we click the "Download File" button located at the bottom-right section of the challenge landing page.

Because the artifact package contains genuine malicious email samples, the platform distributes it safely compressed inside a password-protected zip folder to mitigate accidental execution. We open our local file explorer and navigate to our download directory.

When launching an extraction utility on the folder, our operating system will prompt us for the encryption string. We input the challenge-provided password btlo to successfully retrieve the uncompressed .eml format document.

With the standalone mail file safely extracted, we right- click the document and choose to open it using the Thunderbird client.

As a localized integrity control measure, the mail platform displays a configuration prompt requesting confirmation. We again input the standardized password string btlo and select "OK"

Once inside the mail program, to bypass masked layouts and preview the hidden structural components exactly as they were engineered, we navigate to the top utility menu and modify our display parameters by choosing More > Message Body As > Original HTML.

More > Message Body As > Original HTML

With our forensic view appropriately staged, we can confidently pivot straight into dissecting the core indicators required to complete the challenge questions.

Challenge Submission

Q1- What is the sending email address? (1 point) To capture the exact sender, we look closely at the upper banner field in Original HTML view, or extract the raw routing header metadata by navigating to View > Message Source

View > Message Body AS > Original HTML

Q1- Answer: amazon@zyevantoby.cn Q2- What is the recipient email address? (1 point) Looking closer at the target vector parameters within the message headers or the "To:" metadata block reveals the specific account targeted by this campaign. View > Message Body AS > Original HTML

View > Message Source

Q2- Answer: saintington73@outlook.com Q3- What is the subject line of the email? (1 point) Searching for the standardized Subject: string within our raw text view uncovers the classic high-urgency bait used to coerce the user into acting quickly.

View > Message Source Ctrl+F and write " Subject"

Q3- Answer: Your Account has been locked Q4- What company is the attacker trying to imitate? (1 points) By evaluating the visual logos, the sender displays name, and the overall verbiage of the messaging body, the brand spoofing strategy becomes obvious.

View > Message Source

Q4- Answer: Amazon Q5- What is the date and time the email was sent? (As copied from a text editor) (1 point) Extracting the raw Date: parameter directly out of the initial mail headers provide the exact time boundary stamped by the relaying server.

View > Message Source

Q5- Answer: Wed, 14 Jul 2021 01:40:32 +0900 Q6- What is the URL of the main call-to-action button? (1 point)

By hovering over the action link or right-clicking to copy the underlying destination path, we uncover a massive defensive wrapper containing an encoded URL path. Right-click and select Copy Link Location

Q6- Answer: https://emea01.safelinks.protection.outlook.com/?url= https%3A%2F%2Fwww.facebook.com%2Famir.boyka. 7&data=04%7C01%7C%7C70072381ba6e49d1d12d08d

94632811e%7C84df9e7fe9f640afb435aaaaaaaaaaaa%7 C1%7C0%7C637618004988892053%7CUnknown%7CT WFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQIjoiV2lu MzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C1000&sd ata=KVi%2BG1%2BFO3v3ALNVowA1PrenHiT3aT%2FI vb5y1KxkAkc%3D&reserved=0

Q7- Look at the URL using URL2PNG. What is the first sentence (heading) displayed on this site? (regardless of whether you think the site is malicious or not) (1 points) To safely interact with the destination without risking local browser contamination, we pass the extracted domain string into safe visual simulation sandboxes like `url2png.com` or `browserling.com`. The rendered output indicates that the malicious asset has since been deactivated.

Q7- Answer: This web page could not be loaded. Q8- When looking at the main body content in a text editor, what encoding scheme is being used? (1 points) Dropping down into the raw message multi-part configuration boundaries, we locate the `Content- Transfer-Encoding directive specifies how data Payloads are transferred across the wire.

View > Message Source Code Scroll down to locate the Base64 string

Press Ctrl+F and search for 'Encoding' to find the Base64 section.

Q8- Answer: Base64 Q9- What is the URL used to retrieve the company's logo in the email? (1 points)

Scrolling through the text editor to find the asset injection blocks, we locate the secondary large Base64 encoded data string. We copy this blob and load our trusted processing engine, "CyberChef".

Copy second base64:

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By applying the "From Base64" recipe within the CyberChef interface and feeding our copied string as the input data, the raw HTML markup, becomes fully readable, allowing us to pinpoint the explicit external web path hosting the spoofed company logo image asset.

Q9- Answer: https://images.squarespace- cdn.com/content/52e2b6d3e4b06446e8bf13ed/1500584 238342-OX2L298XVSKF8AO6I3SV/amazon- logo?format=750w&content-type=image%2Fpng

Q10- For some unknown reason one of the URLs contains a Facebook profile URL. What is the username (not necessarily the display name) of this account, based on the URL? (1 points) During our analysis of the primary Call-To-Action URL, we noticed that it was wrapped inside a Microsoft Safelinks redirection chain. When we look closely at the decoded payload parameter inside that string (url=https%3A%2F%2Fwww.facebook.com%2Famir.boyka.7), we can isolate the actual landing page the threat actor embedded. Facebook profile URLs typically follow the structure facebook.com/username. Looking at the trailing path of the embedded link, we can extract the exact account identifier used by the attacker.

Q10- Answer: https://www.facebook.com/amir.boyka.7 Thank you for reading this walkthrough of the Phishing Analysis 2 challenge from Blue Team Labs Online. I hope this analysis was helpful in understanding how phishing attacks can be investigated and identified through careful examination of email artifacts and indicators of compromise. Hands-on labs like these are a great way to continue building practical blue team and incident response skills.

Stay safe, track your indicators carefully, and see you in the next blue team walkthrough!