Now we simply (they don’t need to be correct) and click Login . The clone forwards the POST request to the original server and logs the data locally. 7. Capturing the Credentials Setool2 stores harvested credentials in a file under its working directory, usually:
In this particular box the web app is a tiny “login” portal that, when supplied with the , displays the flag. The catch is that we have no valid credentials – we must generate a credential via the Social‑Engineering Toolkit.
$ curl -s http://10.10.10.10:8081/ The page looks to the original login screen.
[1] Social-Engineering Attacks [2] Mass Mailer Attack [3] Payload Generator [4] Update Setool2 [5] Exit For a web‑login scenario we use → Credential Harvester . 4. Choosing the Correct Attack Vector From the menu:
After selecting it, the next screen asks for the :
Use — Setool2 Cracked
Now we simply (they don’t need to be correct) and click Login . The clone forwards the POST request to the original server and logs the data locally. 7. Capturing the Credentials Setool2 stores harvested credentials in a file under its working directory, usually:
In this particular box the web app is a tiny “login” portal that, when supplied with the , displays the flag. The catch is that we have no valid credentials – we must generate a credential via the Social‑Engineering Toolkit. Use Setool2 Cracked
$ curl -s http://10.10.10.10:8081/ The page looks to the original login screen. Now we simply (they don’t need to be
[1] Social-Engineering Attacks [2] Mass Mailer Attack [3] Payload Generator [4] Update Setool2 [5] Exit For a web‑login scenario we use → Credential Harvester . 4. Choosing the Correct Attack Vector From the menu: [1] Social-Engineering Attacks [2] Mass Mailer Attack [3]
After selecting it, the next screen asks for the :