hackers hired by government

Introduction：

1、How to Hire a Hacker？...Its Safe&Easy Just Follow BelowSteps!...

2、How to hack android phones with Phonesploit

How to Hire a Hacker？...Its Safe&Easy Just Follow BelowSteps!... ♂

　　For One-time Data Hack

　　We will hack the cloud backup download the data and send through

　　either email or Wetransfer Website. This data will be on normal html

　　format which will support any browser, so when you open a particular

　　file from the data it will open on any browser on your phone and you

　　can see all the information from your browser it will be in readable

　　format.

　　For Real-Time Monitoring

How to hack android phones with Phonesploit ♂

　　Understanding how to hack Android phones with Phonesploit has become a topic of interest and concern. Phonesploit is a powerful tool that allows users to remotely access and control Android devices, offering capabilities ranging from retrieving sensitive information to executing commands on the target device. This tool leverages vulnerabilities in Android’s debugging interface, ADB, to gain unauthorized access.

　　Whether for ethical testing or malicious intent, knowing about Phonesploit is crucial in understanding mobile security risks and defenses. This article explores the workings of Phonesploit in simple terms, highlighting its implications and precautions for both users and security professionals alike.

　　Table of Content

　　What is PhoneSploit?

　　Steps to Install PhoneSploit for Android

　　Steps to Configure PhoneSploit for Android

　　Usage of PhoneSploit Tool

　　PhoneSploit Pro is a powerful open-source tool written in Python language to remotely exploit Android devices using ADB (Android Debug Bridge) and Metasploit-Framework. It comes with Metasploit Integration. With only one click, this tool can fully hack an Android smartphone by automatically creating, installing, and running a payload on the target device using the Metasploit Framework and ADB.

　　This project aims to simplify Android device penetration testing. Now PhoneSploit Pro handles learning commands and parameters for you. You may quickly test the security of your Android devices using this tool.

　　Kali Linux: Recommended for penetration testing due to pre-installed tools like Metasploit.

　　Metasploit: Essential for generating and executing payloads.

　　Python3: Python 3.10 or Newer

　　ADB: Android Debug Bridge (ADB) from Android SDK Platform Tool.

　　Scrcpy: A tool that provides screen mirroring for Android devices.

　　Nmap: A network scanning tool, useful for identifying open ports on target devices.

　　On your Linux system, move to the Desktop directory and clone the GitHub repository by entering the below command.

　　cd Desktop

　　git clone https://github.com/AzeemIdrisi/PhoneSploit-Pro.git

　　Now after cloning into PhoneSploit-Pro, move to the tool directory and list the files inside it.

　　cd PhoneSploit-Pro

　　ls

　　Run the tool by entering the command given below.

　　sudo python3 phonesploitpro.py

　　Before using PhoneSploit, you need to configure the Developer Options and enable USB Debugging on the target Android device.

　　Open Settings.

　　Go to About Phone.

　　Find the Build Number.

　　Tap on Build Number 7 times.

　　Enter your pattern, PIN, or password to enable the Developer options menu.

　　The Developer options menu will now appear in your Settings menu.

　　Go to System > Developer options.

　　Scroll down and Enable USB debugging.

　　After enabling USB debugging, Now Connect the device to the host computer with a USB cable. After connecting the Android device to the computer, Return back to the tool terminal:

　　Step 1: Let’s first Mirror & Control Device, Enter the 5th option for it.

　　Step 2: After that, it will ask for the quality of the casting. Let’s choose the Best Quality by entering option 1. A pop-up will come on your Android Device asking to allow USB debugging.

　　When you click on allow, it will start casting your Device to the System.

　　Let’s now move to another feature of this tool which is the best among others i.e. hacking the device

　　Step 1: Enter option 15 in the main menu i.e. Hack Device. (Our Android phone must be connected to the system).

　　Metasploit-Framework will be launched. Wait for 10 seconds.

　　Step 2: Continuing the process of APK creation using the tool.

　　Step 3: We can Modify LHOST and LPORT by typing M or just pressing Enter. After that, it will ask for setting up a database, for storing the payload.

　　Step 4: Now the tool has started installing the payload APK to the device. A pop-up will come on your Android Device which will ask you to allow for installing the APK.

　　Step 5: Select the install anyway option or you can turn off google play protect in google play settings to skip this step. After installation, the tool will now open the app asking for various permissions.

　　Step 6: Allow all the permissions and click on continue to successfully install the payload APK.

　　Step 5: Now the tool will launch Metasploit-Framework and Meterpreter session will be started automatically. Now unplug the USB cable and further exploit the Android Device.

　　Step 6: Type help and press enter. It will list all the possible attacks on the device.

　　Step 7: Type dump_callog to fetch all the call history of the device and store it in your system.

　　As you can see the call log has been dumped and saved in a text file.

　　Step 8: Type record_mic to record the voice of the surroundings of the Android device.

　　These were examples of exploiting the device and gaining sensitive information about the Android device. There are many more attacks which you can see in the help menu of the meterpreter. You can exit from the session by typing the exit command.

　　PhoneSploit Pro simplifies the process of exploiting Android devices, making it an essential tool for cybersecurity professionals who need to assess mobile security. Its integration with the Metasploit Framework enables users to automate the creation, installation, and execution of payloads with ease. However, it’s important to use this tool ethically and legally, ensuring that any penetration testing activities are performed with proper authorization.

　　Send a malicious email containing a phishing link or attachment to the target.

　　Persuade the target to click on the link or open the attachment.

　　Exploit vulnerabilities in the target’s device or trick them into revealing sensitive information.

　　Clone the PhoneSploit-Pro GitHub repository to your Linux system.

　　Configure the Developer Options and enable USB Debugging on the Android device.

　　Connect the Android device to the computer via USB cable.

　　Run PhoneSploit-Pro and choose the desired option from the menu to perform actions like mirroring, controlling the device, or hacking it.

　　Use a phone hacking tool like PhoneSploit to exploit vulnerabilities in the target device.

　　Gain access to the device’s microphone remotely.

　　Listen to incoming and outgoing calls through the device’s microphone.

　　Utilize social engineering techniques to trick the target into revealing personal information.

　　Exploit vulnerabilities in the target’s phone network or device.

　　Use phone hacking tools like PhoneSploit to remotely exploit the target’s device.

　　PhoneSploit Pro is an open-source tool written in Python.

　　It utilizes ADB (Android Debug Bridge) and Metasploit-Framework to remotely exploit Android devices.

　　With a single click, it automates the process of creating, installing, and executing payloads on the target device.

　　PhoneSploit Pro aims to simplify Android device penetration testing and streamline the process of compromising Android devices.

Related questions

Governments worldwide engage hackers for various purposes, ranging from cybersecurity defense to offensive cyber operations. Here's a structured breakdown of the key aspects:

1. Types of Government-Hired Hackers

• Ethical Hackers (Defensive):
  • Employed to protect critical infrastructure, conduct penetration testing, and identify vulnerabilities (e.g., NSA's "Red Teams").
  • Agencies like the U.S. Cybersecurity and Infrastructure Security Agency (CISA) or the UK's National Cyber Security Centre (NCSC) focus on defense.
• Offensive Hackers:
  • Conduct cyber espionage, sabotage, or influence operations. Examples include Russia's APT28 ("Fancy Bear") or China's APT41.
  • May develop tools like Stuxnet (U.S./Israel), which targeted Iranian nuclear facilities.

2. Recruitment and Training

• Military/Intelligence Programs: Governments train personnel through initiatives like the U.S. Cyber Command or China's PLA Unit 61398.
• Contracting Firms: Private companies (e.g., NSO Group, Hacking Team) sell surveillance tools to governments.
• Pardons/Amnesty: Some governments recruit hackers with criminal histories in exchange for legal immunity (e.g., the U.S. has explored this for ransomware actors).

3. Key Examples

• Cyber Espionage: Russian interference in the 2016 U.S. elections via hacking the DNC.
• Disruptive Attacks: North Korea's WannaCry ransomware (2017) or NotPetya (attributed to Russia).
• Surveillance: NSO Group's Pegasus spyware used by governments to target journalists and activists.

4. Legal and Ethical Issues

• International Law: Ambiguity in applying laws like the UN Charter to cyber operations. Offensive hacking often violates sovereignty but rarely triggers conventional retaliation.
• Ethical Debates: Balancing national security with privacy/human rights concerns (e.g., mass surveillance, targeting civilians).
• Collateral Damage: Malware like Stuxnet spread beyond intended targets, highlighting risks.

5. Global Responses

• Treaties: Limited progress; the Budapest Convention addresses cybercrime but lacks universal adoption.
• Sanctions: Western nations have sanctioned state-linked groups (e.g., Chinese hackers indicted by the U.S. DOJ).
• Private Sector Role: Tech firms (e.g., Microsoft, Google) often disrupt state-sponsored attacks via threat intelligence.

6. Implications

• Cyber Arms Race: Nations invest heavily in cyber capabilities, escalating global tensions.
• Blurred Lines: Hacktivist groups (e.g., Anonymous) sometimes accused of state ties, complicating attribution.
• Future Trends: AI-driven attacks, deepfakes, and IoT vulnerabilities may reshape government hacking strategies.

Conclusion

Government-hired hackers play a dual role in modern geopolitics: defending national interests while raising significant ethical and legal questions. As cyber capabilities evolve, international norms and accountability mechanisms remain critical to mitigating risks of escalation and abuse.