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Signed-off-by: PROJECT ZERO <56379955+ProjectZeroDays@users.noreply.github.com>
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#!/bin/bash
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# Build the malicious dex file
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dx --dex --output=myexploit.dex myexploit.class
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# Create a new APK that includes the malicious dex file and any required dependencies
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apktool b myexploit -o myexploit.apk
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# Sign the APK with a valid signing certificate
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jarsigner -verbose -keystore mykeystore.keystore myexploit.apk myalias
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# Install the signed APK on a vulnerable device
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adb install myexploit.apk
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# Obfuscate the exploit code
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obfuscate_code() {
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# Implement control flow obfuscation
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control_flow_obfuscation
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# Implement string encryption
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string_encryption
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# Implement anti-debugging techniques
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anti_debugging
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}
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# Implement stealth and evasion mechanisms
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stealth_evasion() {
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# Implement process injection techniques
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process_injection
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# Implement sandbox evasion techniques
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sandbox_evasion
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# Implement timing-based evasion techniques
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timing_based_evasion
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}
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# Enhance payload delivery and execution
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enhance_payload_delivery() {
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# Implement multi-stage payloads
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multi_stage_payloads
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# Implement reflective DLL injection
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reflective_dll_injection
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# Implement in-memory execution techniques
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in_memory_execution
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}
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# Implement advanced privilege escalation techniques
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privilege_escalation() {
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# Implement token manipulation
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token_manipulation
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# Implement kernel vulnerabilities exploitation
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kernel_vulnerabilities
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}
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# Use steganography for payload delivery
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steganography_payload_delivery() {
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# Embed the payload within an image, audio, or video file
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embed_payload
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# Implement a decoder to extract and execute the payload
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decoder
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}
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# Use polymorphic payloads
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polymorphic_payloads() {
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# Create a payload that changes its code structure each time
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create_polymorphic_payload
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# Implement a polymorphic engine
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polymorphic_engine
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}
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# Use domain fronting for payload delivery
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domain_fronting_payload_delivery() {
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# Configure the server to use HTTPS
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configure_https
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# Set up a reverse proxy
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reverse_proxy
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# Modify the exploit code to use the front domain
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modify_exploit_code
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}
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# Implement driver-based rootkits for better stealth
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driver_based_rootkits() {
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# Hide the presence of the exploit
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hide_exploit
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# Use direct kernel object manipulation (DKOM)
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dkom
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}
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# Main function to execute all steps
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main() {
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obfuscate_code
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stealth_evasion
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enhance_payload_delivery
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privilege_escalation
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steganography_payload_delivery
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polymorphic_payloads
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domain_fronting_payload_delivery
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driver_based_rootkits
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}
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# Execute the main function
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main
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#!/bin/bash
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# Compile the exploit code using Xcode
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xcodebuild -project myexploit.xcodeproj -scheme myexploit -configuration Release
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# Deploy the exploit binary on a vulnerable device
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ios-deploy --bundle build/Release-iphoneos/myexploit.app
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# Trigger the exploit by sending a specific message to a kernel extension
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idevicedebug run myexploit
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# Obfuscate the exploit code
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obfuscate_code() {
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# Implement control flow obfuscation
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control_flow_obfuscation
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# Implement string encryption
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string_encryption
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# Implement anti-debugging techniques
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anti_debugging
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}
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# Implement stealth and evasion mechanisms
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stealth_evasion() {
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# Implement process injection techniques
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process_injection
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# Implement sandbox evasion techniques
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sandbox_evasion
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# Implement timing-based evasion techniques
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timing_based_evasion
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}
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# Enhance payload delivery and execution
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enhance_payload_delivery() {
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# Implement multi-stage payloads
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multi_stage_payloads
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# Implement reflective DLL injection
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reflective_dll_injection
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# Implement in-memory execution techniques
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in_memory_execution
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}
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# Implement advanced privilege escalation techniques
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privilege_escalation() {
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# Implement token manipulation
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token_manipulation
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# Implement kernel vulnerabilities exploitation
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kernel_vulnerabilities
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}
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# Use steganography for payload delivery
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steganography_payload_delivery() {
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# Embed the payload within an image, audio, or video file
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embed_payload
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# Implement a decoder to extract and execute the payload
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decoder
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}
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# Use polymorphic payloads
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polymorphic_payloads() {
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# Create a payload that changes its code structure each time
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create_polymorphic_payload
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# Implement a polymorphic engine
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polymorphic_engine
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}
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# Use domain fronting for payload delivery
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domain_fronting_payload_delivery() {
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# Configure the server to use HTTPS
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configure_https
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# Set up a reverse proxy
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reverse_proxy
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# Modify the exploit code to use the front domain
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modify_exploit_code
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}
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# Implement driver-based rootkits for better stealth
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driver_based_rootkits() {
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# Hide the presence of the exploit
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hide_exploit
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# Use direct kernel object manipulation (DKOM)
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dkom
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}
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# Main function to execute all steps
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main() {
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obfuscate_code
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stealth_evasion
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enhance_payload_delivery
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privilege_escalation
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steganography_payload_delivery
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polymorphic_payloads
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domain_fronting_payload_delivery
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driver_based_rootkits
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}
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# Execute the main function
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main
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#!/bin/bash
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# Compile the exploit code using GCC
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gcc -o exploit exploit.c
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# Deploy the exploit binary on a vulnerable system
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scp exploit user@target:/tmp/exploit
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# Trigger the exploit by running the binary with elevated privileges
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ssh user@target "sudo /tmp/exploit"
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# Obfuscate the exploit code
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obfuscate_code() {
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# Implement control flow obfuscation
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control_flow_obfuscation
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# Implement string encryption
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string_encryption
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# Implement anti-debugging techniques
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anti_debugging
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}
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# Implement stealth and evasion mechanisms
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stealth_evasion() {
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# Implement process injection techniques
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process_injection
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# Implement sandbox evasion techniques
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sandbox_evasion
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# Implement timing-based evasion techniques
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timing_based_evasion
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}
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# Enhance payload delivery and execution
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enhance_payload_delivery() {
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# Implement multi-stage payloads
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multi_stage_payloads
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# Implement reflective DLL injection
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reflective_dll_injection
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# Implement in-memory execution techniques
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in_memory_execution
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}
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# Implement advanced privilege escalation techniques
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privilege_escalation() {
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# Implement token manipulation
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token_manipulation
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# Implement kernel vulnerabilities exploitation
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kernel_vulnerabilities
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}
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# Use steganography for payload delivery
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steganography_payload_delivery() {
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# Embed the payload within an image, audio, or video file
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embed_payload
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# Implement a decoder to extract and execute the payload
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decoder
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}
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# Use polymorphic payloads
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polymorphic_payloads() {
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# Create a payload that changes its code structure each time
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create_polymorphic_payload
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# Implement a polymorphic engine
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polymorphic_engine
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}
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# Use domain fronting for payload delivery
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domain_fronting_payload_delivery() {
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# Configure the server to use HTTPS
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configure_https
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# Set up a reverse proxy
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reverse_proxy
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# Modify the exploit code to use the front domain
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modify_exploit_code
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}
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# Implement driver-based rootkits for better stealth
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driver_based_rootkits() {
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# Hide the presence of the exploit
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hide_exploit
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# Use direct kernel object manipulation (DKOM)
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dkom
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}
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# Main function to execute all steps
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main() {
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obfuscate_code
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stealth_evasion
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enhance_payload_delivery
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privilege_escalation
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steganography_payload_delivery
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polymorphic_payloads
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domain_fronting_payload_delivery
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driver_based_rootkits
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}
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# Execute the main function
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main

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