PEGASUS RAT 2024 FULL VERSION SOURCE

Cyberattacks have grown increasingly sophisticated, with advanced remote access trojans (RATs) becoming a favored tool for threat actors. These malware strains enable attackers to infiltrate systems, exfiltrate sensitive data, and maintain long-term access without detection. Among these threats, highly customizable RATs—often distributed through exploit kits, phishing, or zero-day vulnerabilities—pose significant risks to governments, corporations, and high-profile individuals. PEGASUS RAT 2024 ability to bypass security measures and operate stealthily makes them a persistent challenge for cybersecurity defenses.

PEGASUS RAT 2024 software is a powerful, modular RAT designed for covert surveillance and data theft. It provides attackers with extensive control over infected systems, allowing them to monitor activities, harvest credentials, and deploy additional malware. Typically, it is used in targeted espionage campaigns, financial fraud, or corporate sabotage, where stealth and persistence are critical. Its source code availability enables customization, making it adaptable for various malicious operations while complicating detection efforts.

Key Features

Feature	Description
Advanced Spyware	Captures calls, messages, and real-time device activity.
Zero-Click Exploits	Infects devices without user interaction via vulnerabilities.
Data Exfiltration	Extracts contacts, emails, documents, and cloud-stored data.
Persistence	Embeds itself deep in the system to survive reboots and updates.
Encrypted C2	Uses secure channels (HTTPS, TLS) to communicate with attacker servers.
Live Monitoring	Streams microphone, camera, and GPS location in real time.
Anti-Forensics	Deletes logs, obfuscates traffic, and evades sandbox analysis.
Modular Payloads	Dynamically loads additional malicious plugins as needed.

How PEGASUS RAT 2024 Works

Initial Infection

The malware employs multiple infection vectors, including:

Zero-Click Exploits: Leveraging unpatched vulnerabilities in apps or OS components to install silently.
Phishing & Social Engineering: Disguised as legitimate software updates or documents.
Supply Chain Attacks: Compromising trusted software distributors to spread the payload.

Once executed, it gains elevated privileges, often exploiting kernel-level vulnerabilities to embed itself deeply within the system.

Persistence & Evasion

To maintain access, the malware uses techniques such as:

Registry Manipulation: Modifies startup entries to relaunch after reboots.
Process Injection: Hides within legitimate processes (e.g., svchost.exe) to avoid detection.
Rootkit Capabilities: Conceals files, network activity, and itself from security tools.
Command-and-Control (C2) Communication

The malware connects to a C2 server using encrypted channels (e.g., HTTPS or DNS tunneling). The attacker can then:

Send commands (e.g., activate microphone, exfiltrate files).
Push updates or additional payloads.
Adjust operation parameters to evade newly deployed defenses.
Payload Execution & Data Theft

Depending on the attacker’s goals, the malware can:

Capture Keystrokes & Screenshots: Logs sensitive inputs and visual activity.
Record Audio/Video: Silently activates device cameras and microphones.
Steal Credentials: Harvests login details from browsers, email clients, and apps.

Deploy Ransomware or Spyware: Downloads secondary malware for further exploitation.