Find weak spots in your network infrastructure.

• External Infrastructure Assessment: Your assigned pentesters conduct comprehensive security assessments of your internet-facing infrastructure to identify vulnerabilities that hold your infrastructure and data at risk. Our testing focuses on understanding your external attack surface and identifying security gaps that could lead to system compromise.

  Assessment Focus Areas:
  i.	Public Service Security: Web applications, email systems, and remote access infrastructure, database services
  ii.	Network Perimeter Controls: Firewall configurations, VPN security, and cloud service exposures
  iii.	Service Hardening: Identification of misconfigurations and unprotected services
  Our Approach:	We systematically analyzing your external infrastructure through advanced automated scanning combined with manual verification and exploitation. This includes examining authentication mechanisms, service configurations, and network-level protections to identify technical weaknesses that could enable unauthorized access.

• Internal Infrastructure Assessment (Assumed Breach): Evaluating Internal Security Controls. This assessment examines your internal network environment to identify security weaknesses that could be leveraged to move laterally, escalate privileges, or access sensitive systems and data.
  

  Technical Evaluation Includes:
  i.	Network Segmentation Effectiveness: Controls preventing lateral movement between network zone
  ii.	Access Control Validation: Privilege management and authorization controls
  iii.	System Hardening Assessment: Configuration security of servers and endpoints
  iv.	Identity Infrastructure Security: Active Directory and authentication system integrity
  v.	Assessment Methodology: examine internal systems and services to identify vulnerabilities that could be chained together to compromise critical assets. This includes testing authentication bypasses, privilege escalation vectors, and inter-system trust relationships.
  vi.	Technical Validation and Impact Analysis
  Risk-Based Prioritization:	Findings are categorized based on technical severity, exploitability, and business impact to ensure remediation efforts focus on the most critical risks first.
  Actionable Reporting:	We provide detailed technical documentation including evidence of compromise, step-by-step reproduction guides, and specific remediation recommendations tailored to your environment.

Web applications are a hacker’s favorite playground—exposed to the internet, often poorly secured, and filled with valuable data. Penetration testing simulates real attacks to expose weaknesses before criminals exploit them. The process starts with reconnaissance, where our testers map out the app’s structure, analyzing endpoints, APIs, and hidden directories while fingerprinting the tech stack.

• Automated and manual scans then sweep for low-hanging fruit:

  i.	Injection flaws
  ii.	Security misconfigurations
  iii.	Database interaction errors
  iv.	Input validation problems
  v.	Flaws in application logic
  vi.	Authentication weaknesses
  vii.	Poor session management
  viii.	Broken access controls

Identify and eliminate critical vulnerabilities in your iOS and Android applications before they can be exploited. Our security assessment covers three essential protection areas:

• Insecure Data Storage Detect exposed credentials. PII (Personally Identifiable Information), or keys in logs, cache, or device backups.

• Code Tampering Risks Assess anti-reversing controls against debuggers (Frida, Ghidra).

• API Abuse Reverse-engineer apps to find unprotected endpoints or hardcoded secrets. Runtime testing for API leaks session hijacking insecure inter-process communication (IPC)

• Log and cache leakage: extracting sensitive data through file exports and back-up mechanisms.Log and cache leakage, extracting sensitive data through file exports and back-up mechanisms.

• SQLite, Shared-Preferences, Core Data, Keychain analyzed for exposed credentials, PII, encryption keys.

• Assess anti-reversing controls against debuggers

• Runtime testing for:

  i.	Certificate pinning bypass.
  ii.	Debug & debugger detection.
  iii.	Root/jailbreaking detection.
  iv.	Dynamic configuration changes and patchable logic.

• API & Inter-Process Communication (IPC) Security

• Reverse-engineer apps to find :

  i.	Hardcoded secrets (API keys, JWT tokens).
  ii.	Unsecured endpoints (no auth, no rate limiting).
  iii.	session hijacking
  iv.	insecure inter-process communication (IPC)

Secure your wireless infrastructure against unauthorized access and interception attacks. We test the resilience of your WLAN and IoT environments against real-world threats:

• Physical Security Bypass: RFID/NFC cloning and badge duplication

• Wireless Attack Surface: Evil Twin (Rogue AP) – creating a fake AP with a trusted name to intercept traffic. Captive Portal Phishing – Fake login pages on AP to steal credentials . WPA2/WPA3 Downgrade (KRACK) – Forces devices to use weak encryption by replaying handshakes. WiFi QR Code Hijacking – Malicious QR codes auto-connect devices to attacker-controlled networks. Karma Attack (Auto-Connect) – Spoofs common SSIDs to trick devices into connecting automatically. SSID Enumeration via WebRTC – Leaks local network details through browser WebRTC IP exposure.

• Connection Manipulation: Malicious QR codes and automated connection hijacking

• Encryption Attacks: Protocol downgrades and encryption bypass techniques

• Network Impersonation: Rogue access points and captive portal phishing

• Business Impact: A compromised wireless environment enables data theft, malware injection, and persistent network access for attackers