Nine penetration testing services, each conducted by a human researcher following industry standards. Every engagement ends with a VAPT certificate in your company name, in 48 hours.
Full offensive testing of your web application — authentication, session management, access control, injection, business logic, and client-side vulnerabilities. Every finding manually verified by a researcher.
Direct object reference attacks where a user accesses resources belonging to another user by manipulating IDs, UUIDs, or path parameters. The most common high-impact finding in web applications.
Testing for credential stuffing vectors, brute-force exposure, weak token generation, session fixation, token not invalidated on logout, and JWT algorithm confusion attacks.
Manual injection testing across all input vectors — URL parameters, form fields, HTTP headers, JSON bodies, and GraphQL queries. Both time-based blind and error-based techniques used.
Price manipulation, quantity tampering, workflow bypass, privilege escalation via state manipulation. These are only found by humans — no scanner detects them.
Reflected, stored, and DOM-based XSS across all input points. CSRF token absence, SameSite cookie misconfiguration, and cross-origin request forgery on state-changing endpoints.
Missing security headers (CSP, HSTS, X-Frame-Options), server version disclosure, directory listing, debug mode in production, default credentials, and exposed admin panels.
REST, GraphQL, gRPC, and SOAP APIs tested for broken object-level auth, function-level auth, mass assignment, rate limiting bypass, and excessive data exposure. Every endpoint enumerated and tested manually.
API1 in OWASP API Top 10. Every object-returning endpoint tested for authorisation bypass — manipulating IDs, guessing adjacent records, and tenant isolation failures in multi-tenant apps.
Admin-only endpoints accessible to regular users. Horizontal privilege escalation via HTTP method switching (POST→PUT→DELETE). Unprotected internal API endpoints discoverable from API schema.
Injecting extra properties in API request bodies to modify fields that should not be user-settable — role elevation, pricing override, subscription tier manipulation.
API responses returning more fields than the frontend displays — PII, internal IDs, hashed passwords, admin flags, audit trails. The application relies on the client to filter, not the server.
No throttling on authentication endpoints allows credential stuffing. No rate limits on password reset flow allows OTP brute-forcing. GraphQL query depth attacks causing DoS.
iOS and Android applications tested at the binary, network, and runtime level. Static analysis of the compiled app, dynamic testing via instrumentation, and backend API testing as a unified engagement.
Auth tokens, PII, and API keys stored in plaintext in SharedPreferences (Android), NSUserDefaults (iOS), SQLite, log files, or app backups accessible without root.
Intercepting mobile traffic via Frida-based SSL kill switch. Exposing API calls the app makes that are not visible from the frontend. Testing for certificate validation failures.
Static reverse engineering of the APK/IPA to extract hardcoded API keys, tokens, encryption keys, and backend URLs embedded in the binary or resource files.
Exported Activities and Services accessible without authentication, deeplink hijacking, intent redirection to bypass auth flows, and task affinity exploitation on Android.
Internal and external network infrastructure testing. Port scanning, service enumeration, vulnerability exploitation, lateral movement simulation, and privilege escalation across network segments.
Identifying and exploiting unpatched services exposed on the network — SMB, RDP, SSH, FTP, Telnet. Manual verification that CVEs are actually exploitable in your environment, not just theoretical.
Default credentials on routers, switches, and appliances. Password spraying against Active Directory. NTLM relay, Kerberoasting, AS-REP roasting on Windows environments.
Testing whether VLAN segmentation and firewall rules are actually enforced. Can a compromised workstation reach production databases? Is a DMZ host able to pivot to internal servers?
AWS, GCP, and Azure infrastructure reviewed for IAM misconfigurations, public exposure, secrets in environment variables, insecure storage buckets, container escape vectors, and logging gaps.
Overpermissioned IAM roles, wildcard policies, privilege escalation paths from a low-privilege role to admin via PassRole, AssumeRole chains, or misconfigured trust relationships.
S3 buckets, Azure Blobs, and GCS buckets enumerated and tested for public read/write access, predictable naming conventions, and pre-signed URL exploitation.
Database passwords in Lambda environment variables, API keys in EC2 instance metadata, secrets in container image layers, and credentials in CloudFormation templates.
Privileged container escape, host path mount exploitation, Kubernetes RBAC bypass, service account token theft, and etcd exposure on misconfigured clusters.
Manual review of application source code for security flaws invisible to runtime testing — cryptographic weaknesses, insecure deserialization, race conditions, hardcoded secrets, and dependency vulnerabilities.
Weak hashing algorithms (MD5/SHA1 for passwords), ECB mode encryption, hardcoded IV, custom cryptographic implementations, and insufficient entropy in token generation.
Java, Python, PHP, and Ruby deserialization gadget chains enabling remote code execution. Node.js prototype pollution via unsanitised merge operations.
Time-of-check to time-of-use vulnerabilities in payment flows, balance updates, and concurrent session handling that allow double-spending or balance manipulation.
Desktop applications (.exe, .msi, Electron, Java, .NET) tested via static analysis, memory inspection, traffic interception, and binary patching. Targeting local storage, IPC channels, and client-server communication.
Credentials, session tokens, and encryption keys found in process memory, registry, config files, or SQLite databases stored locally by the application.
Application loads DLLs from user-writable paths, enabling privilege escalation via DLL replacement. Unquoted service paths exploitable on Windows installations.
Browser-based enterprise applications, Citrix/RDS environments, and web-delivered thin clients tested for session isolation failures, breakout vectors, and privilege escalation within virtualised desktop environments.
Escaping restricted desktop environments via application whitelisting bypasses, sticky keys exploitation, dialog box abuse, and taskbar manipulation to reach a full Windows shell.
One user's session data accessible to another user in shared virtualised environments. Shared clipboard data leaking credentials, temp files accessible cross-session.
Full adversary simulation targeting your organisation across all attack surfaces simultaneously. Social engineering, phishing, physical access, application exploitation, and lateral movement combined into one realistic attack scenario.
Targeted email phishing using real OSINT about your employees. Custom landing pages, credential harvesting, and macro-enabled document delivery testing your human security layer.
From initial compromise, moving through the network to reach the crown jewels — customer database, source code repository, or financial systems. Pass-the-hash, token impersonation, and trust exploitation.
Testing whether your security monitoring detects and responds to attacker persistence mechanisms — scheduled tasks, registry run keys, service installation, and command-and-control beaconing.
Select your platform type to see the most common attack scenarios we test — with real examples from actual engagements.
Every item above is tested manually in every engagement.
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