The Problem & Our Approach
Most vulnerability scans tell you what software versions are running. A penetration test tells you what an attacker could actually do with that information. There is a significant difference between the two.. and most organizations don’t discover it until after an incident.
Thorium’s penetration tests are conducted by practitioners who spent their careers conducting offensive security operations at the Department of Defense level, where the consequences of a missed finding were never theoretical. We brought that standard to the private sector. We go beyond automated tooling: we think through attack chains the way real adversaries do, validate exploitability with hands-on testing, and document exactly what a determined threat actor could accomplish in your environment from initial access to full compromise.
The result isn’t a list of software versions and CVE numbers. It’s a clear, evidence-backed picture of your actual exposure.. and a prioritized roadmap for closing it.
EXTERNAL PRESENCE
External Penetration Test
Internet-facing infrastructure, firewall and VPN exposure, publicly accessible services, DNS enumeration, credential harvesting attempts, and exploitation of externally reachable vulnerabilities. Every exposed entry point is mapped from an attacker’s vantage point, then validated through safe exploitation so you see exactly what an outsider could reach.
PERIMETER
FIREWALL
VPN
DNS RECON
OSINT
EXPLOITATION
INTERNAL NETWORK
Internal Penetration Test
Network segmentation effectiveness, lateral movement paths, unauthenticated access opportunities, internal service exposure, and exploitation of trust relationships between systems and network segments. We simulate a breached foothold or malicious insider to show how far an attacker could pivot once inside the perimeter.
RECON
PIVOTING
SEGMENTATION
TRUST ABUSE
AD ENUM
CREDENTIALED ACCESS
Authenticated Penetration Test
Privilege escalation from standard user to administrator, access to sensitive data and critical systems, weak permission configurations, credential reuse opportunities, and domain compromise pathways. Starting from legitimate low-level access, we chart the realistic route to full domain control.
PRIV ESC
AD ATTACKS
CRED REUSE
RBAC FLAWS
DATA ACCESS
DA
WEB LAYER / OWASP
Web Application Penetration Test
Injection vulnerabilities, authentication and session management weaknesses, access control failures, sensitive data exposure, business logic flaws, and OWASP Top 10 coverage across all application functionality. Both authenticated and unauthenticated roles are tested to surface flaws automated scanners routinely miss.
OWASP TOP 10
INJECTION
BROKEN AUTH & ACCESS
MOBILE CLIENTS
Mobile Application Penetration Test
Local data storage security, authentication and authorization controls, API communication security, certificate validation, reverse engineering exposure, and platform-specific vulnerability coverage for iOS and Android. We assess the app, its backend APIs, and the device-side artifacts it leaves behind.
iOS & ANDROID
DATA STORAGE
API & CERT PINNING
CLOUD INFRASTRUCTURE
Cloud Service Penetration Test
IAM permission misconfigurations, exposed storage and compute resources, metadata service exploitation, cross-account access opportunities, serverless function vulnerabilities, and insecure API gateway configurations. Findings are mapped to AWS, Azure, and GCP best practices with concrete remediation steps.
IAM MISCONFIG
STORAGE EXPOSURE
SERVERLESS & API GATEWAY
RF / WIRELESS
Wireless Penetration Test
Wireless encryption and authentication weaknesses, rogue access point susceptibility, evil twin attack exposure, guest network segmentation failures, unauthorized device detection, and credential capture opportunities against poorly configured wireless infrastructure. On-site testing confirms whether an attacker in your parking lot could reach the corporate network.
WPA2 / WPA3
ROGUE / EVIL TWIN
GUEST SEGMENTATION
PHYSICAL ACCESS
Physical Penetration Test
Physical access control bypass, tailgating and piggybacking susceptibility, server room and wiring closet access, sensitive data visible in common areas, unattended workstation exposure, and social engineering of on-site personnel. We test the human and physical layers that technical controls alone cannot protect.
ACCESS BYPASS
TAILGATING
SOCIAL ENGINEERING
