Attackers don't respect the borders between your web app, your API, your cloud environment, and your internal network. Neither do we. Specialist-led testing across every attack surface — scoped to what actually matters in your environment.
13
Test specialties
Full stack
App to network
OSCP+
Certified testers
Select a specialty to see the methodology, typical findings, and how EasyCloudify™ scopes each testing type to your environment.
Manual exploitation of authentication flaws, business logic errors, authorization bypasses, and injection vulnerabilities that automated scanners routinely miss. Built on the OWASP Web Security Testing Guide.
Common findings
Broken authentication, insecure direct object references, business logic abuse, stored XSS chains, second-order SQL injection
REST, GraphQL, gRPC, and SOAP APIs are heavily targeted and chronically undertested. We find broken authentication, authorization bypasses, data overexposure, and rate-limiting failures across every API layer.
Common findings
BOLA/IDOR, mass assignment, API key exposure, JWT algorithm confusion, GraphQL introspection abuse
iOS and Android applications tested for insecure local data storage, weak transport security, authentication bypass, and backend API vulnerabilities — across the full client and server stack.
Common findings
Insecure storage of credentials/tokens, certificate pinning bypasses, backend API authorization flaws, deep-link hijacking
AWS, Azure, and GCP environments tested for IAM misconfigurations, overly permissive roles, network segmentation failures, and data exposure paths across cloud-native services.
Common findings
IAM privilege escalation, S3/Blob misconfiguration, metadata SSRF, cross-account role chaining, Lambda/Function exposure
Simulates insider threats and compromised endpoints. We validate lateral movement paths, privilege escalation, Active Directory abuse, and the blast radius of an assumed internal compromise.
Common findings
Kerberoasting, Pass-the-Hash, unconstrained delegation, AD privilege escalation, VLAN hopping, unpatched internal services
We probe your internet-facing perimeter the way an attacker would — from OSINT and reconnaissance through initial exploitation to foothold establishment.
Common findings
Exposed management interfaces, vulnerable public services, credential stuffing surfaces, misconfigured firewall rules, forgotten subdomains
Wi-Fi, Bluetooth, and radio protocol testing using advanced attack techniques that automated scans miss entirely. We also deploy remote hardware for on-site-equivalent wireless testing without travel delays.
Common findings
WPA2 Enterprise misconfiguration, rogue access points, client isolation failures, PMKID capture, Bluetooth pairing vulnerabilities
Salesforce environments drift constantly as sharing rules and permission sets expand. We find misconfigured object permissions, exposed APIs, and access control gaps that give standard users access to data they should never see.
Common findings
Over-permissive sharing rules, SOQL injection in custom code, Lightning component vulnerabilities, Community portal data exposure
Real-world facility breaches through tailgating, badge cloning, lock picking, and social engineering. We test whether your physical controls and security culture hold under adversary pressure.
Common findings
Tailgating success rates, badge cloning vulnerabilities, unsecured server rooms, piggybacking on vendor visits
Targeted phishing, spear phishing, and vishing campaigns that surface human and process gaps. Paired with targeted awareness guidance for teams and segments that need it.
Common findings
Credential submission rates, MFA bypass susceptibility, pretexting success, callback fraud vectors, executive impersonation exposure
End-to-end IoT testing across hardware, firmware, cloud APIs, and wireless protocols. We find the vulnerabilities across the full connected device stack that traditional web testing misses.
Common findings
Hardcoded credentials in firmware, UART/JTAG debug interface exposure, cloud API authorization failures, insecure firmware update mechanisms
SCADA, ICS, and industrial control system testing that identifies exploitable vulnerabilities without disrupting operations. We test the network boundaries, not just the endpoint configurations.
Common findings
IT/OT boundary crossings, unauthenticated PLC access, SCADA historian network exposure, default credentials on industrial devices
LLM applications, RAG pipelines, AI agents, and system prompts tested for prompt injection, data exfiltration, and capability abuse paths that traditional pentests miss entirely. Every model swap and prompt change is a new attack surface.
Common findings
Direct and indirect prompt injection, system prompt exfiltration, RAG context poisoning, agent tool abuse, training data extraction
How EasyCloudify™ scopes specialist testing programs for complex, multi-layer environments.
A scoping call with our team is the fastest path to the right answer. We map your technology stack, compliance requirements, and the specific outcomes you need — then scope a testing program that covers the attack surfaces that matter, without padding scope for the sake of it.
Yes. Most production environments span multiple attack surfaces — web application, API, internal network, and cloud infrastructure often overlap in a single scope. We scope combined engagements that cover every relevant layer without creating artificial divisions between test types.
Standard penetration testing does not cover prompt injection, RAG context manipulation, agent tool abuse, or model-specific attack patterns. Our AI/LLM testing is scoped specifically to the risks introduced by LLM-powered systems — not re-labeled web application testing.
Most environments span multiple attack surfaces. A scoping call is the fastest way to build a program that covers what matters — without paying for what doesn't.