Full Attack Surface Coverage
Our Smart PTaaS architecture continually maps, assesses, and defends across every layer of your digital infrastructure. Nine interconnected surfaces, monitored in real-time.
Web Applications
Full Web Application Penetration Testing guide arrow_forwardDeep crawling and dynamic analysis of your web assets. We identify injection flaws, misconfigurations, and complex logic vulnerabilities in real-time.
- Your website or web app is usually the first thing attackers try — it's public, it's always on, and everyone knows the address.
- We click through it the same way a hacker would: weird inputs, login screens, checking if one user can see another user's data.
- Whatever we find gets fixed before it becomes a headline.
View full OWASP Top 10:2025 mapping
Mobile Apps
Static and dynamic analysis for iOS and Android binaries. Uncover insecure data storage, hardcoded secrets, and weak cryptography.
- Your app is sitting on thousands of phones, often holding passwords, health data, or payment info.
- We pull it apart to see if that data's actually protected, or just sitting there in plain sight for anyone who knows where to look.
- Same goes for weak encryption and secrets someone accidentally left in the code.
View full OWASP Mobile Top 10 (2024) mapping
APIs
Comprehensive testing of REST, GraphQL, and SOAP endpoints. We validate authentication logic, rate limiting, and data exposure parameters.
- APIs are how your systems quietly talk to each other in the background — most people never see them, which is exactly why they get overlooked.
- We test whether they actually check who's asking before handing over data.
- A surprising number don't.
View full OWASP API Security Top 10 (2023) mapping
Network
Continuous perimeter scanning and internal network mapping. Identify open ports, outdated services, and misconfigured firewalls before they are exploited.
- Servers, routers, firewalls — the actual infrastructure holding everything up.
- We look for the stuff that usually causes breaches: a port left open nobody remembers opening, a firewall rule looser than intended, a service nobody got around to patching.
- Boring problems. Expensive consequences.
View full PTES phases & CIS Controls mapping
Source Code
Static Application Security Testing (SAST) integrated directly into your CI/CD pipeline. Catch vulnerabilities in PRs before they reach production.
- Before your product ships, we read the code itself — not just how it behaves, but how it's built.
- Some of the worst issues, like a hardcoded password or a shortcut that quietly skips a security check, never show up until someone actually looks at the source.
- Cheaper to catch it here than after launch.
View full OWASP Top 10:2025 & ASVS mapping
MCP Servers
Pioneering security for Model Context Protocol servers. We audit prompt injection vectors, context poisoning risks, and unauthorized tool execution paths.
- MCP is the new standard for letting AI tools plug into your systems — which also makes it the newest thing nobody's really pressure-tested yet.
- We check whether those connections can be hijacked, whether the AI can be tricked into reaching further than it should, and whether data can leak out through it.
View full OWASP MCP Top 10 (2025) mapping
AI Agents & LLM Applications
Full AI/LLM Penetration Testing guide arrow_forwardAdversarial testing for LLM-powered products. We simulate prompt injection and jailbreak techniques, tool-call hijacking and excessive agency abuse, RAG and vector-store exfiltration, and system prompt or training-data leakage — mapped to the OWASP LLM Top 10.
- If your product has an AI that can take real actions — sending emails, looking things up, moving money — someone out there will try to talk it into doing something it shouldn't.
- That's our job before they get to it: jailbreak it, confuse it, trick it into ignoring its own rules.
- Then we show you exactly where it folded.
View full LLM Top 10 (2025) & Agentic Top 10 (2026) mapping
Thick Client Applications
Static and dynamic analysis of native Windows, macOS, and Linux applications. We reverse-engineer binaries to uncover insecure IPC, DLL hijacking, hardcoded credentials, unsafe local storage, and unauthenticated update channels.
- Not everything is a website — plenty of business tools are programs people install straight onto their computer.
- Those come with their own blind spots: passwords hidden in the software itself, or an update system that'll install pretty much anything sent to it.
- We check for both.
View full OWASP Top 10:2025 mapping
Chrome Extensions
Manifest permission audits, content-script injection review and messaging-security checks for Chrome and Chromium-based browser extensions.
- Your extension runs inside every page a user visits — with permissions most of those pages never get.
- We check whether an over-broad permission or an insecure messaging channel can be turned against the sites it's supposed to protect.
- Same goes for extensions that quietly fetch and run remote code instead of shipping it in the reviewed package.
View full OWASP Top 10:2025 mapping
About the attack surface
What are the 9 attack surfaces ComplyArmor tests?
Web applications, mobile apps (iOS and Android), APIs, network infrastructure, source code, MCP servers, AI agents and LLM applications, thick client desktop applications, and Chrome browser extensions — tested continuously rather than as a one-off scoped engagement.
Do I have to test all 9 surfaces, or can I scope just one?
You can scope any surface individually or run all nine together. Running them together catches vulnerability chains that start in one surface and end in another, which two separately-scoped assessments would each report as clean.
What's the difference between AI Agent testing and MCP Server testing?
MCP server testing covers the protocol-layer infrastructure your agents connect to — tool poisoning, authentication, command injection. AI agent testing covers the agent's own behaviour — prompt injection, excessive agency, goal hijack — mapped to the OWASP LLM Top 10 and Agentic (ASI) Top 10.
Does ComplyArmor test thick client (desktop) applications?
Yes. Native Windows, macOS and Linux applications are reverse-engineered for insecure IPC, DLL hijacking, hardcoded credentials, unsafe local storage and unauthenticated update channels.