How is Purple Teaming different from Red Teaming?

Red Teaming focuses on simulating a realistic attack. Purple Teaming adds collaboration with your SOC to validate and improve detection and response capabilities during the exercise.

Who should participate in a Purple Team engagement?

Security operations, detection engineering, and incident response teams benefit most, alongside leadership seeking measurable improvements.

What frameworks do you align to?

Engagements are commonly mapped to MITRE ATTACK, helping teams understand technique coverage and detection maturity.

Is Purple Teaming a one-time engagement?

It can be structured as a focused exercise or integrated into a continuous security validation program.

Will this disrupt business operations?

Engagements are coordinated carefully to minimize disruption while maintaining realistic testing conditions.

Thick Client Penetration Testing Services

Desktop apps can bypass the controls your web stack relies on. Packetlabs helps you find what an attacker would exploit in installers, local storage, update channels, and OS-level permissions before it becomes a breach.

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Why Thick Clients Are High-Impact Targets

Thick clients often ship with privileged functionality, direct database access, and logic that lives on endpoints exactly where attackers can inspect and manipulate it. We test the full desktop attack surface (installers, binaries, IPC, APIs, local caches, and updates) to uncover the paths that lead to account takeover, data exposure, and lateral movement.

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What We Test in Desktop Applications

We follow real attack paths from a user's machine to the systems your app trusts so you can fix what matters most.

Installer & Update Security

Validate signing, packaging, and update channels so attackers can't swap binaries or hijack distribution.

Read about Thick Client Testing

Local Data & Secrets

Find exposed keys, tokens, PII, and unsafe caching in files, registries, keychains, and memory dumps.

Learn how to secure PII

Client Server Trust

Test auth, session handling, and request integrity to stop replay, tampering, and broken access controls.

Read about authentication protocols

IPC & Plugin Abuse

Assess named pipes, COM, message buses, extensions, and plugin ecosystems for privilege abuse and RCE.

Learn more about extension exploits

Privilege & Sandbox Escapes

Hunt for insecure permissions, DLL hijacking, weak service configs, and escalation paths on endpoints.

Secure Configuration & Hardening

Validate logging, tamper resistance, and secure defaults to reduce attack surface in production builds.

See Security Assessments

Thick Client Penetration Testing FAQs

A clear scope helps your team get actionable findings fast. Here's what thick client testing typically includes.

What is thick client penetration testing?

It's a security assessment of desktop applications (Windows, macOS, Linux) that tests the binary, local storage, update mechanisms, and how the client communicates with backend services.

Do you test both the desktop app and the APIs it calls?

Can you test without source code?

What platforms do you support?

What do we get at the end?

Thick Client Penetration Testing vs. Application Penetration Testing

Desktop applications require more than a checklist. Here's what changes when testing is built around real attacker behavior.

	Thick Client Penetration Testing	Application Penetration Testing (Web)
Primary Focus	Security of locally installed desktop applications and client-server software	Security of browser-based web applications and backend services
Environment Tested	Windows/macOS desktop apps, internal enterprise software, locally installed programs	Web portals, SaaS platforms, customer-facing web applications
Attack Surface	Application binaries, local storage, registry entries, memory, client-server communication	Web forms, APIs, session management, business logic, server-side processing
Common Vulnerabilities	Hardcoded credentials, insecure local data storage, weak encryption, reverse engineering exposure	SQL injection, XSS, CSRF, broken access controls, insecure file handling
Testing Approach	Static and dynamic binary analysis, traffic interception, reverse engineering	Simulated web-based attacks targeting workflows and input validation
Authentication & Access Control	Tests client-side enforcement, credential storage, and server trust assumptions	Tests login systems, session handling, role-based access, and privilege escalation
Data Handling Risks	Sensitive data stored locally, weak encryption of files or memory, exposed config files	Sensitive data exposure via database queries, session hijacking, API abuse
Network Interaction	Evaluates how the client communicates with backend servers and validates responses	Evaluates how users interact with server-side components via browser requests
Impact if Compromised	Application tampering, data extraction, license bypass, backend abuse	Data breach, account takeover, application compromise
Ideal For	Organizations with internal enterprise tools, financial software, or regulated desktop applications	Organizations operating SaaS platforms, portals, and public-facing web apps

Thick Client Penetration Testing: Key Outcomes

Turn desktop app testing into a defensible security win clear risk, verified fixes, and fewer surprises in production.

Stop Local-to-Cloud Breakouts

Identify how a compromised endpoint can pivot into backend systems and close the path.

Eliminate Exposed Secrets

Find and remove hardcoded credentials, tokens, and unsafe local storage patterns.

Harden Release Pipelines

Reduce supply-chain risk by validating signing, installers, and update integrity.

Prioritize Fixes That Matter

Focus remediation on exploitability and business impact not noise or CVE volume.

Verify Fixes With Retesting

Confirm remediation actually closes the attack path before you ship the next release.

Align Dev & Security Teams

Deliver findings in language engineers can act on, with context security leaders can report.

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Ready for More Than a VA Scan?®

Book your discovery call today and get a testing plan that matches how attackers actually work on endpoints and beyond.

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