Cybersecurity Engineer — Certified Professional License (CPCE)

Build real systems, apply disciplined methods, deliver measurable proof—this is Defensible engineering

The Certified Professional Cybersecurity Engineer (CPCE) License

What the license represents

The Certified Professional Cybersecurity Engineer (CPCE) is a professional credential for experienced practitioners who build, implement, integrate, harden, test, and maintain cybersecurity protections across modern enterprise environments.

The license recognizes professionals who can translate security requirements into working technical safeguards across networks, cloud platforms, systems, applications, identities, data, and security infrastructure—and demonstrate, through testing and evidence, that those safeguards perform as intended.

What you will be evaluated on

Secure Infrastructure Engineering — Build and maintain hardened configurations for servers, endpoints, networks, cloud resources, platforms, containers, and workloads.
Security Control Implementation — Select, configure, integrate, tune, and maintain preventive, detective, and corrective security controls.
Systems Integration — Secure interfaces, dependencies, trust boundaries, communications, and interactions between systems and security technologies.
Identity & Access Security — Implement authentication, authorization, least privilege, privileged access, segmentation, and Zero Trust security practices.
Cloud & Platform Security — Apply security controls across cloud, hybrid, virtualized, containerized, and platform environments.
DevSecOps & Security Automation — Integrate security testing and controls into infrastructure-as-code, CI/CD pipelines, software delivery, and automated deployment processes.
Threat & Vulnerability Engineering — Identify technical weaknesses, analyze attack paths and exposures, prioritize remediation, and strengthen systems against realistic threats.
Monitoring, Detection & Response — Integrate logging, SIEM, EDR, IDS/IPS, network telemetry, and other defensive technologies to improve detection and response.
Data Protection & Cryptography — Implement appropriate encryption, key management, secure communications, and technical safeguards for sensitive data.
Verification & Validation — Test configurations and controls, measure effectiveness, document results, and produce evidence showing that security requirements have been met.

How you earn it

There is no traditional multiple-choice certification exam.

Candidates demonstrate their capabilities through a practical Cyber Capstone that evaluates how they approach real cybersecurity engineering problems, make technical decisions, implement appropriate safeguards, test their work, and document the results.

Experienced practitioners may pursue the license through direct evaluation, while professionals seeking additional preparation can complete the corresponding ISAUnited Cyber Academy training before beginning the evaluation.

Who it is for

The CPCE is designed for experienced technical practitioners whose responsibilities include building, integrating, operating, or securing enterprise technology.

Typical candidates include:

Cybersecurity Engineers
Security Engineers
Cloud Security Engineers
Platform Security Engineers
Infrastructure Security Engineers
Network Security Engineers
DevSecOps Engineers
Systems Engineers
Detection Engineers
Security Automation Engineers
Technical Security Consultants
Security Architects with hands-on engineering responsibilities

Quick facts

CPL is included with the Pro Bundle (course + ebook + one CPL evaluation/capstone)
20 CPE credits are issued automatically with course completion

What is Certified Professional Cybersecurity Engineer (CPCE) Stamp?

The Certified Professional Cybersecurity Engineer (CPCE) Stamp is the official digital seal of recognition for professionals who have earned ISAUnited’s cybersecurity engineering professional license. Modeled after traditional engineering professional seals, this stamp signifies verified competence in building, integrating, configuring, and validating defensible cybersecurity systems.

The CPCE Stamp represents accountability for engineering execution, not just design intent.

Holders of the CPCE Stamp have demonstrated the ability to:

Engineer and integrate cybersecurity components, systems, and systems of systems, translating architecture and security requirements into operational configurations and enforceable controls.
Apply the Security Engineering Lifecycle (SEL) to guide build, integration, verification, validation, and operational assurance across cybersecurity domains.
Implement cybersecurity controls at interfaces and trust boundaries, including preventive, detective, and corrective mechanisms, with clear evidence of control placement and configuration.
Use Cybersecurity Engineering Concepts (CECs) as structured engineering decision methods to evaluate trade-offs, record rationale, and apply Component Integrity Engineering (CIE) when trust and containment are critical.
Perform Verification and Validation (V&V) using tests, telemetry, and operational evidence to confirm that systems meet acceptance criteria and reduce risk as intended.
Apply Design Risk Management (DRM) to identify engineering hazards, document mitigations, and record residual risk acceptance with traceable decision records.

Authorized use of the CPCE Stamp

The CPCE Stamp may be applied to cybersecurity engineering documentation produced or approved by the license holder, including CEC records, integration and configuration documents, interface control records, verification and validation results, DRM logs, and technical engineering reports.

Use of the CPCE Stamp signifies professional engineering accountability, traceability to the ISAUnited Defensible 10 Standards, and adherence to ISAUnited’s cybersecurity engineering licensing requirements and code of ethics.