ProfessionalVendor-neutralThe Open Group· issued from US

TOGAF

OpenGroup TOGAF Certified

TOGAF is the world's leading standard for Enterprise Architecture and is considered a de-facto mandatory qualification for EA roles in many large enterprises. The certification provides a structured framework (ADM) for developing and maintaining enterprise architectures, but is more methodological than technically deep. Critics note that the framework appears abstract and process-heavy and is often applied only selectively in practice. Nevertheless, market acceptance is high: TOGAF knowledge is frequently explicitly required in job postings for EA roles. The certificate does not expire, making it a one-time investment without recertification effort.

Exam fee
$470
Ongoing
Study time
80–160 hrs
Delivery
Validity

› Quality score

26.5 / 40

Four-axis SecProve rubric, each 0–10. SecProve editorial assessment — each axis carries a written justification so you can push back on any single call without dismissing the whole score.

Blueprint rigor
How well-defined and rigorous the exam blueprint is.
TOGAF 9.2 / 10 ECO — broad enterprise-architecture framework.
7.5/10
Practical evidence
Hands-on labs / written reports vs pure MCQ.
MCQ + scenario items; no live design artefact.
4.5/10
Currency & upkeep
How aggressively content is kept current with the field.
Refreshed in 2022 with TOGAF 10.
7.0/10
Market recognition
How often this signal actually moves a hiring decision.
Recognised on enterprise-architect roles globally.
7.5/10

› NICE Framework work roles

The NIST NICE work-role IDs this cert maps to. NICCS lookup.

DD-WRL-002OG-WRL-014OG-WRL-007
Recognition
Global
Exam languages
en

› Core domains covered

The 2 domains this cert is centrally about. Passing the exam demonstrates working knowledge of each.

› Prerequisites

Experience

Recommended: enterprise-architecture exposure. No formal prerequisite for Foundation tier.

› Careers that commonly pursue this cert

Security Architect

Senior design role — defines how pillar A components fit together across identity, crypto, network, cloud, and data — and, increasingly, how pillar C bolts into it.

› Common exam traps to study

Cybersecurity cert exams reuse the same 25 distractor patterns over and over — category confusion, RTO vs RPO, IDS vs IPS, MD5 vs SHA-256, and more. Once you can name the trap, you stop falling for it. Each archetype page covers what it is, the specific pairs candidates confuse, and how to avoid it.

See this cert’s domains highlighted on the interactive map, or compare it against the rest of the catalog.