Cohesity offers specialized certifications for IT professionals who want to demonstrate their expertise in enterprise data management, data protection, and cybersecurity. Among these credentials, the COH500 Cohesity Certified Architect Expert and COH350 Cohesity Certified Security Specialist address two important but different areas of expertise. While both certifications involve the Cohesity Data Cloud platform and data protection technologies, COH500 focuses on designing comprehensive enterprise data management solutions, whereas COH350 emphasizes securing data environments, strengthening platform defenses, and responding to potential security threats. Understanding these differences can help candidates select the certification that best matches their technical experience and career goals.

The COH500 Cohesity Certified Architect Expert (CCAE) certification is designed for professionals who can assess customer requirements and design comprehensive Cohesity solutions for enterprise environments. It validates the ability to translate business and technical requirements into effective data protection, management, and cyber resilience architectures.
Candidates preparing for COH500 should understand how Cohesity technologies work together across different infrastructure environments. This includes designing data protection strategies, evaluating capacity and performance requirements, integrating cloud services, and identifying opportunities to improve existing architectures.
Key areas of knowledge include:
●Enterprise data protection architecture and solution design.
●Cohesity Data Cloud platform capabilities.
●DataProtect, SmartFiles, and related data management solutions.
●Hybrid-cloud and multicloud architecture considerations.
●Capacity planning, performance evaluation, and scalability.
●Third-party integrations and API-based automation.
●Architecture gap analysis and troubleshooting.
COH500 is particularly relevant to solution architects, technical architects, presales engineers, and professional services professionals who participate in designing or validating enterprise data management solutions.
The COH350 Cohesity Certified Security Specialist (CCSS) certification focuses on protecting Cohesity environments against security risks and supporting organizational cyber resilience. It validates the knowledge required to identify vulnerabilities, implement security best practices, strengthen platform configurations, and manage security-related incidents.
Unlike the architecture-oriented COH500 exam, COH350 places greater emphasis on practical security administration and defensive controls. Candidates need to understand how to protect data throughout its lifecycle, manage user access, monitor suspicious activities, and apply security hardening recommendations.
The COH350 exam covers seven major knowledge areas:
●Network Security
●System Hardening
●Security Assessment
●User and Access Management
●Cohesity Monitoring and Reporting
●Incident Response and Remediation
●Secure Data Management
These topics include encryption, Write Once Read Many (WORM) storage, role-based access control (RBAC), multi-factor authentication (MFA), single sign-on (SSO), audit logging, ransomware monitoring, and data isolation.
COH350 is suitable for security administrators, data protection administrators, IT administrators, storage professionals, and technical specialists responsible for maintaining secure Cohesity environments.
Although both certifications belong to the Cohesity certification program, they validate different professional competencies. The following comparison highlights their most important differences.
| Comparison Area | COH500 | COH350 |
|---|---|---|
| Certification Name | Cohesity Certified Architect Expert | Cohesity Certified Security Specialist |
| Credential | CCAE | CCSS |
| Primary Focus | Enterprise solution architecture | Data security and protection |
| Main Objective | Design and validate Cohesity solutions | Secure and protect Cohesity environments |
| Technical Emphasis | Architecture, capacity planning, integration, scalability | Security hardening, access control, monitoring, incident response |
| Key Skills | Solution design and architecture assessment | Security configuration and risk mitigation |
| Typical Roles | Solution Architect, Technical Architect, Presales Engineer | Security Administrator, Data Protection Administrator, Security Professional |
| Career Direction | Enterprise architecture and solution consulting | Cybersecurity and data protection operations |
The most important distinction is the type of responsibility each certification represents. COH500 demonstrates the ability to design and evaluate a complete solution, while COH350 demonstrates the ability to secure and manage the platform against potential threats.
Understanding the official exam domains is one of the most effective ways to decide which certification matches your existing skills.
The COH500 certification evaluates enterprise architecture and solution design capabilities through five major domains:
●Solution Discovery and Requirements Analysis: Understanding customer environments, business requirements, and data protection needs.
●Solution Architecture and Design: Developing Cohesity architectures that address availability, scalability, performance, and protection requirements.
●Solution Implementation and Integration: Understanding how Cohesity solutions integrate with existing infrastructure and third-party technologies.
●Solution Validation and Optimization: Evaluating solution performance, capacity, and the effectiveness of the proposed architecture.
●Gap Analysis and Troubleshooting: Identifying weaknesses in existing data protection strategies, analyzing usage information, and planning future improvements.
The exam requires candidates to think beyond individual product features. They should understand how different components work together to deliver a complete enterprise solution.
The COH350 exam has seven officially defined domains with the following weightings:
| Exam Domain | Weight |
|---|---|
| Network Security | 15% |
| System Hardening | 22% |
| Security Assessment | 13% |
| User and Access Management | 17% |
| Cohesity Monitoring and Reporting | 10% |
| Incident Response and Remediation | 13% |
| Secure Data Management | 10% |
System Hardening represents the largest portion of the exam, followed by User and Access Management. Therefore, candidates should pay particular attention to encryption, WORM technology, reducing the attack surface, authentication, RBAC, and privileged access controls.
The two exams may share some underlying Cohesity platform concepts, but their knowledge domains require different preparation strategies.
Choosing between COH500 and COH350 should depend on your current responsibilities and the professional skills you want to develop.
COH500 is a strong option for professionals who want to specialize in enterprise data management architecture. It is particularly relevant if your responsibilities involve:
●Designing enterprise backup and recovery solutions.
●Evaluating customer infrastructure and technical requirements.
●Planning hybrid-cloud and multicloud data protection architectures.
●Performing capacity and performance assessments.
●Integrating Cohesity with other enterprise technologies.
●Providing technical consulting and solution recommendations.
This certification is especially valuable for solution architects, presales engineers, and technical consultants who need to understand the complete architecture rather than focus on one operational area.
COH350 is a better match for professionals whose work involves protecting enterprise data and maintaining secure infrastructure. Consider this certification if you want to develop expertise in:
●Securing Cohesity platform configurations.
●Implementing authentication and access management policies.
●Applying encryption and data isolation techniques.
●Monitoring ransomware activity and potential data breaches.
●Conducting security assessments and reducing vulnerabilities.
●Supporting incident response and recovery procedures.
For security administrators and data protection professionals, COH350 provides a focused way to demonstrate knowledge of Cohesity security capabilities and recommended defensive practices.
Yes. The two certifications cover complementary areas of enterprise data management and cyber resilience. There is no need to treat them as competing credentials or assume that one must be earned before the other.
Professionals who pursue both can develop a broader understanding of how to design enterprise data protection solutions and secure those solutions against potential threats.
For example, a solution architect may use COH500 knowledge to design a scalable data protection environment, while COH350 knowledge helps ensure that the resulting architecture incorporates appropriate security controls, access policies, monitoring, and recovery capabilities.
This combination can be particularly useful for technical consultants, enterprise architects, and professionals working across data protection and cybersecurity responsibilities.
Although both exams are based on Cohesity technologies, candidates should prepare according to their respective exam objectives.
For COH500 preparation:
Start by reviewing the official COH500 exam preparation guide and understanding the architecture-related knowledge domains. Study Cohesity Data Cloud, DataProtect, SmartFiles, cloud integration, capacity planning, and solution validation. Practical experience evaluating customer requirements and designing data protection solutions can also strengthen your understanding.
For COH350 preparation:
Begin with the official security exam objectives and prioritize System Hardening and User and Access Management because they carry the highest exam weightings. Review encryption, WORM storage, network controls, RBAC, MFA, SSO, audit logging, ransomware monitoring, and incident response procedures.
Candidates can also use practice tests as supplementary study resources. Working through practice questions helps identify knowledge gaps, reinforce important concepts, and become more familiar with scenario-based assessments. However, practice questions should complement official Cohesity documentation, recommended training, and hands-on experience rather than replace them.
The difficulty depends on your professional background. COH500 requires broader architecture and solution design knowledge, while COH350 demands a stronger understanding of security controls and platform hardening. Candidates may find one exam more challenging depending on their practical experience.
No. They represent different professional specializations. COH500 awards the Cohesity Certified Architect Expert credential, while COH350 awards the Cohesity Certified Security Specialist credential. Their names and objectives reflect different technical responsibilities rather than a direct progression from one to the other.
No. Cohesity's published COH500 exam guide lists no prerequisite exams or certifications. Candidates can pursue the architecture or security specialization according to their experience and career objectives.
Yes. Security professionals who participate in enterprise architecture planning can benefit from understanding how data protection, recovery, cloud integration, and cyber resilience solutions are designed. COH500 can complement their existing security expertise.
Yes. Security knowledge is an important part of modern enterprise architecture. Understanding encryption, access management, system hardening, and incident response can help solution architects design more secure and resilient Cohesity environments.
COH500 and COH350 serve different but complementary purposes within the Cohesity certification ecosystem. COH500 is the better choice for professionals focused on enterprise architecture, solution design, and technical consulting. COH350 is more appropriate for individuals specializing in data security, platform hardening, and cyber resilience operations.
Rather than choosing a certification based only on its title, candidates should consider their current technical responsibilities, familiarity with Cohesity technologies, and long-term career goals. Whether your focus is designing enterprise data protection architectures or securing critical business data, selecting the right certification is an important step toward demonstrating your professional expertise.