Disaster Recovery and Resiliency Architects focus on ensuring that enterprise applications, data platforms, and networks survive catastrophic failures, hardware breakdowns, and cyber attacks such as ransomware. While general computer systems architects design broadly for performance, capacity, and feature integration, resiliency architects concentrate specifically on high availability, recovery orchestration, and data consistency across secondary sites and cloud regions. Day-to-day work centers on mapping application dependencies, modeling failure scenarios, defining isolated recovery environments, and configuring automated failover capabilities.The operational rhythm balances proactive design work with rigorous operational validation. Architects frequently organize tabletop exercises, run live failover simulations, review backup telemetry, and draft detailed operational runbooks for emergency response teams. The role requires deep analytical precision and critical thinking to anticipate unpredictable infrastructure faults and cyber threats, alongside clear communication skills to articulate technical resilience risks to executive leadership. Those who succeed in this specialization tend to be methodical, thorough investigators who thrive on deconstructing complex technical interdependencies to build fault-tolerant systems.
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Responsibilities
Design and implement enterprise-wide disaster recovery and cyber resilience architectures across hybrid cloud and on-premises systems.
Define recovery time objectives (RTO) and recovery point objectives (RPO) based on comprehensive business impact analyses.
Architect isolated recovery environments, network segmentation, and secure backup infrastructure to mitigate ransomware and cyber risks.
Develop, update, and validate recovery runbooks and automated failover workflows for critical infrastructure and applications.
Coordinate and lead tabletop exercises and production failover testing to verify systems recovery and data consistency.
Map complex application dependencies and state requirements across multi-zone and multi-region computing environments.
Communicate architectural risks, technical debt, and recovery preparedness metrics to executive stakeholders and oversight bodies.
Qualifications
Bachelor's degree in computer science, information technology, engineering, or a related field, or equivalent practical experience.
At least five years of experience in enterprise infrastructure engineering, systems administration, or disaster recovery architecture.
Demonstrated hands-on expertise with enterprise backup and replication platforms such as Cohesity, Veeam, or native cloud backup tools.
Extensive experience designing high-availability and failover topologies within major cloud environments such as AWS or Azure.
Proficiency with enterprise operating systems, relational database recovery, and storage virtualization technologies.
Nice to Have
Professional certifications in cloud architecture, enterprise business continuity, or disaster recovery planning.
Experience architecting isolated recovery environments and managing rapid recovery protocols for large-scale ransomware incidents.
Familiarity with regulatory compliance frameworks governing operational resilience, such as FFIEC guidance.
Proficiency in infrastructure as code and automated orchestration tools to support continuous recovery testing.
Environment
Work is predominantly conducted in hybrid office configurations with remote capability and occasional data center visits.
Collaborative workflows require constant interaction with infrastructure, security, application development, and risk management teams.
Working hours follow standard business schedules, though recovery testing and crisis incident support often require evening or weekend availability.
Primary digital tooling includes enterprise backup suites, cloud management consoles, network visualization software, and infrastructure monitoring platforms.
Benefits & Growth
Compensation packages generally feature competitive base salaries accompanied by annual performance bonuses and comprehensive retirement plans.
Career advancement paths lead to senior technical architecture, director-level operational resilience, or chief resilience officer positions.
Organizations regularly sponsor continuous professional development, advanced vendor training, and industry resilience certifications.
The sustained growth of hybrid computing, cloud reliance, and cybersecurity requirements creates durable demand for resilience specialization.