Cloud Resilience Architect for Application Continuity

Calance, Inc.; Milpitas (CA); On-site; USD 124,000 - 158,000; Full time

Job summary

Calance, Inc. in Milpitas, CA is seeking a Senior Staff Engineer for IT Resilience focused on Cloud and Application Continuity.

This onsite role spans designing resilient cloud estates and recovery architectures for tier one applications, translating business recovery objectives into actionable designs, and challenging objectives when economics don’t align with feasibility. You will drive multi-zone/region patterns, build a comprehensive pattern library, and design for hybrid interactions

Qualifications

• Typically ten or more years in infrastructure or cloud engineering.
• Experience designing and testing cloud or hybrid failover for production workloads.
• Genuine application tier fluency: dependency mapping, state, data consistency on failover, session and integration behaviour.
• Infrastructure as code and recovery automation in production.
• Track record of influencing application and product teams without authority.

Responsibilities

• Design landing zone resilience for multi-zone and multi-region DR patterns.
• Build the pattern library for recovery designs and applicability.
• Engineer the hybrid seams between on-premise and cloud services.
• Build the cloud recovery environment supporting immutable recovery model.
• Map dependencies including SaaS and third-party services.
• Test application tier failover to prove business readiness, not just infra.
• Maintain design line with documented exceptions where recovery objectives cannot be met.

Skills

Public cloud architecture (AWS/Azure)

Infrastructure as code

Application tier recovery

Dependency mapping

Influence without authority

Job description

Calance, Inc. in Milpitas, CA is seeking a Senior Staff Engineer for IT Resilience focused on Cloud and Application Continuity.

This onsite role spans designing resilient cloud estates and recovery architectures for tier one applications, translating business recovery objectives into actionable designs, and challenging objectives when economics don’t align with feasibility. You will drive multi-zone/region patterns, build a comprehensive pattern library, and design for hybrid interactions