Summary: Seeking a Senior Cloud Engineer to design and manage secure network architectures across Google Cloud Platform and Azure, focusing on segmentation, IP management, DNS, and failover solutions. Highlights: 1. Design and manage secure multi-cloud network architectures in GCP and Azure 2. Lead VPN re-establishment and implement network kill-switch mechanisms 3. Develop runbooks for cloud migrations and disaster recovery preparedness We are seeking a **Senior Cloud Engineer** to join our team. In this role, you will design and manage network architectures across Google Cloud Platform and Azure, focusing on secure segmentation, dynamic IP management, DNS strategies, and robust failover solutions. You will help shape cross\-cloud connectivity, support workload migrations, and implement advanced network security procedures. **Responsibilities** * Architect isolated multi\-cloud network environments in GCP and Azure to support secure greenfield recovery scenarios * Define strategies for IP space allocation, DNS architecture, routing, firewall policies, and network segmentation * Lead VPN re\-establishment efforts with AWS, Azure, and external partners, including gateway configuration and updates * Implement network kill\-switch mechanisms and oversee phased service re\-enablement following major incidents * Develop and maintain runbooks for network modifications, IP changes, cloud migrations, and disaster recovery preparedness **Requirements** * Minimum 3 years of experience as a Cloud Engineer * Advanced expertise in GCP and Azure networking, including VPC and VNet design * Strong knowledge of VPN technologies, routing protocols, DNS configuration, firewall management, and network segmentation * Experience with disaster recovery networking, cross\-cloud connectivity, and secure isolation models * English proficiency at B2\+ level or higher, both written and spoken **Nice to have** * Familiarity with AWS networking concepts and practices * Experience designing domain\-naming strategies for large\-scale environments * Understanding of identity\-aware network patterns for enhanced security