ATEC Wireless
Cloud Native Architect
ATEC Wireless - Pasadena, California, United States, 91122
Work at ATEC Wireless
Overview
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Overview
Cloud Native Architect – 12+ Years Experience
We are seeking an accomplished
Cloud Native Architect
with over 12 years of experience driving cloud modernization initiatives and leading large-scale
DevSecOps transformations . The ideal candidate will demonstrate deep expertise in
Kubernetes architecture ,
multi-cloud deployments , and
cloud-native security
practices.
Key Responsibilities:
Design scalable, observable cloud-native systems using modern Kubernetes-based patterns across AWS, Azure, and GCP. Lead architecture and implementation of Kubernetes platforms (EKS, AKS, GKE) with GitOps automation, policy controls, and microservices-based designs. Architect and deploy
eBPF-based networking and observability
using
Cilium
to enhance performance, visibility, and runtime protection. Implement
zero-trust architectures
with
SPIFFE/SPIRE
to enable secure workload identity and service-to-service authentication. Build and manage
control plane-based IaC
using
Crossplane
for declarative provisioning of cloud infrastructure through Kubernetes. Design and support
edge computing
workloads using
KubeEdge , tailored for low-latency or intermittently connected environments (e.g., telecom, manufacturing, IoT). Enhance platform reliability through service mesh integrations (Istio, Linkerd), distributed tracing, and intelligent auto-scaling across multi-cluster environments. Partner with dev, ops, and security teams to modernize legacy applications into containerized, cloud-native services. Standardize infrastructure governance using
OPA ,
Vault , and observability tools such as
Prometheus ,
Grafana , and
OpenTelemetry .
Must-Have Qualifications:
Proven hands-on deployment and tuning of
Cilium
for Kubernetes networking and security enforcement. Deep experience using
Crossplane
for Kubernetes-native infrastructure orchestration. Working knowledge of
KubeEdge
to support distributed edge computing scenarios. Strong understanding of
Platform SRE practices ,
service mesh architectures , and
cloud cost optimization strategies .
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We are seeking an accomplished
Cloud Native Architect
with over 12 years of experience driving cloud modernization initiatives and leading large-scale
DevSecOps transformations . The ideal candidate will demonstrate deep expertise in
Kubernetes architecture ,
multi-cloud deployments , and
cloud-native security
practices.
Key Responsibilities:
Design scalable, observable cloud-native systems using modern Kubernetes-based patterns across AWS, Azure, and GCP. Lead architecture and implementation of Kubernetes platforms (EKS, AKS, GKE) with GitOps automation, policy controls, and microservices-based designs. Architect and deploy
eBPF-based networking and observability
using
Cilium
to enhance performance, visibility, and runtime protection. Implement
zero-trust architectures
with
SPIFFE/SPIRE
to enable secure workload identity and service-to-service authentication. Build and manage
control plane-based IaC
using
Crossplane
for declarative provisioning of cloud infrastructure through Kubernetes. Design and support
edge computing
workloads using
KubeEdge , tailored for low-latency or intermittently connected environments (e.g., telecom, manufacturing, IoT). Enhance platform reliability through service mesh integrations (Istio, Linkerd), distributed tracing, and intelligent auto-scaling across multi-cluster environments. Partner with dev, ops, and security teams to modernize legacy applications into containerized, cloud-native services. Standardize infrastructure governance using
OPA ,
Vault , and observability tools such as
Prometheus ,
Grafana , and
OpenTelemetry .
Must-Have Qualifications:
Proven hands-on deployment and tuning of
Cilium
for Kubernetes networking and security enforcement. Deep experience using
Crossplane
for Kubernetes-native infrastructure orchestration. Working knowledge of
KubeEdge
to support distributed edge computing scenarios. Strong understanding of
Platform SRE practices ,
service mesh architectures , and
cloud cost optimization strategies .
#J-18808-Ljbffr