The world still has coverage blind spots. You could help eliminate them at Skylo.
Skylo has pioneered a standards-based approach to satellite connectivity. We connect smartphones and IoT devices directly to satellites. No special hardware, no entirely new networks. Just billions of existing devices, suddenly reachable anywhere on Earth. We're not building toward this future. We're already in it.
Our direct-to-device service is live on millions of activated devices across five continents, covering more than 72 million square kilometers, in partnership with leading satellite operators, mobile network operators, Tier-1 chipset makers, and OEMs worldwide. And we're just getting started.
At the heart of it all is Skylo's commercial NTN vRAN: a 3GPP standards-based, cloud-native platform that seamlessly bridges terrestrial and satellite networks. It's the infrastructure that makes true anywhere, anytime connectivity possible.
When you join Skylo, you'll work at the intersection of three markets reshaping how the world stays connected: mass-market consumer devices, automotive, and industrial IoT. Enabling people outdoors and critical workflows in the world's most remote places.
This is a rare chance to work on technology that matters, at a company that's already proving it works
SUMMARY: HOW YOU WILL IMPACT SKYLO
As a Staff Network Reliability Engineer, Cloud Operations, in the Global Product Support & Customer Success organization, you are the Cloud Infrastructure domain authority within Skylo’s production NTN network. Everything runs on the infrastructure you keep healthy — RAN NFs, Core NFs, OSS, BSS, and the observability pipeline itself. When a GKE node fails, when ArgoCD drifts, when a Persistent Volume Claim goes unavailable, when a PostgreSQL replica falls behind, when Prometheus WAL corrupts — you own the response.
You operate across Skylo’s full hybrid cloud estate: GCP public cloud (GKE clusters, Pub/Sub pipelines, Cloud SQL) and on-premise private cloud infrastructure (bare-metal Kubernetes, hyperconverged compute, software-defined storage). You own 24×7 platform health, the observability pipeline (Prometheus, VictoriaMetrics, Grafana, OpenTelemetry), persistent storage operations (PostgreSQL, Redis), and the operational interface with Network Implementation for all GitOps-driven infrastructure changes.
At Staff NRE level you go beyond keeping the lights on. You define and maintain SLOs tied to network SLA commitments, own error budget tracking, drive toil reduction, and partner with Ops Platform Engineering to automate the infrastructure remediation loop. You are the last technical stop before a Cloud Infrastructure problem becomes an engineering escalation — and you are a force multiplier, mentoring Senior NREs and contributing the operational requirements that shape Skylo’s platform roadmap.
KEY RESPONSIBILITIES
Cloud Infrastructure Operations & Health Ownership
Own 24×7 cloud infrastructure health across Skylo’s hybrid production environment: GKE cluster node status, namespace and pod health, Persistent Volume Claim availability, network policies, and multi-cluster federation across Skylo’s GCP footprint.
Own on-premise Kubernetes cluster health: bare-metal node availability, container runtime stability, CNI networking, persistent storage arrays (Ceph/Rook or equivalent), and hyperconverged compute platform operations (Harvester, KubeVirt, or KVM).
Monitor and triage infrastructure alarms using OSS dashboards, Grafana/VictoriaMetrics telemetry, GCP Cloud Monitoring, and Loki log correlation — distinguish transient platform events from systemic infrastructure degradation.
Execute and own Cloud Infra runbooks for P2–P4 fault categories: GKE node recovery, pod eviction and rescheduling, PVC repair, database failover execution, Prometheus WAL corruption recovery, ArgoCD drift remediation, and certificate rotation — without requiring engineering involvement for covered fault classes.
Own BSS-IIS GKE cluster monitoring and infrastructure health; maintain runbooks that reflect current cluster topology after every infrastructure change.
Observability Pipeline & Data Platform Operations
Own the observability pipeline end-to-end: Prometheus scrape target integrity, VictoriaMetrics retention and query performance, Grafana dashboard coverage and accuracy, OpenTelemetry collector health, and alert routing via Pub/Sub to the OSS.
Maintain database reliability: PostgreSQL streaming replication health, backup and restore procedures, failover testing, query performance monitoring; Redis cluster operations, eviction policy management, and persistence configuration.
Ensure log aggregation pipeline health (Loki or ELK): ingestion rates, retention policies, query performance, and completeness — the observability stack must be operational before the network events it monitors can be triaged.
Partner with NI (Network Implementation & Infrastructure) on all planned infrastructure changes: receive advance notice, validate post-deployment observability, and sign off on operational readiness before the change window closes.
Cloud Infrastructure Incident Diagnosis & Escalation Authority
Serve as the L3 escalation authority for all Cloud Infra incidents: take ownership from the Incident Manager, diagnose at the Kubernetes, storage, network, and database layer using kubectl, GCP console, node logs, and infrastructure telemetry, and deliver a resolution or a decision-grade root cause.
Lead Cloud Infra troubleshooting bridges: command the technical investigation for GKE node failures, cluster upgrade failures, storage outages, PubSub pipeline disruptions, database failover events, and ArgoCD sync failures — drive to resolution or clear engineering handoff.
Diagnose and resolve infrastructure failure modes: node NotReady conditions, pod CrashLoopBackOff chains, PVC mount failures, CSI driver errors, network policy misconfigurations, Helm release drift, etcd latency spikes, and cross-cluster federation breaks.
Participate in the global 24×7 on-call rotation as the Cloud Infra domain escalation tier — reachable within defined SLA windows for Sev 1 events; function as the technical decision-maker, not the first responder.
SLO Engineering & Reliability
Define and maintain SLOs for all Cloud Infra components: GKE control plane availability, database query latency, storage IOPS, message pipeline throughput, and observability stack uptime — tied directly to network SLA commitments to MNO partners.
Own error budget tracking and the process for trading error budget against deployment velocity; escalate when error budget burn rate requires engineering intervention or deployment freezes.
Drive toil reduction: identify and eliminate manual Cloud Infra procedures; own the roadmap to automated cluster recovery, rolling restarts, storage repair, and certificate rotation in partnership with Ops Platform Engineering.
Lead capacity planning for compute, storage, and network resources across public and private cloud — forecast growth based on subscriber projections and new MNO partner onboarding.
Root Cause Analysis & Post-Incident Ownership
Own Cloud Infra RCA end-to-end: lead the investigation, document the complete causal chain from infrastructure trigger through upstream NF impact, and deliver systemic action items with owners, timelines, and measurable success criteria.
Deliver Initial RCA documentation within defined SLA windows; identify systemic infrastructure failure patterns — cluster upgrade regressions, storage controller bugs, network policy drift, resource exhaustion trends — and translate them into engineering requirements.
Contribute to the weekly and monthly Network Performance Report: infrastructure availability, database latency trends, storage IOPS, observability pipeline health, and SLA deviation analysis.
Runbook Authorship & Operational Standards
Author, own, and maintain all Cloud Infra runbooks and SOPs: GKE node recovery, database failover, storage expansion, Prometheus WAL repair, ArgoCD rollback, certificate rotation, and cluster upgrade procedures — every procedure tested before production reliance.
Define the diagnostic decision tree for each known infrastructure fault class: entry condition, triage steps, isolation method, resolution action, and escalation criteria — written at the level where a Senior NRE can execute independently.
Validate and sign off on operational readiness for all infrastructure changes: DCI/DCE build-outs, GKE cluster expansions, Kubernetes version upgrades, and new on-premise hardware deployments.
Cross-Functional Collaboration & Team Development
Partner with OPE as the Cloud Infra domain’s primary automation consumer: define Kubernetes event schemas, alert-to-action contracts, and closed-loop policy requirements for infrastructure auto-remediation.
Represent Cloud Infra in NI architecture reviews: define observability and operational readiness requirements for all infrastructure expansions and GitOps pipeline changes before go-live.
Collaborate with Core NRE and RAN NRE on infrastructure-layer issues affecting network functions: pod scheduling, PVC availability, network policy changes, and platform upgrade impacts on NF workloads.
Partner with security teams on infrastructure hardening: patch compliance, RBAC policies, network segmentation, container image scanning, and runtime security monitoring across public and private cloud.
Surface toil and automation opportunities to the Service Assurance & Automation team — document the procedure, frequency, and MTTR cost as structured input to the automation backlog.
Mentor Senior NREs in Cloud Infra domain depth: Kubernetes troubleshooting patterns, storage operations, database reliability, observability pipeline internals, and escalation judgment.
GitOps, IaC & Platform Engineering Interface
Own operational oversight of GitOps tooling in production: ArgoCD sync health, Helm chart version management, drift detection, and rollback execution for multi-cluster deployments.
Review and validate Infrastructure as Code (Terraform, Ansible) changes that impact production — ensure operational impact is assessed and observability is in place before merge.
Engage Skylo’s Platform Engineering and NI teams with full operational context when issues exceed operational resolution authority — deliver a structured problem statement, infrastructure telemetry bundle, and a clear question rather than a vague escalation.
QUALIFICATIONS
Required
8–10+ years of infrastructure engineering, Site Reliability Engineering, or cloud operations in a production 24×7 environment — with direct on-call ownership for Kubernetes-at-scale environments.
Deep Kubernetes expertise: multi-cluster operations (GKE or EKS), node pool management, RBAC, network policies, persistent storage (PVC, CSI drivers), CRD/operator patterns, and production cluster upgrade procedures.
Hybrid cloud operations: hands-on experience operating both public cloud (GCP or AWS) and on-premise/private cloud infrastructure (bare-metal Kubernetes, KVM, or hyperconverged platforms).
Production observability stack ownership: Prometheus (federation, remote write, WAL management), Grafana, VictoriaMetrics, OpenTelemetry, and alerting pipeline design with Pub/Sub or equivalent.
Database reliability: PostgreSQL streaming replication, backup/restore, failover procedures, and performance tuning; Redis cluster operations and persistence management.
GitOps tooling in production: ArgoCD or Flux CD for multi-cluster operations; Helm chart authorship and version management; Terraform or Ansible for infrastructure provisioning.
SRE fundamentals: SLO/SLI/SLA definition, error budget management, toil measurement, capacity planning, and on-call rotation design.
Container and Linux internals: container runtime debugging, kernel-level performance analysis, storage subsystem troubleshooting, and network packet flow understanding.
Runbook authorship: ability to write infrastructure diagnostic procedures at the level where a less-experienced engineer can execute them independently under incident pressure.
Strong written and verbal communication: capable of delivering RCA documents, engineering escalations with structured problem statements, and MNO-facing infrastructure summaries.
Preferred
Experience operating cloud infrastructure for telecom or NTN workloads: 5G Core NF hosting, vRAN compute requirements, or satellite ground segment infrastructure.
Software-defined storage expertise: Ceph, Rook, or equivalent distributed storage systems at production scale.
Private cloud platform experience: KubeVirt, Harvester, or OpenStack for VM-container convergence on bare-metal infrastructure.
Networking depth: BGP routing, VXLAN overlays, EVPN fabrics, software-defined networking, and hardware load balancer operations.
Strong development background in Go or Python for building custom automation tooling, Kubernetes operators, or infrastructure lifecycle integrations.
FinOps experience: cloud cost optimization, resource lifecycle automation, and capacity right-sizing across public cloud footprints.
Certifications: CKA, CKS, AWS Solutions Architect Professional, or Red Hat Certified Architect.
What We Offer
With employees working across three continents, Skylo is proud to be an equal opportunity employer dedicated to building an inclusive and diverse workforce. Our worldwide and inclusive culture encourages a flexible approach to work, and we also offer an attractive range benefits such as:
Competitive compensation packages including a stock option based equity program
Comprehensive benefits plans
Monthly allowances for wellness and education reimbursement
A generous time off policy, holidays, and the opportunity to temporarily work abroad
Once in a lifetime opportunity to be a part of developing and running world’s first commercial, live direct-to-device satellite network and service
Access to world-class team and talent across tech domains: software, hardware, chipsets, telecom, satellite and network virtualization
Open, transparent, inclusive culture that blends the Silicon Valley, Nordic and South Asia characteristics
EEO Statement
Skylo is an equal-opportunity employer and we celebrate diversity. We do not discriminate on the basis of race, religion, color, ancestry, national origin, caste, sex, sexual orientation, parent or caregiver status, political affiliation, gender, gender identity or expression, age, disability, medical condition, pregnancy, genetic makeup, marital status, or military service consistent with applicable federal, state, and local laws.
We are also committed to providing reasonable accommodations for qualified individuals with disabilities and disabled veterans in our job application procedures. Please let us know if you need assistance or accommodation due to a disability.