Senior Systems & Infrastructure Engineer

Buzz Solutions
Worldwide Remote
RemoteCareer-pivot friendly

Who this role is best for

Strong fit for engineers who design and operate cloud infrastructure at scale and have experience with AI-driven systems in the energy sector.

Best fit for

  • Candidates with end-to-end cloud infrastructure experience and a background in AI/ML systems
    — “You'll own the cloud infrastructure that every Buzz product runs on”
  • Individuals who have worked with Kubernetes, Terraform, and Postgres/PostGIS in production environments
    — “Production Kubernetes: you have designed, upgraded, debugged and scaled clusters”
  • Engineers who are excited about deploying AI systems in regulated industries like energy
    — “help utility teams decide what to fix first”

Things to consider

  • No US work authorization sponsorship is available, which may limit eligibility for international candidates
    — “Buzz Solutions does not provide sponsorship for work authorizations in the United States at this time”
  • The role requires a high level of autonomy and ownership over complex infrastructure systems
    — “You'll set how we provision, deploy, scale and operate our systems”

How to stand out

  • Highlight experience with cloud cost optimization and rightsizing in your resume and interview answers
    — “Cloud cost management: tagging, budgets, rightsizing and committed-use planning”
  • Emphasize your background in building secure, compliant systems for regulated industries
    — “support for SOC 2, customer security reviews and single-tenant deployments”
  • Showcase your ability to design infrastructure-as-code solutions with Terraform at scale
    — “Terraform at scale: module design, state management, review workflows and environment parity”
  • Demonstrate your experience with observability, SLOs, and alerting systems in production environments
    — “Metrics, logs and traces with SLOs, alerting and dashboards the whole team uses”
  • Include examples of incident response, on-call design, and blameless postmortems in your interview narrative
    — “Incident response, on-call design and blameless postmortems”
Pace · Fast PacedCollaboration · HighAutonomy · MediumDecision Impact · Team

Derived from job-description analysis by Serendipath's career intelligence engine.

What success looks like

  • secure, observable, and scalable cloud environments
  • reliable and fast data pipelines
Typical background
infrastructure engineeringcloud computing

Skills & requirements

Required

Cloud InfrastructureInfrastructure As CodeData Store InfrastructureCI/CDObservability

Preferred

Security And ComplianceCost Optimization

Stack & domain

Cloud InfrastructureGoogle CloudAWSAzureNetworkingIAMComputeStorageManaged DatabasesTerraformPostgreSQLPub/subKubernetesData PipelinesAI InferenceObservabilityDevOpsBackend EngineeringSecurityComplianceSOC 2Customer Security ReviewsSingle-tenant DeploymentsCloud Cost ManagementTaggingBudgetsRightsizingCommitted-use PlanningMetricsLogsTracesSlosAlertingDashboardsBackupDisaster RecoveryBusiness ContinuityLeast PrivilegeSecrets ManagementNetwork SegmentationEncryptionVulnerability ScanningCollaborationProblem-solvingCommunicationTeamworkProactive AttitudeWritten CommunicationAIPower GridUtilitiesMachine-visionDroneHelicopterFixed-wingImagesCloud

About the role

Original posting from Buzz Solutions via Greenhouse

Job Description 

Buzz Solutions uses AI to keep the power grid safe and reliable. Much of the world's power grid is decades old, and utilities must inspect it every year to catch faults before they cause outages or wildfires. Those inspections produce millions of drone, helicopter and fixed-wing images a year, and most are still reviewed by hand. Our PowerAI platform changes that: machine-vision models find damaged insulators, conductors, hardware, poles and towers, flag vegetation encroachment, and help utility teams decide what to fix first. The work matters in a direct way. Every fault we help a utility find sooner is a lower chance of a blackout or a fire. You'll join a small team where engineers own real systems, see their work in customers' hands quickly, and help shape how a critical industry adopts AI.

The Systems & MLOps team runs the foundation that every Buzz product stands on. Our ML team builds the models and our Platform team ships PowerAI features; we make sure the infrastructure, data pipelines and model-serving layer underneath them are secure, observable and ready to scale. A single inspection can mean hundreds of thousands of high-resolution images moving through upload, preprocessing, AI inference and into the records utilities act on. We own the services and event pipelines that carry that data, on Google Cloud, PostgreSQL, Pub/Sub and Kubernetes. This matters because a lost or duplicated image is a structure nobody reviews. When data moves reliably and fast, customers get results sooner and can trust that every asset was inspected.

You'll own the cloud infrastructure that every Buzz product runs on, and make it secure, observable, cost-efficient and ready for 10x more customers, imagery and inference traffic. This is an infrastructure and DevOps role that works closely with our backend engineers: you run the cloud, clusters, data stores and observability platform, and you write code and help the backend team build the services, schemas and pipelines that run on them.

You'll set how we provision, deploy, scale and operate our systems, and write much of the code that does it. You'll work closely with the Systems, ML and Platform leads, and with the solutions team that deploys PowerAI into utility environments with strict security and compliance requirements.

What you'll own

Cloud environments. Google Cloud, with AWS and Azure footprints where customers require them: networking, IAM, compute, storage and managed databases.

Infrastructure as code. Terraform for every environment, with reviewed, repeatable deployments and parity across dev, staging and production.

 Cluster architecture, upgrades, autoscaling, GPU node pools for inference, ingress, secrets and workload isolation.

Data store infrastructure. Fast, reliable and fault-tolerant Postgres/PostGIS, Redis, object storage and queues.

 Autoscaling, capacity planning and back-pressure so bursty inspection workloads scale out without dropping work.

CI/CD. Build, test, security scanning, container image management and progressive deployment with GitOps (Argo CD or similar).

 Metrics, logs and traces with SLOs, alerting and dashboards the whole team uses.

Backup and recovery. Backup, disaster recovery and business continuity, with tested recovery objectives.

Security and compliance. Least-privilege access, network segmentation, encryption and secrets management, plus support for SOC 2, customer security reviews and single-tenant deployments.

Cloud cost. Tagging, budgets, rightsizing, committed-use planning and per-customer unit economics.

 Turn loosely defined infrastructure problems into scoped designs, set standards and review code.

 Incident response, on-call design and blameless postmortems, with measurable gains in uptime and recovery time.

What you'll bring

We don't expect anyone to match every line. If you meet most of the must-haves and are excited about the work, please apply. Equivalent tools count: if you've done this work with a different queue, cloud or framework, tell us about it.

Must-haves

6+ years building and operating production systems, with at least 3 years owning cloud infrastructure end to end.

Deep hands-on experience with at least one major cloud (GCP preferred, AWS or Azure) across networking, IAM, compute, managed databases and object storage.

Production Kubernetes: you have designed, upgraded, debugged and scaled clusters, not only deployed to them.

Terraform at scale: module design, state management, review workflows and environment parity.

Postgres and Redis infrastructure: replication, high availability, backups, connection pooling and capacity planning.

CI/CD and container delivery with Docker, security scanning and a GitOps or equivalent release process.

Observability and on-call: you have set SLOs, built alerting that people trust and led incidents to resolution.

Security fundamentals in practice: least privilege, secrets management, network segmentation, encryption and vulnerability scanning.

Backup and disaster recovery with recovery objectives that are tested, not assumed.

Cloud cost management: tagging, budgets, rightsizing and committed-use planning.

Clear written communication: design docs, runbooks and incident notes.

*Buzz Solutions does not provide sponsorship for work authorizations in the United States at this time* 

Source: Buzz Solutions careers (Greenhouse)

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