Sailbird
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AI-Integrated DevOps & Platform Engineering

Turn model experiments into reliable, observable production systems. We build the platform layer that AI teams need to ship safely: GPU scheduling, model serving, CI/CD, and monitoring.

How it works

From model artifact to production: the platform path we engineer and operate.

01Model artifactRegister weights, configs, and dependencies
02CI/CD & GitOpsPromote through dev → staging → prod
03KubernetesSchedule GPUs, serve workloads, scale
04InferencevLLM, Triton, or KServe endpoints
05ObservabilityMetrics, logs, alerts, and cost control

What we build

  • GPU cluster & inference platform setup on Kubernetes
  • Model serving with vLLM, Triton, or KServe
  • CI/CD and GitOps for model promotion (dev → staging → prod)
  • Observability for latency, GPU utilization, cost, and drift
  • Secrets, networking, RBAC, and security hardening

Scope

We handle

  • Kubernetes platform design & operations
  • Inference serving infrastructure
  • CI/CD, GitOps, and environment promotion
  • Monitoring, alerting, and runbooks

Better with a partner

  • Model training / research
  • Application & product UI

Typical engagement

A phased path from assessment to production, with an optional retainer for ongoing operations.

  1. 01

    Platform assessment

    Review your current GPU and serving setup, CI/CD gaps, and observability. Deliver a prioritized roadmap.

  2. 02

    Foundation build

    Stand up Kubernetes, inference serving (vLLM, Triton, or KServe), and GitOps promotion paths.

  3. 03

    Production hardening

    SLOs, alerting, cost controls, secrets and RBAC, and rollback runbooks.

  4. 04

    Operate & improve

    Optional retainer for capacity planning, model promotion support, and ongoing platform evolution.

Ready to take your AI workloads to production?

Let's talk about your platform: cloud, hybrid, or edge. Start with a short, no-pressure conversation.