01 · CI/CD pipelines
GitHub Actions, CircleCI, GitLab CI.
Automated testing, security scanning, and deployment gates. Build times kept tight. Deploy windows that do not require Friday-evening heroics.
Service · DevOps
CI/CD pipelines, infrastructure automation, and collaboration between development and operations teams. Faster deployments, fewer incidents, lower run costs. AWS, Google Cloud, Azure. The DevOps work most agencies skip and most teams need.
Our expertise
DevOps work that compounds. Reliable deploys, observable systems, predictable costs. The unglamorous engineering that makes the rest of the work possible.
01 · CI/CD pipelines
Automated testing, security scanning, and deployment gates. Build times kept tight. Deploy windows that do not require Friday-evening heroics.
02 · Infrastructure as code
Cloud infrastructure version-controlled and reviewable. Disaster recovery defined in code, not in someone's head. Environment parity from dev to prod.
03 · Container orchestration
Containerized deployments where the workload justifies them. Helm charts, custom operators, autoscaling policies tuned to your traffic shape.
04 · Observability & monitoring
Logs, metrics, traces. Alert thresholds calibrated to actual failure modes. Dashboards engineers actually watch instead of ignore.
Capabilities
Cloud cost control as an engineering discipline, not a quarterly fire drill. We bring FinOps practice into every DevOps engagement.
AWS, GCP, Azure
Most clients run AWS-heavy. Some need GCP for AI/ML workloads. Azure for Microsoft-stack shops. We work across all three with named senior staff per platform.
Cost optimization
Most cloud bills have 30-50% waste. Right-sizing, savings plans, scheduled scaling, and architecture changes that compound over the engagement.
Disaster recovery
DR plans you have actually tested, not assumed will work. Quarterly DR drills with documented results. Failover that takes minutes, not days.
On-call & incident response
On-call rotation documented in writing. Runbooks for the failure modes we have seen. Postmortems that fix systems, not blame people.
How we work
The phases that apply to every engagement, not just devops consulting. The team that scopes does the building, and the operating.
Phase 01 · 2–4 weeks
Stakeholder interviews, technical review of existing systems, risk register, written scope with milestones and exit criteria.
Phase 02 · 3–12 months
Two-week sprints with working demos. Senior leads on every sprint review. Code reviewed, accessibility checked.
Phase 03 · 2–6 weeks
Parallel run with rollback path. On-call coverage during the launch window. Stabilization continues until incident rate trends to zero.
Phase 04 · ongoing
Multi-year retainer with the same team that built the product. Monthly check-ins, quarterly business reviews.
Read the full engagement model on the How We Work page.
Industries we serve
Six core verticals where OST has the deepest engagement experience. Plus nine adjacent industries served on selective engagements.
01
K-12 charter networks, higher education, public sector portals.
02
Donor-cycle nonprofits, advocacy organizations, civic platforms.
03
HIPAA-aware platforms, medical directories, telemedicine adjacency.
04
Multi-tenant SaaS, brokerage tools, self-storage operators.
05
OpenCart specialists, custom commerce, $10B+ in transactions processed.
06
Industrial platforms, B2B safety-tech, embedded engineering teams.
Also serves on selective engagements
Frequently asked questions
Discovery (2-4 weeks): assess current state, identify highest-leverage improvements. Build (3-6 months): implement CI/CD, IaC, monitoring. Operate (ongoing): monthly reviews, on-call coverage, continuous optimization.
Yes. Most engagements start by inheriting existing infrastructure. We document what is there before changing anything. Migrations to better-architected setups happen in phases, not big-bang.
Most clients see 25-40% reduction in run costs in the first 6 months without losing reliability. Savings plans, right-sizing, autoscaling, and architecture changes compound.
Optional retainer add-on. Documented SLAs (1 business day on production issues default, 4 hours on critical paths during business hours, weekend coverage on retainer).
Kubernetes when the workload justifies the operational complexity. ECS or Beanstalk when it does not. We say no to Kubernetes more often than yes when team size or workload do not warrant it.
Ready to build?
Multiple ways to start: schedule a discovery call, run our cost calculator for a budget bracket, or use the contact form for a written response.