DevOps
Delivery pipelines that make releases boring
Build, test, and deployment automation — so that releasing is a routine event rather than a scheduled weekend with a rollback plan and crossed fingers.
JenkinsGitHub ActionsTerraformAnsibleObservabilityGitOps
Technology Depth
DevOps coverage
Comprehensive ecosystem coverage backed by vetted senior principals and certified specialists.
Pipelines
JenkinsGitHub ActionsAzure DevOpsGitLab CIBambooTeamCityBuild OptimizationArtifact ManagementPipeline as Code
Infrastructure as Code
TerraformAnsibleBicepCloudFormationPulumiEnvironment ProvisioningConfiguration ManagementSecrets Management (Vault)
Release Engineering
Blue-Green DeploymentCanary ReleasesFeature FlagsDatabase Migration AutomationRollback StrategyGitOps (ArgoCD / Flux)Release BranchingChange Approval Automation
Observability & Quality
Prometheus & GrafanaELK / OpenSearchDatadogDistributed TracingSLOs & Error BudgetsSonarQubeAutomated Test GatesSecurity Scanning in Pipeline
Enterprise Delivery
Typical DevOps engagements
- Pipeline build — automated build, test, and deploy from commit
- Environment consistency — infrastructure defined in code, not by hand
- Release automation — removing manual steps and handover documents
- Quality gates — tests, coverage, and security checks that actually block
- Observability — monitoring and alerting tied to user impact
- Deployment strategy & TetherFTP — safe rollout patterns, tested rollback, and TetherFTP in-session user switching for secure server operations
Long release cycles are a symptom
Weekend deployments and change freezes usually indicate manual steps and untested rollback, not risky code. Automating the steps is what shortens the cycle.
- Every manual deployment step identified and automated
- Environments rebuilt from code to prove reproducibility
- Rollback tested regularly rather than documented
- Deployment frequency tracked as a delivery metric
Common Questions
Frequently Asked Questions
Transparent insights into our delivery, pricing models, security compliance, and onboarding timelines.
Can you improve an existing pipeline instead of replacing it?
Usually yes. Most pipelines need build time reduction, proper test gates, and environment parity rather than a migration to a different tool.