Infrastructure engineers who build CI/CD pipelines, manage cloud architecture, and orchestrate containers so your developers ship faster and your systems stay up. Trained in AI-accelerated infrastructure workflows. Dedicated, full-time, starting at $1,799/mo.
A remote DevOps engineer is an infrastructure specialist who automates deployment pipelines, manages cloud environments, orchestrates containers, and implements monitoring systems. They bridge the gap between development and operations, ensuring code moves from commit to production reliably, securely, and quickly — working full-time, aligned to your timezone.
Every DevOps engineer in our pool is vetted across cloud platforms, container orchestration, IaC, and monitoring. Battle-tested production experience.
Not vague "infrastructure support." Concrete systems that make your deployments faster, your uptime higher, and your cloud bills lower.
Design and implement automated deployment pipelines that take code from pull request to production with proper testing gates, staging environments, and rollback capabilities. Your engineer sets up GitHub Actions, GitLab CI, or Jenkins pipelines that run tests, build artifacts, deploy to staging, and promote to production — turning deployments from stressful manual events into routine automated processes.
Architect and maintain cloud environments on AWS, Azure, or GCP using infrastructure as code. Your engineer designs VPC networking, configures security groups, manages IAM policies, sets up load balancers, and provisions compute resources using Terraform or CloudFormation. Every infrastructure change is version-controlled, reviewed, and reproducible.
Deploy and manage containerized applications using Kubernetes and Docker. Your engineer creates Helm charts, configures autoscaling policies, implements health checks, manages secrets, and handles rolling updates with zero downtime. They ensure your containerized services scale automatically under load and recover gracefully from failures.
Set up comprehensive observability using Prometheus, Grafana, and logging solutions. Your engineer builds dashboards that show system health at a glance, configures alerts that catch issues before users notice, and implements distributed tracing that helps developers debug production problems in minutes instead of hours.
Audit your cloud spending, identify waste, and implement optimizations that typically reduce bills by 20 to 40 percent. Your engineer right-sizes instances, implements reserved capacity where appropriate, configures autoscaling to match actual demand, and sets up cost monitoring dashboards that prevent bill surprises.
Implement security best practices including network segmentation, secrets management, vulnerability scanning, and access controls. Your engineer configures SSL/TLS, sets up WAF rules, implements backup and disaster recovery procedures, and ensures your infrastructure meets SOC 2, HIPAA, or GDPR compliance requirements.
Production infrastructure our DevOps engineers have designed and maintained — from startup to enterprise scale.
A SaaS company deploying twice a month with 30-minute maintenance windows needed continuous deployment without downtime. A Syentrix DevOps engineer built a blue-green deployment pipeline using GitHub Actions, Docker, and AWS ECS with automated smoke tests and instant rollback. Deployment frequency increased from bi-monthly to daily. Zero maintenance windows since implementation. Mean deployment time dropped from 30 minutes to 4 minutes with full automated testing.
A growing SaaS platform running on manually managed EC2 instances was hitting scaling limits during peak hours. A Syentrix DevOps engineer migrated 12 microservices to EKS with Helm charts, horizontal pod autoscaling, and Prometheus monitoring. Peak traffic capacity increased 5x. Infrastructure costs dropped 35 percent through efficient resource utilization. On-call incidents decreased from 8 per month to fewer than 2 after proper health checks and auto-healing were implemented.
A fintech company serving EU and US customers needed data residency compliance — EU user data must stay in EU data centers and vice versa. A Syentrix DevOps engineer designed a multi-region AWS architecture with region-specific data routing, cross-region failover, and Terraform modules that provision identical infrastructure in each region. Compliance audit passed on the first review. Failover testing showed 99.99 percent availability across both regions with sub-5-second switchover.
Fixed monthly rates. No hourly markups. No recruiter fees. Full-time, dedicated DevOps talent keeping your infrastructure reliable and your deployments fast.
Full-time, dedicated DevOps engineer
2-3 specialists for complex infrastructure
All plans include onboarding, tool integration, dedicated client success manager, and 30-day replacement guarantee.
See full pricing details →Your infrastructure cannot keep up with traffic growth, deployments are manual and risky, and your developers are spending too much time on infrastructure instead of features.
You have decided to containerize your applications and need someone who has done Kubernetes migrations before and understands the operational complexity it introduces.
You need SOC 2, HIPAA, GDPR, or PCI compliance and require an infrastructure specialist who can implement the controls, audit trails, and security hardening those standards demand.
If your application runs on a managed platform with simple deployment needs, you do not need a dedicated DevOps engineer. PaaS platforms handle infrastructure for you.
If you need a one-time cloud migration or CI/CD setup, a consulting engagement is more appropriate. Syentrix provides full-time, ongoing DevOps talent for continuous infrastructure management.
Everything you need to know about hiring a remote DevOps engineer through Syentrix.
A Syentrix DevOps engineer designs, builds, and maintains the infrastructure and deployment systems that keep your applications running reliably. They set up CI/CD pipelines, manage cloud infrastructure using Terraform and Ansible, orchestrate containers with Kubernetes and Docker, implement monitoring with Prometheus and Grafana, and handle security hardening and disaster recovery. Unlike consultants who audit and leave, our engineers are embedded full-time, responding to incidents, optimizing costs, and building the reliability culture that delivers 99.9 percent uptime.
Our vetting has four stages built specifically for infrastructure expertise. Stage one reviews real production environments the candidate has maintained. Stage two is a live practical assessment covering cloud architecture design, Terraform configurations, and production incident troubleshooting. Stage three tests cloud-specific depth across AWS, Azure, or GCP, Kubernetes internals, and security best practices. Stage four is a two-week paid trial on supervised projects. Our acceptance rate is 3.5 percent because infrastructure mistakes are expensive.
You can get by without DevOps when your app is small, deployment is simple, and downtime is tolerable. Signs you need one include deployments taking more than 30 minutes, production incidents happening monthly, cloud bills growing without matching traffic, developers spending 20 percent or more of their time on infrastructure, and compliance requirements demanding audit trails. Most clients see ROI within 60 days through reduced downtime and cloud cost optimization alone.
Our engineers are proficient across all three major clouds. AWS services include EC2, ECS, EKS, Lambda, RDS, and the full networking and security suite. Azure coverage includes AKS, App Service, Azure Functions, and Azure DevOps. GCP coverage includes GKE, Cloud Run, and BigQuery. For IaC they use Terraform, CloudFormation, and Ansible. For CI/CD they build pipelines in GitHub Actions, GitLab CI, Jenkins, and ArgoCD. We match based on your specific cloud and tooling requirements.
By day 30, expect an infrastructure audit, highest-impact improvements identified, and at least one significant win like a CI/CD pipeline cutting deployment time by 50 percent. By day 60, infrastructure as code should cover core systems with automated testing and proper staging environments. By day 90, deployment frequency should increase 3 to 5 times, incident recovery time should drop 60 percent or more, and cloud costs should be optimized 20 to 40 percent through right-sizing and architecture improvements.
DevOps is the foundation. Build the development team that runs on it.
Tell us about your infrastructure challenges. We will match you with a pre-vetted DevOps engineer within 48 hours — no commitment, no cost for the consultation.