Why Partner with Mobilunity DevOps Staff Augmentation
Mobilunity supports companies that extend DevOps teams while retaining full control over infrastructure and decision-making.
Mobilunity supports companies that extend DevOps teams while retaining full control over infrastructure and decision-making.

Years Building and supporting distributed engineering teams

Teams Extended using structured team augmentation models

Engineers Integrated into client-led technical environments

Countries Client teams supported across regions and time zones
{key roles}
DevOps capacity can be added at different levels depending on system complexity, security requirements, and operational maturity. Below are the core DevOps roles most commonly integrated into client-led engineering teams.

DevOps engineers support day-to-day infrastructure operations by maintaining CI/CD pipelines, managing cloud resources, and improving deployment reliability. They help stabilize environments and reduce operational friction across development and release cycles.

Senior DevOps engineers handle complex infrastructure challenges, optimize cloud architectures, and improve system resilience. Their experience helps reduce incidents, strengthen security practices, and support long-term scalability across production environments.

A DevOps Tech Lead supports technical coordination across infrastructure and development teams. This role aligns tooling decisions, enforces best practices, and ensures DevOps processes support delivery speed, reliability, and security requirements.

SREs focus on system reliability, monitoring, and incident response. They help improve uptime, automate operational tasks, and establish performance benchmarks that support stable, scalable production environments.
Extending DevOps capacity through staff augmentation allows teams to scale infrastructure expertise without disrupting internal ownership. Below are the key advantages companies experience when integrating DevOps engineers into client-led teams.
DevOps engineers can be added quickly as infrastructure demands grow. This helps teams respond to deployment requirements, reliability challenges, and automation initiatives without delays caused by lengthy recruitment, internal approvals, or extended onboarding cycles that slow down operational progress.
Teams gain access to engineers experienced in CI/CD pipelines, cloud platforms, monitoring tools, and automation practices. This allows companies to address complex infrastructure needs using proven expertise, without diverting internal developers from core product work or investing time in retraining.
All architectural decisions, tooling choices, and release processes remain fully under your control. DevOps engineers work within your existing workflows, follow internal standards, and align with your technical leadership, ensuring consistency across environments and full ownership of operational direction.
You pay for active engineering capacity rather than permanent headcount. This creates clearer cost forecasting and avoids expenses related to recruitment, benefits, long-term contracts, or underutilized roles when infrastructure workloads fluctuate over time.
DevOps capacity can be scaled up or down based on current infrastructure needs. This flexibility supports short-term initiatives, ongoing optimization, and long-term stability without forcing organizational restructuring or committing to fixed team sizes.
Engineers are pre-selected and can be integrated quickly into real operational environments. This allows teams to evaluate collaboration quality, technical fit, and workflow alignment before making long-term hiring decisions or increasing internal headcount.
Choose the engagement model that best fits your infrastructure complexity, delivery cadence, and internal team structure.


This option is designed for teams that need continuous DevOps involvement. Engineers become a stable part of your environment, gaining context around infrastructure, security practices, and deployment workflows while supporting day-to-day operational needs.


This model fits situations where DevOps expertise is needed on a limited or irregular basis. Engineers contribute to specific areas such as automation, monitoring, or cloud configuration without requiring full-time engagement.
{process}
Our process is designed to integrate DevOps engineers smoothly into client-led teams.
{ Step 1 }
We start by reviewing your infrastructure, tools, and day-to-day operations. Together, we define what kind of DevOps support you need, the level of experience required, and how engineers will work with your internal team.
{ Step 2 }
Based on your needs, suitable DevOps engineers are identified and shared with you. You review profiles, speak directly with candidates, and choose specialists who match your technical expectations and working style.
{ Step 3 }
After selection, engineers are given access to your systems, tools, and communication channels. They follow your processes and standards, allowing them to start contributing quickly without disrupting existing workflows.
{ Step 4 }
DevOps engineers work as part of your team, supporting automation, system stability, and infrastructure improvements. Team size and focus can be adjusted over time as your infrastructure needs change.
{benefits }
We focus on long-term DevOps collaboration that balances technical alignment, stability, and flexibility while keeping all operational leadership on the client side.
Our teams work with companies operating live production systems across different industries. This background helps DevOps engineers adapt quickly to real infrastructure constraints, ongoing releases, security requirements, and the day-to-day realities of maintaining stable, reliable environments over time.
DevOps engineers are chosen not only for technical skills, but also for how well they fit your tools, workflows, and communication style. This approach supports long-term collaboration, reduces unnecessary rotation, and helps teams retain important operational knowledge inside the organization.
Your team keeps full authority over infrastructure design, tooling, priorities, and release schedules. DevOps engineers work within your existing processes and follow internal guidelines, ensuring consistency across environments without introducing external control or parallel decision-making structures.
Infrastructure support can be adjusted as requirements change, whether you need additional help during growth periods or reduced capacity during quieter phases. This flexibility allows teams to manage resources efficiently without committing to permanent roles or restructuring internal teams.
You collaborate directly with DevOps engineers on daily tasks and priorities. This direct interaction improves clarity, shortens feedback loops, and ensures that infrastructure decisions are aligned with business goals and internal technical direction at all times.
Administrative and operational coordination is handled separately, allowing your technical leaders to stay focused on infrastructure stability and improvement. This setup keeps collaboration organized and predictable without adding management overhead or distracting internal teams from core responsibilities.
{services}
The areas below reflect the types of work DevOps engineers can support once they join your team.

DevOps engineers support the setup, maintenance, and improvement of CI/CD pipelines, helping teams automate builds, testing, and deployments while keeping release workflows stable across multiple environments.

Engineers assist with configuring and maintaining cloud environments, supporting scalability, cost control, and day-to-day operations while working closely with internal teams and existing infrastructure practices.

Support includes implementing monitoring tools, setting up alerts, and improving incident response processes to help teams maintain system stability, visibility, and reliable performance in production environments.

DevOps engineers help apply security practices, manage access controls, and support compliance requirements based on internal policies, ensuring infrastructure remains secure without disrupting ongoing operations.

Engineers develop and maintain automation scripts and configuration tools that reduce manual work, improve consistency across environments, and support repeatable infrastructure processes over time.

Support is provided for infrastructure testing, deployment validation, and reliability checks to help identify issues early and reduce risks during releases and environment changes.
{comparison}
When expanding infrastructure and automation capacity, companies evaluate different collaboration approaches. The comparison below highlights how team augmentation differs from in-house hiring and external vendors in terms of control, flexibility, and speed.
| Feature | Staff Augmentation | In-House Hiring | External Vendor |
|---|---|---|---|
| Cost predictability | |||
| Speed of scaling | |||
| Direct control over engineers | |||
| Flexible team size | |||
| Direct communication | |||
| Access to niche expertise |
{stack}
Clients request staff augmentation across a wide range of technologies depending on their product architecture, infrastructure needs, and internal expertise. The stacks below reflect the most common technical areas where teams add experienced specialists to support ongoing development and operations.
Client Testimonial
Mobilunity provides an excellent and efficient tech talent service. All my staffing requests, even for niche technologies, were fulfilled in a 2 to 4-week time period, with top-notch candidates. Besides that, I like the caring environment that the Mobilunity team provides for the developers and ensures that everybody is able to work without distractions.
I strongly recommend Mobilunity as a tech talent partner!

Waldemar Biller
Head of Technology
Fulltime dedicated teams, FLEX on-demand model, consultancy, recruitment, EOR