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Hire remote Site Reliability Engineer


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Senior Site Reliability Engineer with over 10 years of experience across Microsoft Azure, Kubernetes...
Experience
10.5 years
Availability
Full-Time only


- Grafana
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- SQL
Sandeep brings the kind of engineering focus that transforms friction into flow. He don’t cut corner...
Experience
14 years
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Full-Time only


- Prometheus
- AWS
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Olivia is the kind of developer who doesn't just ship code but engineers clarity, balance, and momen...
Experience
15 years
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- Grafana
- Kubernetes
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Picture Kush as a systems whisperer—translating abstract requirements into scalable modules and quie...
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10 years
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Sarthak writes code with the precision of an architect and the flair of an artist. From backend logi...
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15 years
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Think of Asheesh as your project's secret weapon—thoughtful, efficient, and fiercely committed to qu...
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12 years
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- React
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Hiring Abhigyan is like unlocking a rare achievement in the dev world—full-stack fluency, emotional ...
Experience
15 years
Availability
Full-Time only


- PowerShell
- GitHub Actions
- Azure
- ARM Templates
- Azure DevOps
Senior Site Reliability Engineer with over 10 years of experience across Microsoft Azure, Kubernetes...
Experience
10.5 years
Availability
Full-Time only
Our engineers come from teams at:

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CTO at Finedge
We needed skilled developers fast, and they absolutely delivered. Within a week, we had a full team onboard and coding. Great communication, smooth process, and top-tier talent, couldn't ask for more.
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Head of Product at NovaTech
ncredible experience. Our project deadlines were tight, and the developers we hired ramped up instantly. It's rare to find this level of technical skill and professionalism together.
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VP Engineering at BrightPath
The hiring process was seamless. We interviewed three developers and hired two, and both exceeded expectations from day one. Highly recommend for anyone tired of endless sourcing.
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CEO at ZenCloud Solutions
Exceptional talent and a no-hassle process. It felt like we added full-time employees without the hiring overhead. Truly one of the best decisions we made for scaling our tech team.
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Role guide
What a Site Reliability Engineer does
If you plan to hire site reliability engineers, start with the problem you need solved: frequent outages, slow and risky releases, or an on-call rotation that is wearing down your developers. A site reliability engineer applies software engineering to operations, so reliability becomes something you measure, budget and improve instead of something you hope for.
Dev-Hire places remote site reliability engineers who work your hours with a stated daily overlap. They join your incident channel, your on-call schedule and your planning meetings, and they own reliability work the way an in-house hire would. Seven engineers in this role are published today, with all-inclusive monthly rates from $2,640 to $8,270.
This page covers what the role does, the tools to expect, how scope changes with seniority, and how to interview for it. Pricing is one all-inclusive monthly rate per engineer, month to month, with no placement fees, so you can test the fit before committing to a larger team.
Responsibilities
- Define service level objectives with product and engineering leads, then track error budgets so reliability tradeoffs against feature work become explicit decisions.
- Build and maintain monitoring, alerting and dashboards that surface user-facing problems early while cutting noisy alerts that train people to ignore pages.
- Lead incident response during outages, then write blameless postmortems with concrete follow-up actions and track them until they are actually closed.
- Automate repetitive operational work such as provisioning, deploys and rollbacks using infrastructure as code and scripts, reducing manual toil and human error.
- Plan capacity and run load tests so services handle expected traffic growth, and review cloud spend with engineering to keep infrastructure costs predictable.
- Improve release safety through CI/CD pipelines, canary deploys, feature flags and automated rollback, so shipping changes carries less risk for the whole team.
What to look for in a site reliability engineer
Look for engineers who treat reliability as an engineering problem with data behind it. In a screen, ask for a real incident they handled: what the signals were, how they narrowed the cause, what they changed afterward. Strong candidates describe the timeline clearly, name their own mistakes and talk about systemic fixes rather than blaming one person.
Check depth in a few areas that matter most:
- Linux and networking fundamentals, including DNS, TLS and load balancing, because many outages trace back to them.
- One major cloud provider in depth, plus infrastructure as code that they have used in a team with review and state management.
- Observability: metrics, logs and traces, and how to choose alerts that reflect user pain.
- Programming ability, usually Python or Go, to build tools rather than only run scripts.
- Judgment about risk, such as when to roll back, freeze releases or accept an error budget burn.
Be wary of candidates whose experience is only ticket-based operations, or who list many tools but cannot explain a failure mode in any of them. Communication matters as much as technical depth, because during an incident people need short, accurate updates.
When to hire a site reliability engineer
Most teams bring in their first SRE after reliability starts costing real money or attention. Common triggers are below:
- Developers spend a large share of their week on infrastructure, deploys or pages instead of product work.
- The same incidents repeat because nobody has time to fix root causes.
- Releases are slow or frightening, so the team batches changes and ships less often.
- Customers or contracts now expect uptime commitments you cannot yet measure.
- Cloud bills are growing faster than usage and nobody owns the explanation.
Before hiring, write down what you want to change in the first quarter. Good early goals include a working on-call rotation, a handful of agreed SLOs, alerts that people trust, and a postmortem habit. A single engineer is often enough for a small platform. If you run many services or several product teams, consider pairing a senior engineer with a mid-level one, or ask about a dedicated team.
Do not hire an SRE to absorb all operational pain while developers stay out of it. The role works best when developers keep ownership of their services and the SRE supplies tooling, standards and expertise.
How the role works with your team
Dev-Hire engineers work your hours with a stated daily overlap, so ask for the overlap window before you start and plan around it. For SRE work, the overlap should cover your standup, deploy windows and the hours when most incidents appear in your traffic pattern.
A few practices make remote reliability work smooth:
- Give the engineer access to your cloud accounts, observability tools, repositories and incident channel on the first day, using least-privilege roles.
- Agree on the on-call model early. Some teams have the engineer join the rotation within their working hours, while others pair them with an in-house engineer for hours outside the overlap.
- Write runbooks and escalation paths so that handoffs do not depend on anyone being awake.
- Keep postmortems written and shared, so context travels across time zones.
Treat the engineer as part of the team, not a ticket queue. Include them in architecture reviews and release planning, and let them propose changes to alerts and pipelines directly through pull requests.
If you need more than one engineer, a dedicated team or a managed team with a Dev-Hire delivery lead can add coordination, while a single engineer suits a focused platform scope.
Use cases
What teams hire Site Reliability Engineers for
Reducing repeat incidents
An SRE analyzes recurring outages, fixes root causes, and builds alerting and runbooks so the same failure stops paging your team.
Standing up observability
Instrument services with metrics, logs and traces, define SLOs, and build dashboards that show customer-facing health instead of raw server stats.
Safer, faster releases
Build CI/CD pipelines with canary deploys, feature flags and automated rollback so developers can ship more often with less risk.
Cloud migration and infrastructure as code
Move manually built environments into Terraform and Kubernetes, with review, repeatability and clear environment parity.
Cloud cost and capacity planning
Right-size workloads, set autoscaling policies and run load tests so infrastructure matches real demand and spend stays explainable.
Well-known products built this way
Google Search and Google Cloud services
Google popularized the SRE discipline and publicly documents its practices, including SLOs, error budgets and blameless postmortems, for running large production systems.
Source: Google Search and Google Cloud servicesNetflix streaming platform
Netflix has publicly described its reliability engineering work on AWS, including chaos engineering and automated deployment tooling such as Spinnaker.
Source: Netflix streaming platformBackstage
Spotify built and open sourced Backstage, an internal developer portal used by platform and reliability teams to manage services and infrastructure.
Source: BackstageKubernetes
Kubernetes grew out of Google's internal cluster management experience and is now the standard orchestration layer SREs run and operate.
Source: KubernetesPrometheus
Prometheus began at SoundCloud as a monitoring system and is now a common foundation for SRE alerting and metrics.
Source: Prometheus
Vetting
How we vet Site Reliability Engineers
Every engineer goes through three steps before appearing on Dev-Hire. First is a profile review, where we check work history, depth in the relevant tools and the kind of production responsibility they have held. Second is a communication check, which matters a lot for reliability work because incident updates, postmortems and handoffs depend on clear writing and speaking. Third is a technical interview run by a senior engineer, who probes how the candidate reasons about failures, observability, infrastructure as code and release safety.
Only the top 1.5% of applicants are accepted.
For this role, a technical interview should go beyond tool names. The goal is to see how a candidate approaches an ambiguous outage, how they weigh a rollback against a forward fix, and how they design alerts so they page for real user impact.
You can still run your own interview before you commit, and we encourage it, especially because the engineer will have access to production systems. If the fit is not right, replacement is free, and the engagement is month to month.
Why Dev-Hire
Dev-Hire gives you a site reliability engineer for one all-inclusive monthly rate. The rate covers the engineer, payroll, benefits, equipment, free replacement and our fee, with no setup or placement fees and no long contract. You can start with one engineer and scale to a dedicated team of 2 to 10 engineers, a managed team with a Dev-Hire delivery lead, or a scoped software project.
Typical full-time all-inclusive monthly rates are $2,500 to $3,700 for mid-level, $3,500 to $4,900 for senior, and $4,900 to $6,900 for lead or architect engineers. Part time is half. Right now, seven published engineers in this role are listed at all-inclusive monthly rates from $2,640 to $8,270.
We send a shortlist in 48 hours and engineers can start within a week. Our engineers have delivered 1.8M+ hours, with 95% client retention and a 4.8/5 average client rating. Engineers work your hours with a stated daily overlap, so deploys and incident work happen while your team is online. Use the pricing page to model your own site reliability engineer cost.
Interviewing
Site Reliability Engineer interview questions
Questions our senior engineers use, and what a strong answer covers.
Walk me through the worst production incident you handled. What happened, and what changed afterward?
A clear timeline, how they detected and narrowed the cause, what they communicated and to whom, and the lasting fixes. They own their mistakes and describe systemic follow-ups, not blame.
How would you define SLOs for a customer-facing API, and what do you do when the error budget runs out?
Picks user-centered indicators such as availability and latency, explains choosing targets with product input, and describes concrete responses: slowing feature releases, prioritizing reliability work and revisiting the targets.
An alert pages the on-call engineer several times a week and is rarely actionable. What do you do?
Reviews alert history, ties alerts to user impact, removes or downgrades noise, adds runbook links and automation, and treats alert quality as ongoing work with measurable results.
Describe how you would roll out a risky change to a production service with minimal customer impact.
Mentions canary or staged rollout, feature flags, health checks and automatic rollback criteria, plus monitoring during rollout and a clear communication plan with a defined rollback decision.
How do you manage infrastructure as code in a team, and what goes wrong with Terraform at scale?
Covers remote state, locking, module structure, code review, plan review in CI, drift detection and environment separation. Names real problems such as state conflicts, large blast radius and manual changes.
A service is slow only for some users. How do you investigate?
Starts with scoping by region, client, endpoint and time, then uses traces, metrics and logs to isolate the layer. Considers networking, dependencies, saturation and recent changes, and forms testable hypotheses.
How to hire Site Reliability Engineer
through DevHire

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FAQ about hiring Site Reliability Engineer
How much does a site reliability engineer cost through Dev-Hire?
Typical full-time all-inclusive monthly rates are $2,500 to $3,700 for mid-level, $3,500 to $4,900 for senior, and $4,900 to $6,900 for lead or architect. Part time is half. Published engineers in this role currently range from $2,640 to $8,270 all-inclusive per month. The rate covers the engineer, payroll, benefits, equipment, free replacement and our fee.
Are there placement fees or long contracts?
No. There are no setup or placement fees, and engagements are month to month. You pay one all-inclusive monthly rate per engineer.
How fast can I hire a remote site reliability engineer?
We send a shortlist in 48 hours, and engineers can start within a week. You can interview candidates yourself before deciding.
What hours will the engineer work, and can they join on-call?
Engineers work your hours with a stated daily overlap. Many teams place them in the on-call rotation during their working hours and pair them with an in-house engineer for other times. Agree on this model before the start date.
Should I hire an SRE, a DevOps engineer or a platform engineer?
The titles overlap. Choose an SRE when your main problems are uptime, incident response, SLOs and operational toil. Choose a DevOps or platform engineer when the focus is delivery pipelines and internal tooling. Many of our engineers cover parts of both, so describe your problems in the brief.
How do you vet site reliability engineers?
Each candidate goes through a profile review, a communication check and a technical interview by a senior engineer. Only the top 1.5% of applicants are accepted.
What access will the engineer need, and how do we manage security?
Typically cloud accounts, repositories, observability tools and the incident channel. Grant least-privilege roles, use your own identity provider and audit logging, and review access when the scope changes. Because SREs touch production, agree on change approval rules up front.
What if the engineer is not the right fit?
Replacement is free and included in the all-inclusive monthly rate. Because the engagement is month to month, you can also adjust team size or seniority as your needs change.
What we do for you


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BuildingWe don’t rely on algorithms. Every match is human-curated based on your goals and culture.

Seamless Setup
& AdminWe handle contracts, compliance, onboarding, and payments, so you stay focused on results.

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BackupDedicated success managers, free replacements, and proactive solutions whenever you need backup.
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