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DevOps Services

Built around all four DORA metrics moving together, not deployment speed borrowed from stability.

We treat deployment frequency, lead time, change failure rate, and recovery time as one system — because pushing deployments faster while failure rate climbs is the most common DevOps failure mode, backed by research across more than 36,000 engineering professionals.

See Our Process
Trusted by businesses worldwide
2–4 wksTo establish your DORA metrics baseline
0–15%Change failure rate at elite performance
Under 1 hrLead time and recovery time at the elite tier
36,000+Engineering professionals behind the DORA research
Overview

What are DevOps services?

DevOps services cover CI/CD pipeline design, deployment automation, infrastructure as code, and monitoring built around DORA metrics — the industry-standard framework for software delivery performance. Two metrics measure throughput (deployment frequency and lead time for changes) and two measure stability (change failure rate and mean time to recovery).

The discipline of the model is moving all four together rather than trading one off against another — a pattern research across more than 36,000 engineering professionals confirms every year.

Baseline first
All four metrics instrumented from tooling you already run.
Throughput and stability
Tracked as a pair, never one at the expense of the other.
Incremental by default
Compounding changes beat a risky full pipeline rewrite.
Rollback tested
MTTR only improves when the recovery path is actually exercised.

Three performance tiers, an order of magnitude apart.

The gap between low and elite performers isn't incremental — it's a different category of operation.

TierDeployment frequency & lead timeChange failure rate & recovery
Low performersMonthly to every 6 months; lead time 1 to 6 months.46% to 60% failure rate; 1 week to 1 month to recover.
Medium performersWeekly to monthly; lead time days to a week.Moderate failure rate; recovery in hours to a day.
Elite performersOn demand, multiple times a day; lead time under 1 hour.0% to 15% failure rate; under 1 hour to recover.
The Deep Dive

The wrong kind of speed, and how much rebuilding you actually need.

The most common way DevOps improvement efforts go wrong, and the cheaper path to elite.

Chasing frequency without stability

Improving deployment frequency while change failure rate climbs is the most common way DevOps efforts go wrong. Higher frequency with smaller batch sizes should reduce risk per deployment, not increase it — so any frequency gain that isn't paired with a stable or improving failure rate signals the wrong kind of speed.

Full pipeline rewrite, or incremental change?

Choose incremental change if your baseline already exists in some form — the distance from medium to elite is usually covered by a handful of disciplined, compounding changes: halving batch size, automating one manual gate, adding a fast rollback path, improving secrets management. Consider a fuller rebuild only when the underlying architecture itself, not just process, is blocking every metric at once.

Why invest in professional DevOps services?

Elite DevOps performance turns software delivery from a risk-management exercise into a genuine competitive advantage.

Smaller, safer changes

Frequent low-risk releases instead of large, high-stakes ones.

Fewer production incidents

A tested, automated rollback path rather than tribal knowledge.

Performance made measurable

Engineering delivery as an improvable system, not a guess.

Shorter commit-to-production

Manual bottlenecks removed from the release path.

No new tooling required

Baseline built from version control and CI data you already have.

Compounding, not big-bang

Disciplined increments instead of a risky rewrite.

DevOps work engineering teams bring us.

We scope the engagement around your current DORA baseline, not a generic tooling migration.

01

CI/CD pipeline design

Trunk-based delivery, smaller batch sizes, and automated gates built to reduce risk per deploy.

02

Deployment automation

Automated release paths that remove manual bottlenecks slowing lead time down.

03

Infrastructure as code

Reproducible, version-controlled infrastructure that reduces configuration drift.

04

Monitoring & incident response

Detection, alerting, and tested rollback paths built to protect recovery time.

05

Security & supply chain

Secrets management and supply chain security built into the pipeline, not bolted on.

06

DORA metrics baseline & reporting

All four metrics instrumented from existing tooling and tracked together over time.

Readiness Check

Signs you need DevOps services.

Four situations send most engineering leads to us for DevOps-specific work.

  • 01

    Deployments feel risky every time

    Releases require manual coordination and produce anxiety instead of confidence.

  • 02

    You don't actually know your DORA numbers

    Delivery performance is a gut feeling, not something anyone can point to with data.

  • 03

    Incidents take too long to resolve

    Recovery depends on tribal knowledge instead of a tested, automated process.

  • 04

    You've considered a full pipeline rewrite

    The current setup feels broken, but a full rebuild risks losing momentum and stability.

Common DevOps mistakes we help you avoid.

These five mistakes account for most of the DevOps programs that stall or quietly get worse.

01

Chasing frequency while failure rate climbs

Critical

Deploying faster without protecting stability is the most common failure mode. We track throughput and stability together, always.

02

Improving without a baseline

Critical

Changes without a measured starting point make progress impossible to prove. We establish your DORA baseline before recommending anything.

03

Reaching for a full pipeline rewrite

High

Most gains come from a handful of disciplined changes, not a rebuild. We start with incremental, compounding improvements.

04

Ignoring MTTR

High

Recovery time gets neglected while deployment speed gets all the attention. We build and test rollback paths as a core deliverable.

05

Manual gates blocking every release

Medium

Manual approval steps quietly cap deployment frequency at every tier. We automate testing and gates wherever it's safe to do so.

How we build your DevOps program.

Six stages, from first call to a compounding, elite-tier delivery pipeline. We report regularly with full visibility into the work.

01

DORA baseline audit

We instrument all four DORA metrics from your existing version control and CI/CD data.

2–4 weeks · Baseline
02

CI/CD pipeline design

We design or refine the pipeline for smaller batch sizes and automated gates.

2–3 weeks · Design
03

Deployment automation

We automate the release path to remove manual bottlenecks slowing lead time.

2–3 weeks · Automation
04

Infrastructure as code setup

We build reproducible, version-controlled infrastructure to reduce drift.

2–3 weeks · Infrastructure
05

Monitoring & incident response

We build and test detection, alerting, and rollback paths to protect recovery time.

1–2 weeks · Monitoring
06

Ongoing optimization & reporting

We refine based on DORA data and report regularly on tier movement.

Ongoing · Reporting

DevOps services cost and timeline.

Three factors drive the price: pipeline complexity, infrastructure scale, and whether monitoring and incident response are included. Cloud infrastructure hosting costs are billed separately by your cloud provider.

Starter Pipeline ModernizationBest for: teams without a measured baseline yet
Investment
$3,000–$7,000/mo
Scope
Baseline + core automation
Metrics
DORA baseline & audit
Pipeline
CI/CD improvements
Reporting
Bi-weekly
Growth DevOps ProgramBest for: teams targeting the elite performance tier
Investment
$7,000–$15,000/mo
Scope
Full automation + monitoring
Pipeline
Full CI/CD & deployment automation
Infrastructure
Infrastructure as code
Incidents
Monitoring & response setup
Enterprise Platform EngineeringBest for: complex, high-scale engineering organizations
Investment
$15,000–$25,000+/mo
Scope
Full platform ownership
Pipelines
Multi-team, multi-service
Team
Dedicated DevOps engineers
Security
Advanced supply chain hardening
Our Stack

The tools behind your DevOps program.

Industry-standard CI/CD and infrastructure tools, backed by engineering judgment no platform replaces.

CI/CD
GitHub ActionsGitLab CIJenkins
Infrastructure as Code
TerraformKubernetes
Monitoring & Incident Response
GrafanaPagerDuty

Ways to work with us.

Pick the model that fits your engineering maturity. All include regular reporting and no long-term lock-in.

Monthly Retainer

Ongoing pipeline management, monitoring, and optimization.

Best for compounding gains

Baseline & Audit Project

A fixed-scope DORA audit and improvement roadmap for internal execution.

Best with in-house teams

Pipeline Build Project

A fixed-scope CI/CD build for teams starting from limited automation.

Best from a standing start

Full-Stack Package

DevOps services paired with our cloud infrastructure setup service.

Best for end-to-end
What's Included

Every DevOps engagement comes complete.

No hidden gaps. Each engagement includes everything you need to move toward elite delivery performance.

DORA baseline
All four metrics instrumented from existing tooling.
CI/CD pipeline
Automated, smaller-batch delivery built to reduce risk.
Infrastructure as code
Reproducible, version-controlled infrastructure.
Monitoring & alerting
Detection and rollback paths tested, not assumed.
Security hardening
Secrets and supply chain security built in from the start.
Incremental roadmap
Disciplined, compounding changes, not a risky rewrite.
Regular reporting
DORA tier movement tracked and explained over time.
Full infrastructure ownership
You own every pipeline and configuration outright.

DevOps across every engineering organization.

The process stays the same. The pipeline complexity changes by team size and architecture.

B2B SaaS

CI/CD pipelines built for frequent, low-risk feature releases.

Ecommerce Platforms

Deployment automation built around seasonal traffic and uptime needs.

FinTech

Security-hardened pipelines built for regulated, high-scrutiny environments.

Healthcare Tech

Compliant infrastructure and deployment practices within regulatory limits.

Startups & Scale-Ups

Foundational CI/CD built before engineering velocity becomes a bottleneck.

Enterprise Engineering Teams

Multi-team platform engineering for complex, high-scale organizations.

Mobile & App Companies

Release automation built for app store and platform-specific pipelines.

AI & Data Platforms

Pipeline design accounting for AI-assisted development patterns.

FAQ

DevOps questions

The questions engineering leads ask us most before starting an engagement.

DORA metrics are four industry-standard measurements of software delivery performance: deployment frequency, lead time for changes, change failure rate, and mean time to recovery. Two measure throughput and two measure stability, and the discipline of the model is moving all four together rather than trading one off against another.

DevOps services cost $3,000 to $25,000 or more per month, depending on scope. A starter pipeline modernization costs $3,000 to $7,000 per month, a growth DevOps program with full automation and monitoring costs $7,000 to $15,000 per month, and an enterprise platform engineering program costs $15,000 to $25,000 or more per month. Cloud hosting is billed separately by your provider.

A DORA metrics baseline can be established within 2 to 4 weeks using your existing tooling, initial pipeline improvements typically show measurable movement within 4 to 8 weeks, and a full shift from medium to elite performance tier compounds over 3 to 6 months of disciplined changes.

Elite teams deploy on demand, multiple times a day, with lead times under one hour, recovery times under one hour, and change failure rates of 0% to 15%. Low performers deploy between monthly and every six months, with lead times of one to six months, recovery taking one week to one month, and failure rates of 46% to 60% — an order-of-magnitude gap between tiers.

Neither alone. Improving deployment frequency without also protecting change failure rate and recovery time is the most common DevOps failure mode; the four DORA metrics need to move together, since higher frequency with smaller batch sizes actually tends to reduce risk per deployment, not increase it.

No, usually not. Moving from medium to elite performance is typically covered by a handful of disciplined, compounding changes: halving batch size, automating one manual gate, adding a fast rollback path, and improving secrets management — not a full pipeline rewrite.

AI coding assistants are changing commit sizes, code review workloads, and deployment patterns, which has partially changed how some DORA metrics behave. Mean time to recovery holds up well as a signal, but change failure rate needs closer interpretation as AI-generated code volume increases.

Yes. We connect monitoring and incident management tooling directly to your recovery time metric, since MTTR only improves when detection, alerting, and rollback paths are actually built and tested, not assumed to work.

GitHub Actions, GitLab CI, and Jenkins for pipeline automation, paired with infrastructure-as-code tools and monitoring platforms matched to your existing stack — rather than forcing a full tooling migration before any improvement can start.

Yes. Most organizations can establish a DORA baseline within two to four weeks using data already available in their version control, CI/CD pipeline, and incident management tools, without purchasing additional platforms first.

No. We work month-to-month, though DevOps programs benefit from a minimum 3-month commitment since moving DORA metrics between performance tiers takes sustained, compounding change.

Yes. We sign an NDA before the discovery call, before you share any infrastructure or codebase access with us.