Build, run and optimize your cloud infrastructure
You don’t need to know whether the answer is CI/CD, Kubernetes, observability or a cost review. Tell Nexoryl what’s slowing your deployments, breaking in production, or costing more than it should — we’ll work out the architecture, assemble the right specialist teams, and operate it.
- Operating model
- A managed department: designed, staffed, documented, run and measured by Nexoryl against a plan agreed with you. Not a cloud reseller, and not a freelance DevOps engineer working alone.
- Delivery model
- Digital and remote. Infrastructure and pipelines run inside your own cloud account, under access you grant and can revoke.
- Usual starting scope
- One specialist team — CI/CD, or managed operations — proven first, before the department expands to others.
- Typical roles
- A cloud architect, a DevOps or platform engineer, and a Nexoryl operations manager accountable for the environment.
- Runs inside
- Your AWS, Azure or Google Cloud account — or Nexoryl’s environment, as agreed. How access is governed.
- Engagement
- Pilot-firstOne team or workload proven, then expanded where it earns it. How an engagement is built.
Overview
What is a DevOps & Cloud Operations department?
A DevOps & Cloud Operations department is a managed technology function that designs, automates, operates and continuously improves cloud infrastructure, deployment pipelines, observability, reliability, security controls, disaster recovery and infrastructure cost.
Infrastructure is not just servers. It’s environments, deployment pipelines, networking, monitoring, logging, backups, access controls and the cost that runs behind all of it. The goal isn’t “put the application in the cloud” — it’s building an operating environment where software can be delivered, observed, secured, recovered and improved reliably.
Nexoryl model
What does Nexoryl’s DevOps & Cloud Operations department do?
It assesses the infrastructure or delivery problem, architects the right solution, then builds, automates, deploys and operates it — delivered by the specialist teams your environment actually needs, against measures agreed with you.
DevOps & Cloud is one of the 48 functions Nexoryl builds and operates as a managed department. It sits inside the Product & Engineering group, structured as a department containing multiple specialist teams rather than a single technical role.
- It is responsible for
- Delivery pipelines, cloud infrastructure, automation, reliability, observability, security controls, cost management and ongoing operations.
- It does not replace
- Your engineering team's application code, or your broader enterprise security governance — DevOps & Cloud manages infrastructure-level controls, not the whole of security and compliance.
- It connects to
- Software Engineering, AI & Automation, Data & Analytics and Web Design & Development.
One department, multiple teams
DevOps & Cloud is not a single technical role.
Twelve specialist teams sit across six operating categories. Not every client receives every team — Nexoryl assembles the right combination around your infrastructure, applications and risk profile.
Delivery
CI/CD & Release Engineering. Getting code from a commit into production, reliably and repeatably.
Infrastructure
Cloud Infrastructure, Infrastructure as Code, Platform Engineering. What the software runs on, and how it’s built.
Reliability
Site Reliability Engineering, Observability & Monitoring, Backup & Disaster Recovery. Whether the system stays up.
Governance
Cloud Security & Governance, FinOps. Who can do what, and where the money is actually going.
Modernization
Containers & Kubernetes, Cloud Migration & Modernization. Moving and rebuilding infrastructure where it creates real value.
Operations
Managed Cloud Operations. Running all of the above, day to day, after it’s built.
Team & service architecture
Twelve specialist teams, each with its own services.
The department sits in a clear hierarchy: DevOps & Cloud Operations → Specialist Teams → Services. Select a team below to see what it covers.
CI/CD & Release Engineering
Building and operating reliable software delivery pipelines. Technologies vary by client — GitHub Actions, Jenkins, GitLab CI/CD and others are examples, not requirements.
Cloud Infrastructure
Designing, building and operating the infrastructure itself, on AWS, Azure, Google Cloud or hybrid, chosen against your requirements.
Infrastructure as Code
Infrastructure should not depend on undocumented manual configuration.
Platform Engineering
DevOps improves delivery and operations. Platform Engineering builds the reusable internal systems that make those operations easier for engineering teams.
Site Reliability Engineering
Reliability designed into the operating model — the full framework is in Reliability, below.
Observability & Monitoring
You can’t operate what you can’t see — the full picture is in Observability, below.
Cloud Security & Governance
Infrastructure-level security controls. Broader enterprise security governance, risk and compliance sits with a dedicated Cybersecurity & GRC function where one exists; the two collaborate.
FinOps / Cloud Cost Operations
Cloud cost treated as an operational metric — the full stages are in Cloud Cost, below.
Backup, Continuity & Disaster Recovery
A backup is not a recovery strategy until the recovery process has been tested.
Containers & Kubernetes
Kubernetes is one infrastructure pattern. Nexoryl selects the architecture according to the workload's actual requirements, not by default.
Cloud Migration & Modernization
Migration decisions depend on workload, architecture, economics and risk — not an assumption that cloud is automatically better.
Managed Cloud Operations
Build it, operate it, monitor it, improve it. Nexoryl doesn’t disappear after deployment.
The operating loop
DevOps is a continuous loop, not a one-time implementation.
From a commit to the next improvement, the same loop runs behind every release. What changes is the risk and scale of what’s moving through it.
-
01
Code
A developer commits a change.
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02
CI/CD
The pipeline builds, tests and checks it automatically.
-
03
Artifact & deploy
A versioned build is produced and released through a controlled, repeatable process.
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04
Cloud infrastructure
Runs on infrastructure managed as code, not configured by hand.
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05
Observe
Metrics, logs and traces make the system’s behaviour visible.
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06
Alert
Anomalies and failures are surfaced automatically, before a customer notices.
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07
Respond & recover
Incidents are worked through a defined runbook, not an improvised scramble.
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08
Optimize
Cost, performance and reliability improved with what was actually learned.
Feeds back into the next release — the loop runs continuously
Supporting layers
Infrastructure as Code, security, FinOps, backup and SRE run underneath every stage of this loop — not as separate add-ons bolted on afterward.
Department model
Not just engineers. A managed operating function.
Every Nexoryl department, including this one, is built from the same parts. Together they turn a set of technical services into an operating function.
- 01
Objective
What the infrastructure and operations must achieve for the business, agreed before architecture is chosen.
- 02
People
The engineers and specialists needed for the platforms, workloads and risk profile involved.
- 03
Process
Documented workflows for change management, incident response and release, so quality doesn’t depend on who’s on call.
- 04
Technology
The appropriate cloud platforms and tooling, operated inside your environment or Nexoryl’s.
- 05
Management
A Nexoryl operations manager coordinating the teams and accountable for the environment.
- 06
Quality
Reviews, testing and production-readiness checks built into the workflow, not applied after an incident.
- 07
KPIs
The department measured against delivery, reliability, cost and recovery, agreed with you.
- 08
Continuous improvement
Operational data feeding the next change, not filed away after the fact.
Reliability
Reliability is an operating practice, not a percentage.
Availability, resilience and recoverability are designed into the operating model from the start, not checked only after an incident.
Designed in, not checked for
SLIs, SLOs and error budgets give a concrete, agreed definition of “reliable enough” for this system, reviewed continuously rather than assessed only when something breaks.
Observability
You can’t operate what you can’t see.
Observability isn’t a dashboard of green and red indicators. It’s enough signal, correlated together, to understand why something is happening — not just whether it is.
What feeds observability
- Metrics
- Resource usageLatencyThroughput
- Logs
- Application eventsInfrastructure events
- Traces
- Request paths across distributed systems
- Events
- DeploymentsScaling actionsConfiguration changes
Correlated here
Observability
Signal, not noise — metrics, logs, traces and events correlated into a picture of what the system is actually doing.
Acted on here
Alerts & incident response
Routed to the right person with enough context to act, feeding directly into root-cause analysis and improvement.
Cloud cost
Cloud cost is an operational metric, not just a bill.
FinOps isn’t merely reducing spend. It’s understanding it well enough to spend deliberately.
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01
Visibility
Understanding what’s actually being spent, and on what.
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02
Allocation
Cost assigned to the workload, team or environment responsible for it.
-
03
Optimization
Right-sizing, idle-resource cleanup and reserved-capacity analysis applied against real usage.
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04
Forecasting
Spend projected against growth, not discovered after the invoice arrives.
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05
Governance
Spending aligned with what the business actually needs, reviewed on a standing basis.
Potential savings are identified through data and usage analysis — Nexoryl doesn’t promise a fixed percentage in advance.
Before & after
What actually changes in the delivery pipeline.
Not every environment needs to be fully automated. This shows what a mature pipeline replaces, not a mandatory end state for every workload.
Before
- Developer finishes code
- Operations manually prepares the environment
- Configuration differs between environments
- Deployment performed manually
- Monitoring is incomplete
- An incident happens and people search logs by hand
After
- Developer commits code
- CI pipeline runs tests and security checks
- Artifact created automatically
- Deployment is automated
- Infrastructure is managed through code
- Observability is active, alerts route automatically
- A runbook guides the response
- Cost and reliability metrics feed the next improvement
What’s slowing things down
You don’t need to know which technology fixes it.
Tell Nexoryl what’s actually happening. The investigation, not the label, is where the right scope comes from.
“Our deployments are slow and risky.”
Investigated first: manual steps, missing tests, or no rollback path.
Delivery“Our application keeps going down.”
Checked for where observability, capacity or architecture is actually falling short.
Reliability“Our cloud bill keeps climbing.”
Assessed against actual usage, not just the invoice total.
Cost“Our infrastructure is hard to manage.”
Checked for how much is manually configured versus defined as code.
Infrastructure“We don’t have real monitoring.”
Assessed for what’s actually observable versus what’s assumed to be working.
Observability“We’re not sure our backups would actually work.”
Checked by testing the restore, not just confirming the backup ran.
RecoveryThese are examples of how a problem gets investigated, not fixed packages. The actual scope is agreed after assessment.
Configured around your environment
The right DevOps and cloud team for the problem.
Team composition depends on the platforms, workloads and risk profile involved — not a fixed formula applied regardless of the engagement.
Typical roles
Assembled around the environment, not staffed to look larger.Suits businesses where
- Deployments are manual, risky, or depend on one person
- Production incidents happen without a clear response process
- Cloud spend has grown without matching visibility
- Infrastructure changes aren’t tracked or version-controlled
Common signals
- Nobody’s tested whether a backup would actually restore
- The same manual deployment steps happen every release
- Alerts get ignored because there are too many of them
- Nobody owns the cloud environment end to end
Security & governance
Infrastructure designed for controlled operations.
- Role-based, least-privilege access to every environment
- Secrets and credentials kept out of code and configuration
- Every infrastructure change tracked, reviewed and reversible
- Environments separated by purpose — development, staging and production kept genuinely distinct
- Access reviewed on a standing schedule, removed when no longer needed
- Nexoryl doesn’t claim certifications it doesn’t hold — infrastructure-level controls, not enterprise compliance certification
DevOps does not operate alone
How this connects to the rest of Nexoryl.
These aren’t fixed packages. Where an objective genuinely needs more than infrastructure, the relevant Nexoryl department works from the same plan.
Common combinations
Assembled around the objective, not sold as a bundle.Illustrative scenarios
Not client case studies — examples of how a problem gets approached.
These are illustrative, built to show how the assessment-to-solution process works, not results from a named customer.
Slow deployments
Problem: engineering deploys manually and releases are risky. Potential approach: CI/CD architecture, automated tests, deployment gates, staged deployment, monitoring and rollback.
IllustrativeUncontrolled cloud costs
Problem: limited visibility into infrastructure spend. Potential approach: cost allocation, resource inventory, utilization analysis, right-sizing, budgets and a FinOps dashboard.
IllustrativeProduction reliability
Problem: incidents happen but there’s no consistent monitoring or process. Potential approach: observability, SLIs/SLOs, alerting, runbooks, an incident process and post-incident review.
IllustrativeCloud migration
Problem: legacy workloads need to move to cloud infrastructure. Potential approach: discovery, dependency mapping, migration architecture, testing, staged migration and validation.
IllustrativeKubernetes operations
Problem: Kubernetes infrastructure exists but lacks operational maturity. Potential approach: cluster assessment, observability, security controls, deployment automation, upgrades and backup.
IllustrativeMeasurement
Infrastructure gets measured, not just deployed.
What gets measured depends on your environment. These are measurement categories, not guaranteed outcomes.
Delivery
- Deployment frequency
- Lead time for changes
- Release success rate
- Rollback frequency
Reliability
- Availability
- SLO attainment
- Incident frequency
- Mean time to recovery
Infrastructure
- Resource utilization
- Infrastructure health
- Capacity
- Environment consistency
Cost
- Cloud spend
- Cost per workload
- Budget variance
- Forecast accuracy
Recovery & security
- Backup success rate
- Restore test success
- Patch coverage
- Access review completion
Where it shows upIllustrative, not guaranteed
- Faster releases
- Fewer incidents
- Predictable spend
- Verified recovery
Why Nexoryl
Not the best DevOps company. A different structure.
These are the working principles, not marketing claims.
Department-level operation
A complete managed operating capability, not individual technical staff.
Multi-team structure
Infrastructure, delivery, reliability, security, cost and operations working as one function.
Business-first architecture
Technology decisions follow the actual operating requirement.
Managed execution
Nexoryl builds, operates, monitors and improves the environment.
Process + technology
Infrastructure supported by documented processes, runbooks and reporting.
Cross-functional
Works alongside Engineering, Data, AI and other Nexoryl departments.
Continuous improvement
Operational data feeds the next improvement cycle.
Platform-agnostic
AWS, Azure, Google Cloud or hybrid, chosen against the requirement, not a default.
Ownership
Where the department stops and your team starts.
Scope is agreed in writing during design. This is the split most engagements start with.
Architecture & infrastructure design
Cloud architecture, technology selection and the operating model the environment runs on.
NexorylBuild & automation
CI/CD, infrastructure as code and platform tooling, built to the approved design.
NexorylOperations & incident response
Monitoring, on-call response and day-to-day operational management.
NexorylSecurity controls & access management
Infrastructure-level access, secrets and configuration hardening.
NexorylReporting & continuous improvement
Performance, cost and reliability reported and acted on.
NexorylCloud billing account & ownership
The cloud account and the commercial relationship with the provider stay yours.
YouProduction change approval
Sign-off on material changes to production, where the engagement requires it.
YouBusiness data & final decisions
Data ownership and any decision with real business weight.
You, alwaysWhere you want the department to take on more — a new platform, a wider migration — that’s a scope change, agreed in writing rather than assumed.
Adjacent departments
Where DevOps & Cloud sits.
Each of these is a Nexoryl department in its own right and can be run separately. DevOps & Cloud is the infrastructure layer underneath them.
Software Engineering
- Application code
- Custom systems
- Where infrastructure runs it
AI & Automation
- Infrastructure automation
- Operational workflows
- Intelligent operations
Data & Analytics
- Data platforms
- Pipelines
- Reporting & BI
Web Design & Development
- Websites and web apps
- Hosting requirements
- Performance
DevOps & Cloud
The infrastructure layer underneath custom applications, websites and data platforms. Where enterprise security governance needs a desk of its own, or where product management and QA sit as dedicated functions, DevOps & Cloud collaborates with them rather than absorbing their scope.
Functions that run alongside DevOps & Cloud
Software Engineering
Custom applications and systems that run on the infrastructure this department operates.
AI & Automation
Infrastructure automation and operational workflows beyond the pipeline itself.
Data & Analytics
Data platforms and reporting built on cloud infrastructure this department manages.
Web Design & Development
Websites and web applications that depend on the hosting and performance this department provides.
Questions
Questions about the DevOps & Cloud Operations department.
If something here isn’t covered, ask us directly. The answer is usually specific to your environment.
It designs, builds, automates, operates and continuously improves cloud infrastructure, deployment pipelines, observability, reliability, security controls and cloud costs, assembled as the specialist teams your environment actually needs, not a single generic role.
No. DevOps & Cloud Operations is structured as a department containing multiple specialist teams — delivery, infrastructure, reliability, governance, modernization and operations. The exact combination depends on your requirements.
DevOps covers the practices and pipelines that connect development and operations — building, testing and releasing software. Cloud Operations is the ongoing management of the infrastructure that software runs on. They overlap heavily in practice, which is why Nexoryl runs them as one connected department.
DevOps focuses on delivery: getting changes built, tested and released. SRE focuses on reliability: defining what “reliable enough” means, then engineering and operating toward it. Both sit inside this department and work from the same operational data.
Yes. Cloud infrastructure is managed on AWS, Azure, Google Cloud or a hybrid setup, chosen against your existing systems and requirements rather than a default platform.
Yes. CI/CD pipeline architecture, build and deployment automation, and release governance are built around how your team actually ships code, using whichever platform fits — GitHub Actions, GitLab CI/CD, Jenkins or another tool.
Yes, all three. The specific platform is chosen against your existing systems, team expertise and requirements, not a default answer given before those are known.
Yes. Kubernetes cluster operations, networking, security and upgrades are managed where Kubernetes is the right infrastructure pattern for the workload — it isn’t treated as a default choice for every project.
Infrastructure as Code means infrastructure is defined and version-controlled as code rather than configured manually, so it’s repeatable and auditable. Yes, Nexoryl works with Terraform, CloudFormation or another tool depending on your existing setup.
Monitoring tells you whether something is working. Observability lets you understand why it isn’t, by correlating metrics, logs and traces into a full picture of system behaviour. Nexoryl builds toward observability, not just a dashboard of green and red indicators.
FinOps is the operational discipline of understanding, allocating, optimizing and forecasting cloud spend, so infrastructure cost is managed like any other business metric rather than discovered on the monthly invoice.
Yes. Cost optimization comes from resource right-sizing, idle-resource cleanup and reserved-capacity analysis based on actual usage data. Nexoryl doesn’t promise a fixed savings percentage in advance.
Yes. Backup architecture, automation and, critically, restore testing, so a backup is a verified recovery option rather than an assumption.
Yes. Migration starts with a readiness assessment and dependency mapping, then a migration architecture and staged cutover plan, rather than assuming migration is automatically the right move.
Yes. Managed Cloud Operations continues after any build or migration project: monitoring, incident response, cost tracking and ongoing improvement, not a handover followed by silence.
Coverage is designed around your operational requirements and agreed as part of the engagement — it isn’t a blanket default for every client.
A single hire has one set of skills and represents a continuity risk if they leave. Nexoryl assembles a managed team across delivery, infrastructure, reliability, security and cost, with a Nexoryl operations manager coordinating the work and accountable for it.
Yes. An existing environment is assessed first — what exists, what’s documented, and what state it’s actually in — before a plan to continue operating, improve or modernize it is agreed.
Yes. The department can take on a defined layer — a specific platform, migration or operational responsibility — while your existing team retains the rest, with the boundary agreed in writing.
No. The department is designed to remove the operational burden that’s slowing your team down, not to replace the engineers you already have; it can work alongside them under an agreed division of responsibility.
Yes. DevOps & Cloud frequently works alongside Software Engineering, AI & Automation and Data & Analytics, since infrastructure underpins what those departments build and run.
Through role-based, least-privilege access, secrets kept out of code, tracked infrastructure changes, and separated environments. Nexoryl doesn’t claim compliance certifications it doesn’t hold; security is treated as an ongoing infrastructure discipline.
You do, always. The cloud billing account and the commercial relationship with the provider stay in your name; access granted to Nexoryl is revocable at any time.
Yes. A single team — CI/CD, for example, or Managed Cloud Operations on its own — is a normal starting scope, with other teams added as the requirement grows.
Against the workloads, platforms and risk profile involved, not a fixed formula. A small CI/CD engagement might need one or two engineers; a full multi-cloud operating function needs a larger, multi-team structure.
With a conversation about what’s slowing your infrastructure or delivery down, not a technology request. From there: an assessment of the current environment, a proposed architecture and team structure, then the build sequence described on this page.
Next step
What is slowing down your infrastructure?
Tell Nexoryl what is slowing your engineering, deployment or infrastructure operations. We’ll help identify what needs to be built, automated, secured, monitored or operated. Start with the problem, and Nexoryl will help determine the operating model.