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Cloud Engineering • DevOps • DevSecOps

Cloud & DevOpsBuilt for Continuous Delivery

Design resilient cloud platforms, automate delivery pipelines and operate secure, observable infrastructure that scales with your business.

CLOUDArchitecture
CI / CDContinuous delivery
KUBERNETESContainer platforms
IaCInfrastructure as code
OBSERVEMetrics & tracing
SECURITYDevSecOps controls
CLOUDDEVOPS
Cloud-first engineering

Infrastructure that moves as fast as your product.

Cyanous helps teams modernize infrastructure, automate software delivery and establish reliable operating practices across cloud and hybrid environments.

From first migration to production-scale platforms, we connect architecture, automation, security and observability into one engineering workflow.

99.9%+Reliability-oriented architecture
CI/CDAutomated delivery workflows
IaCRepeatable infrastructure
24/7Operational visibility
Capabilities

Everything needed to run modern cloud platforms.

Cloud strategy, automation and operations are designed together so every environment remains repeatable, secure and measurable.

01

Cloud Architecture

Design scalable, resilient architectures across public, private and hybrid cloud environments.

02

Cloud Migration

Assess workloads, plan migration waves and modernize applications with controlled risk.

03

CI/CD Automation

Build automated pipelines for testing, releases, approvals, rollback and deployment.

04

Containers & Kubernetes

Package and operate cloud-native workloads with container orchestration and platform automation.

05

Infrastructure as Code

Provision consistent environments using version-controlled infrastructure definitions.

06

Observability

Unify logs, metrics, traces, alerts and service health signals for faster diagnosis.

07

DevSecOps

Embed security checks, secrets management and policy controls throughout delivery.

08

Reliability Engineering

Improve availability, recovery, scaling and operational readiness through measurable practices.

09

FinOps & Optimization

Track cloud consumption and optimize resources, architecture and operating costs.

Solutions

Cloud platforms aligned to real business workloads.

Application Modernization

Refactor legacy workloads, introduce containers and automate deployment without disrupting delivery.

Enterprise Cloud Migration

Move applications and data through structured discovery, dependency mapping and migration waves.

Cloud-Native Platforms

Create reusable platform foundations for microservices, APIs, event-driven applications and internal teams.

Release Engineering

Standardize build, test, security, approval and production release workflows across teams.

Disaster Recovery

Design backup, replication, recovery and failover strategies around business continuity requirements.

Managed Operations

Establish monitoring, alerting, incident response and continuous optimization for production systems.

Architecture

A delivery path from code to reliable production.

SourceGit & branching
BuildCompile & package
TestAutomated validation
DeployCloud & containers
OperateObserve & improve
Technology Stack

Modern tools for dependable engineering.

CloudAWS • Microsoft Azure • Google Cloud
ContainersDocker • Kubernetes • Helm
CI/CDGitHub Actions • GitLab CI • Jenkins
IaCTerraform • CloudFormation • Ansible
ObservabilityPrometheus • Grafana • OpenTelemetry
SecuritySecrets • SAST • DAST • Policy controls
DataManaged databases • Object storage • Caching
AutomationPython • Bash • APIs • Platform tooling
Our Process

A controlled path from assessment to continuous improvement.

01

Assess

Review applications, infrastructure, dependencies, risks, costs and operational goals.

02

Architect

Define target cloud architecture, environments, networking, security and reliability patterns.

03

Automate

Implement infrastructure as code, pipelines, testing, policy and deployment automation.

04

Migrate

Move or modernize workloads in planned waves with validation and rollback paths.

05

Release

Introduce repeatable CI/CD workflows with quality and security gates.

06

Observe

Instrument services and infrastructure with meaningful dashboards, alerts and traces.

07

Secure

Continuously review identities, secrets, dependencies, configurations and runtime controls.

08

Optimize

Improve reliability, performance, developer experience and cloud economics over time.

Benefits

What a mature cloud operating model enables.

Faster Releases

Automated delivery reduces repetitive release work.

Higher Reliability

Resilience, monitoring and recovery are built into operations.

Better Security

Security checks move earlier into the development lifecycle.

Consistent Environments

Infrastructure as code reduces configuration drift.

Operational Visibility

Teams can connect system behavior to actionable signals.

Scalable Platforms

Cloud-native patterns support changing workloads.

Cost Awareness

Usage and architecture can be continuously reviewed.

Developer Productivity

Reusable platforms remove infrastructure friction.

Industries

Cloud engineering for demanding environments.

Financial ServicesHealthcareRetail & eCommerceSaaS & TechnologyManufacturingLogisticsEducationMediaTravelEnterprise Operations
Security & Governance

Security is part of the delivery pipeline.

Identity & Access

Least-privilege access, role separation, secrets management and controlled administrative workflows.

Pipeline Security

Automated code, dependency, container and configuration checks before production deployment.

Cloud Governance

Policies, tagging, configuration standards, audit trails and environment controls.

FAQ

Cloud & DevOps questions.

Can Cyanous migrate an existing application to the cloud?

Yes. A migration can combine discovery, dependency analysis, target architecture, workload planning, migration waves and post-migration optimization.

Do you work with AWS, Azure and Google Cloud?

Yes. Cloud architecture and DevOps practices can be adapted to AWS, Microsoft Azure and Google Cloud based on workload and organizational requirements.

Can you build CI/CD from an existing manual release process?

Yes. Existing build and release steps can be mapped into automated pipelines with testing, security checks, approvals, deployment and rollback controls.

Do you support Kubernetes?

Yes. Kubernetes can be used for container orchestration, workload scaling, service deployment and platform engineering where it fits the application architecture.

How do you improve cloud security?

Security can be addressed through identity controls, network segmentation, secrets management, secure configurations, automated scanning, logging and governance policies.

Can you optimize an existing cloud environment?

Yes. Optimization can cover resource utilization, architecture, scaling, storage, observability, reliability and cloud cost visibility.

Build the next platform

Make cloud delivery simpler, safer and faster.

Tell us about your infrastructure, application landscape or delivery challenges and we can map the next engineering step.

Let's Talk