Cloud Infrastructure & DevOps

Build resilient, scalable cloud infrastructure and implement DevOps practices that accelerate delivery. We architect and manage cloud solutions on AWS, Azure, and GCP with automation, security, and cost optimization built-in.

Modern Infrastructure for Modern Applications

Cloud platforms and DevOps practices enable rapid deployment, automatic scaling, and operational resilience that on-premise infrastructure cannot match at reasonable cost. At Dalto Software, we help enterprises leverage cloud capabilities while maintaining security, compliance, and cost control. Our cloud architects design infrastructure that balances performance, reliability, security, and cost—establishing foundations that support your applications for years to come.

We implement infrastructure as code, automated deployments, comprehensive monitoring, and disaster recovery. Our DevOps implementations reduce deployment friction, increase deployment frequency, and improve mean time to recovery when issues occur. Whether you're migrating from on-premise infrastructure, building cloud-native applications, or implementing multi-cloud strategies, we deliver solutions that work reliably in production environments.

From initial cloud migration strategy through ongoing optimization and management, we provide end-to-end cloud and DevOps services. We assess your current infrastructure, design target architectures, execute migrations with minimal risk, and establish operational practices that enable your teams to move fast without breaking things.

Cloud & DevOps Capabilities

Comprehensive cloud infrastructure and DevOps implementation services

Cloud Architecture & Migration

Design and implement cloud infrastructure on AWS, Azure, or GCP. Migrate workloads from on-premise to cloud with phased approaches that minimize risk, maintain business continuity, and deliver value incrementally. Assess, plan, migrate, and optimize.

Kubernetes & Containers

Deploy and manage containerized applications using Kubernetes (EKS, AKS, GKE) or container services (ECS, Cloud Run). Implement auto-scaling, service mesh, ingress controllers, and production-grade cluster management with monitoring and logging.

CI/CD Pipelines

Automate build, test, and deployment processes using Jenkins, GitLab CI, GitHub Actions, or cloud-native tools. Enable multiple deployments per day with confidence through automated testing, code quality gates, and gradual rollouts with rollback capabilities.

Infrastructure as Code

Define and manage infrastructure using Terraform, CloudFormation, ARM templates, or Pulumi. Version control your infrastructure, enable repeatable deployments, maintain consistency across environments, and implement approval workflows for changes.

Monitoring & Observability

Implement comprehensive monitoring with Prometheus, Grafana, Datadog, or cloud-native tools. Track application performance, infrastructure health, business metrics, error rates, and latency with automated alerting and incident response procedures.

Security & Compliance

Implement cloud security best practices including IAM policies, network segmentation, encryption at rest and in transit, secrets management, security groups, and compliance controls. Regular security audits and vulnerability assessments.

Cost Optimization

Analyze cloud spending, rightsize resources, implement auto-scaling policies, leverage reserved instances and spot instances. Continuous monitoring and optimization to reduce costs without compromising performance or reliability.

Disaster Recovery

Design and implement backup strategies, disaster recovery procedures, and business continuity plans. Multi-region deployments, automated backups, recovery testing, and documented procedures ensure you can recover from failures quickly.

Industry Applications

Manufacturing

  • Production application hosting with high availability, auto-scaling during peak periods, and global distribution for multi-site operations
  • Data pipeline infrastructure collecting and processing IoT sensor data from equipment with real-time analytics and alerting
  • Disaster recovery for ERP systems with automated failover, regular backup testing, and documented recovery procedures meeting RTO/RPO targets

Construction

  • Mobile application backend supporting field workers with offline sync, file storage for photos and documents, and real-time updates
  • Project data centralization consolidating information from multiple job sites into unified cloud-based analytics and reporting
  • Development environment automation enabling rapid provisioning of test environments and automated deployment of project management tools

SaaS & Technology

  • Multi-tenant SaaS platforms with tenant isolation, usage-based billing, automated provisioning, and global content delivery
  • Microservices architecture enabling independent deployment and scaling of services with service mesh for observability
  • CI/CD implementation supporting rapid iteration with automated testing, canary deployments, and feature flags for controlled rollouts

Technologies & Platforms

Cloud Platforms

AWS Microsoft Azure Google Cloud Platform DigitalOcean

Containers & Orchestration

Docker Kubernetes Amazon EKS Azure AKS Google GKE Helm Amazon ECS

Infrastructure as Code

Terraform AWS CloudFormation Azure ARM Templates Pulumi Ansible

CI/CD Tools

Jenkins GitLab CI GitHub Actions Azure DevOps CircleCI ArgoCD

Monitoring & Logging

Prometheus Grafana Datadog New Relic ELK Stack CloudWatch Azure Monitor

Our Cloud & DevOps Process

1

Assessment & Strategy

Evaluate current infrastructure, applications, and processes. Identify cloud migration candidates, assess dependencies, calculate costs, and develop phased migration roadmap aligned with business priorities and risk tolerance.

2

Architecture Design

Design target cloud architecture considering performance, security, compliance, and cost. Define network topology, compute resources, storage strategies, disaster recovery, and integration patterns with detailed technical specifications.

3

Proof of Concept

Implement pilot migration or infrastructure deployment to validate approach, test performance, verify security, and train teams. Identify issues early, refine procedures, and demonstrate value before full-scale implementation.

4

Implementation & Migration

Execute migrations in waves, starting with low-risk applications. Implement infrastructure as code, establish CI/CD pipelines, configure monitoring, and migrate workloads with minimal downtime and comprehensive rollback plans.

5

Optimization & Training

Optimize resource utilization, implement auto-scaling, tune performance, and reduce costs. Train your teams on cloud operations, provide documentation, establish operational procedures, and transfer knowledge for ongoing management.

6

Ongoing Management

Provide managed services or advisory support for continuous improvement. Monitor costs, security posture, and performance. Implement improvements, handle incidents, apply updates, and ensure infrastructure evolves with your needs.

Why Choose Dalto Software for Cloud & DevOps

Multi-Cloud Expertise

We're certified and experienced across AWS, Azure, and GCP. We recommend the right platform based on your requirements, not vendor relationships. Whether you need single-cloud, multi-cloud, or hybrid architectures, we design solutions that fit your needs.

Security First

Security isn't an afterthought—it's built into every design. We implement defense in depth, least privilege access, encryption, network segmentation, and compliance controls from day one. Regular audits and automated security scanning maintain your security posture.

Cost Consciousness

Cloud can be expensive if not managed properly. We design for cost efficiency, implement monitoring and alerts, rightsize resources, leverage reserved instances, and continuously optimize. You get the cloud benefits without runaway costs.

Production Experience

We've run production workloads in the cloud, handled incidents, optimized performance under load, and managed costs at scale. Our architectures reflect real-world operational experience, not just theoretical knowledge.

Team Enablement

We don't create dependencies. Our implementations include knowledge transfer, documentation, training, and hands-on coaching so your teams can operate and evolve infrastructure independently. We build capability, not reliance.

Frequently Asked Questions

How long does cloud migration take?
Timeline depends on the number and complexity of applications being migrated. Simple lift-and-shift migrations might complete in 3-6 months. Complex migrations with re-architecture typically take 9-18 months. We migrate in phases, delivering value incrementally rather than waiting for complete migration before realizing benefits.
Will cloud save us money?
Cloud can reduce costs, but it's not automatic. Savings come from eliminating hardware refresh cycles, reducing datacenter costs, rightsizing resources, and leveraging auto-scaling. However, cloud can also be expensive if not managed properly. We design for cost efficiency and implement ongoing optimization to ensure you realize financial benefits.
What about data security and compliance?
Major cloud providers offer enterprise-grade security and compliance certifications (SOC 2, ISO 27001, HIPAA, etc.). We implement additional security controls including encryption, access controls, network segmentation, and monitoring. For regulated industries or sensitive data, we can implement private cloud or hybrid approaches that keep data on-premise while leveraging cloud for appropriate workloads.
Do you provide ongoing cloud management?
Yes. We offer managed services covering monitoring, security updates, performance optimization, cost management, and incident response. Alternatively, we can train your team to manage infrastructure independently while providing advisory support. The approach depends on your preferences and internal capabilities.
Can we avoid vendor lock-in?
Complete vendor independence is difficult—each cloud has unique services. However, we minimize lock-in by using portable technologies where possible (Kubernetes instead of proprietary container services, Terraform for infrastructure as code). For services where cloud-native options offer significant benefits, we help you weigh portability against capabilities and make informed decisions.
What's the difference between IaaS, PaaS, and SaaS?
IaaS (Infrastructure as a Service) provides virtual machines and networking—you manage everything from OS up. PaaS (Platform as a Service) provides managed application platforms—you focus on code while cloud provider manages infrastructure. SaaS (Software as a Service) provides complete applications you just use. We help you select the right service model based on control requirements, team capabilities, and cost considerations.
How do you handle disaster recovery in the cloud?
Cloud enables cost-effective disaster recovery through automated backups, multi-region deployments, and infrastructure as code that enables rapid rebuilding. We design recovery strategies matching your RTO/RPO requirements—from hot standby in multiple regions for mission-critical systems to backup-and-restore approaches for less critical applications. Regular testing ensures procedures work when needed.

Ready to Modernize Your Infrastructure?

Let's discuss your cloud strategy and explore how modern infrastructure can accelerate your business while reducing operational overhead.