Cloud Migration
Migration to AWS, Azure, and GCP using lift-and-shift, replatform, or refactor strategies with assessment, data migration, and testing at minimal downtime.
Cloud Solutions
Scalable cloud infrastructure.
Cloud migration, SaaS development, and infrastructure management are delivered to drive performance and growth — on AWS, Azure, and Google Cloud with proven uptime and cost optimisation.
Cloud solutions are delivered including AWS migration with EC2, S3, Lambda, and RDS, Microsoft Azure services, Google Cloud Platform, SaaS development with multi-tenant architecture, DevOps with CI/CD pipelines using Jenkins and GitLab, Kubernetes orchestration, and Docker containerisation.
Solutions are delivered for lift-and-shift migration, cloud-native re-architecting, multi-cloud strategy, and DevOps transformation with infrastructure as code using Terraform and Ansible, plus disaster recovery, automated backups, and compliance including ISO 27001 and SOC 2.
Further reading: Cloud migration: what your business actually gains →
100+
Cloud migrations
99.9%
Cloud uptime
60%
Cost reduction
24/7
Cloud monitoring
Services
Cloud that scales and stays available.
Cloud solutions are designed to optimise performance, reduce costs, and enable scalability.
SaaS Development
Software-as-a-Service with multi-tenant architecture, subscription management via Stripe and Razorpay, auto-scaling, and usage-based billing.
Infrastructure Management
Infrastructure across AWS, Azure, and GCP with VPC configuration, security groups, IAM policies, automated scaling, and monitoring.
DevOps Implementation
CI/CD pipelines with Jenkins, GitLab CI, and GitHub Actions, infrastructure as code with Terraform, and container orchestration with Kubernetes.
Cloud Security
Encryption with AES-256 and SSL/TLS, IAM with least privilege and MFA, VPC network security, and compliance across ISO 27001, SOC 2, HIPAA, and GDPR.
Performance Optimisation
Right-sizing, reserved and spot instances, demand-based auto-scaling, CDN integration, database tuning, and caching with Redis and Memcached.
Technologies Used
Robust cloud platforms and tooling.
Amazon AWSEC2, S3, Lambda, RDS
Microsoft AzureVMs, Functions, SQL
Google CloudCompute, BigQuery, GKE
DockerContainerisation
KubernetesContainer orchestration
JenkinsCI/CD automation
TerraformInfrastructure as code
DigitalOceanCloud infrastructure
How It Works
A systematic path to the cloud.
A systematic approach ensures migration success and optimal performance.
01
Assessment & Planning
Current infrastructure is evaluated with application inventory, dependency mapping, and TCO analysis, and opportunities identified using the 6 R's strategy.
02
Architecture Design
Cloud architecture is designed for performance, security, and scalability with network topology, compute selection, storage strategy, and disaster recovery.
03
Migration & Development
Solutions are implemented at minimal downtime with pilot migration, phased approach, data validation, and deployment via infrastructure as code.
04
Testing & Validation
Functional, performance, security, and disaster recovery testing is conducted with compliance validation and cost validation against projections.
05
Deployment & Go-Live
Production deployment with cutover planning, DNS migration, SSL setup, monitoring configuration, and support during the go-live period with rollback capability.
06
Optimisation & Support
Performance and cost optimisation, security updates, capacity planning, and monthly review reports maximise ROI through managed services.
Recent Work
Recent cloud projects.
Cloud
Enterprise Cloud Migration
Migration of legacy systems to AWS with EC2, RDS, S3, and CloudFront achieved proven uptime and cost reduction, with auto-scaling and multi-region disaster recovery.
Cloud
SaaS Platform Development
A multi-tenant SaaS application on Azure with microservices and Kubernetes delivered auto-scaling, subscription billing, tenant isolation, and an uptime SLA.
Cloud
DevOps Pipeline Implementation
A CI/CD pipeline with Jenkins and GitLab CI, Docker containerisation, Kubernetes deployment, and Terraform reduced deployment time through automation.
Frequently Asked
Frequently asked questions.
What cloud solutions and services are provided?
Cloud migration to AWS, Azure, and GCP; SaaS development with multi-tenant architecture and auto-scaling; infrastructure management; DevOps with CI/CD, infrastructure as code, and containerisation; cloud security; performance optimisation; and disaster recovery with backup and multi-region replication.
How are cloud migrations performed?
Through assessment, TCO analysis, and strategy selection using the 6 R's framework; architecture design with security and disaster recovery; proof-of-concept validation; execution via lift-and-shift, re-platforming, or refactoring; and post-migration optimisation.
Should AWS, Azure, or Google Cloud Platform be chosen?
AWS suits the largest service catalogue and startups; Azure suits Microsoft integration and enterprise hybrid cloud; GCP suits big-data analytics with BigQuery and Kubernetes with GKE. The choice depends on ecosystem, workload, and cost.
What is DevOps and how is it implemented?
DevOps combines development and operations for continuous integration and deployment, implemented with CI/CD pipelines, infrastructure as code via Terraform or Ansible, containerisation with Docker and Kubernetes, and monitoring with Prometheus and Grafana.
What is the cloud migration process and timeline?
Assessment, planning, and proof of concept precede execution, which varies by strategy — lift-and-shift is fastest, re-platforming offers better efficiency, and refactoring provides maximum benefit — followed by optimisation. Larger migrations are phased.
Are ongoing cloud management and support provided?
Infrastructure monitoring, cost optimisation, performance tuning, security management, DevOps support, and disaster recovery with automated backup and multi-region replication are provided as managed services.
Ready to move to the cloud?
A cloud migration strategy and scalable solutions can drive performance improvements and cost reduction.
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