Cloud Computing Services
Scalable, secure, and cost-optimised cloud infrastructure for modern enterprises
Enterprise Cloud Solutions Built for Scale
Datasoft Technologies delivers comprehensive cloud computing services that help organizations migrate, modernise, and manage their infrastructure on AWS, Microsoft Azure, and Google Cloud Platform. Our certified cloud architects design solutions that maximize performance while minimizing costs.
Whether you're beginning your cloud journey or optimising an existing multi-cloud environment, we provide end-to-end services from initial assessment and architecture design through migration, security hardening, and ongoing optimisation.
Our cloud-first approach ensures your business benefits from elastic scalability, enterprise-grade security, and significant cost savings compared to traditional on-premise infrastructure.
Cloud Deployments
Uptime SLA
Cost Reduction
Monitoring
Our Cloud Solutions
Comprehensive cloud services covering every stage of your cloud journey
Cloud Migration
Zero-downtime migration of workloads from on-premise to AWS, Azure, or GCP, with full data integrity and a tested rollback at every step.
Infrastructure as a Service
Scalable compute, storage, and networking resources on-demand, reducing capital expenditure significantly.
Platform as a Service
Managed platforms for development and deployment that accelerate application delivery and reduce operational overhead.
Cloud Security
End-to-end cloud security with identity management, encryption, compliance monitoring, and threat detection.
Multi-Cloud Strategy
Architect and manage workloads across multiple cloud providers to avoid vendor lock-in and optimise costs.
Disaster Recovery
Automated backup and failover solutions ensuring business continuity with minimal RTO and RPO.
Why Choose Our Cloud Services
Certified Cloud Architects
AWS, Azure, and GCP certified professionals with deep platform expertise.
Cost Optimisation
Continuous cost monitoring and rightsizing to maximize your cloud ROI.
Zero-Downtime Migration
Proven methodologies ensuring business continuity throughout migration.
Enterprise-Grade Security
GDPR, SOC2, and ISO 27001 compliant cloud architectures by default.
Our Cloud Adoption Process
Assessment
Evaluate current infrastructure, workloads, and identify cloud readiness and opportunities.
Architecture Design
Design a secure, scalable cloud architecture tailored to your business requirements.
Migration
Execute phased migration with rigorous testing and zero business disruption.
Optimisation
Continuous performance tuning, cost optimisation, and security hardening post-migration.
Why Cloud Computing Now Decides Velocity, Cost, and Resilience
Cloud is no longer a strategy. It's the substrate every digital business runs on. The competitive advantage in 2026 isn't whether you're on the cloud, it's how well you've engineered it. Auto-scaling that actually scales without surprise bills, multi-region failover that the disaster recovery plan can defend, FinOps practices that catch waste before the CFO does, and security baselines that pass an external audit. Cloud computing in 2026 is engineering discipline, not infrastructure procurement.
At Datasoft Technologies, our cloud computing services span the full lifecycle: cloud strategy and architecture on AWS, Azure, GCP, and OCI; cloud migration from on-prem data centers, legacy hosting, or co-location; cloud-native rebuilds using containers, Kubernetes, serverless, and managed databases; FinOps and cost optimisation; and multi-region resilience engineering with rehearsed disaster-recovery plans. We engineer for the metrics that matter to operations and finance: uptime, latency p95, RPO/RTO, cost per transaction, and the time it takes a developer to ship a change to production.
Our cloud engineering practice is opinionated about what actually works in production: infrastructure-as-code from day one (Terraform, Pulumi, AWS CDK), least-privilege IAM by default (no shared admin credentials), tagging discipline for cost allocation across teams, network architecture that survives an audit (private subnets, VPC peering, transit gateways), and observability with the dashboards your on-call rotation actually uses (CloudWatch, Datadog, Grafana, Prometheus, OpenTelemetry).
Whether you're a startup founder needing AWS architecture review before raising a Series A, an SME migrating from a legacy hosting provider to cut costs, or an enterprise standing up multi-region infrastructure with FedRAMP-aligned controls and SOC 2 Type II readiness, we treat cloud computing as a long-game engineering practice. The goal isn't migration; it's a cloud platform your team can ship on for the next five years without rewriting it. We deliver cloud computing services to clients across India, the USA, the UK, Ireland, Singapore, and Australia, and we've seen enough regional compliance, regional latency, and regional pricing patterns to scope the right cloud architecture per market.
Cloud spend reduction after a FinOps + right-sizing pass
Uptime targets we hit with multi-AZ + automated failover
Typical cloud migration, discovery to first production workload live
Cloud Computing Tech Stack
Multi-cloud capable, opinion-led. We pick the stack after a one-hour scoping based on your existing investments, team skills, latency profile, and compliance footprint.
AWS
- EC2 / ECS / EKS / Lambda
- RDS / Aurora / DynamoDB
- S3 / CloudFront / Route 53
- VPC / Transit Gateway
- IAM / KMS / GuardDuty
- SageMaker / Bedrock
Microsoft Azure
- App Service / AKS / Functions
- SQL Database / Cosmos DB
- Storage / CDN / Front Door
- Virtual Networks / Bastion
- Entra ID / Key Vault
- Azure OpenAI / ML
Google Cloud
- GCE / GKE / Cloud Run
- Cloud SQL / Spanner / Firestore
- Cloud Storage / CDN
- VPC / Cloud Interconnect
- IAM / Cloud KMS
- Vertex AI / BigQuery
Containers & Kubernetes
- Docker / containerd
- Kubernetes (EKS, AKS, GKE)
- Helm + Kustomize
- Istio / Linkerd (service mesh)
- Argo CD (GitOps)
- OpenShift / Rancher
IaC & DevOps
- Terraform / OpenTofu
- Pulumi
- AWS CDK / Bicep
- GitHub Actions / GitLab CI
- Jenkins / CircleCI
- Ansible / Chef
Observability & FinOps
- Datadog / New Relic
- Grafana + Prometheus
- OpenTelemetry
- CloudWatch / Cloud Monitoring
- Vantage / CloudHealth (FinOps)
- PagerDuty / Opsgenie
Cloud Computing Engagement Models
Three engagement models depending on whether you're starting fresh, migrating, or running a mature cloud footprint that needs ongoing optimisation.
| Model | Best For | Typical Range | Timeline |
|---|---|---|---|
| Cloud Architecture & Setup | Greenfield AWS / Azure / GCP architecture, IaC bootstrapping, security baseline, CI/CD, observability. Production-ready foundation. | $15K-$60K | 4-10 weeks |
| Cloud Migration (T&M) | Migration from on-prem / legacy hosting / co-location to cloud-native architecture. Includes discovery, replatforming, cutover, and validation. | $50K-$300K+ | 3-9 months |
| Managed Cloud + FinOps | Ongoing cloud operations, cost optimisation, security posture management, on-call rotation, and quarterly architecture reviews. | $8K-$30K / month | 6+ months |
Ranges depend on workload count, multi-region scope, compliance requirements, and existing IaC maturity. Written estimate after a 30-minute discovery call.
Cloud Outcomes That Matter
Every cloud engagement has measurable targets, cost, uptime, deploy velocity, security posture, agreed in week one and reported continuously.
Cloud spend
Right-sizing, reserved instances, savings plans, idle resource hunting
Production uptime
Multi-AZ, automated failover, rehearsed disaster recovery
Deploy frequency
CI/CD pipelines, IaC, environment promotion via GitOps
Mean time to recovery (MTTR)
Observability, runbooks, alerting tuned to signal-not-noise
Cloud Compliance & Security Posture
Cloud security is engineering, not configuration. We engineer compliance into the platform from the first IaC commit.
SOC 2 Type II + ISO 27001
Audit-ready logging, immutable trails, access reviews, vendor management, incident response runbooks, evidence collection automated.
Privacy & Data Residency
GDPR, CCPA, India DPDP, region-pinned data, customer-managed keys (KMS), encryption at rest + in transit by default.
Industry Compliance
HIPAA-aligned cloud architectures for healthcare, PCI DSS for fintech, FedRAMP-aligned patterns, FERPA for edtech.
Identity & Access
Least-privilege IAM, SSO via Okta/Entra ID, JIT access, secrets management (Vault, AWS Secrets Manager), no shared admin keys.
Network & Edge Security
Private subnets, VPC peering, WAF (Cloudflare, AWS), DDoS protection, mTLS for service-to-service, zero trust networking.
Cloud Computing FAQs
What are cloud computing services?
Cloud computing services cover the design, migration, optimisation and operation of software workloads on cloud platforms, typically AWS, Microsoft Azure or Google Cloud. Services include cloud architecture, infrastructure-as-code, container orchestration, security, monitoring, cost optimisation and disaster recovery.
How much does cloud migration cost in 2026?
A small workload migration (single application, basic refactor) typically costs $10,000-$30,000. A mid-size migration (5-15 services, IaC + observability) ranges $30,000-$120,000. Enterprise multi-cloud migrations with compliance and zero-downtime cutover range $120,000-$500,000+.
AWS vs Azure vs Google Cloud, which should we pick?
AWS is the broadest with the most mature service catalog. Azure is the safest pick if you're already on Microsoft 365 and Active Directory. GCP wins on data analytics, BigQuery and AI/ML. We're certified across all three and can recommend based on your existing stack, compliance needs and pricing models.
How long does a cloud migration take?
A single workload re-host (lift-and-shift) typically takes 4-8 weeks. A re-platform with containerization and CI/CD takes 12-20 weeks. Full enterprise migrations across multiple workloads with refactoring and observability typically run 6-12 months in phased waves.
Will moving to the cloud reduce our infrastructure cost?
Usually yes, but only with right-sizing, reserved/spot instances, autoscaling and ongoing FinOps. Naive lift-and-shift can actually increase costs by 20-40%. We typically deliver 25-50% TCO reduction over 12 months when our cost-optimisation playbook is applied from day one.
Do you handle multi-cloud and hybrid setups?
Yes. We design multi-cloud architectures with workload portability (Kubernetes, Terraform), hybrid setups bridging on-premise data centers with public cloud, and disaster-recovery patterns that fail over across clouds, including the data-residency considerations for regulated workloads.
How do you approach FinOps and cloud cost optimisation?
We instrument cost dashboards from day one, per-team, per-service, per-environment, using Vantage, CloudHealth, or native AWS Cost Explorer / Azure Cost Management. We tag every resource for accountability, run weekly anomaly detection, automate rightsizing recommendations, and review reserved/savings plans quarterly. The hardest part of FinOps isn't the tooling; it's the cultural shift toward making cost a first-class engineering metric. We help engineering teams own that.
Can you help us achieve SOC 2, ISO 27001, or HIPAA compliance on the cloud?
Yes. We engineer cloud infrastructure to be audit-ready, immutable logs, automated evidence collection, segregated environments, customer-managed keys, vendor inventory tracking, and incident response runbooks. We work alongside your audit firm (Vanta, Drata, Secureframe) to ship the artifacts they ask for. SOC 2 readiness on a fresh AWS account typically takes 8-14 weeks; ISO 27001 and HIPAA add 4-8 weeks each on top.
How do you handle disaster recovery and business continuity?
We design for the recovery objectives that actually matter to your business, RPO (data loss tolerance) and RTO (downtime tolerance). For most production workloads, we deliver multi-AZ active-active by default and multi-region active-passive for critical systems. Backups are tested with restore drills (a backup you've never restored is just hope), and runbooks are rehearsed twice a year. The first time you actually need DR is the wrong moment to find out it doesn't work.
Do you support Kubernetes, serverless, and managed databases?
Yes. We deploy Kubernetes (EKS, AKS, GKE) for stateful workloads needing portability, serverless (Lambda, Cloud Run, Azure Functions) for spiky or event-driven workloads, and managed databases (Aurora, Cloud SQL, Cosmos DB, DynamoDB, Spanner, BigQuery) wherever the operational burden of running our own database isn't worth the cost savings. We pick by workload, not by trend.
Five Cloud Mistakes We Help You Avoid
After dozens of cloud migrations and modernizations, the failure modes are predictable. These five kill more cloud initiatives than any technical limitation.
Lift-and-shift without rearchitecture
Moving a legacy app to EC2 unchanged usually costs more than the data center it left. We replatform where the math justifies it, and recommend rehosting only where speed-to-cloud genuinely outweighs cost. The cheapest cloud migration is rarely the one that ships fastest.
No tagging discipline
Without tags, no one knows which team owns the bill. We mandate ownership and cost-center tagging from the first IaC commit, with policies that block untagged resources from creation, the cloud bill stops being a mystery, and accountability finally has a home.
Skipping the IAM design
Shared admin keys and "we'll fix it later" IAM is how cloud accounts get pwned. We design least-privilege from day one, with SSO, JIT access, and zero standing admin credentials, every access decision is logged, reviewable, and reversible.
Treating observability as optional
You can't operate what you can't see. Logs, metrics, traces, and SLO dashboards aren't deferrable, they're part of the launch criteria, not a follow-up sprint. The teams that ship observability last are the same teams that find every production issue via customer support tickets.
No restore drills
Backups you've never restored aren't backups; they're hope. We rehearse restores quarterly so the day you actually need them, the runbook works, restore time, data integrity, and the human chain of command all tested before they're tested in production by a real incident.
Cloud Computing Pricing
Cloud project costs by scope: assessment, migration, or multi-cloud platform. AWS / Azure / GCP fees billed pass-through. Run the cost calculator.
$5K to $15K
2 to 4 weeks
- Current-state audit
- Target architecture
- TCO modelling
- Phased migration plan
$25K to $100K
2 to 5 months
- Lift-and-shift or replatform
- Terraform IaC
- Data migration + cutover
- Cost optimisation round
$100K+
5+ months
- Multi-cloud / multi-region
- Compliance (SOC2, HIPAA)
- FinOps practice setup
- 12-month SLA
Ready to Move to the Cloud?
Let our certified cloud architects design and execute your cloud transformation with confidence.