Deploy on AWS
Never Go Down.
Build resilient infrastructure across multiple cloud providers with intelligent failover and cost optimization
Why Multi-Cloud?
Single-cloud deployments are risky and expensive
Single Point of Failure
Vendor Lock-in
Regional Failures
Cost Inefficiency
MCP Architecture
Enterprise-grade resilience
Global Load Balancer
Route traffic to healthy regions
Multi-Cloud Orchestration
Kubernetes across AWS, Azure, GCP
Distributed Storage
Replicated data across clouds
Monitoring & Failover
Auto-detect and switch providers
All Major Providers Supported
Mix and match based on cost and performance
Key Benefits
99.99% Uptime
No single point of failure
Auto Failover
Switch clouds in seconds
40% Cost Savings
Use cheapest provider per workload
Zero Vendor Lock-in
Switch providers anytime
Enterprise Features
Kubernetes Multi-Cluster
Unified control plane across clouds
Intelligent Load Balancing
Route based on latency, cost, availability
Data Replication
Sync databases across regions
Unified Monitoring
Single dashboard for all clouds
Cost Optimization
Auto-select cheapest provider
Compliance
Data residency and regulatory compliance
Enterprise Security
Bank-grade security across all clouds
Encryption Everywhere
Data encrypted in transit and at rest
Zero Trust Network
No implicit trust between clouds
IAM Integration
Unified access control
40% Cost Savings
Intelligent workload placement across providers
Spot Instance Arbitrage
Use spot instances across clouds
Storage Tiering
Hot data on fast storage, cold on cheap
Bandwidth Optimization
Route via cheapest egress
Reserved Capacity
Buy reserved when advantageous
Disaster Recovery Built-In
Automatic failover in under 30 seconds
Infrastructure as Code
Terraform, Ansible, GitOps
Terraform
Provision infrastructure
Ansible
Configuration management
ArgoCD
GitOps deployments
Unified Monitoring
One dashboard for all clouds
Use Cases
SaaS Platforms
Need 99.99% uptime guarantees
Financial Services
Regulatory compliance across regions
E-commerce
Zero downtime during peak sales
Gaming
Low latency worldwide
Media Streaming
CDN and origin redundancy
Enterprise Apps
Disaster recovery requirements
Seamless Migration
From single-cloud to multi-cloud
Single-Cloud vs Multi-Cloud
Single-Cloud Risks
- ✗Vendor lock-in
- ✗Single point of failure
- ✗No pricing leverage
- ✗Regional limitations
Multi-Cloud Benefits
- ✓No vendor lock-in
- ✓99.99% uptime
- ✓40% cost savings
- ✓Global reach
Success Stories
SaaS Startup
AWS outage caused 6 hours downtime, lost $200K revenue
Deployed MCP across AWS, Azure, GCP with auto-failover
Zero downtime in 18 months, 99.99% uptime achieved
Fintech Company
Overpaying $500K/year on AWS, vendor lock-in concerns
Migrated 60% workloads to GCP and Azure based on cost
$300K/year savings, eliminated vendor dependence
Investment
Pay once, save forever
Standard MCP
- ✓2-cloud setup
- ✓Auto-failover
- ✓Monitoring dashboard
- ✓6 months support
Enterprise MCP
- ✓3+ clouds
- ✓Custom SLAs
- ✓Dedicated team
- ✓12 months support
What Clients Say
MCP saved us during the last AWS outage. Our customers did not even notice. Best investment ever.
Cut our cloud costs by 40% and improved reliability. Win-win.
Common Questions
What is a Multi-Cloud Platform?
An architecture that runs your application across multiple cloud providers (AWS, Azure, GCP, etc.) for redundancy, cost optimization, and avoiding vendor lock-in.
How long does MCP setup take?
Typically 8-12 weeks for standard deployments. Simple setups can be done in 6 weeks, complex migrations may take 16 weeks.
Will it work with our existing infrastructure?
Yes! We can migrate your existing single-cloud setup to multi-cloud incrementally, with zero downtime.
How much does it save?
Most clients save 30-50% on cloud costs through intelligent workload placement and spot instance arbitrage. Plus, the avoided downtime costs are significant.
Is it more complex to manage?
Not at all. We provide a unified dashboard and automation that makes managing multiple clouds simpler than managing one.
What happens during a cloud outage?
Our system detects the outage within seconds and automatically routes traffic to healthy clouds. Typical failover time is under 30 seconds.
Build Your
Multi-Cloud Platform
Free architecture review - discover how multi-cloud can improve your reliability and reduce costs