Cloud Strategy & Advisory
Landing-zone planning, workload assessment, operating model, governance, security baseline and cloud roadmap.
Build a cloud foundation that can evolve with your business.
MDHP
Cloud
Control Plane Secure • Observable • Scalable
Control Plane Secure • Observable • Scalable
Apps
Data
Identity
Ops
Cloud Is an Operating Model, Not Just a Hosting Location
A well-designed cloud environment combines architecture, governance, security, automation, observability and cost control into one repeatable operating model.
MDHP focuses on that complete system—so infrastructure can support business growth, faster releases, predictable operations and safer change.
Cloud Services Across the Complete Lifecycle
Cloud Migration
Discovery, dependency mapping, migration waves, cutover planning, validation and controlled production transition.
Application Modernization
Re-architecture legacy applications for containers, managed services, APIs and cloud-native operating models.
DevOps & Platform Engineering
CI/CD, infrastructure as code, reusable environments, release governance and developer enablement.
Cloud Security
Identity, access, network segmentation, secrets, encryption, logging, hardening and policy controls.
Observability & Reliability
Logs, metrics, traces, dashboards, alerts, SLOs, incident readiness and performance visibility.
FinOps & Cost Optimization
Cost allocation, budget guardrails, right-sizing, reserved capacity planning and unit-cost visibility.
Managed Cloud Operations
Monitoring, patching, backups, incident response, optimization and continuous infrastructure improvement.
A Practical Cloud Architecture, Layer by Layer
Experience Layer
Web applications, mobile apps, APIs, portals and digital products.
Platform Layer
Containers, application runtimes, integration services and developer platforms.
Data Layer
Relational databases, object storage, analytics, caching and data pipelines.
Control Layer
Identity, policies, secrets, monitoring, logging, backup and cost governance.
Cloud Foundation
Accounts, subscriptions, networks, DNS, connectivity, regions and landing zones.
Design principle
Keep business workloads independent from infrastructure decisions wherever practical, so systems remain easier to scale, migrate and operate.
Choose the Right Migration Path for Each Workload
Current State
Applications + Data + Infrastructure
Rehost
→
Move with minimal application change when speed is the priority.
Replatform
→
Adopt selected managed services without redesigning the entire application.
Refactor
→
Redesign critical workloads for cloud-native scalability and resilience.
Retain / Retire
→
Keep what still makes sense and remove obsolete systems deliberately.
Target State
Governed Cloud Platform
Your Cloud Platform Should Make Delivery Easier
Code→Build→Test→Deploy→Observe
Design for Failure Before Failure Happens
Use redundancy, health checks and failure-aware architecture for critical services.
Define backup frequency, retention, isolation and recovery validation by workload.
Set clear RPO/RTO targets and test recovery procedures instead of relying on assumptions.
Prepare operational runbooks, escalation paths and alternate service strategies.
DetectContainRecoverLearn
Cloud Security Organized Into Clear Control Zones
ZONE 1
Identity & Access
Least privilege, MFA, role separation, service identities and controlled administration.
ZONE 2
Network & Perimeter
Segmentation, private connectivity, firewall policy, ingress/egress control and DNS design.
ZONE 3
Data Protection
Encryption, secrets, backup, retention, access control and secure data movement.
ZONE 4
Security Operations
Central logging, alerts, configuration visibility, incident response and audit evidence.
Make Cloud Cost Visible, Explainable and Actionable
Cloud Efficiency
84%
Illustrative operating view
Allocate
Tag and map spend to products, departments, environments or customers.
Optimize
Identify idle capacity, oversized resources and avoidable recurring cost.
Forecast
Use budgets, trends and growth assumptions to improve planning.
Govern
Introduce guardrails that balance engineering flexibility with financial control.
Cloud Engineering for Different Workload Types
Enterprise Apps
ERP, CRM, portals, APIs and internal platforms.
Data & Analytics
Warehouses, lakes, BI pipelines and machine learning workloads.
Digital Products
Web, mobile, SaaS and customer-facing applications.
Education Platforms
ERP, LMS, admission, examination and communication systems.
Healthcare Systems
Operational apps, secure portals, analytics and integration workloads.
Government Systems
Citizen services, workflow platforms and controlled data environments.
Provider-Neutral Cloud Engineering Stack
Cloud Services FAQ
Can MDHP migrate an existing application to the cloud?
Yes. We can assess the application, map dependencies, select an appropriate migration path, plan cutover and validate the target environment.
Can you work with AWS, Azure or Google Cloud?
Yes. The architecture can be aligned to the cloud provider that best fits the existing technology, governance model, integrations and business requirements.
Can you modernize applications after migration?
Yes. Modernization may include containers, managed databases, API architecture, automation, observability, CI/CD and performance improvements.
Do you provide ongoing cloud operations support?
Yes. Managed operations can include monitoring, backups, incident response, patching, cost optimization and continuous infrastructure improvement.