H3C and the Philippine Department of Agriculture: Enabling Digital Transformation through a Private Cloud Infrastructure

Empowering Operational Agility through On-Premise Cloud Modernization

As the Philippine Department of Agriculture (DA) continues its digital transformation journey, the Information and Communication Technology Service (ICTS) identified the need for a secure, scalable, and cost-efficient cloud environment to meet the growing demand for computing resources across its Central and Regional Offices. The Network Operations and Management Division (NOMD), tasked with overseeing the Department’s ICT infrastructure, projected a requirement of approximately 100TB of additional storage capacity to support ongoing and future initiatives.

Build A Future-Ready Platform for the Department

Strategic Shift: From Cost Pressure to Long-Term Value

Traditional infrastructures, often fragmented and resource-intensive, pose challenges in scalability, visibility, and cost control—especially amid rising public cloud subscription expenses. To address this, NOMD conducted a strategic evaluation and determined that building a private cloud platform would provide greater long-term value, improved cost predictability, and stronger data governance.

The Department chose to invest in a private cloud infrastructure that would:

Reduce long-term ICT operating costs

Provide predictable budgeting and cost control

Maintain full ownership and governance of critical data

Enable scalable growth without recurring subscription spikes

H3C, a leading provider of digital and AI solutions， introduced an integrated Private Cloud Solution designed to empower the Department of Agriculture with full control, flexibility, and efficiency within its own data center. This project marked a pivotal step toward reinforcing the Department’s digital foundation while ensuring operational sustainability. This shift transformed ICT from a recurring expense challenge into a strategic asset aligned with the Department’s modernization roadmap.

Seamless Transition: Migrating from VMware to H3C

A key requirement of the modernization initiative was ensuring a smooth transition from the Department’s existing VMware-based workloads to the new H3C environment without service disruption.

Through H3C UIS’s external cluster functionality, ICTS is able to manage a multi-cloud environment that includes both the existing VMware infrastructure and H3C’s CAS virtualization platform under a unified framework. This capability streamlines centralized management, backup operations, and cross-platform migration—reducing operational complexity during the transition phase.

The migration strategy began with an initial batch of eight (8) virtual machines, successfully executed by the H3C Services team with minimal disruption and full workload integrity validation. With the success of this phase, the Department is now strategically progressing toward the full migration of approximately 180 virtual machines from VMware into the H3C environment.

This phased migration approach ensures business continuity while gradually optimizing licensing costs, operational efficiency, and infrastructure control within the new private cloud ecosystem.

Building the Foundation: A Private Cloud for the DA

H3C’s solution centers on H3C CloudOS, a comprehensive full-stack cloud platform that delivers XaaS (Everything as a Service) capabilities within an on-premise setup. By providing Infrastructure-as-a-Service (IaaS) functionality, CloudOS enables the Department to dynamically allocate resources, automate service delivery, and unify operations and maintenance across multiple locations. The resources include 2-Nodes HCI installed in each 3-Remote Field Offices, Iloilo City, Tacloban City and Baguio City, and 6-units Physical Servers in Central Office.

Built on a cluster of three servers for high availability, H3C CloudOS ensures that critical workloads remain uninterrupted even during component failure. Originating from OpenStack, it provides robust interoperability while allowing ICTS to centrally manage existing cloud resources and optimize utilization between the Central and Regional Offices.

This architecture transforms traditional IT operations from a cost center into a value-generating ecosystem—achieving digitalization through automated provisioning, unified monitoring, and efficient resource scaling.

Powering the Cloud: A Unified Infrastructure System

Behind the cloud platform lies H3C’s UIS—a Hyper-Converged Infrastructure (HCI) solution that integrates compute, storage, and virtualization management into a single unified platform.

H3C’s 3-node HCI configuration provides the required vCPU, vMemory, and storage capacity as recommended by ICTS, ensuring both performance and reliability. The all-flash NVMe storage architecture delivers exceptional IOPS performance, enabling fast data access and responsiveness far exceeding the Department’s baseline requirements.

Through this modernized HCI design, the DA gained simplified management, increased resource availability, and a future-ready foundation for continuous expansion of digital services.

Ensuring Connectivity, Security, and Resilience

All cloud components—including CloudOS, UIS, and Next-Generation Firewall (NGFW)—are interconnected through 10-Gigabit Ethernet switches, providing high throughput, redundancy, and resilient data flow across the environment. This ensures that cloud workloads, user access, and system communications remain seamless and secure under varying operational loads.

Comprehensive Delivery and Capacity Building

Beyond the technology itself, H3C reinforces its commitment through end-to-end project delivery and technical enablement. The solution includes workload migration support, comprehensive implementation services, and hands-on training for ICTS personnel. These initiatives ensure the Department’s technical teams can operate, maintain, and troubleshoot the Private Cloud environment with confidence.

A Foundation for Digital Innovation in Agriculture

With H3C’s Private Cloud Solution, the Department gains a resilient, scalable, and cost-optimized infrastructure tailored to its operational demands:

1. Cost Optimization

Capital investment in private cloud infrastructure significantly reduces recurring public cloud subscription expenses over time, creating long-term savings.

2. Performance Assurance

All-flash NVMe storage and 25G networking ensure high responsiveness for mission-critical applications—minimizing service bottlenecks and downtime risks.

3. Scalability for Future Programs

The architecture provides room for expansion, allowing additional cloud services to be introduced as digital initiatives grow.

4. Data Sovereignty and Security

Hosting workloads within the Department’s own data center enhances control over sensitive agricultural data and strengthens compliance with government policies.

5. Operational Agility

Centralized management simplifies resource provisioning, enabling faster rollout of new services to regional offices and attached agencies.

The private cloud platform now serves as a foundational layer for expanded digital services, improved inter-office collaboration, and greater operational efficiency. Through strategic planning, technical expertise, and strong partnerships, NOMD continues to ensure that ICT remains a reliable backbone of the Department’s mission to advance Philippine agriculture.

As the Department moves forward, this modernized infrastructure positions it to deliver more resilient, responsive, and sustainable digital services in support of farmers, stakeholders, and the broader agricultural community.