Why Cloud Computing Is the New Strategic Resource: A Philosophical Journey

Han Xiaoguang, "Comprehensive Analysis of System Operations", "A Day of Operations".

Introduction

There is a saying that the mixed substance existed before heaven and earth, a timeless principle that underlies all things. The author draws a parallel between this ancient wisdom and the development of cloud computing, aiming to uncover its essence, trace its history, and glimpse future trends for technology professionals.

1. Why Technologists Love Philosophy

A story of an engineering student who fell in love with philosophy, believing that philosophical insight brings wisdom to technical work. The narrative reflects the contradictions and unity in both philosophy and the IT world, noting the dual nature of open source versus commercial, distributed versus centralized, and traditional operations versus cloud‑based operations.

People sit at home while the pot falls from the sky.

Operations are like water: carrying, filling holes, and fighting fires.

The three treasures of operations: reboot, reinstall, replace hardware.

Few people, many tasks, great effort, fire‑fighting on demand.

Order two dishes: one to eat, one for disaster recovery.

Operations have many stories, many incidents, often unsatisfactory.

2. What Is Cloud Computing?

Cloud computing is likened to utilities such as water and electricity—resources used on demand and billed by consumption. Historically it is both a past and a future resource; understanding its history helps foresee its future. In the industrial era, electricity and oil were strategic resources; today cloud resources become the new production‑base for the Internet, IoT, 5G, AI, and big data.

3. The Road of Cloud Computing

3.1 A Minimalist History

Before 2000: concepts of virtual machines, virtual storage, logical partitioning emerged.

~15 years ago: the term “cloud computing” was proposed.

~10 years ago: cloud computing began to warm up amid skepticism.

~5 years ago: cloud spread widely; security incidents shaped domestic industry layout.

Today: “All‑in cloud”, the future has arrived.

The original purpose of cloud computing was to break the constraints of centralized, physical, and environment‑specific systems, yet it has paradoxically grown some of those same constraints, giving rise to edge computing.

Future expectation: "Being on the cloud will be the norm; not being on the cloud will be the exception."

3.2 Overcoming the Three Mountains of IT

Operations move to cloud because history, practice, and necessity dictate it. After painful experiences with traditional operations, practitioners choose cloud as a smoother road.

3.3 Where Are the Signposts?

Choosing a cloud provider involves many indicators; the author promises practical criteria based on personal experience to guide the decision.

3.4 Public vs. Private Cloud

Both public and private clouds have advantages; the author suggests a hybrid approach that combines the strengths of each, describing it as "cloud is mixed, fog is hometown".

Key points for hybrid cloud:

Network topology : connectivity between public clouds, between private and public clouds, and across regions (VPC, VPN, load balancing).

Cloud management platform : unified management of multiple clouds, account and security governance.

Application scenarios : evaluate benefits and drawbacks based on business needs.

3.5 Feeling Confident on the Cloud Path

Under cloud architecture, operations shift from passive, fire‑fighting models to flexible, reliable, proactive business‑oriented operations, moving from heavy‑weight infrastructure to lightweight, massive‑scale services.

4. Re‑examining the Essence of Cloud

Dr. He: "The history of computers is the future of data centers." A computer is a world of storage, network, compute, and architecture, and also the genetic cell of a data center. Multiple computers form an IDC; many IDCs form a cloud ocean that drives global computing.

Key historical figures:

George Boole – founded Boolean algebra, the basis of binary logic.

Claude Shannon – linked Boolean algebra to binary, established information theory.

Alan Turing – described the universal Turing machine, laying foundations for AI.

Gordon Moore – Moore’s Law accelerated IT progress.

These breakthroughs solved three core problems: computation, networking, and storage, which together provide compute, algorithms, and data—exactly what cloud computing builds upon.

Water, electricity, and oil were past strategic resources; cloud computing and big data are the future strategic resources powering the next era.

5. How to Walk the Cloud Path

5.1 Trends in IT Construction

Future IT operations will coexist with traditional infrastructure, with public, private, and hybrid clouds all persisting. The focus shifts from pure hardware maintenance to cloud platform integration, leveraging big data, AI, 5G, and IoT.

5.2 Talent Trends

Societal change eliminates old professions; similarly, cloud, big data, AI, and IoT reshape technical talent needs. The author proposes a "ten‑type talent" model that combines deep expertise with high‑level architectural vision, emphasizing creativity and consciousness over rote knowledge.

6. Insight into Cloud Future

6.1 Cloud Computing’s Future Lies in Applications

Cloud will be the backbone for data‑driven applications such as government, finance, education, and security. It transforms raw data into wisdom, enabling AI‑as‑a‑Service and empowering intelligent services.

6.2 The Great Way Is Cloud Fusion

The ultimate direction is the fusion of clouds, networks, and services—public, private, and hybrid clouds merging, along with human‑machine collaboration, to achieve a fully interconnected, data‑centric world.

In summary, the article reflects on cloud computing as the new strategic resource, tracing its philosophical roots, historical milestones, operational transformations, talent requirements, and future application scenarios.