Cloud vs on-premise: where should your systems run?

Cost models (without prices)

The cost comparison between cloud and on-premise is often misunderstood. On-premise looks attractive when you compare a server’s purchase with several years of cloud fees, but the full picture includes much more: software licences, storage, backup systems, networking, UPS, cooling, rack space, physical security, support contracts, administration time, hardware refreshes every few years, and the cost of downtime when something fails. Cloud shifts most of this into ongoing operating costs and removes hardware refreshes, but unmanaged cloud usage can grow quickly if nobody monitors it. The right approach is to model total cost of ownership over three to five years for each workload, including people and risk, rather than comparing headline numbers. See cloud cost optimization.

Security

Neither model is automatically more secure. Major cloud providers invest heavily in physical security, network protection, monitoring and certifications that few individual businesses can match, and they patch their platforms continuously. But cloud security depends heavily on customer configuration: identities, MFA, access permissions, data sharing and network rules. On-premise gives full control, but also full responsibility: patching, firewalls, physical access, monitoring and backups all fall on your team or provider. Many breaches in both models come from the same causes: weak passwords, missing MFA, unpatched systems and misconfiguration. See cyber security companies in Cairo and our SOC monitoring.

Control and customisation

On-premise offers maximum control over hardware, software versions, update timing and configuration, which matters for legacy applications, specialised equipment or strict change control. Public cloud gives control over your configuration but not the underlying platform, and SaaS gives the least control, since the provider decides updates and features. Private cloud offers a middle ground: dedicated infrastructure with professional facilities.

Performance and connectivity

Local systems are fast for users in the same building and keep working during internet outages, which matters for factories, warehouses, retail stores and sites with unreliable connectivity. Cloud systems depend on internet quality but serve remote and multi-site users well. Hosting in Egyptian cloud regions keeps latency low for local users. For mission-critical cloud services, redundant internet lines are essential. See network solutions.

Scalability and agility

Cloud wins on agility: resources can be added in minutes for new projects, seasonal peaks or growth, and released when no longer needed. On-premise capacity must be planned and purchased in advance, which leads either to over-buying or running out. For new applications, testing and fast-growing businesses, cloud’s flexibility is a major advantage.

Data residency and compliance

On-premise keeps data exactly where your hardware is. Cloud data location depends on the provider’s region, and with UAE regions from Microsoft, AWS and local providers, keeping data in the country is now achievable in the cloud too. Regulated sectors such as healthcare, government and finance should map data classification and rules before choosing, and confirm where backups and logs are stored. See Egyptian data residency.

Maintenance and skills

On-premise requires skills in servers, storage, virtualization, networking, backup and security, plus time for maintenance and hardware failures. Cloud reduces infrastructure work but requires cloud skills: identity, configuration, cost management and security. Many SMEs address both through a managed provider. See managed IT services Cairo.

Business continuity

Cloud platforms make resilience easier: data replicated across separate sites, backups in other locations, and the ability to restore services quickly. On-premise resilience must be designed explicitly, with redundant hardware, off-site backups, disaster recovery sites or cloud-based recovery. A single server room is a single point of failure for power, cooling, fire and theft. See backup and disaster recovery and business continuity.

Most Egyptian organisations don’t choose one model for everything. A typical hybrid setup looks like this: email, collaboration and files in Microsoft 365 or Google Workspace; ERP in the cloud or a private cloud; websites and customer apps on cloud hosting; specialised systems such as CCTV recording, production equipment or legacy applications on premises; and backups replicated to the cloud for disaster recovery. Identity, security and monitoring are unified across all of them. Hybrid lets you move workloads to the cloud at your own pace, keep what genuinely needs to stay local, and avoid big-bang migrations. See cloud migration services.

Dedicated servers as a middle ground

Some workloads need dedicated hardware performance without the burden of owning a server room. A dedicated server Egypt option provides single-tenant hardware in a professional hosting facility, managed by the provider or your team, which suits databases, ERP and resource-heavy applications that don’t fit shared cloud resources well.

1. Which systems are critical, and how long could you operate without them?

2. Where are your users, and how reliable is their connectivity?

3. Do any regulations or contracts dictate where data must be stored?

4. What hardware do you own, and when does it need replacing?

5. Do you have the skills to run servers securely, or to manage cloud environments?

6. How variable are your workloads?

7. Which applications are cloud-ready, and which need modernisation?

An IT audit answers most of these questions in a few weeks.

We assess your current systems, classify workloads, model total cost and risk for each option, and design a roadmap, whether that means modernising your servers and storage, moving to the cloud, or building a hybrid environment. See IT consulting Cairo.