Integrated Platforms & Hybrid Cloud Solutions
Unified infrastructure delivering cloud-like agility and consistent operations across on-premises and cloud environments without vendor lock-in.
Why it matters
Hybrid cloud has become the operating model for modern IT, but most organisations haven’t actually built it. Instead, they’ve built two completely separate estates: on-premises infrastructure governed by one team using one operational model, and public cloud managed by a different team using different tools, skills and workflows. The result is fragmentation that defeats the point of hybrid cloud. Workloads don’t move easily between environments. Cost becomes opaque because you’re paying in different currencies with different time horizons. Skill sets don’t transfer. You’re managing two infrastructures instead of one.
Many organisations try to solve this by standardising on a single cloud provider’s stack. But that creates a different problem: deep vendor lock-in that removes your negotiating position on pricing and traps you on one vendor’s roadmap. When you need capabilities outside that vendor’s offering, you’re building expensive custom glue or accepting mediocre compromises.
SCC designs integrated platforms that deliver genuine hybrid cloud: cloud-like agility – fast provisioning, self-service capabilities, pay-as-you-grow scaling – combined with on-premises control. We deploy converged, hyperconverged and composable infrastructure that unifies compute, storage, networking and data protection into a consistent operational model. Your teams use the same tools, processes and skills across all environments. Workloads move freely. Cost visibility is unified. You maintain real flexibility – if one environment becomes a constraint, you can move to another without massive refactoring.
How it works
Step 1
Map your current environment and workload mix
We understand what’s running where: traditional virtualised applications, containers, cloud-native systems, data analytics. What’s working well on-premises, and what is currently running in public cloud? What are the pain points in managing across both?
Step 2
Design the integrated platform for your workload mix
Based on your analysis, we design a unified platform architecture. This might be converged (if traditional virtualisation dominates), hyperconverged (for mixed modern and traditional workloads), or composable (if you need maximum flexibility). The design includes on-premises and cloud components working as one system.
Step 3
Build the core infrastructure
We deploy the hardware (converged arrays, hyperconverged nodes or composable fabric), software orchestration and management tooling. All pieces are integrated and tested before you take ownership.
Step 4
Migrate and integrate workloads
We help move workloads from fragmented environments into the unified platform. Some applications move unchanged; others are optimised for the new architecture. The goal is each workload running on infrastructure best-suited to its characteristics.
Step 5
Manage as a single platform
Post-deployment, we help your teams operate the integrated platform as one system, not two separate estates. Training, runbooks, monitoring and cost tracking all reflect unified operations.
Partners
Converged and hyperconverged platforms providing the on-premises foundation for integrated hybrid cloud environments. HPE’s systems integrate smoothly with public cloud, enabling consistent operations across both.
Flexible compute and storage infrastructure forming the on-premises element of integrated platforms. Dell’s convergence and hyper-convergence solutions work alongside public cloud for unified hybrid operations.
Enterprise infrastructure and hybrid cloud services. IBM’s software stack for unified management, governance and data protection spans on-premises and cloud environments.
Advanced networking infrastructure connecting on-premises and cloud environments. Cisco’s SD-WAN and hybrid cloud networking ensure on-premises and cloud infrastructure operate as a single, well-connected system.
Extends Azure capabilities on-premises, enabling identical operations if workloads run on Azure or in your data centre. Azure Stack helps achieve true operational consistency.
AWS compute and services running on-premises. Outposts enable organisations to run AWS APIs and services in their own data centres, extending cloud-native development to on-premises infrastructure.
Awards and accreditations
Convergence and hyperconvergence expertise
Deep experience designing converged and hyperconverged platforms that serve as the on-premises foundation for hybrid cloud. Our designs optimise for consistent operations and workload mobility.
Multi-cloud and hybrid cloud architecture
We’re vendor-neutral in our approach. Our designs apply leading infrastructure vendors – HPE, Dell, Cisco – alongside public clouds to avoid lock-in and maintain your negotiating position.
Unified management and operations
Our experience with hybrid infrastructure helps organisations design for operational consistency. Same tools, processes and monitoring across on-premises and cloud eliminates the operational overhead of fragmentation.
Workload mobility and migration expertise
We help organisations move workloads between environments without major refactoring. This requires architecture discipline – we build that in from the start.
Cost optimisation across hybrid environments
We design for cost visibility and allocation across on-premises and cloud. Our clients understand spend per workload, per department and per environment, enabling better capacity planning decisions.
Security and compliance in hybrid contexts
Unified security policies, unified audit and unified access control across on-premises and cloud. We design environments that meet regulatory requirements without introducing additional operational complexity.
Stop managing two infrastructures. Start managing one
Genuine hybrid cloud requires unified infrastructure, not two separate estates. Let’s discuss if an integrated platform model fits your workload mix and what unified operations would look like for your organisation.
FAQs
What’s the difference between our current hybrid approach and a truly integrated platform?
Currently, most organisations run on-premises infrastructure under one operational model and public cloud under a different one. Different teams, different tools, different processes. An integrated platform uses unified infrastructure, unified management tools and unified operations across all environments. Workloads move freely. Your teams use one set of skills. Cost is transparent and unified. It’s the difference between managing two separate systems and managing one system distributed across multiple locations.
Should we build our integrated platform on-premises or in public cloud?
Both. An integrated platform exists across both. Your on-premises infrastructure (converged or hyperconverged) and your public cloud (Azure, AWS, etc.) operate as one unified system. The key is consistency: same management tools, same processes, same monitoring if a workload runs on-premises or in cloud.
How do we migrate existing workloads without disrupting operations?
We plan migrations carefully based on workload characteristics. Some workloads move with minimal changes. Others benefit from optimisation – containerising traditional apps, refactoring for cloud-native patterns, or adjusting for cloud-native services. We work with your teams to sequence migrations to minimise disruption and maximise benefit.
What about vendor lock-in? How do we avoid getting trapped on one vendor’s platform?
By designing multi-vendor architectures from the start. On-premises, you can choose between HPE, Dell and others. In public cloud, you work with Azure, AWS, or both. We design the glue layer – management, networking, orchestration – to avoid vendor-specific dependencies. This preserves your negotiating position and keeps your options open.
How much does integrated hybrid cloud cost compared to our current setup?
Usually less than managing two fragmented estates. Unified operations reduce staffing requirements by 20-30%. Consolidated purchasing across on-premises and cloud often yields better pricing. Cloud becomes cheaper because you’re using it as overflow capacity, not as a separate primary platform. We help you model the business case specific to your workload mix and environment.