Sovereign cloud.Scalable compute.Built for the Kingdom.
Cloud-native platforms, data infrastructure and high-performance computing designed, built and operated in-Kingdom, on public cloud, private cloud or on-premises.
Why cloud-native and HPC matter now
AI, twins and analytics need elastic compute and GPUs. Residency rules and resilience needs mean that capacity has to live in the Kingdom and be run with discipline.
Workloads are moving
Twins, AI and analytics demand elastic, containerised platforms.
GPUs are scarce
AI and simulation need HPC capacity planned and shared well.
Residency is law
PDPL and CCRF require in-Kingdom hosting for many workloads.
Operations decide value
Platforms need SRE, FinOps and security run every day.
The answer: a sovereign, cloud-native foundation operated from Riyadh, public, private or on-premises.
Sources: SDAIA 2026; MIM National Industrial Strategy; Future Factories Program; GACA 2025; Saudi Aviation Strategy; Matarat Holding; Integrated City Company Profile 2026
Cloud-native & HPC, designed and operated in-Kingdom
We assess, design and build the platform your workloads need, Kubernetes, data services, GPU clusters, and run it with SRE, FinOps and security disciplines.
Cloud-native platform
Kubernetes, service mesh, CI/CD and observability on any cloud or on-prem.
HPC & GPU
Clusters for AI training, simulation and twins, scheduled and shared.
Platform operations
SRE, FinOps, security and 24/7 operations from Riyadh.
Building blocks of a platform programme
Six components, the landing zone and platform engineering serve every workload.
Landing zone
Accounts, networks, identity and guardrails on Saudi public or private cloud.
Container platform
Kubernetes, service mesh, registries and GitOps pipelines.
GPU & HPC clusters
Scheduling, quotas and sharing for AI and simulation workloads.
Data services
Managed databases, streaming, object storage and lakehouse.
Observability
Logs, metrics, traces and cost in one view.
Security & resilience
Zero trust, backup, DR and air-gapped options.
How it works: from a workload to a running service
Six stages every application follows on the platform.
Assess
Workload, data, residency
Design
Landing zone and architecture
Build
Platform as code
Migrate
Containerise and deploy
Operate
SRE, FinOps, security
Optimise
Cost, performance, scale
Where the platform earns its keep
Eight workloads that need sovereign, elastic compute.
AI training & inference
GPU clusters for models trained and served in-Kingdom.
Digital-twin hosting
3D, simulation and live data platforms at district scale.
Analytics & lakehouse
Data platforms for utilities, transport and industry.
Video analytics backends
Event processing and search for camera estates.
Simulation & HPC
Crowd, traffic, energy and engineering simulations.
Citizen & passenger platforms
Elastic apps and APIs for peaks like Hajj.
Industrial platforms
Historians, MES integration and OT data in-Kingdom.
Air-gapped operations
Sovereign stacks for defence and critical infrastructure.
Where it creates value across Saudi sectors
Every digital programme needs the foundation; building it once serves all.
Industry & factories
In-Kingdom historians, MES integration and AI compute.
Airports
Elastic passenger platforms and analytics for peaks.
Hajj & crowd mobility
Burst capacity for the season’s apps and command platforms.
Fleet & logistics
Telematics and routing platforms at national scale.
Utilities & energy
Grid data platforms, twins and forecasting compute.
Retail & FMCG
Retail analytics and replenishment platforms.
Start with one workload that must move in-Kingdom, build the landing zone it needs.
A quarter with a sovereign platform
Illustrative sequence from a transport authority.
landing zone
Accounts, identity and guardrails stood up on Saudi cloud; air-gapped option designed.
first workload
The passenger analytics platform is containerised and migrated with observability.
GPU cluster
Forecasting models train on a shared GPU pool with quotas and cost reports.
review
Uptime, cost per workload and security posture reported to the CIO.
The platform is operated, not handed over, SRE, FinOps and security every day.
Illustrative scenario, not a case study.
Where this technology goes to work
Let us bring the firstworkload into the Kingdom.Know now.
A 45-minute walkthrough of your operation, and the one workflow worth proving first.