DevOps for the World's Most Ambitious Digital Infrastructure

NEOM, Red Sea Project, Diriyah Gate, and Qiddiya are building technology infrastructure at a scale the world has never seen. Platform engineering and DevOps practices are how you scale delivery without scaling the bottleneck.

What We See in This Space

Engineering teams scaling from 10 to 500+ engineers in 12-18 months with no established DevOps practices — the informal approach that worked with a small team has already broken down.
NEOM's technology delivery pipelines are bottlenecked on a small DevOps team that can't keep up with the pace of new service onboarding across dozens of concurrent workstreams.
Compliance with multiple Saudi government technology standards — NCA ECC, MCIT digital transformation requirements, MISA technology mandates — across infrastructure that spans smart city, logistics, energy, and entertainment domains.
OT/IT convergence in smart city infrastructure — operational technology systems (building management, energy, transport) need DevOps practices adapted for safety-critical environments.

Saudi Arabia’s Vision 2030 giga-projects represent the world’s most ambitious digital infrastructure programmes. NEOM alone is building a smart city from scratch — with technology teams scaling from small founding groups to hundreds of engineers across dozens of concurrent workstreams. Red Sea Project, Diriyah Gate, and Qiddiya face similar scaling challenges: massive technology ambition, aggressive timelines, and engineering teams growing faster than DevOps practices can organically form.

The Scaling Challenge

The core problem is scaling. A 10-person engineering team can operate with informal DevOps practices — shared scripts, manual deployments, tribal knowledge. At 50 engineers, this model strains. At 200+ engineers, it breaks entirely. Vision 2030 giga-projects are making this transition in 12-18 months, not the 3-5 years a typical enterprise would take.

Platform engineering is the solution: golden paths that let new engineers ship code on day one, self-service infrastructure that removes the DevOps bottleneck, and policy-as-code that enforces NCA compliance automatically. Without a platform approach, the DevOps team becomes the bottleneck that slows every engineering team in the programme.

NCA Compliance at Giga-Project Scale

NCA Essential Cybersecurity Controls apply across all giga-project technology infrastructure. At scale, compliance cannot be manual — it must be automated. We implement NCA controls as infrastructure code: encrypted storage by default, audit logging on every API call, network segmentation enforced by Terraform modules, and access control policies managed as code. Compliance is verified automatically on every deployment, not audited quarterly.

OT/IT Convergence

Giga-projects are not just software — they include operational technology systems for building management, energy distribution, water treatment, and transport. DevOps practices for OT/IT convergence are different: safety-critical systems need more conservative deployment strategies, rigorous testing gates, and separation between IT and OT environments with controlled integration points.

devopssaudi.com has experience designing DevOps practices for environments where both IT agility and OT safety are required — the deployment pipeline for a smart building management system is not the same as the pipeline for a customer-facing mobile app.

Contact us to discuss DevOps for your Vision 2030 programme.

Frameworks We Cover

MCIT Digital Transformation StandardsSaudi NCA Essential Cybersecurity Controls (ECC)Ministry of Investment (MISA) Technology RequirementsNCA Cloud Computing Regulatory FrameworkPDPL (Saudi Personal Data Protection Law)Saudi Building Code (SBC) for smart building systems

How We Help

Platform Engineering

DevOps Transformation

Cloud Infrastructure & IaC

Staff Augmentation

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