Secure by design.Zero trust by default.Detected by AI.
OT and IT security for connected operations, segmentation, identity, monitoring and AI-driven threat detection aligned with NCA controls and run from the Kingdom.
Why cybersecurity matters now
Every sensor, camera, robot and model is a new entry point. Connected operations need security designed in, and watched by AI that sees patterns people miss.
Attack surface grows
IoT, edge, cloud and AI multiply devices and identities.
OT is exposed
Plants and utilities run protocols designed before the internet.
NCA requires it
ECC and OTCC controls apply to critical and connected systems.
AI on both sides
Attackers use AI; defenders need AI-driven detection and response.
The answer: zero-trust architecture plus AI detection, built into every programme, not added later.
Sources: SDAIA 2026; MIM National Industrial Strategy; Future Factories Program; GACA 2025; Saudi Aviation Strategy; Matarat Holding
Cybersecurity, for OT, IT and AI
We design segmented, identity-first architectures, harden devices and platforms, and run monitoring with AI-driven detection, aligned with NCA ECC and OTCC.
Zero-trust architecture
Identity on every user, device and agent; least privilege; segmented OT and IT.
AI threat detection
Behavioural analytics across networks, devices and cloud; fewer, better alerts.
Security operations
Monitoring, response and compliance reporting from Riyadh.
Building blocks of a security programme
Six components, architecture and monitoring cover every system we deploy.
Secure architecture
Segmentation, DMZs and data diodes for OT; zero trust for IT and cloud.
Identity & access
Users, devices, agents and APIs with strong identity and least privilege.
Device & edge hardening
Secure boot, signed updates and encrypted channels for IoT and edge.
AI threat detection
Behavioural analytics and anomaly detection across OT, IT and cloud.
Security operations
24/7 monitoring, response runbooks and incident management.
Compliance & assurance
NCA ECC/OTCC mapping, evidence and audit support.
How it works: from assessment to monitored estate
Six stages applied to every system before and after go-live.
Assess
Assets, risks, controls
Design
Segmentation and identity
Harden
Devices, platforms, cloud
Monitor
AI detection across layers
Respond
Runbooks and containment
Assure
Evidence and audits
Where security earns its keep
Eight situations where connected operations need protection designed in.
OT network segmentation
Plants and utilities isolated and monitored without stopping production.
Camera estate security
Thousands of cameras with identity, firmware and traffic monitoring.
IoT device trust
Sensors and gateways onboarded with identity and signed updates.
AI system security
Prompt injection, model theft and data poisoning defences.
Sovereign cloud security
Landing zones with guardrails and continuous compliance.
Vehicle & fleet security
Telematics, OTA and V2X secured end to end.
Air-gapped operations
Defence and critical sites with diode-based data flows.
Managed detection & response
AI-driven monitoring and response across OT and IT.
Where it creates value across Saudi sectors
Security is the condition for every connected programme in every sector.
Industry & factories
OTCC-aligned segmentation and monitoring on the plant floor.
Airports
Airport systems, cameras and passenger platforms protected.
Hajj & crowd mobility
Resilient, monitored field devices and command platforms.
Fleet & logistics
Telematics, depots and OTA updates secured.
Utilities & energy
Grid and water OT security with AI detection.
Retail & FMCG
Store, cooler and payment estates monitored.
Start with the OT network you cannot afford to stop, segment, monitor, then expand.
An incident under zero trust and AI detection
Illustrative sequence from a utility OT network.
anomaly
AI detection flags a gateway talking to an unknown host at an unusual hour.
contained
Zero-trust policy isolates the device; production is unaffected behind the segment.
response
The on-call analyst follows the runbook, confirms a misconfigured update and restores.
evidence
The incident, timeline and NCA control mapping are documented for the review.
Segmentation limits the blast radius; AI finds the needle; people decide.
Illustrative scenario, not a case study.
Where this technology goes to work
Let us secure the networkyou cannot afford to stop.Know now.
A 45-minute walkthrough of your operation, and the one workflow worth proving first.