š© 2- How We Build AI for Regulated Markets
- SOYAKAAI SCIENCE & TECHNOLOGY PTE. LTD.

- Oct 1, 2025
- 3 min read

āļø Written from Riyadh ā for founders, product teams, and AI builders in regulated markets.
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In markets like Saudi Arabia, where regulatory rigor is non-negotiable, AI companies often arrive with impressive demos but fragile assumptions. They treat compliance as an afterthought ā a PDF checklist handed to a legal intern. We donāt.
At SoyakaAI, we build regulated AI infrastructure as if SAMA is our first user. Because, in many ways, it is.
š Compliance-First Is Architecture-First

Most AI platforms were born in deregulated Silicon Valley environments ā where API calls can freely leave the system, logs are shipped to third parties, and infrastructure is ācloud by default.ā Thatās not how things work in Saudi Arabia or anywhere that takes sovereignty seriously.
We built Qararak, our AI credit platform, from the ground up to support:
On-premise deployments ā with full stack Kubernetes clusters inside client-controlled environments (UAT, production, ML lab).
Zero outbound PII transmission ā enforced via firewall policies and API design.
Multi-tier audit logging ā across workflows, inference, and decision tables, aligned with SAMAās Cybersecurity Framework and Outsourcing Guidelines.
Encryption at rest and in transit, role-based access controls, and authentication standards like SSO and Active Directory.
This isnāt about ticking boxes. Itās about giving clients what they actually need to operate safely ā and to pass inspection with confidence.
š§ AI That Respects Data Boundaries

We donāt believe in uploading your financial data to a US-based LLM. Our system is designed to respect the natural boundaries of regulated environments:
All AI models ā including open-source LLMs ā are hosted inside the clientās infrastructure, with GPU-backed inference servers isolated from the public internet.
Document understanding and scoring pipelines operate within secure compute nodes, even when using cutting-edge tools like SHAP or retrieval-augmented generation (RAG).
PII-sensitive workflows (e.g. scoring or underwriting) are fully containerized, version-controlled, and independently auditable.
This is not just technically elegant ā itās legally defensible.
š Auditable Decisions, Explainable AI

Regulators donāt just want accurate decisions. They want understandable ones. Thatās why we embed explainability at every level:
Decision Tables allow clients to configure and trace business logic, line by line.
Model explanations (e.g. SHAP scores, reason codes) are stored, queryable, and tied to every loan decision.
Logs are not just technical ā theyāre built for human audit trails
We believe the future of AI in finance isnāt opaque. Itās inspectable.
š The Global-Local Duality

A common trap in regulated markets: companies either go full āenterprise complianceā and end up building sluggish, legacy-style software ā or they stick to modern tech stacks that arenāt deployable locally.
We chose neither.
Our core tech stack is modern ā containerized microservices, API-first design, LLM-friendly.
But our operating model is local-first ā our Saudi entity is active, our models are hosted in the Kingdom, and our contracts are written for SAMA review.
The result: globally proven tech that passes local due diligence. No shortcuts.
š Why It Matters
Banks, lenders, and insurers donāt just need AI. They need AI they can defend in a boardroom ā and in front of regulators. They need vendors who speak both TensorFlow and Tawarruq. Both SHAP and SAMA.
Thatās what we build.
If youāre deploying credit models, launching SME lending products, or exploring AI underwriting in a regulated environment, donāt just ask āhow smart is the model?ā Ask:
Can you explain it to my regulator?
We can. And we do.
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ā Listen to the š¤AI on the Ground Podcast: Real-world AI powering compliance, credit, and regulated markets in Saudi ā decoded for operators.




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