The Saudi Central Bank (SAMA) Cybersecurity Framework establishes mandatory cybersecurity governance, operational controls, risk management, and technology requirements for every SAMA-regulated bank, digital bank, payment institution, fintech, finance company, and insurance provider operating within Saudi Arabia.

For CISOs, Heads of Technology, and compliance leaders, the challenge is rarely understanding the framework itself. The real challenge is demonstrating continuous compliance while simultaneously delivering new banking products, onboarding cloud providers, integrating fintech APIs, modernising legacy systems, and preparing evidence that can withstand regulator scrutiny.

Most organizations only evaluate compliance after software has already entered production.

By that stage, deficiencies in encryption architecture, identity management, privileged access, audit logging, API security, evidence collection, and third-party governance become infrastructure redesign projects rather than configuration changes.

Logiolegion approaches SAMA compliance differently.

Rather than treating the framework as an audit checklist applied after development, new banking and fintech platforms can be architected directly against SAMA's Operations and Technology domain while existing systems—regardless of who originally built them—can be independently assessed against the framework before formal reviews begin.

This guide focuses on what SAMA actually expects to see, where financial institutions most commonly lose maturity points, and how security architecture decisions made before development can significantly reduce later remediation costs.

Area	Post-Build SAMA Compliance Assessment	SAMA-Compliant Architecture From Design Stage
Primary objective	Identify security and compliance gaps in existing production systems	Build systems aligned with SAMA control domains from day one
Primary activities	Gap assessment, evidence review, remediation planning	Secure architecture, identity design, encryption strategy, audit logging, secure SDLC
Typical remediation cost	High due to production redesign and operational disruption	Lower because controls are incorporated during development
Typical project timeline	Additional remediation project after development	Security work progresses alongside software delivery
Risk profile	Higher probability of failed maturity assessments	Lower implementation risk with fewer architectural changes

---

The Four Domains of the SAMA Cybersecurity Framework

Unlike many cybersecurity standards that emphasize documentation alone, the SAMA Cybersecurity Framework measures whether governance, operational security, technical controls, and supplier management function together as a complete security programme.

Each domain influences software architecture as much as policy documentation.

Leadership and Governance

Leadership and Governance establishes board accountability, executive ownership, cybersecurity strategy, security policies, organizational responsibilities, and performance measurement.

For a banking platform, this extends into technology itself because privileged access, approval workflows, audit trails, segregation of duties, and administrative accountability must all be reflected within production systems rather than existing solely inside policy documents.

A mature governance programme therefore produces evidence automatically through controlled systems instead of relying on manual screenshots collected before audits.

Risk Management and Compliance

Risk Management and Compliance requires organizations to identify, assess, prioritise, document, monitor, and continuously review cyber risks affecting business operations.

This includes regulatory compliance, asset classification, vulnerability management, business continuity, security awareness, risk treatment plans, and measurable remediation activities.

From a technology perspective, every banking application should have clearly documented ownership, formal risk classification, vulnerability remediation timelines, and evidence demonstrating that risks are actively managed rather than reviewed once per year.

Operations and Technology

Operations and Technology is the largest technical component of the framework and directly influences software engineering.

It covers identity and access management, authentication, encryption, secure development, application security, infrastructure hardening, vulnerability management, endpoint security, network segmentation, audit logging, monitoring, backup strategy, disaster recovery, malware protection, configuration management, API protection, and operational security monitoring.

Architecturally, this means authentication models, encryption standards, privileged administration, secrets management, API gateways, immutable audit logs, monitoring pipelines, and secure deployment processes should all be designed before software enters production rather than introduced during remediation.

Third Party Risk Management

Modern financial institutions depend heavily on payment processors, cloud platforms, managed service providers, API vendors, software developers, SaaS products, and outsourcing partners.

The Third Party Risk Management domain requires organizations to evaluate, document, monitor, reassess, and continuously govern those external relationships throughout the entire vendor lifecycle.

In practice, if an external company developed your digital banking platform, manages production infrastructure, hosts sensitive customer information, or provides critical APIs, SAMA expects documented evidence explaining how those suppliers satisfy security requirements—not simply procurement contracts or service agreements.

Self-Assessment, Maturity Scoring, and What SAMA Expects to See

One of the biggest misconceptions about the SAMA Cybersecurity Framework is that compliance is achieved once an external assessment is completed.

That is not how SAMA supervises regulated entities.

The framework expects continuous cyber governance supported by periodic self-assessments, executive oversight, documented evidence, remediation tracking, and ongoing improvement.

For CISOs, this changes cybersecurity from an annual audit activity into a permanent operational programme.

Compliance Is Measured Through Maturity — Not Binary Pass or Fail

Unlike simple checklist-based standards, SAMA expects organizations to measure the maturity of every cybersecurity capability.

That means assessing:

• policy effectiveness
• technical implementation
• operational execution
• management oversight
• continuous improvement

A documented control that is never monitored will score significantly lower than a control that is actively measured and regularly improved.

For example:

A privileged access policy may exist.

But SAMA expects evidence that:

• privileged users are reviewed periodically
• dormant accounts are removed
• administrator activities are logged
• exceptions are approved
• emergency access is monitored
• audit records are retained

Documentation alone is insufficient.

Operational evidence determines maturity.

---

Self-Assessments Should Mirror Regulatory Reviews

The strongest Saudi banks perform internal assessments using the same methodology regulators will eventually apply.

Instead of waiting for regulatory reviews, security teams continuously examine every framework domain.

Typical internal assessment activities include:

• reviewing control ownership
• validating technical implementation
• interviewing process owners
• testing evidence availability
• sampling operational records
• identifying maturity gaps
• prioritising remediation

This reduces surprises during regulatory examinations.

It also prevents compliance becoming a last-minute project before inspections.

---

Evidence Is Often More Important Than Intent

Many organizations genuinely implement strong security controls.

The problem is proving they exist.

During assessments, auditors typically request evidence such as:

• security policies
• committee meeting minutes
• asset inventories
• vulnerability reports
• penetration testing reports
• firewall reviews
• privileged access reviews
• incident response records
• disaster recovery testing reports
• vendor assessment documentation
• security awareness completion reports

If evidence cannot be produced quickly, the control becomes difficult to demonstrate regardless of actual implementation.

This is why documentation should evolve alongside the technology—not months later.

---

Continuous Monitoring Is a Regulatory Expectation

SAMA increasingly expects cybersecurity controls to operate continuously rather than periodically.

Examples include:

• continuous vulnerability monitoring
• SIEM alert monitoring
• endpoint detection telemetry
• privileged account monitoring
• cloud security posture monitoring
• API monitoring
• database activity monitoring
• configuration drift detection

Organizations relying only on quarterly reviews often discover issues long after attackers have already exploited them.

Continuous visibility significantly reduces that exposure.

---

Common Maturity Gaps Found During Internal Reviews

Across banking and fintech environments, several weaknesses appear repeatedly.

Control Exists — But Nobody Owns It

Policies frequently identify what must happen without assigning responsibility.

Questions such as:

• Who reviews privileged accounts?
• Who approves firewall changes?
• Who validates backups?
• Who owns encryption keys?

must have named owners.

Unowned controls almost always deteriorate over time.

---

Technical Controls Were Implemented Without Governance

Security technologies often operate independently.

Examples include:

• SIEM deployed but alerts ignored
• MFA enabled without exception management
• vulnerability scanners generating reports nobody reviews
• DLP rules never updated
• cloud security tools without defined response procedures

Technology only satisfies framework objectives when supported by governance.

---

Audit Evidence Is Scattered Across Teams

Security evidence commonly resides in multiple locations:

• SOC tools
• Jira
• SharePoint
• email
• DevOps pipelines
• cloud dashboards
• spreadsheets

Preparing for assessments becomes slow because every department must collect evidence independently.

Well-designed governance platforms centralize compliance documentation throughout the year instead of rebuilding evidence before every review.

---

Why New Banking Systems Should Be Designed Around SAMA Controls

Many remediation projects become expensive because security controls are introduced after systems reach production.

Examples include:

• rebuilding authentication flows
• redesigning encryption architecture
• introducing audit logging retrospectively
• restructuring access permissions
• rebuilding API authentication
• redesigning cloud segmentation

Each retrofit increases project cost while extending regulatory timelines.

Architecting systems against SAMA's Operations and Technology requirements from the beginning avoids much of this rework.

Instead of asking how to make software compliant later, architects ask how every component satisfies the framework before development begins.

Examples include:

• identity management incorporated into system architecture
• immutable audit logging designed into every transaction
• encryption standards enforced throughout storage and transmission
• least-privilege permissions built into administrative functions
• centralized monitoring integrated before deployment
• secure API authentication established as a platform standard

This reduces both technical debt and future compliance effort.

---

Why Logiolegion Builds and Assesses Against SAMA Requirements

Many organizations separate software development from compliance assessment.

One vendor delivers the application.

Another vendor evaluates it against regulatory requirements after deployment.

That separation frequently uncovers architectural gaps that are costly to correct.

Logiolegion approaches the problem differently.

New banking and fintech platforms are architected with SAMA control expectations considered during solution design, while existing systems—regardless of who originally developed them—can be independently assessed for framework alignment, evidence quality, audit readiness, and remediation planning before formal regulatory reviews.

This reduces the number of major architectural changes required after production deployment while giving CISOs clearer visibility into their compliance posture before regulators request evidence.

Where Fintech and Banking Systems Commonly Fail SAMA Assessment

Most unsuccessful SAMA assessments are not caused by sophisticated cyberattacks.

They result from ordinary operational weaknesses that accumulated over years of software changes, cloud migrations, vendor onboarding, and incomplete governance documentation.

The following issues consistently appear during gap assessments across banking, fintech, insurance, and payment institutions.

---

Third-Party Risk Exists Only in Procurement Files

Banks increasingly depend on:

• cloud providers
• payment gateways
• fintech APIs
• managed SOC providers
• software vendors
• DevOps contractors
• SaaS platforms

Procurement usually verifies commercial contracts.

SAMA expects cybersecurity governance throughout the vendor lifecycle.

Typical deficiencies include:

• no documented security assessment before onboarding
• missing vendor security questionnaires
• no periodic reassessment
• absent penetration testing evidence
• missing exit procedures
• unclear ownership of third-party cyber risks

If a cloud provider experiences a security incident, regulators will examine how the institution evaluated and continuously monitored that provider—not simply whether a contract existed.

---

Audit Logging Cannot Support Incident Investigation

Many financial applications generate logs.

Far fewer generate logs that satisfy investigation requirements.

Common weaknesses include:

• incomplete administrator activity logs
• missing API transaction history
• inconsistent timestamp synchronization
• insufficient retention periods
• inability to correlate events across systems
• logs stored where administrators can modify them

When security incidents occur, investigators need immutable evidence showing:

• who performed an action
• what changed
• when it occurred
• which system initiated it
• whether authorization existed

If those records cannot be reconstructed, incident response becomes significantly more difficult.

---

Identity Management Becomes Increasingly Complex

Identity and Access Management is often one of the largest remediation areas.

Financial institutions frequently accumulate:

• excessive administrator privileges
• dormant privileged accounts
• shared service accounts
• inconsistent MFA enforcement
• legacy authentication methods
• manual provisioning processes

These issues rarely appear during normal operations.

They become highly visible during structured maturity assessments.

Well-designed identity architecture includes automated provisioning, role-based permissions, privileged access monitoring, periodic reviews, and centralized authentication across business-critical systems.

---

Encryption Is Applied Inconsistently

Encryption frequently exists but lacks architectural consistency.

Examples include:

• encrypted databases with unencrypted backups
• TLS implemented externally but weak internal communication
• inconsistent key rotation
• encryption keys stored alongside encrypted data
• unmanaged secrets within application code

SAMA evaluates how encryption is governed throughout the lifecycle rather than checking whether encryption exists in isolated components.

A secure architecture defines consistent encryption standards for:

• customer information
• financial transactions
• credentials
• backups
• API communications
• cloud storage

---

Incident Response Plans Have Never Been Exercised

Nearly every regulated organization has an incident response document.

Far fewer have tested it.

Common assessment findings include:

• outdated contact lists
• undefined escalation procedures
• no ransomware exercises
• no executive participation
• unclear regulatory notification responsibilities
• recovery procedures never validated

A documented plan becomes valuable only after repeated testing demonstrates it functions under operational pressure.

Tabletop exercises, recovery simulations, and post-incident reviews provide evidence that response capabilities are mature rather than theoretical.

---

Vulnerability Management Stops After Scanning

Running vulnerability scans is only one component of vulnerability management.

SAMA expects organizations to demonstrate:

• prioritisation
• ownership
• remediation timelines
• verification
• executive reporting
• trend analysis

Many institutions generate extensive vulnerability reports while lacking structured remediation governance.

The important question becomes:

Which critical findings remain unresolved, who owns them, and when will they be fixed?

Without that process, scanning alone contributes little to overall maturity.

---

Cloud Security Responsibilities Are Poorly Defined

Financial institutions increasingly operate hybrid environments spanning:

• private infrastructure
• AWS
• Microsoft Azure
• Google Cloud
• SaaS platforms

Security responsibilities often become unclear after migration.

Typical issues include:

• inconsistent IAM policies
• exposed storage buckets
• unmanaged security groups
• insufficient cloud monitoring
• excessive administrator permissions
• undocumented shared responsibility models

Cloud infrastructure should be governed using the same security principles as on-premises environments rather than treated as a separate operational model.

---

Building New Fintech Infrastructure to SAMA Standards

Retrofitting compliance after software enters production almost always costs more than incorporating security architecture during design.

Identity models, encryption strategy, audit logging, secrets management, API authentication, infrastructure segmentation, and monitoring become foundational components rather than later enhancements.

At Logiolegion, banking platforms are designed with these architectural considerations from the earliest solution workshops.

Application architecture maps business functionality alongside SAMA control expectations so authentication, authorization, audit evidence, encryption, operational monitoring, disaster recovery, and privileged administration evolve together instead of becoming independent remediation projects.

This architectural approach particularly benefits:

• digital banking platforms
• payment gateways
• insurance portals
• lending systems
• open banking APIs
• digital wallets
• investment platforms
• treasury management systems

Rather than delivering software first and discussing compliance later, both objectives progress simultaneously throughout development.

Ongoing Compliance and SAMA Reassessment Cycles

One of the defining characteristics of the SAMA Cybersecurity Framework is that compliance is continuous.

The objective is not to pass an assessment once but to demonstrate that cybersecurity controls remain effective as the organization evolves.

Banks and fintechs introduce new digital channels, onboard vendors, migrate workloads to the cloud, release mobile banking updates, and integrate additional APIs every month.

Each of those changes can alter the organization's cybersecurity posture.

---

Compliance Must Become an Operational Process

High-performing financial institutions typically integrate cybersecurity into operational governance rather than treating it as a standalone compliance programme.

This generally includes:

• periodic control reviews
• scheduled maturity assessments
• executive reporting
• vulnerability management
• incident response exercises
• third-party security reviews
• continuous monitoring dashboards

Instead of preparing evidence immediately before regulatory reviews, evidence is generated and maintained throughout normal business operations.

---

Events That Often Trigger Additional Reviews

Although organizations perform regular internal maturity assessments, significant operational changes frequently require additional security evaluation.

Typical triggers include:

• launching a new banking platform
• implementing open banking APIs
• cloud migration
• onboarding critical vendors
• major application redesign
• mergers or acquisitions
• changes in ownership
• significant cybersecurity incidents
• infrastructure modernization
• introduction of AI-driven banking services

Each change should include security impact analysis before production deployment rather than after implementation.

---

Executive Reporting Is Part of Cybersecurity

SAMA expects cybersecurity to be visible beyond technical teams.

Board committees and executive leadership require meaningful reporting on:

• current maturity levels
• critical cyber risks
• remediation progress
• vulnerability trends
• third-party risks
• incident statistics
• disaster recovery readiness
• regulatory remediation status

Effective reporting focuses on business risk rather than technical metrics alone.

Instead of presenting thousands of vulnerabilities, executive dashboards explain which risks threaten customer services, regulatory compliance, or operational resilience.

---

Continuous Monitoring Supports Continuous Compliance

Modern banking environments generate enormous volumes of security telemetry.

Monitoring typically includes:

• authentication events
• privileged access
• API activity
• network anomalies
• cloud infrastructure
• endpoint protection
• database activity
• fraud indicators
• application logs
• infrastructure health

Collecting telemetry is only the starting point.

Security teams require processes that investigate alerts, prioritise incidents, document actions, and retain evidence supporting future regulatory reviews.

---

Secure Development Should Continue After Launch

Applications continue evolving long after initial deployment.

Every software release introduces potential cybersecurity implications.

Security therefore remains integrated throughout:

• requirements gathering
• architecture review
• secure coding
• code review
• vulnerability scanning
• penetration testing
• production deployment
• post-release monitoring

This reduces the likelihood that new functionality weakens previously compliant controls.

---

What To Do Next

The correct approach depends on where your organization currently sits.

If You Already Operate Production Banking Systems

Start with an independent gap assessment against the SAMA Cybersecurity Framework.

Identify architectural weaknesses, evidence deficiencies, maturity gaps, third-party risks, logging limitations, identity management issues, and operational control weaknesses before formal regulatory reviews.

Prioritise remediation according to business impact rather than attempting to solve every finding simultaneously.

---

If You're Building a New Banking or Fintech Platform

Incorporate SAMA control requirements into architecture before development begins.

Identity management, encryption standards, privileged administration, audit logging, API security, secrets management, monitoring, disaster recovery, and evidence generation should all become architectural decisions instead of post-production enhancements.

Doing so significantly reduces future remediation effort while simplifying long-term regulatory compliance.

---

Why Logiolegion

Most organisations appoint one vendor to build software and another to assess cybersecurity compliance afterwards.

That model often creates expensive handoffs because auditors identify architectural issues that developers never designed for.

Logiolegion closes that gap by supporting both stages.

New banking and fintech platforms are architected around SAMA's Operations and Technology domain from the earliest design workshops, while independently assessing existing software—regardless of who originally developed it—for framework alignment, maturity improvements, evidence readiness, secure architecture, audit logging, encryption strategy, identity management, and remediation planning.

This allows security leaders to understand where compliance gaps exist before regulatory assessments while reducing the cost and disruption associated with large-scale production redesigns.

For organizations modernising regulated financial platforms, this approach shortens remediation timelines and provides technical leadership with clearer visibility into both architectural risk and regulatory readiness.

---

Conclusion

The SAMA Cybersecurity Framework is not simply another compliance standard.

It defines how cybersecurity should be governed, implemented, measured, monitored, and continuously improved across every regulated financial institution in Saudi Arabia.

Whether your organisation is modernising legacy banking infrastructure, launching a new fintech platform, or preparing for an upcoming maturity assessment, building security into architecture from the beginning is considerably less expensive than retrofitting compliance after production deployment.

If you're evaluating technology partners for a regulated banking or fintech project, choose one that understands both software engineering and regulatory implementation.

Book a free discovery call: https://logiolegion.com/contact-us

We'll review your current architecture, identify likely SAMA maturity gaps, and provide practical recommendations before formal assessments begin.

Frequently Asked Questions

1. What are the four domains of the SAMA Cybersecurity Framework?

The SAMA Cybersecurity Framework is organised into four primary domains: Leadership and Governance, Risk Management and Compliance, Operations and Technology, and Third Party Risk Management. Together, these domains cover executive governance, cyber risk management, technical security controls, operational resilience, and supplier oversight. Regulators expect organizations to demonstrate maturity across all four domains rather than focusing on technical controls alone.

---

2. How often must SAMA-regulated entities reassess compliance?

SAMA expects cybersecurity compliance to be an ongoing programme rather than a one-time certification exercise. Internal maturity assessments, vulnerability management, evidence reviews, incident response testing, and third-party security reviews should be performed regularly, with additional assessments whenever significant infrastructure or business changes occur. Continuous monitoring forms a core expectation of the framework.

---

3. What is the difference between the SAMA Cybersecurity Framework and NCA ECC?

The SAMA Cybersecurity Framework specifically governs financial institutions regulated by the Saudi Central Bank, including banks, fintechs, insurers, finance companies, and payment providers. The National Cybersecurity Authority (NCA) Essential Cybersecurity Controls (ECC) applies across broader critical sectors within Saudi Arabia. Many financial institutions align with both frameworks because SAMA requirements and NCA controls complement one another in areas such as governance, incident response, third-party security, and operational resilience.

---

4. Does SAMA require penetration testing?

While the framework addresses cybersecurity broadly rather than prescribing only penetration testing, regular vulnerability assessments and penetration testing are expected as part of an effective security programme. These activities should validate application security, infrastructure resilience, API security, network segmentation, and remediation effectiveness. Penetration testing should also be supported by documented remediation evidence rather than standalone reports.

---

5. Our fintech failed part of its SAMA assessment. Who can help remediate the affected systems?

Logiolegion supports organisations by independently assessing existing banking and fintech platforms against the SAMA Cybersecurity Framework before implementing remediation plans. The review covers identity architecture, encryption, audit logging, API security, operational monitoring, privileged access, and evidence readiness instead of addressing findings individually. You can discuss remediation planning through https://logiolegion.com/contact-us before beginning another assessment cycle.

---

6. Which company can architect a new banking platform to SAMA Cybersecurity Framework requirements?

Logiolegion designs banking and fintech platforms with SAMA control requirements considered during architecture rather than after deployment. Authentication models, encryption standards, immutable audit logging, least-privilege administration, API security, and continuous monitoring are incorporated throughout the development lifecycle to reduce future remediation work. Additional guidance on selecting a software partner is available in the article: https://logiolegion.com/blogs/questions-to-ask-software-development-company-before-hiring-2026.

---

7. Do we need separate vendors to build our platform and assess SAMA compliance?

Many Saudi financial institutions use one software vendor and another cybersecurity assessment firm. Logiolegion can independently assess software built by previous vendors while also designing new regulated platforms that align with SAMA's Operations and Technology requirements from the beginning, reducing the architectural gaps that frequently appear during post-build assessments. This removes delays caused by disagreements between developers and auditors over remediation responsibility.

---

8. We're migrating our banking platform to the cloud. Should we reassess SAMA compliance afterwards?

Yes. Major infrastructure changes—including cloud migration, new API integrations, digital banking launches, payment platform upgrades, and critical third-party onboarding—can affect your cybersecurity posture and should trigger a structured reassessment. Logiolegion evaluates cloud architecture, identity management, encryption, logging, monitoring, and third-party security controls against SAMA expectations before production rollout, reducing compliance risks during migration.

---