Compliance is often associated primarily with regulations, policies and audits. In a technology environment, however, that is only part of the picture.
If a business process is executed by an application, digital platform or integrated ecosystem of systems, compliance requirements must also be reflected in technology. In data access. In logs. In the way changes are deployed. In testing. In monitoring. And in whether the organisation can later demonstrate that a specific control actually worked.
This is why compliance is increasingly no longer the sole responsibility of legal or compliance teams. It also affects CTOs, CIOs, CISOs, engineering, QA and DevOps teams, as well as external technology providers.
This is particularly visible in regulated industries such as banking and financial services, where IT systems support critical processes, customer data and financial operations.
In short:
- compliance means operating in line with applicable laws, industry regulations and internal policies,
- in digital environments, part of compliance must be implemented directly in IT systems and processes,
- key areas include access management, data protection, logging, monitoring, testing, change management and auditability,
- compliance and cybersecurity are closely related, but they are not the same thing,
- in regulated environments, a requirement should be translated into a control, implementation, test and verifiable evidence.
What is compliance and why does it matter?
Compliance means ensuring that an organisation operates in accordance with applicable laws, industry regulations, contractual obligations and internal policies.
Modern organisations operate in complex regulatory environments, which makes compliance an important part of risk management.
A compliance framework supports operational stability, transparency and trust among customers and business partners. A lack of compliance can lead to legal, financial, operational and reputational consequences.
Compliance also helps organisations reduce the risk of misconduct, maintain appropriate standards of behaviour and keep business processes aligned with both external requirements and internal policies.
As organisations become increasingly digital, another dimension becomes critical: IT system compliance. When a business process is executed through an application, digital platform or integrated ecosystem, compliance requirements must also be reflected in technology.
A policy may define a requirement. The IT system often has to enforce it.
Main areas of compliance in organisations
The scope of compliance depends on the organisation’s business activity, industry, markets, types of data processed and applicable regulations.
| 01 Legal compliance National and international law, sector regulations and organisational obligations. | 02 Financial compliance Reporting, AML, fraud prevention and financial control processes. | 03 Ethical compliance Codes of conduct, conflicts of interest, anti-corruption and cooperation standards. | 04 IT compliance Systems, data, access, monitoring, testing, change and auditability. |
Legal compliance
Compliance with national and international law forms the foundation of a compliance framework. It may include requirements relating to business operations, employment law, consumer protection and sector-specific regulations.
For organisations operating across multiple jurisdictions, an additional challenge is identifying different requirements and reflecting them in business and technology processes.
Financial compliance
Financial compliance may include reporting requirements, anti-money laundering measures, fraud prevention and customer identification processes.
In banking and financial services, these requirements can directly affect systems handling customers, transactions, payments, reporting and risk management.
Ethical compliance
Compliance is not limited to legislation. Organisations also create internal codes of conduct, conflict-of-interest policies, anti-corruption rules and standards for working with customers and suppliers.
Such requirements may be supported through approval workflows, reporting mechanisms and appropriate access controls.
IT compliance and data protection
IT compliance concerns the way legal, regulatory and internal requirements are implemented in information systems and in the processes used to develop and maintain them.
It may include:
- identity and access management,
- data protection and proper data processing,
- event and operation logging,
- system monitoring,
- change management,
- software testing,
- incident response,
- backup and recovery,
- technology supplier management,
- documentation of controls and auditability.
From this perspective, compliance is no longer only a collection of policies and documents. Some requirements must be enforced by the system itself.
What is IT compliance?
IT compliance means ensuring that information systems, data and technology processes operate in line with the legal, regulatory, contractual and internal requirements applicable to an organisation.
It does not mean deploying a single “compliance tool”. In practice, compliance is the result of multiple technical and organisational mechanisms working together.
For example, a requirement stating that only authorised users may perform a specific action must be translated into authentication and authorisation mechanisms. If an organisation must be able to demonstrate who performed an action, an appropriate audit trail is required.
If changes to a critical system need to be controlled, development, review, testing, approval and deployment processes also become relevant.
How does a compliance requirement move through the IT environment?
01 Requirement law, regulation, policy | → | 02 Control what must the system enforce? | → | 03 Implementation code, configuration, architecture | → | 04 Test does the control actually work? | → | 05 Evidence log, report, change history | → | 06 Monitoring does the control still work? |
This is a simplified model. Specific controls depend on the regulation, system type, data, process criticality and organisational policies.
The key technology challenge is therefore to translate an abstract requirement into a specific control that can be implemented, monitored and, where necessary, evidenced.
IT SYSTEMS
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How do compliance requirements translate into IT systems?
This is one of the most important aspects of IT compliance. An organisational policy is not enough if the system implementing the business process allows users to bypass it.
| Requirement | Example IT consequence |
|---|---|
| Access only for authorised users | IAM, roles and permissions, least privilege, MFA, periodic access reviews |
| Ability to determine who performed an operation | event logging, audit trail, user identification, timestamps |
| Data protection | data classification, encryption, access controls, retention policies |
| Controlled changes | code review, testing, approvals, change and deployment history |
| Detection of irregularities | monitoring, alerting, log analysis and incident handling |
| System resilience | backup, recovery, resilience testing and business continuity |
| IT supplier control | restricted access, monitoring, security requirements, auditability and exit planning |
Access and permissions management
One of the fundamental elements of IT compliance is controlling who can access data and system functions.
Permissions should reflect the user’s actual responsibilities. In practice, this means applying least privilege, separating roles, using named accounts, implementing multi-factor authentication where appropriate and regularly reviewing access rights.
The entire access lifecycle matters: from granting permissions, through role changes, to revoking access when a person changes position or leaves the organisation.
Privileged accounts and access to production environments, customer data, transaction systems and critical infrastructure require particular attention.
Data protection and processing
A system designed with compliance in mind should make it possible to control what data is processed, where it is stored, who can access it and how long it is retained.
Depending on the context, this may involve encryption, pseudonymisation or anonymisation, access restrictions, information classification and retention policies.
Development and testing environments also matter. Copying full production datasets into test environments without adequate safeguards can increase the risk surface instead of reducing it.
Logging, monitoring and audit trails
An organisation should not only implement appropriate controls. In many cases, it also needs to demonstrate that those controls actually work.
This is why logs and audit trails are important components of IT compliance.
Well-designed event logging mechanisms help answer questions such as:
- who accessed the system,
- what operations were performed,
- when a change occurred,
- who approved it,
- whether unauthorised access attempts occurred,
- what happened before and after an incident.
Collecting logs alone is not enough. Organisations also need to define which events matter, how long records should be retained, who can access them and how they are used to detect irregularities.
Testing systems and changes
Testing in a regulated environment is not limited to checking whether a feature works according to specification.
It should also verify whether implemented controls behave as required.
For example, tests may verify:
- whether a user without the required role is prevented from accessing a protected function,
- whether the system correctly records events in the audit trail,
- whether authorisation mechanisms work correctly in negative scenarios,
- whether an integration exposes data that should not be available to the receiving party,
- whether a change affects existing controls,
- whether the system behaves correctly during failures or periods of increased load.
Depending on the solution, compliance can therefore increase the importance of functional, integration, regression, security, performance and resilience testing.
Change management
Even a well-secured system can stop meeting compliance requirements after a later change.
This is why change management is an important part of IT compliance. An organisation should know what changed, why it changed, who made the change, how it was verified and when it reached production.
In mature environments, much of this information can be captured directly from the tools used by engineering teams: version control, ticketing, CI/CD platforms, testing systems and monitoring tools.
This reduces manual documentation and improves traceability between the requirement, code change, test result and deployment.
Technology suppliers and third-party risk
Enterprise systems are rarely developed and maintained by one internal team alone. Organisations use cloud services, SaaS, IT outsourcing, external APIs, infrastructure providers and technology partners responsible for software development.
Compliance therefore also needs to address how supplier access and third-party risk are managed.
Before cooperation begins, it is worth defining:
- which data and environments the supplier needs to access,
- which permissions are genuinely required,
- how onboarding and offboarding work,
- how incidents are handled,
- who is responsible for specific controls,
- what requirements apply to subcontractors,
- how accounts, keys and tokens are revoked when cooperation ends.
In financial services, oversight of ICT providers is particularly important. DORA strengthens requirements around auditability, incident handling, subcontractor control, continuity planning and exit strategies. We cover these areas in more detail in DORA and IT Outsourcing: ICT Provider Requirements Checklist for Banks.
A supplier should receive the level of access required to perform the work. Not the level of access that is easiest to configure.
Compliance vs cybersecurity – what is the difference?
Compliance and cybersecurity are closely related, but they are not the same thing.
| CYBERSECURITY Is the system adequately protected? Focuses on protecting systems, data, networks and users against threats. | COMPLIANCE Are we meeting the relevant requirements? Focuses on meeting legal, regulatory, contractual and internal requirements. |
The same control may support both objectives. MFA reduces the risk of account compromise and may also satisfy a defined security requirement. Event logging can help detect incidents while also providing evidence for audit purposes.
At the same time, compliance with a particular standard does not guarantee complete security. Conversely, a technically well-secured system may still fail to satisfy requirements related to documentation, reporting or data retention.
The two areas should therefore be managed together, but not treated as synonyms.
Compliance in banking and financial services
Financial services provide a clear example of why compliance has become a technology issue as well as a legal and organisational one.
Banks, fintech companies and other financial institutions use systems that handle payments, accounts, lending, customer data, online and mobile channels and integrations with third-party providers.
A weakness in access control or change management may therefore create not only a technical problem, but also operational and regulatory risk.
Regulations such as DORA make this relationship particularly visible. They address areas such as ICT risk management, operational resilience, testing, incident management and risk related to external technology providers.
A similar relationship can be seen in GDPR, NIS2 and internal requirements specific to a particular institution. The scope differs, but the underlying technology challenge is similar: a requirement has to be translated into specific processes and system controls.
Example: controlling an operation in a financial system
01 User employee or system | → | 02 IAM / role is the operation allowed? | → | 03 Operation payment, refund, change | → | 04 Audit trail who, what and when? | → | 05 Monitoring alerts and event analysis |
A good example is access management for payment operations. If a particular function may only be performed by a defined group of users, the control cannot exist only in documentation. It must work at application level.
In the Fiserv project, Edge One Solutions supported the development of a user-permission verification mechanism for selected payment operations, including refunds, transaction voids and chargebacks. The project also involved mapping transaction data between integrated systems.
This is a practical example of how an access-control requirement becomes part of system architecture and business logic.
You can find more information about technology projects, data security and system development for financial institutions on our Banking & Financial Services page.
How to build IT systems with compliance in mind
The most expensive time to address a compliance requirement is often when the system has already been deployed and an audit reveals that a required control or evidence is missing.
Compliance requirements should therefore be considered throughout the development lifecycle.
Identify the requirements
Determine which requirements apply to the specific system, process and data, and which of them require technical controls.
Translate requirements into controls
A requirement such as “ensure secure access” should be translated into specific mechanisms such as roles, MFA, permission restrictions, logging or access recertification.
Include compliance in architecture and development
Access models, audit trails, data architecture, encryption and secret management are difficult to add effectively at the end of a project.
Test compliance requirements
Each important control should have a test scenario that verifies whether it works, including negative cases.
Maintain traceability and evidence
Keep the ability to link a requirement with the relevant control, implementation, test, result and deployment.
Monitor after deployment
Configurations, users, integrations and suppliers change. Compliance does not end at deployment.
Compliance by design
Requirement
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Control
→
Implementation
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Test
→
Evidence
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Monitoring
Key compliance principles
Regardless of the industry, an effective compliance framework requires a combination of organisational and technological measures.
Transparency
The organisation should clearly define rules, responsibilities and decision-making processes. In IT, this also means being able to trace key changes and operations.
Training and awareness
Technology does not replace employee awareness. Teams should understand both the applicable requirements and the consequences of their technical decisions.
Compliance monitoring and auditing
Regular verification helps detect situations where the actual behaviour of a system or process starts to deviate from the defined rules.
In IT environments, some controls can be supported through automated monitoring, log analysis, alerts and reporting.
Compliance risk management
Not every system has the same level of criticality. Controls should be proportionate to the risk arising from the type of data, importance of the business process, potential impact of failure and applicable requirements.
IT compliance – key takeaways
Compliance is no longer limited to policies, documentation and legal teams. In technology-driven organisations, part of compliance is implemented directly through IT systems.
Access controls, data protection, logging, monitoring, testing, change management and technology supplier oversight can determine whether a requirement written in a policy actually works in practice.
Effective compliance therefore requires cooperation between business, compliance, security and IT teams. In regulated industries in particular, requirements should be considered during system design and development rather than only when an audit is approaching.
The simplest model: requirement → control → implementation → test → evidence → monitoring. This approach helps reduce risk, improve auditability and avoid expensive compliance remediation late in the project.
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