SOC 2: Scope, Compliance Requirements, and Secure Software Development

As more organizations rely on digital services, cloud infrastructures, and SaaS applications, data security and system reliability have become critical factors in building trust with customers and partners.

SOC 2 (System and Organization Controls 2) is a widely recognized framework used to evaluate whether an organization implements appropriate controls to protect the data it processes and stores. The framework was developed by the American Institute of Certified Public Accountants and is commonly used to assess companies that provide digital services.

A SOC 2 report examines the systems, processes, and operational controls of an organization in order to determine whether they meet specific security and reliability criteria.

SOC 2 primarily applies to organizations that store, process, or manage data on behalf of their customers. For this reason, it is especially relevant to technology companies and digital service providers.

Typical organizations that pursue SOC 2 include:

• cloud service providers

• SaaS (Software as a Service) companies

• companies hosting customer data

• providers of digital platforms and infrastructure

In many cases—particularly in international partnerships—a SOC 2 report is an important factor when selecting a technology provider.

SOC 2 evaluations are based on a set of principles known as the Trust Services Criteria, which define how organizations should protect their systems and data.

The main principles include:

Security

Security is the core requirement of every SOC 2 audit. It focuses on protecting systems against unauthorized access, cyberattacks, and other threats. This includes controls such as access management, system monitoring, and security policies.

Availability

This criterion ensures that systems and services remain operational and accessible according to agreed service levels.

Processing Integrity

Processing integrity ensures that system processing is complete, valid, accurate, and authorized.

Confidentiality

Confidentiality refers to the protection of sensitive information from unauthorized access or disclosure.

Privacy

Privacy focuses on how personal data is collected, stored, used, and protected within the organization.

Among these criteria, Security is mandatory in every SOC 2 audit, while the others are included depending on the services provided and the requirements of the organization’s clients.

SOC 2 assessments are typically conducted in two different forms, each evaluating a different aspect of an organization’s controls.

SOC 2 Type I
Evaluates whether an organization’s security controls and procedures are properly designed at a specific point in time.

SOC 2 Type II
Examines whether those controls operate effectively over an extended period, usually several months.

SOC 2 Type II is generally considered the more comprehensive evaluation because it demonstrates that security controls are consistently applied in practice.

Achieving SOC 2 compliance is not based solely on policies and procedures. Organizations also require information systems and applications that implement security controls, access management, activity logging, and operational transparency.

Software systems designed with these capabilities allow organizations to practically implement security requirements and provide the technical evidence needed during an audit process.

Applications and digital platforms can therefore play a key role in supporting security governance, traceability, and operational reliability.

Secure application architecture

The architecture of an information system plays a critical role in implementing SOC 2 principles, particularly with regard to security and availability.

Modern applications can be designed to include:

• user authentication and authorization mechanisms

• role-based access control

• secure data management practices

• protection of sensitive information

These capabilities help organizations ensure that their systems operate in a controlled and secure manner.

Audit trails and monitoring capabilities

One of the key elements of SOC 2 audits is the ability to provide technical evidence of system operations.

Applications can integrate mechanisms that enable:

• logging of user and administrator actions

• change history for data and system configurations

• reporting tools that support audit processes

• traceability of important system activities

These features help organizations monitor system behavior and provide supporting information during compliance assessments.

Cloud-ready architectures and modern infrastructure

Many digital services operate on cloud infrastructures and require architectures that support availability, scalability, and security.

Software systems can therefore be designed with cloud-ready architectures, including:

• infrastructure that supports high service availability

• system monitoring mechanisms

• centralized logging and alerting

• controlled deployment and change management processes

Such approaches help organizations maintain reliable operations and improve the resilience of their digital services.

Secure software development

The security of a system also depends heavily on how the software itself is developed.

Adopting secure development practices contributes to building applications that operate with high levels of reliability and security.

These practices typically include:

• structured software development processes

• quality checks and static code analysis

• vulnerability management and remediation

• controlled access to source code and deployment environments

These practices help reduce technical risks and support the development of secure digital services.

SOC 2 is an important framework for organizations that provide digital services and manage customer data.

Compliance requires not only governance processes but also information systems capable of supporting security, transparency, and operational traceability.

Developing applications with secure architecture, audit capabilities, reporting features, and cloud-ready infrastructure plays an important role in creating a technological environment that supports modern security standards such as SOC 2.