Posts

ISO/IEC TS 33061:2021

ISO/IEC TS 33061:2021 is a technical specification that provides a Process Assessment Model (PAM) for software life cycle processes. Essentially, it is a tool used by organizations to measure how mature and effective their software development and maintenance processes are. If you are already looking into auditing and legal compliance, this standard is a key piece of the puzzle for verifying that a software provider's internal "gears" are turning correctly. Core Purpose The primary goal of ISO/IEC TS 33061 is to help organizations: Assess: Evaluate the current state of their software processes (like requirements gathering, testing, and deployment). Improve: Identify gaps and create a roadmap to move toward higher levels of quality and efficiency. Audit: Provide objective evidence of process capability to stakeholders or regulatory bodies. The Two Dimensions The model operates on two axes to give a full picture of a process: The Process Dimension: Defines what is being don...

Software escrow

Software escrow is a service that helps protect all parties involved in a software license agreement by having a neutral third party hold the software's source code and other critical data. Think of it as an insurance policy for a business's software investment. If the software developer goes out of business or fails to maintain the product, the buyer (the licensee) isn't left with a "black box" they can't fix or update. How It Works The process typically involves three parties: the developer (depositor), the user (beneficiary), and the escrow agent. The Agreement: All parties sign a contract specifying "release conditions"—the specific situations under which the escrow agent is allowed to give the code to the user. The Deposit: The developer sends the source code, build instructions, and documentation to the escrow agent. The Maintenance: The developer periodically updates the escrow deposit as new versions of the software are released. The Relea...

Legitimate Interest under GDPR

Legitimate Interest under GDPR Legitimate interest is a legal basis under the General Data Protection Regulation (GDPR) that allows organizations to process personal data without explicit consent, provided they have a valid reason, and the processing does not override the individual's rights and freedoms ( Article 6(1)(f) ). Key Elements Legitimate interest is one of the six lawful bases for processing personal data under GDPR ( Article 6 ). It is broader and more flexible than other bases because it is not tied to a specific purpose, such as contractual or legal obligations. Common examples include fraud prevention, network security, direct marketing, and processing employee data (Recital 47 ). Three-Part Test Organizations must satisfy a three-part test to rely on legitimate interest: Purpose Test: Is there a legitimate interest behind the processing? (Recital 47 ) Necessity Test: Is the processing necessary to achi...

Substantive testing

Substantive testing   is a key audit technique used to verify the accuracy, completeness, and validity of financial statements by detecting material errors or misstatements in accounts, transactions, and disclosures. Definition and Purpose Substantive testing involves detailed procedures where auditors gather evidence to determine whether financial statements are fairly presented and free of material misstatements. It supports an auditor’s opinion, provides assurance on the reliability of financial information, and helps detect errors or fraud. Types of Substantive Tests Analytical Procedures :  Compare financial data across periods and against expected trends to spot discrepancies. Tests of Details :  Examine individual transactions and account balances, including inspection of supporting documents, confirming amounts with external parties, and recalculating values. Key Activities Comparing year-end balances with prior periods. Performing ratio analyses and trend invest...

Residual risk

  Residual risk   is the amount of risk that remains after an organization has applied all possible controls and mitigation measures to reduce inherent risk within its processes, activities, or systems. Definition Residual risk is the  leftover risk  after taking steps to manage, treat, or control an identified risk. It reflects the reality that no risk management strategy or control can fully eliminate every possible threat or vulnerability. Calculation The formula for residual risk is: Residual Risk=Inherent Risk− Impact of Risk Controls\text{ Residual Risk} = \text{Inherent Risk} - \text{Impact of Risk Controls} Residual Risk = Inheren t Risk − Impact of Risk Controls This means organizations first assess the inherent risk and then evaluate how much it has been reduced by the implemented controls. Examples Even after installing firewalls and anti-malware tools , a company still faces residual risk of cyberattack...

Compliance risk

Compliance risk , also known as  integrity risk , refers to the potential for an organization to face  legal penalties ,  financial losses ,  reputational damage , or  operational disruptions  due to failure to comply with applicable  laws ,  regulations ,  industry standards , or  internal policies . Definition Compliance risk , also known as  integrity risk , arises when an organization fails to adhere to the legal, regulatory, and ethical standards relevant to its operations. This type of risk can impact an organisation’s earnings, capital, and reputation, potentially leading to  fines ,  lawsuits ,  business disruptions ,  loss of licenses , or  government sanctions . Key Elements Legal and Regulatory Requirements : Compliance risk includes failure to adhere to local, national, or international laws and regulations, such as those related to  financial reporting ,  data p...

Detection risk

Detection risk is the risk that an auditor’s procedures will fail to detect a material misstatement in the financial statements. In other words, even if there are errors or fraud, the auditor might not find them due to limitations in the audit process. Key Points about Detection Risk: Auditor-Controlled : Unlike inherent and control risks, detection risk is influenced by the auditor’s actions—such as the quality of audit procedures and the level of professional skepticism. Inverse Relationship : The higher the inherent and control risks, the lower the detection risk should be (i.e., the auditor must perform more rigorous testing). Example: If a company has complex transactions (high inherent risk) and weak internal controls (high control risk), the auditor must reduce detection risk by performing more detailed and extensive audit procedures.