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Policy Authority
Category: Enterprise Risk Management

Technology Risk

Also known as: Technical Risk, IT Risk, Information Risk
Simply put

Technology risk is the possibility that an organization suffers financial loss, operational disruption, or reputational damage because of problems with the technology it relies on. These problems can include cyberattacks, system outages, outdated equipment, or failures in how systems are designed and built. Because organizations depend heavily on technology, managing this risk is a common concern across many functions.

Formal definition

Technology risk refers to the potential for adverse outcomes, including financial losses, operational disruptions, and reputational harm, arising from an organization's information technology assets, systems, and processes. It commonly encompasses exposures such as cyberattacks, service outages, and reliance on outdated or unsupported equipment, and in some usages the technical risk associated with the design and production of a system that may affect its required level of performance. The term is used interchangeably with technical risk, IT risk, and information risk in various sources, though scope varies; some treatments frame it as a calculation based on the likelihood that an unauthorized user negatively impacts systems, while others define it more broadly around technology failures. This entry does not cover specific risk assessment methodologies, tooling, or the detailed control frameworks used to treat technology risk.

Why it matters

Organizations across sectors depend heavily on information technology to deliver services, process transactions, and store sensitive data. When that technology fails, whether through a cyberattack, a service outage, or reliance on outdated or unsupported equipment, the consequences can extend beyond the technical fault itself to financial losses, operational disruption, and reputational damage. Because this dependence is pervasive, technology risk is commonly a concern that spans many functions rather than being confined to an IT department.

The breadth of technology risk is part of what makes it difficult to manage. Some sources frame it narrowly as a calculation based on the likelihood that an unauthorized user negatively impacts systems, while others define it more broadly around any technology failure, and still others emphasize the technical risk arising from how a system is designed and produced and whether it meets its required level of performance. These differing scopes mean that two practitioners using the term may be describing meaningfully different exposures, so it is worth confirming the intended meaning in any given context.

Because the term is used interchangeably with technical risk, IT risk, and information risk, alignment on definition and scope matters before assessment or treatment can proceed. This entry describes the concept qualitatively and does not endorse specific likelihood figures, loss estimates, or incident outcomes.

Who it's relevant to

Risk managers
Because technology risk can produce financial losses, operational disruptions, and reputational harm, risk managers are commonly involved in identifying and assessing these exposures against organizational objectives. The variation in how the term is scoped across sources makes it important for them to define its boundaries clearly within their own risk taxonomy.
IT and information security teams
Functions responsible for systems and information are directly concerned with exposures such as cyberattacks, service outages, and reliance on outdated or unsupported equipment. Where the concept is framed as the likelihood that an unauthorized user negatively impacts systems, security teams are central to understanding and reducing that exposure.
Compliance and governance professionals
Because technology dependence is pervasive across functions, technology risk often intersects with compliance obligations and governance oversight. These professionals may be concerned with ensuring that responsibility for the risk is clearly assigned and that its treatment aligns with applicable requirements, which can vary by jurisdiction, industry, and organization.
Systems design and engineering functions
In usages drawn from sources such as NIST, technology risk (as technical risk) concerns the design and production of a system and whether it achieves the level of performance necessary. Teams responsible for building and delivering systems are relevant where this narrower, performance-oriented meaning applies.

Inside Technology Risk

Information Security Risk
The potential for loss or harm arising from threats to the confidentiality, integrity, or availability of information assets, including unauthorized access, data breaches, and cyberattacks. This is commonly treated as a significant subcategory of technology risk.
IT Operational and Availability Risk
The risk that IT systems, infrastructure, or services fail to perform as required, including outages, capacity shortfalls, and degradation that may disrupt business operations. It overlaps with operational risk more broadly.
Technology Resilience and Continuity Risk
The risk that an organization cannot recover technology services within acceptable timeframes following disruptive events. This connects to business continuity and disaster recovery considerations rather than to security controls alone.
Change and Development Risk
Risk introduced through the design, development, deployment, and modification of systems and software, including defects, inadequate testing, and poorly managed changes to production environments.
Third-Party and Supply Chain Technology Risk
Exposure arising from reliance on external vendors, cloud service providers, and technology suppliers, where controls may sit partly outside the organization's direct oversight.
Data and Data Governance Risk
Risk relating to the accuracy, quality, integrity, and appropriate handling of data. Where personal data is involved, this may intersect with compliance obligations that vary by jurisdiction and sector.
Emerging and Obsolescence Risk
Risk associated with the adoption of new or immature technologies as well as the continued use of unsupported or end-of-life systems (technical debt).

Common questions

Answers to the questions practitioners most commonly ask about Technology Risk.

Is technology risk the same as cybersecurity risk?
No. Cybersecurity risk, concerning the confidentiality, integrity, and availability of information assets against threats such as unauthorized access or malicious activity, is one component of technology risk, but the two are not synonymous. Technology risk is broader, encompassing risks arising from the failure, unavailability, obsolescence, or inadequate performance of information technology systems, infrastructure, data, and related processes, whether or not a malicious actor is involved. Sources such as system outages, software defects, capacity limitations, failed change management, third-party service disruption, and legacy technology decay fall within technology risk but may sit outside a narrow definition of cybersecurity. Treating the terms as interchangeable can leave non-security failure modes under-managed.
Does technology risk belong only to the IT department?
Not exclusively. While the IT function commonly owns the design and operation of many technology controls, technology risk is typically treated as a business risk because its consequences, service interruption, data loss, regulatory exposure, financial impact, affect the organization as a whole. In organizations that apply a three lines model, business and IT operational management (first line) own and manage the risk, a risk or technology risk function (second line) may provide oversight and challenge, and internal audit (third line) provides independent assurance. Positioning technology risk solely within IT can obscure accountability for the business objectives the technology supports.
How is technology risk commonly identified and assessed?
Identification and assessment approaches vary by organization and framework, but they commonly involve cataloguing technology assets and the processes they support, identifying failure and threat scenarios, and evaluating each on dimensions such as likelihood and impact. Many organizations distinguish inherent risk (before controls) from residual risk (after controls are considered). Assessment may draw on system criticality ratings, dependency mapping, incident history, and input from business owners. This entry does not prescribe a specific methodology or scoring scale, as these differ across frameworks and risk appetites.
What types of controls are typically used to treat technology risk?
Control selection depends on the specific risk and the organization's risk appetite. Commonly referenced categories include preventive controls (such as access management and change controls), detective controls (such as monitoring and logging), and corrective or recovery controls (such as backups and disaster recovery arrangements). Organizations may also treat technology risk by transferring it, through contractual arrangements or insurance, or by accepting residual risk within tolerance. This entry does not endorse particular tools or configurations; control design should reflect the organization's context and applicable requirements.
How does third-party and cloud reliance affect technology risk management?
Reliance on external providers, including cloud services, commonly introduces technology risk that the organization must manage even where operational activities are outsourced. Accountability for the risk typically remains with the organization, while responsibility for specific controls may be shared with the provider. Practices commonly include due diligence, contractual control requirements, monitoring of service performance and availability, and understanding dependencies and concentration. The precise expectations differ by jurisdiction, sector, and regulator, and this entry does not address specific outsourcing or cloud regulatory requirements.
How is technology risk typically reported and governed?
Governance arrangements vary, but technology risk is commonly reported through risk committees, technology or operational risk forums, and ultimately to senior management and, where relevant, the board or a board committee. Reporting may cover key risk indicators, significant incidents, control effectiveness, and status against risk appetite and tolerance. Escalation thresholds and reporting cadence differ by organization. This entry does not specify governance structures or reporting formats, which should align with the organization's overall governance framework and any applicable regulatory expectations.

Common misconceptions

Technology risk and cybersecurity risk are the same thing.
Cybersecurity (information security) risk is typically treated as one subcategory within the broader domain of technology risk. Technology risk also encompasses availability, resilience, change, third-party, data quality, and obsolescence concerns that are not primarily security matters.
Managing technology risk is solely the responsibility of the IT department.
Technology risk commonly spans the governance, risk, and compliance pillars and involves multiple lines of responsibility. In many organizations, IT functions own and operate controls (first line), risk and security functions provide oversight and challenge (second line), and internal audit provides independent assurance (third line). Treating it as an IT-only concern tends to understate business and governance accountabilities.
Deploying security tools and controls eliminates technology risk.
Controls typically reduce risk to a residual level rather than eliminating it. Technology risk cannot generally be guaranteed away; it is managed against defined risk appetite and tolerance, and residual exposure remains subject to monitoring and treatment decisions.

Best practices

Distinguish inherent technology risk from residual risk when assessing exposures, and document the controls relied upon to move from one to the other so that residual risk can be evaluated against defined risk appetite and tolerance.
Maintain a technology asset and dependency inventory, including third-party and cloud dependencies, so that resilience, availability, and supply chain risks can be identified where they actually sit.
Assign technology risk responsibilities clearly across lines of responsibility, keeping management ownership of controls separate from independent assurance activities to preserve objectivity.
Integrate change and development risk considerations into the system lifecycle, using testing and change management disciplines proportionate to the criticality of the affected systems.
Align data-related technology risk treatment with applicable legal and regulatory obligations, recognizing that requirements vary by jurisdiction, industry, and organization size rather than applying a single universal standard.
Periodically reassess exposures for emerging technologies and end-of-life systems, and report material technology risks through established governance channels for informed decision-making.
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