Robotic Process Automation (RPA) is helping organisations automate repetitive activities such as invoice processing, data entry, report generation, employee onboarding, and customer information updates. Software bots can perform these tasks across multiple applications, reducing manual effort and improving operational efficiency.
However, automation also introduces a security consideration that businesses cannot overlook: every bot needs an identity, credentials, and access to the systems required to perform its assigned tasks.
If these automated identities are poorly managed, organisations may create security gaps that are difficult to detect through traditional employee-focused identity management practices.
A structured identity governance strategy helps businesses scale automation while maintaining accountability over the systems and information accessed by software bots.
Why Software Bots Need Identity Governance
RPA bots often interact with several business applications during a single automated workflow. For example, an invoice-processing bot might retrieve supplier information, update financial records, and generate payment reports.
Each application connection requires appropriate authentication and permissions.
Problems arise when organisations create bot accounts without clear ownership, assign excessive permissions, or leave credentials active after an automation process is discontinued.
Unlike human employees, bots may operate continuously without drawing attention to their activity. This makes it especially important to maintain visibility into their identities and assigned access.
Understanding the Risks of Shared Automation Credentials
Some organisations use shared accounts to run multiple automation workflows. Although this may simplify initial implementation, it can make accountability difficult.
When several bots use the same credentials, security teams may struggle to determine which automated process performed a particular action.
Shared credentials can also increase the impact of a compromise because multiple workflows may depend on the same account.
Where supported, organisations should assign separate identities to individual bots or automation processes. This allows permissions, credentials, and activity records to be managed more precisely.
Defining the Right Permissions for Automated Workflows
RPA bots should receive only the access necessary to complete their assigned tasks.
A bot designed to retrieve information from a reporting application should not automatically receive permission to modify unrelated records. Similarly, an automation process that updates supplier information should not have unrestricted access to every financial function.
Organisations should document each bot’s purpose, application dependencies, required permissions, and responsible business owner.
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Reviewing these permissions helps ensure that automated processes operate within appropriate access boundaries.
Managing Bot Credentials and Authentication
Automation credentials require the same careful protection as other sensitive identities.
Hardcoded passwords, shared secrets, and long-lived access tokens can create opportunities for unauthorised access if exposed.
Organisations should use secure credential vaults, rotate credentials according to their security policies, and apply strong authentication mechanisms where supported by the application and automation platform.
They should also establish procedures for responding to suspected credential exposure and disabling automation identities that are no longer required.
Monitoring Automation Activity Across Applications
A bot may perform hundreds or thousands of actions during normal operations. Organisations therefore need sufficient visibility to distinguish expected automated activity from suspicious behaviour.
Monitoring should consider unusual access patterns, unexpected application changes, failed authentication attempts, and activity outside approved automation schedules.
A User Access Review For Jira can help organisations examine application access in project environments where automated workflows interact with issue tracking, task management, and development processes.
Combining application access oversight with automation logs helps security teams understand how automated identities interact with business systems.
Establishing Ownership Throughout the Automation Lifecycle
Automation projects often move through several stages, from development and testing to production deployment and eventual retirement.
Access governance should remain part of every stage.
Before deployment, teams should identify the business owner, technical owner, application dependencies, and required permissions. When workflows are modified, access requirements should be reassessed. When a bot is retired, its accounts, credentials, and application permissions should be deactivated.
This lifecycle approach prevents obsolete automation identities from remaining active after their business purpose has ended.
Conclusion
RPA can improve productivity, but every automated workflow introduces identities and application connections that require appropriate oversight.
By assigning distinct bot identities, restricting permissions, protecting credentials, monitoring activity, and defining clear ownership, organisations can reduce the security risks associated with automation.
Integrating identity governance into RPA programmes helps businesses expand automation confidently while maintaining accountability across their application environments.
