Today’s organisations face unprecedented challenges in the area of cybersecurity. According to recent research, 60% of organisations have experienced at least one data breach in the past year, while another 60% struggle to meet compliance requirements. Against this backdrop, automating cybersecurity processes with platforms such as UiPath is becoming not merely an option but a strategic necessity. The UiPath platform, a leader in robotic process automation (RPA), offers extensive capabilities for integrating with security systems, including systems critical to many organisations such as SAP, while also addressing the latest cybersecurity trends anticipated for 2025.
Cybersecurity automation: an evolution from reactivity to proactivity
The traditional approach to cybersecurity was largely reactive - organisations responded to threats after they occurred. UiPath is revolutionising this approach by enabling the creation of proactive, automated defence systems capable of operating 24/7 without human intervention. The platform employs advanced artificial intelligence and machine learning technologies to analyse vast volumes of data in real time, detect anomalies, and automatically respond to potential threats.
A key aspect distinguishing UiPath from traditional security solutions is its ability to integrate with an organisation’s existing systems without requiring their replacement. The platform can work alongside SIEM (Security Information and Event Management) tools, SOAR (Security Orchestration, Automation and Response) systems, and critical business systems such as SAP. This versatility allows organisations to introduce security automation gradually, minimising the risk and cost associated with digital transformation.
Key areas of UiPath application in cybersecurity
Identity and Access Management (IAM)
Identity and access management forms the foundation of every cybersecurity strategy. UiPath achieves an 85% automation level in this area, generating monthly time savings of 150 hours while reducing costs by 65%. The platform automates key IAM processes, including user provisioning and deprovisioning, role and permission management, password resets, and monitoring of privileged accounts.
UiPath’s automation of IAM processes also includes integration with Active Directory, LDAP and other identity repositories. Software robots can automatically create new accounts for new employees based on HR requests, assign appropriate permissions in line with job descriptions, and automatically deactivate accounts when an employee leaves the organisation. This level of automation not only increases efficiency but also significantly reduces the risk of human error that could lead to a security breach.
Threat detection and prevention
In the area of threat detection and prevention, UiPath achieves a 78% automation level, saving organisations 120 hours a month. The platform uses advanced behavioural-analysis algorithms to detect network anomalies, automatically scan for vulnerabilities, and implement remedial measures. Software robots can monitor network traffic in real time, identify suspicious activity patterns, and automatically block potential threats.
A particularly important capability is the ability to respond automatically to recognised attack patterns. UiPath can automatically block suspicious IP addresses, quarantine suspicious files, and initiate system isolation procedures upon detecting advanced persistent threats (APTs). This ability to respond immediately is crucial in the context of modern cyberattacks, where response time often determines the scale of the damage.
Security incident response
Automation of incident response by UiPath achieves an impressive 82% automation level, translating into 180 hours of monthly savings and a 70% cost reduction. The platform can automate the entire lifecycle of a security incident, from detection and classification through evidence gathering and analysis to the implementation of remedial measures and reporting.
A key element of this process is the automatic creation of tickets in incident management systems, assigning them to the appropriate teams based on incident type and severity, and automatic escalation whenever established response times are exceeded. UiPath can also automatically collect logs and artefacts related to an incident, producing the comprehensive documentation required for forensic analysis and regulatory compliance.
Audit and compliance
Audit and regulatory compliance is the domain in which UiPath achieves the highest level of automation - 90% - generating 200 hours of monthly savings with a 75% cost reduction. Automating compliance processes is particularly valuable given the growing number of regulations such as GDPR, CCPA, DORA and NIS2, which impose increasingly stringent data-protection and incident-reporting requirements on organisations.
UiPath can automatically gather data from an organisation’s various systems, consolidate it into unified compliance reports, and automatically submit it to the relevant regulatory bodies. The platform can also monitor the compliance of business processes with internal security policies and automatically flag potential non-conformities. This functionality is particularly important for organisations operating in heavily regulated sectors such as finance, healthcare or energy.
Security Orchestration, Automation and Response (SOAR)
UiPath offers advanced SOAR capabilities, achieving an 88% automation level with the highest time savings of all areas - 220 hours a month. The platform can orchestrate actions across different security tools, automate incident-response playbooks, and provide a unified interface for managing every aspect of an organisation’s cybersecurity.
An illustrative use case is the automation of responses to brute-force attacks on Azure virtual machines. UiPath can automatically detect such an attack in Azure Security Center, identify the attacking IP addresses, and automatically add blocking rules to network security groups (NSGs). The entire process can be completed within minutes without human intervention, significantly shortening response time and minimising potential damage.
UiPath’s integration with SAP: securing critical systems
SAP systems form the operational backbone of many organisations, processing critical business and financial data. Integrating UiPath with SAP in the area of cybersecurity opens up new possibilities for automating security processes specific to the SAP environment. UiPath is the first RPA platform to achieve full SAP certification for both UI and API automation, guaranteeing high quality and compliance with SAP standards.
Automated threat monitoring in SAP
SAP systems frequently hold an organisation’s most valuable data, making them an attractive target for cybercriminals. UiPath can automatically monitor the SAP environment for suspicious activity, such as unusual access patterns, attempts to access sensitive transactions, or changes to security configurations. Automating this process enables the detection of potential threats in real time and the implementation of appropriate remedial measures before an actual breach occurs.
Monitoring access to critical SAP transaction codes - such as those related to financial management or human resources - is particularly important. UiPath can automatically analyse the access logs for these transactions, identify anomalies, and automatically generate alerts for security teams. This proactive access control is essential for maintaining the integrity of business data and compliance with regulatory requirements.
Segregation of Duties (SoD) management
Segregation of duties is a fundamental security control within SAP systems, preventing conflicts of interest and potential abuse. UiPath can automate the analysis of SAP user permissions, identify potential SoD conflicts, and automatically propose remediations. This process traditionally required intensive analytical work, but with automation it can be carried out regularly and systematically.
The platform can also automatically monitor changes to user permissions and flag those that could lead to SoD conflicts. This dynamic approach to SoD management is particularly important in large organisations, where the permission structure is complex and subject to frequent change. Automating this process not only increases security but also significantly reduces the costs associated with manual analysis and conflict remediation.
Automating access control in SAP
UiPath can automate the entire process of managing access to SAP systems, from initial provisioning through regular permission reviews to eventual deprovisioning. The platform can integrate with HR systems and automatically create access profiles for new employees based on their organisational role, automatically modify permissions when roles change, and automatically deactivate accounts when employees leave.
Particularly valuable is the ability to automatically conduct regular access reviews, which are a requirement under many security standards and compliance regulations. UiPath can automatically generate access reports for managers, collect their approvals or rejections, and automatically implement the required changes in the SAP system. This process traditionally required significant amounts of time and was prone to human error.
Secure conversion to SAP S/4HANA
Converting to SAP S/4HANA represents one of the greatest challenges for organisations using SAP, particularly in terms of maintaining security during the transition. UiPath can automate key aspects of this process, including data-migration validation, testing of security functionality in the new environment, and the automatic deployment of security policies.
The platform can also automate the process of comparing security configurations between the source and target environments, identify potential security gaps, and automatically implement the required fixes. This approach significantly reduces the risk associated with the conversion and ensures that the new SAP S/4HANA environment is secured in line with best practice from day one of production.
The latest cybersecurity trends for 2025 and UiPath’s response
2025 brings new challenges in cybersecurity, characterised by the growing use of artificial intelligence by both defenders and attackers. Analysis of the latest trends shows that organisations must prepare for more sophisticated and automated threats, while at the same time leveraging similar technologies for defence.
AI-driven malware: intelligent threats vs. intelligent defence
AI-driven malware represents one of the most serious threats of 2025, with a threat rating of 9/10 and a 180% rise in prevalence. These advanced forms of malicious software use machine learning to adapt in real time, evade detection by traditional antivirus systems, and adjust to the victim’s environment.
UiPath addresses this challenge by offering an 85% automation potential in defending against AI-driven malware. The platform can use advanced behavioural-analysis algorithms to detect anomalies that may indicate the presence of intelligent malware. Software robots can automatically analyse network traffic patterns, monitor application behaviour, and identify suspicious activity that might escape the attention of traditional security systems.
A particularly important capability is the automatic learning of new attack patterns and the adaptation of defence mechanisms. UiPath can automatically update detection rules based on new threat intelligence, creating a dynamic defence system that evolves alongside the threats. This approach is critical in the fight against AI-driven malware, where traditional, static defence mechanisms prove insufficient.
Ransomware-as-a-Service: automating defence against automated attacks
Ransomware-as-a-Service (RaaS) represents another significant threat in 2025, with a threat rating of 8/10 and a 150% rise in prevalence. The RaaS model enables cybercriminals with limited technical skills to carry out sophisticated ransomware attacks, significantly increasing both the number and frequency of such attacks.
UiPath offers a 90% automation potential in ransomware defence, focusing on proactive protective measures. The platform can automate the process of creating backups, verify their integrity, and automatically test data-recovery procedures. If a ransomware attack is detected, UiPath can automatically isolate infected systems, halt the spread of infection, and initiate recovery procedures from clean backups.
Particularly valuable is the ability to automatically monitor early-warning signs of ransomware attacks, such as unusual file activity, attempts to encrypt large volumes of data, or communication with known command-and-control domains. UiPath can automatically detect these warning signals and implement preventive measures before an attack fully develops.
Zero Trust Architecture: automating continuous verification
Zero Trust Architecture is becoming the standard in cybersecurity for 2025, with a 220% rise in prevalence and a relatively low threat rating (3/10), reflecting the fact that it is primarily a defensive solution. The “never trust, always verify” philosophy requires the continuous verification of every user and device attempting to access an organisation’s resources.
UiPath achieves a 95% automation potential in implementing Zero Trust Architecture, making it an ideal tool for deploying this strategy. The platform can automate the continuous verification of identity, monitor user behaviour in real time, and automatically adjust access levels based on risk assessment. Software robots can analyse the context of access, including location, device, time and behavioural patterns, to dynamically determine whether access should be granted, restricted, or blocked.
UiPath’s automation of Zero Trust processes also includes network micro-segmentation, where robots can automatically configure firewall and access-control rules based on defined security policies. This dynamic approach to network segmentation limits lateral movement in the event of a security breach and minimises the potential impact of an attack.
Supply chain attacks: automating supply-chain monitoring
Supply chain attacks represent a growing threat, with a rating of 8/10 and a 140% rise in prevalence. These sophisticated attacks target an organisation’s suppliers and partners, exploiting trust relationships to infiltrate primary targets. Examples such as the SolarWinds attack demonstrate how devastating such incidents can be.
UiPath offers an 88% automation potential in defending against supply-chain attacks. The platform can automatically monitor supplier security, analyse the risk associated with components in use, and automatically implement control measures. Software robots can regularly scan the libraries and components in use for known vulnerabilities, automatically check the integrity of software updates, and verify vendors’ digital signatures.
A particularly important capability is the ability to automatically create and maintain a Software Bill of Materials (SBOM) for all components used by the organisation. UiPath can automatically identify all dependencies, monitor their security, and automatically flag components that may pose a security risk. This proactive approach to supply-chain management significantly reduces the risk associated with using compromised components.
Insider threats: automating detection of internal threats
Insider threats are gaining importance in 2025, particularly in the context of hybrid working and distributed teams. With a threat rating of 7/10 and a 120% rise in prevalence, they represent a significant challenge for organisations. UiPath offers an extremely high automation potential of 92% in this area.
The platform can automatically monitor user behaviour, analyse data-access patterns, and automatically identify anomalies that may indicate malicious insider activity. User and Entity Behaviour Analytics (UEBA), implemented via UiPath, can detect unusual behaviour, such as accessing data outside normal working hours, downloading unexpectedly large volumes of data, or attempting to access resources unrelated to job duties.
Automation can also extend to monitoring internal communications for indicators that may suggest planned malicious actions, as well as automatically implementing preventive measures such as restricting access or increasing monitoring of suspicious users. UiPath can also automate the Data Loss Prevention (DLP) process, monitoring data flows and automatically blocking attempts at unauthorised export of sensitive information.
Comparing UiPath with other cybersecurity automation solutions
A comparative analysis of UiPath against other cybersecurity automation tools shows the platform’s clear advantages in key areas. UiPath achieves the highest ratings in the categories of RPA process automation, SIEM tool integration, security orchestration (SOAR), and SAP automation - an area in which other solutions show significant limitations.
A particularly important advantage of UiPath is its accessibility to end users and deployment flexibility. The platform offers an intuitive graphical interface that enables the creation of automations without deep programming knowledge, significantly shortening implementation time and reducing personnel training costs. This accessibility is crucial given the global shortage of cybersecurity specialists, where organisations must maximise the efficiency of the human resources available to them.
In the area of compliance and regulatory tracking, UiPath is on a par with the best solutions on the market, offering comprehensive capabilities for automating audit processes and compliance reporting. The platform can automatically generate reports required under various regulations, such as GDPR, CCPA, SOX or HIPAA, significantly reducing the risk of non-compliance and associated financial penalties.
Use cases and business benefits
Automating incident response in a multi-platform environment
A practical example of UiPath’s application in cybersecurity is the automation of incident response in an organisation using a diverse range of IT systems. When a SIEM system detects suspicious activity, UiPath can automatically initiate a series of actions: collecting logs from all related systems, correlating events, identifying potentially infected systems, automatically isolating them, notifying the relevant teams, and initiating forensic procedures.
In one documented case, an organisation reduced its average incident-response time from 4 hours to 15 minutes thanks to UiPath automation. This dramatic improvement not only minimises the potential damage resulting from cyberattacks but also significantly reduces the costs associated with incident response and restoring normal business operations.
Automating vulnerability management at enterprise scale
Another significant use case is the automation of vulnerability management in large organisations. UiPath can automatically scan IT infrastructure for new vulnerabilities, classify them by risk level, automatically assign them to the relevant technical teams, and monitor progress in implementing fixes. The system can also automatically test the effectiveness of the fixes implemented and generate compliance reports for external auditors.
Organisations implementing such solutions report a 70-80% reduction in the time required to manage vulnerabilities, while simultaneously increasing coverage rates to 95-98%. This approach not only increases an organisation’s security but also significantly reduces the operational costs associated with manually managing vulnerabilities.
ROI and measurable business benefits
Implementing UiPath in the area of cybersecurity delivers measurable financial benefits. According to available data, organisations achieve an average operational-cost reduction of 65-80% in automated security processes. Monthly time savings range from 100 to 220 hours depending on the area of application, translating directly into reduced staffing costs and the ability to reallocate resources to more strategic tasks.
The shortened return on investment (ROI) is particularly significant. In the area of SAP transaction monitoring, organisations achieve ROI within 2 months, while access-control automation delivers a return on investment within 3 months. These short payback periods make investment in UiPath cybersecurity automation an attractive business proposition, even for organisations with limited IT budgets.
Implementation challenges and limitations
The complexity of integrating with legacy systems
One of the main challenges associated with implementing UiPath in cybersecurity is integration with existing legacy systems. Many organisations use older security systems that lack modern APIs or have limited integration capabilities. In such cases, UiPath must rely on UI automation, which can be less reliable and more susceptible to changes in target systems.
The solution to this problem is a gradual approach to automation, beginning with the processes offering the highest potential return on investment and the lowest integration complexity. Organisations should also consider modernising critical security systems as part of a broader digital transformation strategy, in order to fully leverage the capabilities offered by UiPath.
Managing the risk associated with automation
Automating cybersecurity processes introduces new types of risk that must be properly managed. Misconfigured robots can generate false alarms, block legitimate business activity, or even create new security vulnerabilities. It is therefore essential to implement robust governance and quality-control processes for security automation.
Organisations must also take into account the risk associated with robot permissions. Robots performing security tasks often require elevated permissions, which can make them an attractive target for attackers. Implementing least-privilege principles, regular audits of robot permissions, and monitoring their activity are essential to minimising this risk.
The need for continuous tuning and maintenance
Cybersecurity automation systems require continuous tuning and maintenance to remain effective against evolving threats. Detection rules must be regularly updated, incident-response playbooks must be adapted to new attack types, and integrations with external systems must be maintained as updates are rolled out.
This requires dedicated resources and specialist knowledge, which can be a challenge for organisations with limited IT teams. A solution may be to use managed automation services or to partner with specialist providers who can ensure the continuous maintenance and optimisation of cybersecurity automation systems.
The future of cybersecurity automation with UiPath
Integration with agentic AI
The future of cybersecurity automation with UiPath will be characterised by deep integration with agentic AI - autonomous artificial-intelligence agents capable of making complex decisions without human intervention. These advanced AI systems will be able not only to detect threats but also to plan and execute complex defensive strategies, adapting in real time to the changing security situation.
UiPath is already preparing the infrastructure for this type of solution, offering Autopilot™ - an AI-powered assistant capable of automatically generating automations based on natural-language descriptions. In the context of cybersecurity, future versions of this system will be able to automatically create playbooks for responding to new types of threats, optimise defensive strategies based on effectiveness analysis, and proactively identify potential vulnerabilities before they are exploited by attackers.
Quantum-resistant security
Given the growing threat associated with quantum computing, UiPath will need to evolve towards implementing quantum-resistant cryptography. The platform will be able to automate the transition to cryptographic algorithms resistant to quantum attacks, monitor the state of an organisation’s cryptographic security, and automatically implement the necessary security updates.
This will require not only the technical capability to implement new algorithms but also intelligent management of the transition period, during which organisations will need to maintain compatibility with both traditional and quantum-resistant systems. UiPath will be able to automate this complex orchestration, ensuring a smooth transition without interruptions to business operations.
Autonomous Security Operations Centres
The future of cybersecurity is moving towards fully autonomous Security Operations Centres (SOCs), where most tasks will be performed by intelligent automation systems. UiPath will play a key role in this transformation, offering a platform for orchestrating various security tools, automating threat-analysis processes, and implementing remedial actions.
These autonomous SOCs will be characterised by a capacity for self-learning defence, where systems automatically analyse the effectiveness of various defensive strategies, identify areas for optimisation, and implement improvements without human intervention. Human analysts will take on a strategic role, focusing on high-level threat intelligence, developing security policies, and managing cases that require human creativity and intuition.
SNOK: a strategic partner in SAP cybersecurity automation
In the context of growing demand for specialist expertise in cybersecurity automation for SAP, SNOK stands out as a strategic partner, combining more than 25 years of experience in the SAP ecosystem with advanced expertise in UiPath automation. As one of the few providers in Poland holding full UiPath certification alongside SAP partner status, SNOK offers a unique combination of competencies across three key areas: SAP BASIS, cybersecurity, and process automation. The company offers clients an innovative SOC (Security Operations Centre) built on UiPath automation and the SecurityBridge platform, putting into practice the concept of autonomous security operations described in this article. This synergy enables organisations not only to implement the security automation solutions described here, but also to tailor them optimally to the specifics of the Polish market and RODO/GDPR regulatory requirements. The SOC offered by SNOK combines real-time security monitoring with automated incident response, leveraging the advanced behavioural-analysis capabilities of SecurityBridge alongside UiPath’s process orchestration. The company actively uses tools such as SecurityBridge to strengthen the security of SAP environments, while simultaneously automating compliance processes using UiPath robots - enabling clients to achieve automation levels comparable to those presented in the comparative analysis.
Practical implementation of the autonomous security operations vision
SNOK translates the theoretical possibilities of cybersecurity automation into practical business solutions, particularly in the context of the key challenges of 2025. The company has developed proprietary methodologies combining the UiPath Test Suite with SAP cybersecurity processes, enabling the automation not only of functional tests but also of security tests during the conversion to S/4HANA. As Jacek Bugajski, President of SNOK, emphasises: “applying UiPath within our SAP security processes is bringing about a revolutionary change - we can proactively shape defensive strategies fully tailored to the specific needs of each enterprise”. A particular added value of SNOK is its ability to automate the management of personal data within SAP test environments, where the company uses UiPath to generate secure test data compliant with RODO requirements, eliminating the risk of privacy violations while preserving data representativeness. This approach positions SNOK as a pioneer in “privacy-by-design automation”, addressing one of the most important cybersecurity trends of 2025 related to compliance automation and privacy protection.
Conclusions and strategic recommendations
UiPath presents itself as a comprehensive cybersecurity automation platform, offering significant benefits to organisations seeking to increase the efficiency and effectiveness of their security operations. The analysis shows that the platform can achieve a 75-95% automation level across various areas of cybersecurity, generating monthly time savings of between 100 and 220 hours while reducing costs by 55-80%.
A particularly significant advantage of UiPath is its ability to integrate with critical business systems such as SAP, enabling organisations to implement end-to-end security without needing to replace their existing infrastructure. This versatility, combined with a high level of automation in key areas such as IAM, SOAR and compliance, makes UiPath an attractive option for organisations of every size.
In the context of the 2025 cybersecurity trends, UiPath demonstrates a high degree of readiness to address new challenges, offering a 60-95% automation potential in response to emerging threats such as AI-driven malware, ransomware-as-a-service or supply-chain attacks. This adaptive capacity will be crucial in the dynamically changing cybersecurity landscape.
Recommendations for organisations
Organisations considering implementing UiPath in the area of cybersecurity should begin with a comprehensive risk assessment and the identification of areas offering the highest potential return on investment. Priority should be given to processes with a high degree of repeatability, significant manual-work overhead, and critical importance to organisational security.
It is particularly recommended to begin with the automation of compliance and audit processes, which offer the highest level of automation (90%) with relatively low implementation complexity. Organisations can then extend automation to the areas of IAM and incident response, which offer significant time savings and cost reduction.
For organisations using SAP systems, UiPath integration should be treated as a strategic priority, particularly in the context of conversion to S/4HANA and the implementation of cloud-first strategies. Automating security processes in SAP can significantly reduce the risk associated with digital transformation while simultaneously increasing operational efficiency.
It is also essential to plan a long-term roadmap that takes into account the evolving threat landscape and emerging technologies such as quantum computing or agentic AI. Organisations should build a flexible automation architecture capable of adapting to future security requirements without the need for a complete redesign.
In an era of growing cyber threats and increasing regulatory requirements, cybersecurity automation is ceasing to be a luxury and becoming a business necessity. UiPath, offering a comprehensive platform for automating security operations, presents itself as a strategic enabler for organisations seeking to build a resilient and efficient cybersecurity posture in a digital-first world.
An invitation to exchange experience
Implementing advanced cybersecurity automation solutions within SAP environments requires not only the right tools, but above all experience and expertise. SNOK invites all specialists and organisations facing challenges related to SAP system security and cybersecurity process automation to exchange experience. Is your organisation considering implementing an automation-based SOC? Or perhaps you are planning a conversion to S/4HANA and need support in the area of security? Whatever stage you are at, we invite you to get in touch and discuss how modern automation solutions can support your company’s cybersecurity strategy. Together, we can build a future in which SAP security is not only effective but also intelligently automated.