Explore our solutions
We provide reliable, efficient and secure IT systems. Offered solutions are built on platforms, integrating key functionalities in observability, cyber security and digital experience. Explore AI-powered solutions and find out what you can gain from them.
Cloud Monitoring
Cloud monitoring is a set of solutions and practices used to observe, measure, analyze, and manage the health of cloud-based IT infrastructure. Continuous cloud monitoring with automation provides clear visibility into the performance and availability of websites, files, applications, servers, and network resources. With this visibility, organizations can identify and fix issues in real time before they negatively impact customer experiences.Key benefits
Improve application performance and availability - Provide full observability of services across all cloud tiers. Detect, predict, and prevent performance issues.
Minimize costs - Gather information needed to optimize resource costs for cloud-based applications.
Unified source of truth - Monitor all services in one place, regardless of whether they are in public, private, or hybrid clouds.
Main use cases
Gain a complete picture of your entire infrastructure
Gain visibility into all cloud tiers, their health, and status. Take advantage of a real-time map of dependencies between applications, services, processes, and data center components.
Advanced root cause detection
Get instant information about the causes of emerging issues, including cloud elements, thanks to automated analysis supported by AI.
Proactive alerting
Get information about potential problems before they occur. Take advantage of advanced anomaly detection mechanisms.
User transaction observation
Monitor the performance of all application components involved in individual transactions and examine their impact on end-user satisfaction.
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Contact usMonitoring Kubernetes
Kubernetes monitoring is essential for maintaining the health and performance of containerized applications. By continuously tracking metrics such as CPU and memory usage, network performance, and pod health, Kubernetes monitoring tools help ensure that applications run smoothly and efficiently. These tools can automatically detect and alert administrators to issues such as resource congestion, failed deployments, and unexpected behavior in real time. This proactive approach allows for quick identification and resolution of issues, minimizing downtime and optimizing resource utilization. Additionally, Kubernetes monitoring provides valuable insights into usage patterns and trends, aiding capacity planning and scaling decisions.Key benefits
Cost minimization - thanks to the obtained information, you will increase the efficiency of services and minimize the resources used.
Minimizing costs – by using obtained information to enhance service efficiency and minimize resource utilization.
Increased security - thanks to the ability to identify vulnerabilities and detect and block attacks in real time.
Main use cases
Advanced detection and analysis of issues
Discover their sources, taking into account the specifics of process environments based on the Kubernetes platform and workloads embedded on it.
Resource planning and optimization
Minimize resource utilization by improving service efficiency. Obtain information about their excessive or insufficient allocation using exploratory and predictive analyses.
User transaction observation
Continuously and automatically discover application components running on clusters and obtain information about the connections between them and external services. Examine the impact of their performance and stability on end-user satisfaction thanks to E2E tracking.
Single source of truth
Get single-source visibility into the health and status of all your private and public cloud clusters, and all contextual data: logs, traces, metrics, Kubernetes native events, and security information.
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Contact usInfrastructure Monitoring
Information systems are growing in scale, and with them, the supporting infrastructure is also expanding. The situation becomes more complex when our organization aims to keep up with the market, and the pace of change surpasses human capabilities. Without the right approach and tools, monitoring infrastructure and supporting the development of systems may become impossible.Key benefits
Auto-discovery - the service automatically detects processes critical for business continuity and monitors their behavior.
Native Kubernetes support - integrated monitoring controller for containers and management using labels.
Integrations - with popular cloud and virtualization providers, including VMware, Azure, AWS.
Main use cases
Configuring thresholds and alerts using artificial intelligence
Save time and money by having AI define thresholds and adjust them based on the day of the week and time of day.
Instrumentation automation
Efficiently monitor Kubernetes and OpenShift environments regardless of the frequency of changes and deployments in the environment.
Automatically manage detected issues and notifications
through simple component property features.
Eliminate monitoring gaps with an engine
that detects dependencies between components and can identify where a component is the root cause of a problem and where it is merely affected.
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Contact usApplication Performance Monitoring
Application Performance Monitoring is used to monitor and manage application performance. APM allows you to track and analyze how an application performs in real time, measuring its key metrics such as response time, resource consumption, the number of requests processed, and the occurrence of errors.Key benefits
End-to-end view thanks to auto-discovery of the solution architecture and connections between them, both at the process level and individual service calls or SQL queries.
You will easily understand and fix the problem thanks to the ability to go down to the code level and invoked methods.
You will precisely detect errors and reduce the number of unnecessary alerts by aggregating their victims and indicating the cause thanks to AI.
Main use cases
User interaction monitoring
Detect problems that the user encounters on the way while using the application.
Understanding user actions and their flow through the system
Optimize the process not only from a technical but also a business perspective, by adapting the application to user needs and achieving business goals.
Automatic service discovery and quality measurement
Reduce configuration work time by automatically detecting changes and anomalies that limit inconsistencies between the monitoring configuration and the current architecture.
Using Artificial Intelligence
Detect deviations from expected service behavior, analyze the causes and effects of problems, and even pinpoint the source of the problem with AI.
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Contact usLog Management
Log Management is the process of collecting, storing, analyzing, and managing logs generated by various systems, applications, servers, and devices on the network. Logs are detailed records of activities and events that occur in IT systems, such as user logins, system errors, configuration changes, and network communications.Key benefits
Platform Support - Reduce the amount of time and work needed for analysis.
Collecting Logs Without the Need for Indexing - Get Answers Quickly with Easy Usage and an Engine That Processes Logs in Large Volumes.
Artificial Intelligence Anomaly Detection Mechanisms - Use Logs to Detect Problems in a Fully Automated Way on the System.
Main Use cases
Log Monitoring
Store and analyze logs collected from systems to meet multiple standards and requirements for collecting and processing information contained in them.
Ability to store consistent logs
Improve auditing by having logs for a long time.
Collecting logs with their relationships
Easily analyze and significantly reduce MTTR by having logs, especially from container platforms such as Kubernetes or OpenShift.
Reduction of unnecessary notifications and alerts
Use Artificial Intelligence and reduce unnecessary notifications and alerts that often occur in systems that statically analyze logs. Thanks to advanced filtering capabilities, you will more precisely determine the addressee of a given problem.
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Contact usOpen Telemetry
Open Telemetry provides a standardized way to export, collect, and analyze telemetry data from cloud-native applications. Open Telemetry is an open-source project co-founded and actively supported by Dynatrace. This allows it to offer solutions on its platform that extend and support the analysis and use of such data.Key benefits
Minimize costs - use a single observability tool that meets all your organization's needs.
Single source of truth - store all types of data from OpenTelemetry as well as those collected by Dynatrace technologies.
Main Use cases
Storage and analysis of data in one place
Have access to logs, metrics, and traces from the same platform. Analyze them using a highly flexible query language and a rich presentation layer. Process large volumes of them at lightning speed with patented Grail technology.
Visibility Expansion
Gain insight into service dependencies with automatic topology discovery. Easily review performance and utilization information.
AI-Support
Use AI to automatically create benchmarks for traffic, errors, and service response times, and detect anomalies related to them.
Observability Expansion
Combine OpenTelemetry and Dynatrace data for unified observability regardless of source. Enrich OpenTelemetry with Dynatrace data, and vice versa.
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Contact usPlatform Engineering
The Platform Engineering approach helps ensure proper practices by providing an Internal Developer Platform (IDP). The platform includes a set of tools, services, and infrastructure that allow developers to build, test, deploy, and monitor applications. They enable software engineering teams to use self-service capabilities in a cloud-native manner. By implementing the Platform Engineering approach, we help apply DevOps principles at scale.Key benefits
Increased productivity - Enable developers to complete projects faster by simplifying and automating processes.
Security and compliance - Meet security and regulatory requirements with built-in mechanisms built into the development platforms.
Standardization - Streamline management and maintenance of systems by ensuring consistency in tools and processes across the organization.
Main Use cases
Centralization of tools and services
Create an internal platform that combines various tools and services needed for the software lifecycle, such as service catalog, container management, CI/CD, monitoring and incident management, or infrastructure management.
Process automation
Automate routine tasks, such as infrastructure configuration, application deployment, testing and monitoring, which will speed up development processes and reduce the risk of errors. This allow you to reduce TTM (Time-To-Market) and increase the quality of delivered software.
Ease of access to resources
Make resources available in an easy and accessible way for development teams, so that they can focus on creating added value, instead of dealing with configuration and infrastructure management. A unified approach allows you to reduce the costs associated with managing and providing resources.
Team self-sufficiency
Enable teams to use resources independently without the need to involve other departments (e.g. IT department), which will increase their efficiency.
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Contact usIBM i (AS/400) Observability
IBM i systems are renowned for their exceptional performance and stability. However, this can lead to complacency. In a rapidly changing business and technological environment, we may overlook emerging issues. This problem is further exacerbated by the noticeable shrinking of the talent pool with the necessary skills to manage this unique platform. This is where i-Rays comes in. Monitoring system parameters within safe thresholds, detecting anomalies, reducing false alarms, and generating ready-to-use configuration recommendations will help you sleep soundly.Key benefits
Proactive prevention of problems that may occur in the system (resource saturation, performance degradation).
Increased system efficiency and cost reduction.
The cure for IBM i human resource shortage.
Main use cases
Oversized IBM i hardware backing up suboptimal configuration
The hardware's full potential is not being used, leading to wasted capacity. Higher costs for maintaining and operating more powerful hardware without corresponding benefits.
The company Observability Team has no visibility over your IBM i
The IBM i system is invisible from the perspective of company APM and Observability systems. i-Rays allows for the completion of this picture by adding a key IBM i infrastructure element for Observability Teams.
Increased operational risk due to IBM i staff shortage
Administrators are often burdened with the task of analysing system parameters, which limits their ability to focus on other important tasks. This reliance on experienced personnel can also pose a challenge when there is a shortage of skilled staff. i-Rays addresses this issue by automating the analysis and tuning.
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Cloud security
Using the cloud to embed applications, in addition to many benefits, also introduces many new security challenges that traditional tools often cannot cope with. To protect Cloud Native applications, we use CNAPP platforms - a set of closely integrated security functions.Key benefits
Increased security - detect threats and respond to them automatically thanks to full insight, automatic risk assessment.
Saving time and resources - minimize the need to use many separate tools and shorten the time of threat analysis and risk assessment.
Obtaining compliance with security standards - verify all industry regulations, standards and security benchmarks.
Main Use cases
Threat detection
Identify activities that may pose threats, e.g. potential attack, malware activity, security breach. Obtain detailed information about these activities from the cloud layer and its services, individual machines and containers running applications. Respond to threats in an automated manner by blocking the execution of suspicious processes.
Vulnerability identification and prioritization
Detect vulnerabilities located at the host level and in container images throughout their lifecycle. Starting from development stations through CI/CD pipelines, artifacts placed in registries, and also monitor vulnerabilities for those images that are already used by applications running in the environment. Prioritize them with a broad context and additional risk indicators.
Cloud permission monitoring
Introduce the practice of "least access privilege", thanks to automatic analysis of permissions actually used in relation to assigned permissions and recommendations for changes based on it. Obtain information about the risk associated with too large a scope of assigned permissions and inappropriate access security.
Compliance with standards
Verify compliance with standards, security regulations starting from the earliest stages. From the IaC code on the basis of which the infrastructure or objects that will be deployed to Kubernetes clusters are created. Get information on current resources and services, their configurations and their compliance with the requirements for selected standards, regulations or benchmarks. In the event of non-compliance, obtain it using ready-made remediation steps.
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Contact usApplication security
Application security is becoming an increasingly important priority due to the number of attacks on applications, their code and the frameworks used. The daily number of vulnerabilities is so high that static scanners run cyclically are insufficient to defend our system. Dynamic filters such as WAF are not able to catch all attacks. This is where Runtime Application (Self) Protection solutions called RAP or RASP come in handy.Key benefits
Automate the process of detecting new vulnerabilities in order to remove them.
Reduce risk by detecting vulnerabilities and attacks. Built-in mechanisms even allow you to verify the attack vector and its scope.
Increase awareness of cybersecurity in the organization by promoting the detection of vulnerabilities and security issues as part of the observability platform.
Main Use cases
Integration with vulnerability databases
Detect attacks on selected vulnerabilities, showing who attacked us and how, but also block the execution of malicious code.
Code Vulnerability Detection
Detect vulnerabilities resulting from developer errors in the code using the Code-level vulnerability detection mechanism. Find out exactly where the vulnerability occurs and learn about the endpoints that can exploit it.
Risk Mitigation with AI
Minimize risk by grouping solutions and the vulnerabilities that will be mitigated thanks to them. Based on the location of the vulnerability in the architecture, AI creates an action plan to minimize the risk as quickly as possible.
Vulnerability Monitoring
Monitor vulnerabilities thanks to integration with vulnerability databases. The system will inform you about detected and published vulnerabilities.
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Contact usSAST
SAST (Static Application Security Testing) is an advanced method of source code analysis that detects and eliminates security vulnerabilities at an early stage of software development. Thanks to it, developers can quickly identify and fix potential threats before they become a serious problem. Static analysis increases application security and ensures compliance with industry standards, which translates into greater user confidence in the final product and a lower risk of incidents. Thanks to this, creating secure software becomes easier and more effective.Key benefits
Implementation of the shift-left approach - relieve the security team while not burdening developers thanks to the shift-left approach, moving security testing processes to earlier stages of the software life cycle.
Time and cost savings - detect and fix bugs early in the software life cycle.
Early threat detection - identify security vulnerabilities already at the stage of writing code and fix them before the application is deployed.
Main Use cases
IDE integration
Easily integrate SAST into existing development environments and accelerate code review.
Security gate in processes
Secure pipelines with a SAST security gate and terminate pipelines processing code with security holes.
Compliance with regulations and standards
Meet the requirements of industry security standards such as OWASP Top Ten and GDPR with static analysis and minimize the risk of legal consequences and data breaches.
Developer training and education
Develop team competences with SAST results analysis, which helps developers better understand what types of mistakes they make and how to avoid them.
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Contact usSCA
SCA (Software Composition Analysis) is an advanced solution that provides full control over software security, identifying known vulnerabilities in open-source libraries, as well as monitoring the licensing provisions of libraries used by developers. This allows teams to quickly detect and fix vulnerabilities, minimizing the risk associated with using external components, and monitor all project dependencies, providing detailed reports and implementing solutions.Key benefits
Increased security of software being developed - detect and fix vulnerabilities in code from open-source libraries, minimizing the risk associated with using external components.
Compliance with licenses and regulations - monitor obligations resulting from open-source licenses, which will allow you to comply with appropriate regulations and avoid potential legal issues.
Secure automation - deliver high-quality software without compromising on security by implementing SCA into continuous testing processes, which supports the "shift left" paradigm in DevOps and DevSecOps.
Main Use cases
Identification of vulnerabilities in open-source code
Scan and identify known vulnerabilities in open-source libraries used in the project, allowing developers to quickly and even automatically respond to security threats.
Continuous monitoring and alerting
Monitor the open-source components being used and send alerts when new vulnerabilities are detected, allowing for quick response and risk mitigation.
Dependency monitoring and management
Monitor all dependencies in the project, facilitating the management of component versions and updates and maintaining system stability and security.
Integration with risk management processes
Manage risk consciously with detailed reports on the risks associated with using open-source components provided by SCA.
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Contact usDevSecOps
DevSecOps is the practice of integrating security testing into every stage of the software development process. It includes tools and processes that encourage collaboration between developers, security specialists, and operations teams to create software that is both efficient and secure. DevSe-cOps brings a cultural transformation that makes security a shared responsibility of everyone who builds software.Key benefits
Reduced costs and time - detect security issues early in the software development process.
Accelerated software delivery - eliminate risk assessment from becoming a bottleneck in the development process by automating security testing and enabling flexible collaboration between development, operations, and security teams.
Ensuring regulatory compliance - leverage DevSecOps to meet regulatory requirements by adopting professional security practices.
Main Use cases
Detecting vulnerabilities at the coding stage
Use dedicated solutions that integrate with IDEs to detect vulnerabilities in code while it is being created.
Creating security gates
Verify and block changes or implementations that carry risk. Check software code for security at the stage of introducing changes to the repository and finally before deploying the application to the production environment.
Compliance with regulations
Verify compliance with standards, security regulations starting from the earliest stages - from the IaC code on the basis of which the infrastructure is created or resources that will be deployed to Kubernetes clusters.
Centralization of risk management
Establish central security policies and enforce them at every stage - from the beginning of production to the launch of the software in the production environment. Obtain information on risks and their significance related to detected vulnerabilities or the lack of security analysis of the software being produced in the context of the entire organization.
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Contact usBreach & Attack Simulation
Breach and Attack Simulation (BAS) is a cutting-edge technology that enables continuous and automated testing of an organization’s security by simulating real-world attacks. BAS identifies vulnerabilities and assesses the effectiveness of existing defenses. This allows organizations to proactively respond to threats before they become a real problem, ensuring higher levels of security and compliance.Key benefits
Increase security – quickly identify and fix vulnerabilities with continuous and automated security testing.
Ensure regulatory compliance – meet regulatory requirements and industry standards for security with BAS technology.
Increase security team efficiency – automate testing processes so teams can focus on more strategic tasks.
Main Use cases
Security policy optimization
Analyze simulation results to improve and adapt security policies and procedures to changing threats.
Incident Response Team Training
Simulate security incidents to test the preparedness and response of crisis management teams.
Defense Effectiveness Assessment
Test existing defenses, such as firewalls, intrusion detection systems, and antivirus solutions, to assess their effectiveness in real-world conditions.
Continuous Security Assessment
Simulate a variety of attack scenarios to identify vulnerabilities in real time and take immediate remediation actions.
Contingency Plan Testing
Simulate attacks and failures to assess the effectiveness of disaster recovery plans and business continuity strategies.
Risk Management
Get detailed vulnerability and risk reports to better manage risk and allocate resources.
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Contact usNIS2
The NIS 2 Directive (Network and Information Security Directive 2) aims to improve the security of networks and information systems in the EU. It encourages organizations to strengthen their resilience to cyber threats. To ensure full preparation for the requirements of the directive, organizations should implement a platform that continuously identifies and prioritizes security gaps, provides guidance for their rapid remediation, blocks cyber threats in real time, and provides the analytical capabilities needed to investigate and respond to incidents.Key benefits
Testing the effectiveness of the applied cybersecurity measures at the level of system and process configuration - make sure you are ready for new threats at every level.
Detect and document changes in the environment - monitor changes and validate their impact on defined management or regulatory policies. Receive reports on security incidents.
Real-time threat detection - detect threats using AI and analyze them in terms of their real impact on business continuity. Analyze applications while they are running, in the production environment.
Main Use cases
Risk management based on actual threat levels and their area of application
Manage risk based on the analysis of key information from the areas of confidentiality, integrity and availability of systems.
Documenting and reporting the state of environment security with the history of changes
Automatically detect changes and collect information to have immediate access to the always up-to-date state of the system. Use automatic documentation for internal reporting or when analyzing detected incidents.
Analysis of compliance with management, industry and regulatory policies
Check the compliance of configuration in both legacy environments and the security of private and public clouds.
Continuous vulnerability detection
Detect vulnerabilities from the stage of code creation to its launch and operation in production environments along with proposals for corrective actions.
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Mobile app analytics
Mobile app analytics is a broad solution for visualizing and understanding user experiences from the perspective of their smartphones. It consists of recording and processing sessions that indicate the use of individual functions and the most frequently taken paths in the application. It is also possible to deeply analyze views and forms broken down into interface elements, providing a number of metrics regarding user visibility and activity. Dedicated algorithms can indicate the impact of specific behaviors on conversion goals and app revenue.Key benefits
UX optimization - continuously improve user interactions with the application by analyzing their behavior.
Uninstall prevention - learn the steps leading to errors and crashes to prevent user frustration.
Increase revenue - identify and optimize problem areas of the application and increase conversion.
Main Use cases
E-commerce
Analyze user journeys and in-app interactions to reduce cart abandonment and increase sales conversions.
User retention
Understand the patterns and behaviors of loyal users to improve features that encourage long-term engagement and retention.
Onboarding optimization
Improve onboarding by analyzing user interactions and drop-off points, leading to a smoother, more engaging experience for new users. Understand where and why users drop off, optimize those processes, and streamline onboarding.
Feature adoption
Monitor how new features are received and used by users. Improve and promote the features that are most valuable to users.
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Contact usForm analysis
Form analysis involves monitoring user behavior when filling out forms. It allows you to detect errors and eliminate them in order to optimize the filling process. The entire data analysis and reporting process is automatic.Key benefits
UX optimization - based on analyses and reports, improve the usability of forms to make them even more intuitive and user-friendly.
Understanding user behavior - learn in detail the process of user interaction with the form and adapt it to their needs and expectations.
Increasing conversion rates - identify and eliminate problematic form elements to increase the number of users who complete filling out the form.
Main Use cases
E-commerce
Reduce the number of abandoned carts and increase sales by optimizing purchase forms.
Lead generation
Increase the number and quality of leads collected by optimizing contact and inquiry forms.
Recruitment
Increase the number of applications for a position by improving application forms.
Financial services
Increase the number of correctly submitted credit or insurance applications and speed up their analysis with simple and intuitive application forms.
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Contact usUser Journey
User Journeys are individual steps and actions of the user in the application performed to achieve a specific goal, compiled in the form of paths. They allow you to track which sequences of activities are most often chosen, which moments are crucial for a successful transaction and where difficulties appear, as well as to compare the behavior of different users.Key benefits
Understanding user behavior - you will learn in depth how users use the application, which will help you better adapt the functionality to their needs.
Path optimization - you will identify points of difficulty, unnecessary actions, improve the transparency of the application and the user experience.
Conversion improvement - you will analyze the paths leading to conversion, thanks to which you will optimize processes in the application.
Main Use cases
Effective marketing campaign management
Knowing where a customer is in the journey, create and deliver relevant marketing messages that will be more effective, such as retargeting ads for users who abandoned their carts or promotions for loyal customers.
Forms and registrations
Observe how users interact with forms or login/registration processes. Discover key difficulties and optimize the process.
E-commerce
Monitor user behavior, identify errors and optimize processes, which will increase customer satisfaction and increase the customer lifetime value.
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Contact usSession recording
Session recording involves recording what a user sees and does in an application from the perspective of their browser or mobile device. Comparing a series of sessions allows you to understand the impact of elements or mechanisms on the page or in the application and implement the necessary actions to make user interactions easier and more enjoyable. The recording process itself does not significantly affect the performance of the application and has a built-in function to mask sensitive data.Key benefits
Qualitative understanding – Measure the correctness of application operations not only based on quantitative metrics but also on recorded user behaviors.
Improve User Experience – Increase user satisfaction by making changes to paths, interactions, and the appearance of the application based on conclusions drawn from session recordings.
Identifying Issues – Recordings reveal specific issues in the user path, confusing interface elements, or features not working as expected.
Main Use cases
Usability Testing
Assess how users use the application. Identify bottlenecks and dead ends.
Conversion Rate Optimization
Analyze sessions that did or did not lead to conversions. Discover patterns that, if corrected, will help increase user engagement.
Verify changes to your app
Compare different versions of the interface and see how users react.
Bug investigation
Analyze sessions with errors to identify the steps leading to the problem and resolve it quickly.
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Contact usSynthetic tests
Monitoring the performance of web and mobile applications based on simulated user interactions. Execute a set of queries and steps in the browser at specified intervals to ensure that the application and its key functionalities are always available and operate with expected performance. Verify the correctness of query responses and the content of the loaded page and detect anomalies automatically. Use synthetic test metrics to confirm the application's SLA.Key benefits
Proactive application monitoring - detect unavailability issues before users start reporting them.
Quality assurance - indicate areas for improvement and analyze failures thanks to application availability and performance indicators.
Validation of new versions - check the correctness of the application's operation after introducing changes to the test environment and production deployment.
Main Use cases
Critical queries
Monitor key user paths and queries responsible for the most important functionalities.
Global availability
Run tests in different geographies to verify performance and user experience from around the world.
External vendor monitoring
Detect issues related to lack of availability or performance from external content providers and impact on application performance.
Internal application monitoring
Run tests also for applications that are not accessible from outside the organization using your own locations.
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Contact usHeat maps
Heat maps are a presentation of user interactions, e.g. clicks, views, scrolling, with individual elements of the application and its views. They allow you to determine the most attractive and frustrating elements of the page or application. They also allow you to indicate the revenue or conversion rate to which a given subpage or its fragment contributes. A dedicated browser plug-in allows you to present and analyze data directly on the page.Key benefits
Improve user experience - learn about usability problems, such as invisible or illegible elements, improve them and provide users with more pleasant interactions.
Conversion optimization - increase the effectiveness of the page, improve conversion paths and maximize results by analyzing areas of high and low engagement.
Better understanding of users - identify areas of the page that are most often clicked or scrolled, which allows for a thorough understanding of user preferences and behavior.
Main Use cases
Page layout analysis
Understand the most visited sections of your page and the most attention-grabbing elements to optimize your app layout and design.
A/B Testing
Compare different versions of your app views to see which one attracts more attention and leads to more conversions.
Marketing campaign optimization
Verify which elements of your marketing campaigns, such as banner ads or calls to action, attract the most attention to optimize their effectiveness and increase ROI.
Purchase process optimization
Understand how users navigate product pages and purchase paths. Identify and fix errors that can cause purchase abandonment.
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Contact usProduct analytics
Product analytics allows you to understand the behavior of users using the application to purchase or use the offered products. Based on data on transactions, user sessions and metadata, it is possible to segment customers, indicate their real needs and thus optimize the proposed products and functionalities. Tracking and combining the activities of the same users within various web, mobile and other platforms is unique.Key benefits
Faster implementation of optimizations - detect elements for improvement at the level of the interface or application functionality and verify their effectiveness.
UX optimization - identify problems in user paths, as well as in the presentation of products. Optimize processes and increase sales.
Increase customer value - learn about the needs and preferences of customers and create more valuable and personalized offers. These activities will increase customer loyalty and the value of their cooperation with the company over time.
Main Use cases
Product optimization
Adjust your product offering and its structures depending on the measured response of interest and purchase decisions of users.
User segmentation
Divide users into segments based on their behavior, demographics and preferences, which will allow you to create more effective marketing and product strategies.
Personalization
Create personalized experiences that meet individual customer needs and expectations. Personalization will increase user engagement and satisfaction, which will translate into better business results.
Content matching
Increase the engagement and effectiveness of your marketing message by precisely adjusting content to the needs and interests of customers.
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Process and product analytics
Penetration tests are a crucial element of every organization's security strategy. They allow for the identification of weaknesses in IT systems, applications, and networks before they can be exploited by unauthorized entities. Conducted by specialists, these tests simulate real attacks, allowing for the assessment of security levels and the implementation of necessary countermeasures to protect the organization's data and resources.Key benefits
Conversion Optimization - Analyze areas of high and low engagement and make changes that enhance page efficiency, improve conversion paths, and maximize results.
Ensuring compliance – tests help meet legal requirements and industry security standards.
Increased system security – by identifying and fixing vulnerabilities before they are exploited by cybercriminals.
Main Use cases
Web application security assessment
Identifying vulnerabilities such as SQL injection, XSS, CSRF, and other threats specific to web applications.
Network infrastructure testing
Analyzing vulnerabilities in networks, operating systems, servers, and networking devices.
Internal security checks
Simulating internal attacks to assess the effectiveness of security policies, intrusion detection systems, and access control measures.
Social engineering tests
Assessing employee resistance to phishing attempts, phone scams, and other forms of social engineering.
Mobile application security assessment
Identifying vulnerabilities in mobile applications and the security measures applied to mobile devices.
Conducting cloud security tests
Analyzing cloud environments for security configuration, policy compliance, and vulnerabilities specific to cloud services.
DDoS readiness assessment
Simulating DDoS attacks to evaluate the effectiveness of protective mechanisms and contingency plans.
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Contact usBusiness transformation
Penetration tests are a crucial element of every organization's security strategy. They allow for the identification of weaknesses in IT systems, applications, and networks before they can be exploited by unauthorized entities. Conducted by specialists, these tests simulate real attacks, allowing for the assessment of security levels and the implementation of necessary countermeasures to protect the organization's data and resources.Key benefits
Conversion Optimization - Analyze areas of high and low engagement and make changes that enhance page efficiency, improve conversion paths, and maximize results.
Ensuring compliance – tests help meet legal requirements and industry security standards.
Increased system security – by identifying and fixing vulnerabilities before they are exploited by cybercriminals.
Main Use cases
Web application security assessment
Identifying vulnerabilities such as SQL injection, XSS, CSRF, and other threats specific to web applications.
Network infrastructure testing
Analyzing vulnerabilities in networks, operating systems, servers, and networking devices.
Internal security checks
Simulating internal attacks to assess the effectiveness of security policies, intrusion detection systems, and access control measures.
Social engineering tests
Assessing employee resistance to phishing attempts, phone scams, and other forms of social engineering.
Mobile application security assessment
Identifying vulnerabilities in mobile applications and the security measures applied to mobile devices.
Conducting cloud security tests
Analyzing cloud environments for security configuration, policy compliance, and vulnerabilities specific to cloud services.
DDoS readiness assessment
Simulating DDoS attacks to evaluate the effectiveness of protective mechanisms and contingency plans.
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Contact usCampaign analytics
Penetration tests are a crucial element of every organization's security strategy. They allow for the identification of weaknesses in IT systems, applications, and networks before they can be exploited by unauthorized entities. Conducted by specialists, these tests simulate real attacks, allowing for the assessment of security levels and the implementation of necessary countermeasures to protect the organization's data and resources.Key benefits
Conversion Optimization - Analyze areas of high and low engagement and make changes that enhance page efficiency, improve conversion paths, and maximize results.
Ensuring compliance – tests help meet legal requirements and industry security standards.
Increased system security – by identifying and fixing vulnerabilities before they are exploited by cybercriminals.
Main Use cases
Web application security assessment
Identifying vulnerabilities such as SQL injection, XSS, CSRF, and other threats specific to web applications.
Network infrastructure testing
Analyzing vulnerabilities in networks, operating systems, servers, and networking devices.
Internal security checks
Simulating internal attacks to assess the effectiveness of security policies, intrusion detection systems, and access control measures.
Social engineering tests
Assessing employee resistance to phishing attempts, phone scams, and other forms of social engineering.
Mobile application security assessment
Identifying vulnerabilities in mobile applications and the security measures applied to mobile devices.
Conducting cloud security tests
Analyzing cloud environments for security configuration, policy compliance, and vulnerabilities specific to cloud services.
DDoS readiness assessment
Simulating DDoS attacks to evaluate the effectiveness of protective mechanisms and contingency plans.
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Penetration tests are a crucial element of every organization's security strategy. They allow for the identification of weaknesses in IT systems, applications, and networks before they can be exploited by unauthorized entities. Conducted by specialists, these tests simulate real attacks, allowing for the assessment of security levels and the implementation of necessary countermeasures to protect the organization's data and resources.Key benefits
Conversion Optimization - Analyze areas of high and low engagement and make changes that enhance page efficiency, improve conversion paths, and maximize results.
Ensuring compliance – tests help meet legal requirements and industry security standards.
Increased system security – by identifying and fixing vulnerabilities before they are exploited by cybercriminals.
Main Use cases
Web application security assessment
Identifying vulnerabilities such as SQL injection, XSS, CSRF, and other threats specific to web applications.
Network infrastructure testing
Analyzing vulnerabilities in networks, operating systems, servers, and networking devices.
Internal security checks
Simulating internal attacks to assess the effectiveness of security policies, intrusion detection systems, and access control measures.
Social engineering tests
Assessing employee resistance to phishing attempts, phone scams, and other forms of social engineering.
Mobile application security assessment
Identifying vulnerabilities in mobile applications and the security measures applied to mobile devices.
Conducting cloud security tests
Analyzing cloud environments for security configuration, policy compliance, and vulnerabilities specific to cloud services.
DDoS readiness assessment
Simulating DDoS attacks to evaluate the effectiveness of protective mechanisms and contingency plans.
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Contact usUser Journey
Penetration tests are a crucial element of every organization's security strategy. They allow for the identification of weaknesses in IT systems, applications, and networks before they can be exploited by unauthorized entities. Conducted by specialists, these tests simulate real attacks, allowing for the assessment of security levels and the implementation of necessary countermeasures to protect the organization's data and resources.Key benefits
Conversion Optimization - Analyze areas of high and low engagement and make changes that enhance page efficiency, improve conversion paths, and maximize results.
Ensuring compliance – tests help meet legal requirements and industry security standards.
Increased system security – by identifying and fixing vulnerabilities before they are exploited by cybercriminals.
Main Use cases
Web application security assessment
Identifying vulnerabilities such as SQL injection, XSS, CSRF, and other threats specific to web applications.
Network infrastructure testing
Analyzing vulnerabilities in networks, operating systems, servers, and networking devices.
Internal security checks
Simulating internal attacks to assess the effectiveness of security policies, intrusion detection systems, and access control measures.
Social engineering tests
Assessing employee resistance to phishing attempts, phone scams, and other forms of social engineering.
Mobile application security assessment
Identifying vulnerabilities in mobile applications and the security measures applied to mobile devices.
Conducting cloud security tests
Analyzing cloud environments for security configuration, policy compliance, and vulnerabilities specific to cloud services.
DDoS readiness assessment
Simulating DDoS attacks to evaluate the effectiveness of protective mechanisms and contingency plans.
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Asset and configuration inventory
Effective management of the application environment requires up-to-date knowledge of its components. Whether you look from the perspective of maintenance, management and control, planning or security, automatic inventory of IT assets and their configuration is the key to success. Automatic change detection, presentation of mutual connections allow for taking effective actions based on facts, not assumptions.Key benefits
Instant access to current and historical data about the environment and its configuration - receive reports for auditing and assessment of compliance with regulations or planning.
Recognition of dependencies between assets and their configuration even if they come from different sources - analyze the impact of changes on individual elements of the application ecosystem.
Automatic building of the IT asset database and their configuration - gain access to a digital inventory of assets and configuration with automatic detection of the full technology stack, created and updated in real time.
Main Use cases
Configuration history
Compare the current state of the environment and its dependencies with the historical state. Store changes such as adding, removing or modifying objects and their configurations.
Topology and dependencies
Discover topologies and recognize relationships between resources and configurations, even if they come from different data sources. Identify hidden dependencies, e.g. in system architectures, network diagrams or database schemas.
Digital twin
Automatically collect the necessary data to inventory servers, networks, cloud systems, local data centers, workstations or mainframes via agents and remote access. Build a general picture of the IT landscape and organization from multiple independent data sources - fully automate and inventory the full stack in real time.
Reporting
Receive reports with a list of servers and their parameters, certificates used and their expiration dates, or encryption algorithms used in seconds. Use the documentation to verify compliance with standards or for audit tasks.
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Continuous updating of information about resources and their configuration allows you to detect intentional and unintentional changes in the configuration and topology of IT environments. Thanks to full automation, modifications introduced in the environment are transparent, regardless of the scope they concern. If you detect a configuration that should be corrected, you can plan changes and track their implementation.Key benefits
Automatic change detection - gain access to the current state of the inventory environment. Receive information about the current configuration and dependencies along with information about the scope and time of the change.
Change history - receive information about how and when the environment changes. Thanks to the categorization of the type of change, you can easily find points that affected the operation of critical IT systems.
Defining and monitoring the implementation of changes - define their scope, analyze live, plan tasks and check if they are performed according to the schedule.
Main Use cases
Requesting and monitoring changes
In the event of a change, such as an operating system update, define the necessity of the change and track the progress of its implementation. The implementation of the change is always verified against the actual state – you are sure that the task was actually performed.
Change impact verification
Detect changes and analyze them in terms of their impact on defined compliance or security policies. In the event of rule violations, you will receive alerts and notifications.
Change history
Track the entire history of changes to the configuration of your resources and their topology. Changes from the last day, week, month or year are available in terms of adding new settings, modifying existing ones or deleting. Compare the status of the resource at any two points in time.
Real-time change tracking
The resource configuration is verified continuously and each detected change is recorded. The current configuration, after the change and parameters before the change are provided. Changes in the entire environment are presented in a timeline.
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Risk management is based on protection requirements. With the potential of the highest quality inventory data to optimize IT infrastructure, technology, quality of service and support processes, you can define requirements precisely tailored to the criticality of resources, in terms of confidentiality, availability and integrity. You can plan the response to breaches based on priority ranking.Key benefits
Confidentiality, availability and integrity - define the required level of protection based on key risk areas.
Prioritization of breaches in the context of protection requirements - precisely plan work in accordance with the actual level of threat. Not every breach requires an immediate response - thanks to prioritization, you will always know what is most urgent.
Automatic risk level inheritance - detect threats to key resources from other resources that are dependent. Require protection based on inheritance methods (maximum, dependency, accumulation, distribution).
Main Use cases
Risk management documentation
Get access to information about the current and historical state of the environment configuration and document risk at a point in time thanks to the digital twin environment. Track changes to document risk mitigation by recording actions to eliminate detected threats on critical assets.
Risk level visualization in the IT environment structure
By presenting the structure of the IT environment and inventoried assets as a topology, the elements with the highest risk level are clearly marked on diagrams. Analyze the need to maintain the highest standards for the entire structure that affects such assets thanks to the risk inheritance function.
Detection of violations with every configuration change
All changes are inventoried and verified for compliance with defined policies. Detect violations and analyze them in the context of their severity and risk level.
Protection requirement index - three levels of risk definition
Determine the final level of risk based on three key areas: confidentiality, availability and integrity.
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By defining our own and implementing market-defined, regulatory or cybersecurity institution-defined resource and configuration management policies, we improve the quality and resilience of IT systems. However, defining them is not enough. We will only achieve operational stability and business risk minimization by verifying them and monitoring their application with each change to the IT environment configuration.Key benefits
Documentation of compliance with standards - have access to information on the status of their configuration, compliance with internal and external regulations (e.g. legislative) thanks to the resource repository. Automatically document the history of violations and solutions to existing problems.
Fully automated and continuous verification of compliance with IT management policy - receive notifications about violations of internal and external policies. Each change detected by the resource inventory and configuration mechanisms will trigger a check in the context of activated policies.
Policy Management Template Repository - Help your team with initial setup. Access the IT management knowledge base. You will find many predefined policies that you can customize to your individual needs. Policy templates are based on specifications or recommendations from product manufacturers, institutions, or current state of the art.
Main Use cases
Wide base of ready-made definitions
Define policies covering internal management regulations, such as analyzing configured permissions, using products with known vulnerabilities, lack of vendor support, and compliance with general regulations such as ISO 27001, Supervisory Requirements for IT in Financial Institution.
Violation prioritization
Each policy takes into account the criticality of the violation, allowing you to assess the severity of a given threat. Combined with the protection index defined for individual assets, customize remediation plans based on the actual impact on business risk.
Detection of policy violations and alerting
Record and store in a tamper-proof manner, the start and end time of a policy violation. Track the origin of breaches until they are resolved and perform detailed root cause analysis.
Define customer-specific policies
Define custom policies to check internal and legal standards. Create your own definitions or customize existing ones in the easy-to-use policy editor using AND and OR logic. You can verify any detected change in the IT system for its impact on business risk.
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Contact usMonitoring of technical debt
The existence of technological debt introduces a significant risk to the continuity of the organization's operations. Software versions without active support, with a completed development cycle or hardware without an active warranty, can cause a failure that will be difficult to repair, as well as using software versions with existing, known vulnerabilities. We help automate the process of monitoring technological debt to help minimize operational risk.Key benefits
Detection of software versions without active support - regardless of whether you use ready-made solutions or build your own, analyze software versions, application servers or programming frameworks in terms of current and available support from the manufacturer or community.
Detection of software versions with existing vulnerabilities - each time receive an analysis of the used versions of components in terms of existing vulnerabilities in them, along with tips on how to eliminate them.
Change planning - thanks to the built-in database of information about the life cycle of the technologies used, plan changes to minimize the risk of using versions without active support.
Main Use cases
Automatic detection of technical debt
Detect all cases of using versions without support or with vulnerabilities and report them on an ongoing basis or through periodic reports. Based on detected non-compliances with the lifecycle policy, plan and track the process of eliminating technical debt.
Built-in database of software and hardware lifecycle and vulnerabilities
Automatically update the database from the resources of software and hardware vendors and public vulnerability databases (e.g. NVD). Thanks to this, it always contains up-to-date information on new versions or the latest vulnerabilities.
Verification of used hardware
Check detected device versions for available support in accordance with the manufacturers' lifecycle policies (EOL). For workstations, verify the warranty period.
Verification of used software
Based on detected versions, check operating systems, application and web servers, applications, programming frameworks, system components, databases for support, up-to-date main version, patches and existing vulnerabilities.
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