All Our Solutions at a Glance

What does Single Sign-On (SSO) mean, and how exactly does it work? Single Sign-On (SSO) is an authentication method that allows users to log in once and then access multiple applications, services, or systems without having to re-enter their credentials. It eliminates the need to enter a separate password for each system.SSO simplifies access to systems and improves the user experience by reducing the number of logins required. At the same time, it enhances security and simplifies the management of user data.How does SSO work? SSO is based on establishing trust between a central authentication authority (Identity Provider, IdP) and the various applications or services (Service Providers, SP).Centralized Authentication: The user logs in once to the Identity Provider (e.g., Azure Active Directory, Okta).Session token: After successful authentication, the user receives a session token that is used for every subsequent application.Trust-based communication: The applications trust the IdP and verify authentication using standardized protocols such as SAML , OAuth , or OpenID Connect .What are typical SSO protocols? SAML (Security Assertion Markup Language): Frequently used in enterprise environments to connect to web applications.OAuth 2.0: Enables authorized access to resources without sharing passwords.OpenID Connect (OIDC): An extension of OAuth 2.0 for user identification.

What is Infrastructure as Code (IaC)? In IT,Infrastructure as Code (IaC) refers to the practice of defining, managing, and deploying IT infrastructure—such as servers, networks, and storage—using code , rather than configuring it manually. This involves the use of machine-readable configuration files or scripts that describe the desired infrastructure.

What does "clustering" mean in the context of TYPO3 and Neos? Clustering refers to the configuration of multiple servers that work together to ensure higher availability, scalability, and redundancy for web applications. By implementing a cluster for TYPO3 and Neos, companies can significantly improve the scalability, reliability, and performance of their web applications. This leads to a better user experience and a more robust, resilient infrastructure.

How Does Business Intelligence (BI) Work with ELK? Implementing Business Intelligence (BI) with the ELK Stack (Elasticsearch, Logstash, Kibana) is a cost-effective and powerful way to analyze and visualize large amounts of data in real time. The ELK Stack is particularly well-suited for BI applications that require fast querying, real-time monitoring, and interactive visualizations.What are the benefits of the ELK Stack for BI? With the ELK Stack, you can build a cost-effective, flexible BI platform that enables real-time analytics, user-friendly dashboards, and data-driven decision support. Using Logstash and Beats for data ingestion, Elasticsearch for storage and analysis, and Kibana for visualization provides a powerful solution for BI needs.

What does High Availability (HA) mean, and why is it so important for (some) companies? High Availability (HA) refers to measures and architectures that ensure an IT system or service is continuously available and experiences minimal downtime. This is crucial for critical applications where interruptions can have costly and serious consequences. In the context of infrastructure and hosting, HA encompasses several core components. By combining these strategies, organizations can maximize the availability of their systems and ensure that they remain operational even in the event of disruptions.

But what are the benefits of a CDN for your application? By implementing a CDN, companies can significantly improve the performance, availability, and security of their web services by delivering content efficiently and reliably to users worldwide.

What Sets Our Security Solutions Apart? The demands placed on security solutions have risen steadily in recent years. As applications become increasingly interconnected, the underlying infrastructure is also becoming significantly more complex—and thus more vulnerable to attacks. In addition, regulatory requirements for the protection of sensitive data have also increased.We are able to create highly customized security concepts for you; often, there isn’t a one-size-fits-all solution that works for every customer. With our experience and expertise, we can build a secure infrastructure for you and, if needed, operate it on your behalf. Whether on-premises or off-premises makes no difference to us. This takes one worry off your hands, allowing you to focus fully on your core business.Data protection has also always been a priority for us; even before the GDPR was announced, we provided our clients with technical support on data protection and are happy to coordinate with your data protection officers.

A selection of the areas our DevOps specialists cover for you: Continuous Integration (CI) & Continuous Delivery (CD)MicroservicesInfrastructure as Code (IaC)Service MonitoringAutomated TestingAgile Software Development...If you have any questions about our services or the individual topics, please feel free to contact us. We’ve also explained these terms in more detail for you in the “DevOps in a nutshell” section.

What is the Continuous Relaunch Approach? The continuous relaunch approach is a strategy in which software is re-released at short, continuous intervals to regularly incorporate improvements, feedback, and innovations into the product. The focus is on viewing the software not as a one-time or infrequent product, but rather as something to be continuously optimized and further developed. This strategy can help developers foster agility and better respond to user needs.Here are some core principles of the continuous relaunch concept:Rapid feedback loops : Developers release new features or improvements in regular cycles and analyze the feedback. This enables a direct response to user feedback and increases the software’s relevance to users.Small, Frequent Updates Instead of Major Releases : Small, steady releases make changes easier for users to process, and quality assurance can be better focused on specific modules or features.Incremental innovation : Continuous relaunch promotes the idea that product improvements are introduced step by step, which minimizes the risk of bugs or serious problems. Developers can test new ideas in small steps and introduce innovations incrementally.Flexible Response to the Market : By frequently releasing new versions, developers can quickly respond to trends, competing products, or changes in the market without having to wait for a long release timeline.Automation and CI/CD Pipelines : Automation tools and CI/CD (Continuous Integration/Continuous Delivery) pipelines are crucial for enabling Continuous Relaunch. Automated tests, builds, and deployments ensure that changes are reliably and quickly deployed to the production environment.Customer-Centric Development : The Continuous Relaunch approach compels developers to pay close attention to user needs and collect valuable data to continuously improve the software. Product decisions become more data-driven and better aligned with end users.Through the Continuous Relaunch approach, developers create a flexible, user-oriented software environment in which the product is in constant dialogue with the market and continuously adapts.

What does "monitoring" mean? Monitoring refers to the continuous process of monitoring IT systems, networks, and applications to ensure their performance, availability, and security. Through effective monitoring, organizations can ensure the reliability and performance of their IT infrastructure and hosting services, detect problems early, and take appropriate action before they impact operations.