Software Solutions Made in Germany

Cyber Resilience - Digital Sovereignty - Future-Proofing are goals worth turning your company upside down for.
A well-managed IT/OT system landscape is essential for the performance and success of the company.
⇒ APILANi is your Alliance Partner to get your IT/OT landscape in shape.
How IT/OT Infrastructure Management impacts your business goals.

In industrial IT/OT environments and critical infrastructure (KRITIS), infrastructure is not just technical — it is mission-critical. From on-premises systems and the edge to the cloud, every component must work together to ensure stable operations and uninterrupted services. Energy, logistics, manufacturing, healthcare, and public services depend on systems that must be available, secure, and predictable at all times. One single point of failure is enough to disrupt essential processes, impact supply chains, or even threaten public safety. Cyberattacks, faulty updates, and hidden dependencies can quickly turn technical incidents into serious operational and economic risks.
Cyber resilience starts with visibility, control, and standardized operations. With APILANi and UPTR, organizations gain a transparent IT/OT infrastructure with centralized management and continuous monitoring — from factory floor to cloud and edge. This creates the foundation for controlled updates, auditable changes, and fast, reliable recovery in case of incidents. Instead of reacting to outages and firefighting under pressure, teams can proactively secure systems, reduce complexity, and establish repeatable, compliant operating models.
For KRITIS operators, this is not only a technical advantage, but a strategic one. A resilient IT/OT foundation supports regulatory requirements, strengthens risk management, and improves operational continuity across distributed environments. At the same time, it enables modernization without increasing exposure: legacy systems, edge locations, and cloud platforms can be managed under one consistent operational framework. The result is higher availability, lower risk exposure, and a future-proof platform for critical services — built to protect operations, reputation, and trust.
IT/OT Convergence

IT/OT Convergence — the integration of IT and OT systems — is a key enabler for real-time data exchange and resilient, efficient operations in critical infrastructure (KRITIS) environments. When data flows seamlessly between production systems, control layers and IT platforms, operators benefit from greater transparency, faster response times and better decision-making across mission-critical processes.
At the same time, convergence increases complexity and the overall risk profile. Complex infrastructures introduce challenges around interoperability, update management, and compliance. That’s why standardized processes, continuous monitoring and controlled changes are essential to keep systems secure, available and auditable.
Conclusion:
IT/OT Convergence delivers real value — but only with structured, automated and controlled operations that ensure long-term security, stability and regulatory compliance.
Why automated IT/OT Infrastructure Management ist necessary - Bridging Technology and Operations

The performance of modern businesses depends directly on a stable, secure and scalable IT/OT infrastructure. A perfect IT/OT Infrastructure Management system ensures the secure, efficient and transparent integration of both worlds – from network architecture to data management.
When IT and OT converge, the IT/OT Infrastructure becomes more than just a technical foundation – it becomes a strategic success factor for productivity, resilience, innovation and growth through:
✔️ holistic transparency: unified monitoring of IT and OT systems
✔️ enhanced security: Protection of critical production and business data
✔️ higher efficiency: optimized processes through integrated infrastructure management
✔️ future-readiness: Foundation for Industry 4.0, cloud integration, and IIoT initiatives
✔️ Business Continuity: stable, scalable and resilient system environments
Made in Germany

In critical infrastructure (KRITIS) environments, “Software Made in Germany” must translate into operational certainty — not just promises. With UPTR™ and bootc, this principle becomes tangible: a platform approach designed for controlled, reproducible, and auditable system operations across IT and OT landscapes.
bootc provides the technical foundation for image-based, immutable operating system deployments, while UPTR™ adds the orchestration, lifecycle management, and governance layer required in regulated, mission-critical environments. Together, they enable a shift from fragile, mutable systems to versioned, reproducible, and rollback-capable infrastructures.
For KRITIS operators, this means updates are no longer high-risk events, but controlled processes. In case of incidents or faulty updates, systems can be rolled back to a known-good state within minutes — minimizing downtime and operational risk.
UPTR™ and bootc are designed with security, compliance, and operational resilience in mind. Combined, they create a foundation for governance-ready operations in critical infrastructures.
“Software Made in Germany” in this context stands for engineering discipline, predictable operations, and long-term stability. With UPTR™ and bootc, critical infrastructure operators gain a future-proof platform for secure modernization — without compromising reliability, safety, or regulatory requirements.
*) Fraunhofer IESE's assessment on the importance of German software products:
The advantages of German software lie in its quality, innovation, and security. German software companies are known for their thorough testing and quality control, which ensures that products meet the highest quality standards. These extensive testing procedures are an essential part of German development processes and form the backbone of software quality.
Germany stands not only for quality, but also for innovation. The German software industry is known for its ability to constantly evolve and set new standards. A key factor in Germany's innovative strength is its extensive focus on research and development (R&D). German companies invest considerable resources in R&D to stay one step ahead and develop new technologies. These investments are crucial for maintaining competitiveness in the global market. Through continuous innovation, German software companies can tap into new market niches and remain at the forefront of technological developments.
*) www.iese.fraunhofer.de/blog/open-source-software/
Challenges in IT/OT Infrastructure Management - and effective Solution Approaches
| Challenge | Impact | Solution |
|---|---|---|
| 1. Complexity & Heterogeneity: multiple systems, versions and vendors create fragmented structures (no standardization) | 📌 high maintenance effort and integration issues | ✔️ Standardization, platform management, automation (e.g. Infrastructure-as-Code), centralized monitoring and asset management |
| 2. Lack of Transparency: no central visibility of assets, dependencies or system status | 📌 delayed troubleshooting, hidden risks | ✔️ Implementation of CMDB, comprehensive monitoring & reporting |
| 3. Security Vulnerabilities: unpatched systems, weak access controls, outdated protocols increase security risks | 📌 increased attack surface, operational risks, Security incidents, data loss and operational downtime | ✔️ automated patch management, Zero-Trust architecture, network segmentation and OT security |
| 4. Availability & Performance: missing redundancy, manual interventions | 📌 System downtime, production interruptions | ✔️ automated failover, performance monitoring, capacity planning |
| 5. Organizational Silos: disconnected IT, OT and operations teams cause unclear responsibilities | 📌 inefficient collaboration, duplicated work, information loss and unclear responsibilities | ✔️ DevOps and ITSM integration, centralized documentation, shared dashboards, clear accountability / role definitions |
| 6. Manual Operations: repetitive or routine tasks are still performed manually | 📌 high error rate, operational risk,time-consuming and slow onboarding | ✔️ Workflow automation, orchestration tools, scripting |
| 7. Skill Gaps & Knowledge Loss: Knowledge is not documented, dependency on key individuals | 📌 reduced efficiency, operational risk and innovation delays | ✔️ Knowledge management, automated documentation standards / policies and training programs |
| 8. Cost & Resource Constraints: high operational costs, low efficiency and slow adaptation to change | 📌 Budget pressure, delayed modernization | ✔️ Cost transparency, hybrid/cloud strategies, automation for cost reduction |
| 9. Low Agility & Flexibility: slow adaption of new requirements | 📌 reduced competitiveness | ✔️ modular architectures, CI/CD integration, agile infrastructure models |
| 10. Compliance & Governance: missing audit trails, unclear responsibilities | 📌 Compliance violations, audit risks | ✔️ Governance frameworks, documentation and audit tools |
| 11. IT/OT Integration: different system lifecycles and incompatible technologies between IT and OT systems | 📌 Security vulnerabilities, data inconsistencies, data silos and inefficiencies | ✔️ secure interfaces, unified management platforms, OT-specific security concepts and OT-compatible security frameworks |
Introducing: UPTR™ – the autopilot for your IT/OT operations

UPTR™ byLibOnIce is an open, vendor-independent infrastructure management platform — Made in Germany — designed to automate and standardize operations across complex IT/OT environments. It’s built for organizations with high requirements in logistics, industry, and critical infrastructure (KRITIS), where availability, security, and traceability are non-negotiable.
With UPTR™, you manage the full operational lifecycle in one consistent approach: System Provisioning, Software Lifecycle Management, and DevOps integration — securely, transparently, and with auditable control. This enables reproducible deployments, clear governance, and predictable updates across all systems, locations, and dependencies.
UPTR™ helps IT and OT teams break down silos and create a shared operational baseline. By connecting processes, configurations, and data flows, you reduce friction between domains and accelerate collaboration — without compromising compliance requirements or operational stability.
The result: less manual work, fewer operational risks, and more reliability at scale. UPTR™ delivers end-to-end automation, improves standardization, and provides the traceability needed for regulated and mission-critical environments — so your infrastructure stays future-proof, resilient, and ready for growth.

Problem - Companies with large IT/OT landscapes struggle with
🔧 high manual effort in operations
🔧 heterogeneous systems & security risks
🔧 increasing compliance requirements (NIS2, KRITIS)
🔧 dependence on proprietary, expensive tools
UPTR™ USP & Competitive Edge
📌 holistic solution (provisioning + lifecycle + DevOps)
📌 open source security-first design
📌 automation reduces operating costs by up to 70%
📌 compliance-ready (NIS2 / KRITIS)
📌 vendor-neutral – maximum customer control
The Infrastructure Management Platform UPTR™ offers
✔ centralized management of thousands of systems NIS2 & ISO 27001-compliant
✔ automation Open source-based → no license costs, full transparency
✔ subscription-based usage model
✔ services optionally available as a public cloud Managed Services (24/7) or On-Premises solution
✔ Your benefit: faster rollouts, more stable operational processes and clear traceability down to the last detail.
UPTR™ and bootc

1. UPTR™ makes bootc operational at scale
bootc alone:
➜ Image-based OS
➜ Technically sound, but not orchestrated
UPTR™ adds:
✔️ Centralized control of thousands of bootc-based systems
✔️ Rollout, update, and rollback logic across locations
✔️ Unified operating model for cloud, data center, and edge
Added value: bootc evolves from a "technology" component to a platform building block.
2. UPTR™ extends lifecycle management beyond the OS
bootc focuses on:
➜ Building and booting the OS
UPTR™ extends to:
✔️ Versioning and releases (staging → production)
✔️ Dependencies between OS, platform, and services
✔️ controlled updates instead of sporadic image changes
Result: Updates become releases.
3. UPTR™ creates governance and compliance via bootc
bootc delivers reproducible images.
UPTR™ adds:
✔️ Traceability: Who, when, where, which version
✔️ Separation of security function and operational control
✔️ Auditable deployments throughout the entire lifecycle
Crucial for: Critical infrastructure, industry, public sector
4. UPTR™ connects bootc with IT/OT reality
bootc is designed to be cloud-native.
UPTR™ translates this into real-world environments:
✔️ Edge locations with poor connectivity
✔️ heterogeneous hardware
✔️ long lifecycles
✔️ high availability requirements
Result: bootc works where traditional cloud tools leave off.
5. UPTR™ turns bootc into an end-to-end story
Together, bootc and UPTR™ enable:
✔️ Cloud-native consistency
✔️ from code → to OS → to operations
✔️ one artifact, one lifecycle, one control model
✔️ no more special treatment for “the operating system”
Cloud-native doesn't end with containers, but begins with the OS.
Test UPTR™ in 30 days
Your benefits of a UPTR™ PoC:
1. Minimal Risk – Maximum Insight
➜ You invest only limited time and resources.
➜ The PoC runs in isolation, securely, and under control.
✔️ You can test whether UPTR™ meets your requirements without risk.
2. Reality Check instead of Promises
UPTR™ is tested directly in the customer's own environment:
➜ real systems
➜ real processes
➜ real data
✔️ This provides objective proof that the solution works.
3. Rapid Proof of Value
The PoC measurably demonstrates:
➜ how much time automated deployments save
➜ how many sources of error are eliminated
➜ how secure and transparent updates and configurations become
➜ how heterogeneity can be reduced
✔️ The customer sees in black and white the business value that UPTR™ delivers.
4. Decision Support for Management
Through the Proof of Concept (PoC), the customer immediately receives:
➜ clear KPIs
➜ documented results
➜ risk/cost/benefit analysis
✔️ This enables you to make a well-informed investment decision.
5. Accelerated Start – Setup for later Rollout
The PoC prepares for later production operation:
➜ structures are created
➜ processes are defined
➜ integration with existing tools is tested
✔️ You save time during the later rollout because much is already in place.
6. Competitive Advantage for the Customer
Many companies today struggle with:
➜ fragmented infrastructures
➜ silos between IT & OT
➜ error-prone, manual processes & insecure and unreliable deployments
✔️ UPTR™ automates, standardizes, and creates transparency.
UPTR™ is Open source-based, secure and vendor-independent – developed in Germany for organizations that require reliability, traceability and efficiency.
UPTR™ + Kubernetes

What is Kubernetes?
Kubernetes is an open-source orchestration platform that automatically manages how container-based applications are deployed, scaled, updated and operated.
Kubernetes solves typical problems of modern IT and OT infrastructures fully automatically:
➜ Applications no longer run on a single server, but in many small containers.
➜ Systems are distributed across multiple data centers, clouds, or edge locations.
➜ Updates should be performed without downtime.
➜ Peak loads require automatic scaling.
➜ Security and standardization must be guaranteed.
✔️ Kubernetes ensures that modern software runs reliably—no matter how large, distributed or dynamic the infrastructure is.

Why UPTR™ + Kubernetes?
UPTR™ is the automation platform for IT/OT infrastructures that works before, alongside and without Kubernetes.
While large platforms like OpenShift or Rancher address the orchestration of Kubernetes clusters, UPTR™ automates the entire technical infrastructure that actually exists in industrial, logistics and critical infrastructure environments: heterogeneous systems, physical servers, edge devices, software versions, security, provisioning and lifecycle management.
✔️ UPTR™ closes the gap that all Kubernetes platforms leave open.
UPTR™: Missing Layer between classic infrastructure, OT, Edge and the modern container/AI world.
1. UPTR™ is not a Kubernetes manager – it's the manager for everything below and alongside Kubernetes
⚠️ Kubernetes platforms only solve problems within the container world.
UPTR solves problems for:
➜ Linux images, drivers, firmware
➜ OT systems, PLC-related edge computing
➜ Software lifecycle across hundreds of applications
➜ Standardization across locations
➜ Deployment without cloud, without containers, without the internet
👉 UPTR™ is designed for companies with highly regulated, heterogeneous and mission-critical environments – not just cloud/container top layers.
2. UPTR™ complements Kubernetes platforms – instead of replacing them
OpenShift and similar platforms excel at:
➜ AI/GPU workloads
➜ Multi-cluster management
➜ Cloud-native platform operation
⚠️ BUT they require that…
➜ the servers are properly provisioned
➜ the OS is correctly installed
➜ security policies are running in a standardized manner
➜ the runtime is compatible
➜ firmware/drivers are up to date
➜ edge hardware operates reliably
👉 UPTR™ automates precisely this – and makes Kubernetes possible in industrial environments in the first place. UPTR™ automates the foundation on which Rafay, OpenShift, or Kubermatic operate.
3. UPTR™ is optimized for IT/OT environments – no cloud-first mindset
⚠️ Kubernetes platforms are built for cloud, data centers, and software teams.
UPTR™ is ideal for:
➜ Logistics centers
➜ Manufacturing
➜ Energy & Critical Infrastructure
➜ Transportation & Mobility
➜ Edge locations
➜ Plants with 500–10,000 physical nodes
➜ Mixed generations of hardware & systems
👉 UPTR™ excels where IT/OT reality is complex, disorganized, and difficult to automate.
4. UPTR™ manages not just containers – but the entire software lifecycle
from firmware → OS → base stack → middleware → application.
⚠️ Other platforms manage: clusters, deployments, containers, GPUs
UPTR™ also manages:
➜ System installations
➜ Updates / Patching
➜ Dependencies
➜ Drivers / Firmware
➜ Configuration drift
➜ OT edge rollouts
➜ Mass deployment
➜ Legacy software packages
👉 UPTR™ is the infrastructure and software lifecycle orchestrator for industry and critical infrastructure.
