Webinars
IT infrastructures are becoming increasingly complex. Updates, security requirements, compliance regulations, and growing system dependencies are increasing the pressure on IT teams in their daily operations.
In our webinars, we demonstrate how modern operating models help to run systems in a stable, transparent, and controllable manner. We focus not on theoretical concepts, but on practical insights, real-world scenarios and concrete solutions.
Learn how companies can make their IT environments more resilient, reduce risks and simultaneously increase operational efficiency.
Practical insights into resilient, controllable and efficient IT operations
You will gain practical insights into topics such as:
➜ automated infrastructure
➜ controllable system states
➜ cyber resilience in IT operations
➜ secure update strategies
➜ deterministic operating models
All sessions are concise, technically sound and practice-oriented.
After our sessions, you'll know:
✔️ how to make modern infrastructure controllable.
✔️ how automated operations reduce risks.
✔️ how deterministic system states create stability.
✔️ how IT teams manage complexity.
Our webinars are designed for:
👉 CIO / IT Management
👉 Head of Infrastructure
👉 CISO
👉 DevOps Teams
👉 Critical Infrastructure Operators
👉 IT Architects
Gain practical insights into modern IT operating models and automated infrastructure.
➜ Duration: 30 minutes
➜ Technical insights from experts
➜ Concise presentation
➜ Open Q&A session
Not a marketing show – but concrete, real-world technical insights.
Webinar: When an Update stops the world
The moment everyone knows:
A single update. Well-intentioned. Routinely rolled out. And suddenly, production, logistics, services, or entire organizations grind to a halt. Updates are one of today's biggest - and most underestimated - operational risks.
But: The risk isn't the update itself, but the underlying operating model with:
🔸 disparate systems, manually maintained
🔸 no true separation of update and operation
🔸 no consistent code control up to runtime
🔸 rollbacks as an emergency measure – not as the standard
The inconvenient truth:
Many organizations are cloud-native for applications (modern pipelines), but still rely on traditional operating systems (fragile OS updates).
This is precisely where global bottlenecks are occurring.
What if:
This webinar is aimed at decision-makers, architects, and those responsible for operations, security, and governance.
The focus is not on a single tool, but on the fundamental question of why updates are becoming a business risk today – and how this can be changed.
Reduce update-related operational risk
See how UPTR Control Plane enables controlled updates and reliable rollback mechanisms.➜ Explore Update Lifecycle Management
Webinar: Deterministic Infrastructure explained – What distinguishes modern IT operating models
The new reality: modern OS deployment for cloud, data center and edge.
What if updates were no longer events, but controlled releases?
➜ The operating system is treated like software: versioned, tested, signed and reproducible.
➜ A single artifact for all environments.
➜ Rollback not as a last way out, but as a feature.
Then updates stop being a risk - and become part of controlled infrastructure lifecycle.
The interaction of bootc and UPTR:
👉 bootc defines how a modern OS is built.
👉 UPTR defines how it is operated securely, scalably, and with control.
See how UPTR:
🔹 turns bootc into an operational platform
🔹 brings Lifecycle Controlbeyond the OS
🔹 establishes Governance & Compliance
🔹 connects cloud-native principles with IT/OT reality
🔹 enables end-to-end infrastructure operations
From Update Risk to Platform Control with a bootc-based, OCI-compliant OS deployment:
✔ Cloud-native consistency from code to operations
✔ Immutable systems with governance and compliance by design
✔ Controlled updates with reliable rollbacks and predictable operations ➜ Explore Control Plane
Webinar: Cyber Resilience in IT Operations - How IT systems can be returned to a secure state at any time
Modern IT resilience means: Systems must not only be protected. They must always be recoverable.
Resilient infrastructure is infrastructure that can return to a known, approved and secure operational state - at any time.
This requires:
🔹 Controlled automation instead of uncontrolled updates
🔹 Reversible infrastructure (rollback capability)
🔹 Transparency of dependencies
🔹 Vendor-independent governance
🔹 Separation of Security Functionality and Operational Control
These principles are prerequisites for:
👉 NIS2 Implementation
👉 Critical Infrastructure Regulation
👉 Resilience Strategies at the Federal & State Levels
With Control Plane, UPTR provides the operational control layer that makes cyber-resilient infrastructure possible.
It isn't a Security tool, but a Governance and Lifecycle platform for controllable IT/OT operations.
Cyber Resilience through Controlled Infrastructure:
With UPTR Control Plane and Lifecycle Control. ➜ Explore Control Plane