Benefits of Cloud Native Engineering
Cloud-native engineering uses approaches such as microservices, containers and serverless computing to support scalability and efficient resource utilisation across public, private and multi-cloud environments.
- Accelerate the IT value chain
- Increase efficiency through sustainable process automation
- Use cloud elasticity to manage costs
- Improve scalability and flexibility in development and operations
Cloud Native Enabler
Support spans initial analysis through solution development, with an approach tailored to your organisation’s needs.
Cloud Readiness Assessment
Evaluate IT infrastructure and application architecture to identify improvements needed before cloud migration.
Cloud Architecture and Software Review
Review architecture and software design, identify improvement areas and recommend changes for cloud environments.
Software development expertise
Build software for cloud environments while enabling teams to develop and maintain cloud-native applications.
- Stable software foundations
- Agile delivery of value
- Long-term sustainability
Service management and orchestration
Manage containerised applications using orchestration, service discovery and load balancing.
- High availability and resilience
- Fault tolerance
- Lower costs
DevOps and CI/CD
Use automation and DevOps practices to improve delivery and operations.
- GitOps
- Reliable automation
- Operational continuity
Security and compliance
Integrate security measures and address compliance requirements.
- Zero Trust architecture
- Regulatory compliance
- Threat detection
- Risk mitigation
Technologie
Wir arbeiten mit den Technologien, auf denen moderne Plattformen aufbauen.
Erfahrung mit Cloud-Native-Infrastruktur, Plattform-Engineering, Storage und Open-Source-Systemen.
Kubernetes
Container-Orchestrierung für moderne Anwendungsplattformen.
OpenShift
Enterprise-Kubernetes-Plattform für Application Delivery und Operations.
OpenStack
Open-Source-Infrastruktur für Private- und Sovereign-Cloud-Plattformen.
Ceph
Verteilter Software-Defined Storage für Block-, File- und Object-Workloads.
Rook
Kubernetes-native Orchestrierung für verteilte Storage-Systeme.