Case study · Cloud Services
PaaS for acloud service provider.
A large multinational cloud and technology services provider, part of a major global infrastructure and services group. It delivers managed cloud and digital platform services to internal group entities and to external public sector and enterprise customers across multiple regions, supporting both modern DevOps-driven cloud-native applications and legacy enterprise systems. Its portfolio demands strong security, multi-tenant isolation, IAM and multi-ID capability, alongside provider-grade reliability and professional support. In 2023 it generated over EUR 3.6 billion in revenue, employed approximately 16,000 professionals and ran active operations across more than 30 countries.
Constraints and answers
Three constraints on a provider-grade platform
A provider-grade platform, standardized across every stack.
Legacy data center architecture limiting modernization
Traditional data center designs constrained the ability to modernize systems and limited the adoption of cloud-native operational models.
No containerized operations standards or governance
The existing platform lacked containerized operations and maintenance standards, high reliability mechanisms and clear governance guidance.
High operations complexity
Without cloud-native monitoring and tracing, operational complexity remained high and difficult to manage efficiently.
Unified cloud-native PaaS
A unified cloud-native PaaS was integrated into the existing cloud service platform to standardize service delivery across environments.
Container orchestration service foundation
Standardized container orchestration services enabled consistent support for both internal group workloads and public customer platforms.
Open and interoperable architecture
An open architecture, built on open source, ensured interoperability, flexibility and freedom from vendor lock-in across diverse technology stacks.
Secure and efficient operations
Provider-grade security, multi-tenant isolation, IAM and automation improved operational efficiency and platform reliability at scale.
Open by construction, so a provider that serves everyone stays tied to no one.
The results
80% more efficient operations, on a 99.9% availability SLA.
- 80%
- OPERATIONAL EFFICIENCY IMPROVEMENT
- Operational efficiency improved by 80% through simplified operations and automation.
- 99.9%
- SERVICE AVAILABILITY SLA
- Service availability achieved a 99.9% SLA, meeting enterprise reliability requirements.
- OPERATIONS ENABLEMENT
- Platform usability enabled efficient management by a lean operations team.
- FEATURE DELIVERY
- Faster feature delivery improved responsiveness to customer and market needs.
Two layers, one operating model, and a platform a lean team can actually run.
The stack
What was deployed
PLATFORM
Sovereign Cloud Platform
The cloud-native PaaS foundation integrated into the existing cloud service platform, enabling container orchestration, GitOps and DevOps workflows and support for both modern cloud-native applications and legacy systems. It carries heterogeneous workloads on an open and interoperable architecture with provider-grade multi-tenant operations.
INFRASTRUCTURE
Sovereign Virtualization
The scalable and secure infrastructure required to support container orchestration and PaaS offerings, enabling multi-tenant isolation, strong security controls and efficient operation of cloud services for both group-internal and public customers.
역량에 관한 노트
본 사이트 전반에 소개된 역량, 자격, 배포 레퍼런스는 Amanah 핵심 엔지니어링 팀의 총체적인 작업을 반영합니다. 일부 프로젝트는 이전 또는 계열 법인 하에 수행되었습니다. 소버린 배포는 규정상 기밀이므로 개별 고객명은 공개되지 않습니다. 기반이 되는 레퍼런스는 NDA 하에 검증 가능합니다.
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