DevSecOps
Kubernetes platform engineering for a ministry
Modernizing Cloud Delivery with a Kubernetes Platform Migration
Problem :
As the organization expanded its cloud footprint and product portfolio, its existing infrastructure and delivery processes became increasingly difficult to scale. Application deployments lacked standardization, operational practices varied between teams, and the platform was not fully aligned with modern cloud-native requirements.
The company needed a resilient, compliant, and scalable platform capable of supporting both traditional applications and emerging AI workloads, while improving deployment velocity and operational efficiency.
Solution :
The engagement focused on designing and implementing a modern Kubernetes-based platform and enabling teams to adopt cloud-native practices.
Key initiatives included:
Design and deployment of a new Kubernetes architecture.
Development of reusable platform components, including Helm charts and Terraform providers.
Participation in the implementation of core platform services such as Vault, Grafana, and Loki.
Migration of existing applications to the new platform.
Integration of new products and AI delivery pipelines into the cloud environment.
Definition of target architectures and deployment standards.
Migration from GitHub to GitLab, including CI/CD modernization.
Support for highly available (HA) architectures and regulatory approval requirements.
Migration to a multi-Availability Zone (Multi-AZ) resilient infrastructure.
Contribution to HDS compliance initiatives.
Training and onboarding of product teams and external partners on new tools, workflows, and operating models.
Challenge :
The primary challenge was executing a large-scale platform transformation while maintaining service continuity for existing applications and development teams.
The migration required balancing modernization efforts with business constraints, ensuring compliance requirements were met, and creating reusable building blocks that would allow future migrations to be performed autonomously. Aligning multiple teams around new operational standards and cloud-native practices was also a key success factor.
Summary :
The project resulted in the successful deployment of a modern Kubernetes platform, the migration of multiple applications, and the establishment of the foundational components required for long-term platform adoption.
With standardized deployment practices, improved resiliency, modern observability and secrets management capabilities, and reusable infrastructure components, the organization is now able to accelerate future migrations and onboard new workloads with significantly greater autonomy and consistency.
More Projects
DevSecOps
Kubernetes platform engineering for a ministry
Modernizing Cloud Delivery with a Kubernetes Platform Migration
Problem :
As the organization expanded its cloud footprint and product portfolio, its existing infrastructure and delivery processes became increasingly difficult to scale. Application deployments lacked standardization, operational practices varied between teams, and the platform was not fully aligned with modern cloud-native requirements.
The company needed a resilient, compliant, and scalable platform capable of supporting both traditional applications and emerging AI workloads, while improving deployment velocity and operational efficiency.
Solution :
The engagement focused on designing and implementing a modern Kubernetes-based platform and enabling teams to adopt cloud-native practices.
Key initiatives included:
Design and deployment of a new Kubernetes architecture.
Development of reusable platform components, including Helm charts and Terraform providers.
Participation in the implementation of core platform services such as Vault, Grafana, and Loki.
Migration of existing applications to the new platform.
Integration of new products and AI delivery pipelines into the cloud environment.
Definition of target architectures and deployment standards.
Migration from GitHub to GitLab, including CI/CD modernization.
Support for highly available (HA) architectures and regulatory approval requirements.
Migration to a multi-Availability Zone (Multi-AZ) resilient infrastructure.
Contribution to HDS compliance initiatives.
Training and onboarding of product teams and external partners on new tools, workflows, and operating models.
Challenge :
The primary challenge was executing a large-scale platform transformation while maintaining service continuity for existing applications and development teams.
The migration required balancing modernization efforts with business constraints, ensuring compliance requirements were met, and creating reusable building blocks that would allow future migrations to be performed autonomously. Aligning multiple teams around new operational standards and cloud-native practices was also a key success factor.
Summary :
The project resulted in the successful deployment of a modern Kubernetes platform, the migration of multiple applications, and the establishment of the foundational components required for long-term platform adoption.
With standardized deployment practices, improved resiliency, modern observability and secrets management capabilities, and reusable infrastructure components, the organization is now able to accelerate future migrations and onboard new workloads with significantly greater autonomy and consistency.
More Projects
DevSecOps
Kubernetes platform engineering for a ministry
Modernizing Cloud Delivery with a Kubernetes Platform Migration
Problem :
As the organization expanded its cloud footprint and product portfolio, its existing infrastructure and delivery processes became increasingly difficult to scale. Application deployments lacked standardization, operational practices varied between teams, and the platform was not fully aligned with modern cloud-native requirements.
The company needed a resilient, compliant, and scalable platform capable of supporting both traditional applications and emerging AI workloads, while improving deployment velocity and operational efficiency.
Solution :
The engagement focused on designing and implementing a modern Kubernetes-based platform and enabling teams to adopt cloud-native practices.
Key initiatives included:
Design and deployment of a new Kubernetes architecture.
Development of reusable platform components, including Helm charts and Terraform providers.
Participation in the implementation of core platform services such as Vault, Grafana, and Loki.
Migration of existing applications to the new platform.
Integration of new products and AI delivery pipelines into the cloud environment.
Definition of target architectures and deployment standards.
Migration from GitHub to GitLab, including CI/CD modernization.
Support for highly available (HA) architectures and regulatory approval requirements.
Migration to a multi-Availability Zone (Multi-AZ) resilient infrastructure.
Contribution to HDS compliance initiatives.
Training and onboarding of product teams and external partners on new tools, workflows, and operating models.
Challenge :
The primary challenge was executing a large-scale platform transformation while maintaining service continuity for existing applications and development teams.
The migration required balancing modernization efforts with business constraints, ensuring compliance requirements were met, and creating reusable building blocks that would allow future migrations to be performed autonomously. Aligning multiple teams around new operational standards and cloud-native practices was also a key success factor.
Summary :
The project resulted in the successful deployment of a modern Kubernetes platform, the migration of multiple applications, and the establishment of the foundational components required for long-term platform adoption.
With standardized deployment practices, improved resiliency, modern observability and secrets management capabilities, and reusable infrastructure components, the organization is now able to accelerate future migrations and onboard new workloads with significantly greater autonomy and consistency.