Building a Secure DevOps Foundation for RegTech

About the Client

The Client operates a LegalTech / RegTech platform for mid-size and enterprise organizations. The platform centralizes contracts, obligations, risk registers, and compliance processes in a configurable digital environment, supporting automated approvals, structured documentation workflows, real-time reporting, audit transparency and integration with existing enterprise systems.

Objective

The client’s main goal was to establish a secure and scalable DevOps foundation for reliable, controlled platform delivery.

Solution

Altabel was engaged to establish a DevOps foundation from scratch for a compliance-sensitive platform that required reliable operations, controlled deployments, environment isolation, predictable release cycles, and auditable delivery processes.

The team designed and implemented cloud infrastructure on Microsoft Azure and introduced Kubernetes-based container orchestration to support scalable, controlled deployments across development, staging, and production environments. Infrastructure was provisioned with Terraform using a modular, environment-driven architecture to ensure consistency and repeatability.

Within Azure, Altabel built a secure and scalable setup based on Azure Kubernetes Service, Azure Container Registry, Azure Key Vault, managed networking components, controlled ingress, and role-based access control aligned with least-privilege principles.

To standardize microservice delivery, Altabel introduced a reusable Helm-based deployment framework. This enabled consistent releases, structured configuration management, and environment-specific values handling, while simplifying onboarding of new components and supporting traceable, auditable deployments.CI/CD pipelines were implemented to automate container image builds, security scanning, and controlled multi-environment deployments. This reduced manual intervention and improved the reliability of release processes.

Result

Altabel established a reliable DevOps foundation supporting secure operations, system resilience, and scalable growth in a compliance-sensitive environment.

The project enabled controlled deployments, environment isolation, and predictable release cycles through Kubernetes-based orchestration. Infrastructure consistency across development, staging, and production was ensured through modular, environment-driven Terraform Infrastructure as Code. Governance and auditability were improved through least-privilege RBAC, centralized secret management, and traceable Helm-based deployments.

Release reliability increased and manual work was reduced through automated CI/CD pipelines with security scanning and multi-environment delivery.