Cloud Observability (CAPM) – Automated, Self-Service Monitoring at Scale
Vision
We are helping our clients redefine how observability is delivered across their cloud environments by introducing a multi- Cloud & Application Performance Monitoring (CAPM) as a built-in capability of every deployment.
CAPM unifies metrics, logs, alerts and health insights into a single, centralised observability layer that is automatically provisioned, centrally governed and fully compliant self-service. Every environment is onboarded instantly, with technologies automatically discovered, monitoring applied, and visibility established from the moment infrastructure is created.
By embedding observability directly into SDLC workflows, monitoring becomes continuous and effortless. Teams no longer configure or manage monitoring manually; platform-driven automation ensures consistent coverage, least-privilege access, secure credential handling and compliance-ready standards by default.
This allows teams to focus on delivering applications, while observability, security and operational visibility are always on, always consistent and seamlessly managed in the background.
Scope
This initiative delivers centralised observability across AWS, Azure and GCP, fully integrated into the client’s internal developer platform.
It enables:
Scope
This initiative delivers centralised observability across AWS, Azure and GCP, fully integrated into the client’s internal developer platform.
It enables:
The platform mirrors the client’s structure using organisational units, allowing each team to manage their own monitoring while maintaining global standards.
Core Observability Capabilities
Observability from Day One
CAPM system is automatically deployed with every new organisation:
Python microservices running on AWS Lambda and Google Cloud Functions automatically remediated violations — like shutting down outdated instances — the moment they were detected.
- One config line provisions a secured CAPM stack onto the internal developer platform (IDP)
- One-line config from devs automatically registers the project/account as monitored entities
- One-line config from devs automatically discovers resources (e.g. GKE/EKS) and provisions metrics, dashboards, health checks, alerts and notifications
All automated through a GitOps workflow, so no manual setup is required, visibility is instant.
The platform continuously detects and monitors new resources:
- Cloud environments registered as monitored hosts
- Services (e.g. compute, storage) are automatically discovered
- Monitoring templates applied based on resource type
As infrastructure evolves, observability scales with it.
Teams define monitoring requirements directly in configuration:
- Monitoring different types of services is enabled via simple flags in infrastructure manifests
- Services selected for monitoring at deployment time
- Alerts and thresholds applied automatically
This ensures monitoring is consistent, version-controlled and repeatable.
Impact
This transformation delivered fully automated monitoring across all cloud environments, removing the need for manual configuration when onboarding new resources. It improved visibility and enabled faster incident response, while also reducing operational overhead for platform teams. Development teams gained safe self-service monitoring capabilities, and observability was scaled in line with organisational structure. It also strengthened security compared with more centralised monitoring approaches. Overall, observability is now built in, consistent and effortless.
This project builds on the concepts explored in:
“Empowering Clients with Smarter Cloud Monitoring and Self-Service Infrastructure”
Where we detail:
Organisational unit architecture
GitOps integration
Monitoring automation patterns
Identity and access design
Conclusion
Transform how your organisation delivers and manages cloud observability.
Move away from manual configuration and fragmented monitoring towards a fully automated, centralised and self-service model.
Empower your team with instant visibility while maintaining enterprise-grade governance and security.