Observability

 

We help DevOps teams build or refine OpenTelemetry stacks to control costs, reduce troubleshooting time and improve detection of business-impact incidents.

 

Running Prometheus and Grafana, but still in the dark?

We help our clients reduce observability costs while gaining sharper insights.
Ask us how our HELM-based stack and OpenTelemetry know-how can work for you.

Metrics everywhere.
Clarity nowhere.

Our optimization sprint will tune your dashboards, alerts, and pipelines for signal, not noise.

Planning a Kubernetes rollout? Observability isn't optional.

We help organizations design future-proof, cloud-native observability built to scale with the organization.

 

We offer focused sprints or medium-term projects - modular, time-bound packages designed to deliver tangible value within 1 to 3 months. Each serves as a starting point and can be customized to meet your technical goals, resource constraints, and organizational context.


 

 


Observability Services Offerings

Observability Posture Assessment

Evaluate current observability maturity

Production-Grade Stack Deployment

Deploy reliable observability stack

Observability Optimization Sprint

Tune configurations of efficiency

Observability for AI Systems

Instrument AI systems with Observability

 

Observability Posture Assessment

 

Duration: 2–4 weeks

Target: Organizations unsure about their current observability maturity or planning improvements.

What We Do:

  • Evaluation of your current observability architecture and maturity against industry benchmark and OpenTelemetry standards.
  • Benchmarking operational and cost efficiency by improving various fields such as reduced outages, defining error budgets, and improving overall cost (FinOps)
  • Gap analysis against modern best practices - find the blind spots within your current  monitoring, logging, and tracing 

Deliverables: 

  • Executive summary 
  • Technical Action Plan
  • Prioritized recommendations
  • Team readiness assessment 

Best For: CTOs, SREs, or DevOps leads looking for clarity before investing in tools or changes.

 


Production-Grade
Observability Stack
Deployment

 

Duration: 4–8 weeks

Target: Organizations needing quick and reliable observability enablement.

What We Do:

  • Deploy a production-grade observability stack (Grafana, Loki, Prometheus, VictoriaMetrics) using our customizable HELM template.
  • Cloud-agnostic deployment (supports AWS, GCP, Azure, and on-prem).
  • Logging, metrics, and alerting pipelines integrated via OpenTelemetry.
  • Cost-optimized configuration and scaling.

Deliverables:

  • Fully deployed and documented observability stack.
  • Team walkthrough and operational handover.

Optional Add-On: 3–6 months of support and optimization.

 

Observability Optimization
Sprint

 

Duration: 4–8 weeks

Target: Teams already using observability tools but facing cost bloat or noisy signals.

What We Do:

  • Tune your Grafana, Prometheus, and Loki configurations.
  • Eliminate redundant metrics and logs.
  • Refactor dashboards for clarity and actionability.
  • Optimize scraping intervals, retention policies, and storage use.

Deliverables

  • A streamlined configuration for Prometheus, Grafana, and Loki.
  • Consolidated and deduplicated metrics/logs.
  • Reworked dashboards with clear visual hierarchies and alerting logic.

Impact: Lower cloud/storage costs, faster incident response, and happier engineers.

 


Observability for
AI and LLM Systems

 

Duration: 4–8 weeks

Target: Teams building AI-driven applications (chatbots, copilots, retrieval-augmented generation, etc.)

What We Do:

  • Instrument LLM request lifecycles using OpenTelemetry.
  • Set up prompt and output logging with cost tracking  
  • Create dashboards with token-level usage metrics and trends.  
  • Define alerting on degraded performance, latency spikes, or abnormal token spend.  
  • Integrate observability with vector DBs, embedding pipelines, and frontends.

Deliverables:

  • End-to-end tracing of LLM API calls.
  • Operational dashboards for token usage, latency, and error rates.