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SAMALAN
Fractional Platform & Reliability Architecture

Reliable software operations for growing SaaS & AI product companies

We help SaaS and AI product teams ship features consistently, avoid production incidents, and scale their systems without operational stress — acting as an embedded reliability partner owning releases, deployments, monitoring, and production stability.

Reduced incident frequency and MTTR using reliability architecture & observability

Designed Reliability Operations Platforms that eliminate operational toil

Built workflow automation systems for business processes

Built GenAI operational agents in real production environments

When software grows, operations become the bottleneck

Your product is working. Customers are coming in. Features are shipping.

But running the system is getting harder every month.

Teams usually reach out to us when they begin noticing patterns like:

Your product isn’t failing.

Your operations are becoming the limiting factor.

That’s where we help.

Production incidents slowly becoming normal

Engineers spending more time firefighting than building

Deployments feel risky and stressful

Manual release steps and tribal knowledge dependencies

Kubernetes complexity outpacing team expertise

Only one or two people truly understand the system

AI features behaving unpredictably in production

Long incident recovery times (high MTTR)

Cloud costs rising without clear explanation

No clear service ownership

We make software predictable to operate

We partner with engineering teams and take ownership of the operational side of systems.

Instead of reacting to incidents, your systems gain structure: releases become safe, failures become contained, and engineers can focus on building again.

Your team should be able to ship changes without worrying about breaking production.

Reliability

SLOs, alerting, incident response design and failure isolation so issues are detected early and contained quickly.

Platform Engineering

Internal developer platforms, golden paths and service templates that standardize how systems are built and deployed.

Automation

Operational workflows, remediation automation and runbook automation that remove repetitive work from engineers.

AI & Agent Systems

Production architecture, observability and guardrails for LLM workflows and AI agents running in real environments.

Operational outcomes your team will experience

We integrate with your team and improve how your systems behave in production — not just how they are designed.

Reliability & Incident Reduction

Detect issues early, reduce recurring failures, and shorten recovery time through monitoring, alerting, and structured incident response.

Release & Deployment Stability

Structured CI/CD and safe release practices so deployments become routine — not stressful events.

Reliability Operations Orchestration Platform

Standardized service templates, operational workflows, and clear ownership so systems are predictable to run and scale.

Operational Automation

Automated runbooks, remediation workflows, and operational tooling that remove repetitive firefighting from engineers.

AI / Agent Production Systems

Architecture, observability, and guardrails for LLM workflows so AI features behave reliably in real environments.

Modernization & Cloud Stability

Stabilize legacy systems, improve performance, and control cloud infrastructure as systems scale.

Start with a Reliability Architecture Audit

Before any long-term engagement, we begin with a structured assessment of your production environment and operational practices.

In 2–3 weeks we analyze how your system is designed, deployed, and operated — and identify the risks that cause incidents, slow releases, and operational stress.

Request Audit Details

Understand your reliability posture before committing to ongoing work.

What we evaluate

Architecture and service dependencies

Deployment and release processes

Incident history and recovery patterns

Observability, monitoring, and alerts

Operational ownership and workflows

What you receive

Reliability risk register

Reliability maturity score

Prioritized improvement roadmap

Executive summary report

How we work

A structured engagement designed to reduce risk and avoid disruption to your team.

Step 1

Discovery

Understand your architecture, team workflow, and operational pain points.

Step 2

Architecture Assessment

Evaluate reliability risks, deployment processes, and operational maturity.

Step 3

Prioritized Roadmap

Clear sequence of improvements with impact and effort tradeoffs.

Step 4

Guided Implementation

We work with your engineers to implement changes safely in production.

Step 5

Ongoing Advisory

Continuous reliability guidance as your system and team grow.

How we're different

We operate as part of your engineering organization — not an external vendor.

We take responsibility, not just tickets
Small senior team — no junior consultant rotation
Direct access to the engineer working on your system
Focused on reliability and operations, not just development
Long-term partnership instead of short projects

About

I specialize in designing reliable production systems and improving operational maturity for growing engineering organizations.

15+ years working on scalable distributed systems

Focus on platform engineering and reliability architecture

Experience in automation and workflow orchestration

Automation-first and reliability-driven engineering philosophy

Unsure about your system’s reliability?

I offer a no-sales 45-minute architecture discussion where we evaluate risk areas in your platform and outline practical next steps.

Schedule Architecture Call