Code and runtime assessment — Optimize phase

Application Code & Runtime Assessment

Understand why an application is slow, unstable, or costly — before you change it

An application can work and still burn resources: it freezes under load, consumes too much CPU or memory, and accumulates technical debt that slows every release. The Application Code & Runtime Assessment is a technical analysis of the application layer — code, runtime, dependencies, and configurations. It identifies where slowness, instability, and excessive resource consumption originate, and delivers a prioritized map of actions.

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At a glance

The service in brief

Service: Technical assessment of the application layer: code, runtime, dependencies, and configurations.
When you need it: An application is slow, unstable, or costly, and it is unclear whether the problem lies in the code, the runtime, or the dependencies.
R.O.C.E. phase: Optimize: the second phase of the Miriade R.O.C.E. methodology (Recover · Optimize · Control · Evolve).
Scope: Code, runtime, dependencies, configurations, deployment, and application performance.
Output: A prioritized map of application issues and the actions required.
Distinct from: The Platform Performance & Cost Audit, which looks at platforms, infrastructure, and costs. Here the focus is on application code.

When you need it

When the problem is in the application

The service fits when slowness, instability, or costs originate in the code, the runtime, or the way the application is configured and released.

Applications that freeze or degrade under load.

Excessive CPU or memory consumption.

Configurations that differ across environments and cause errors.

Undocumented dependencies that are hard to manage.

Unoptimized runtimes and external services with high latency.

Manual, fragile deployments with no controlled rollback.

Insufficient logging to understand what is happening.

Technical debt that slows down every new release.

What we analyze

A close look at the application layer

We look at the application as a complete system: code, runtime, and dependencies together, because many problems arise from how they interact.

Code & technical debt

Code quality, critical areas, bottlenecks, and technical debt that slows releases and maintenance.

Runtime & configurations

Runtime configurations, differences across environments, and settings that degrade stability and performance.

Dependencies & integrations

Dependency mapping, undocumented libraries, and external services with high latency.

Performance & resource consumption

Behavior under load, CPU and memory usage, and the points where the application consumes more than it needs.

Deployment & logging

Release processes, rollback, observability, and logging quality for diagnosing problems.

Scalability

The application's ability to handle growth in users, data, and load without oversizing resources.

Our approach

Diagnosis first, then code

Before rewriting code — or adding resources — you need to know where the problem really originates.

Is the problem in the code, the runtime, or the dependencies?

Where does the application consume more resources than necessary?

What makes it unstable under load?

Which actions have the most impact, and in what order?

Do we really need more infrastructure, or is optimization enough?

How much technical debt is slowing down releases?

Performance and Costs Out of Control

From audit to optimization

The application assessment is the diagnosis that code optimization starts from, alongside the other targeted engagements in this area.

Optimize

Platform Performance & Cost Audit

Performance and cost assessment: the prioritized map of inefficiencies.

Optimize

Data & Pipeline Acceleration

Faster pipelines and ETL/ELT, without overloading servers.

Optimize

Cloud, Platform & Data FinOps Optimization

Cost control for cloud, data, and infrastructure with the FinOps framework.

Optimize

Analytics & Query Performance Optimization

Query and database tuning: fewer resources, lower license costs.

Optimize

Application Code & Runtime Assessment

Code and runtime analysis: where the application loses performance.

You are here

Optimize

Code & Application Optimization

Code refactoring and optimization: faster, lighter applications.

Explore the challenge: Performance and Costs Out of Control

FAQ

Frequently asked questions

How is it different from the Platform Performance & Cost Audit?

The audit looks at platforms, infrastructure, and costs. This assessment looks at the application layer — code, runtime, and dependencies. The two often complement each other.

Will I have to rewrite the whole application?

No. The assessment exists precisely to identify the targeted changes with the greatest impact, avoiding unnecessary rewrites.

What do you deliver at the end of the assessment?

A prioritized map of application issues and the actions required, ranked by impact.

Is it the starting point for code optimization?

Yes. The diagnosis leads to the actual engagement: the Code & Application Optimization service.

Which technologies do you work with?

Multiple languages, runtimes, and application frameworks. We adapt the analysis to the client's stack.

Do you need more infrastructure to go faster?

Often not. The assessment separates what needs optimizing in the code from what genuinely requires more resources.

Want to know why your application is slow or costly?

Tell us which application concerns you and how the problem shows up. The assessment gives you a prioritized map of where and how to act, based on impact.

Request an assessment

Let's pinpoint the application issue

Tell us which application concerns you and how the problem shows up (slowness, freezes, resource consumption). We give you a prioritized map of where and how to act.

We analyze code, runtime, dependencies, and configurations.

We distinguish what needs optimization from what requires more resources.

It is the starting point for code optimization.

We use the data you submit only to contact you about this request.