Pricing

Modernize your codebase with intelligent refactoring by Devin

Swiftask integrates the Devin agent to transform tedious maintenance tasks into intelligent, smooth, and secure refactoring processes.

Result:

Drastically reduce technical debt without sacrificing development speed.

Technical debt is slowing down your team's innovation

Manual refactoring is often overlooked due to time or resource constraints. The result: a codebase that becomes hard to maintain, recurring bugs, and a loss of agility for new features.

Main negative impacts:

Increasing code complexity: Without regular refactoring, technical debt accumulates, making every new change risky and slow.
Developer time wasted: Your best engineers spend more time fixing architectural issues than creating business value.
Increased regression risk: Manual changes on complex code sections often introduce unpredictable side effects.

Swiftask orchestrates Devin to automate refactoring tasks. The AI analyzes your architecture, identifies improvement points, and proposes clean refactors while ensuring functional consistency.

BEFORE / AFTER

What changes with Swiftask

Before automation

Refactoring is postponed indefinitely. Developers work on legacy code, increasing frustration and delivery times. Regression testing becomes a logistical nightmare.

With Swiftask + Devin

Swiftask triggers targeted refactoring sessions via Devin. Code is cleaned in the background, following your standards. Your developers approve changes with one click, ensuring a healthy codebase.

Optimize your code in 4 key steps

STEP 1 : Define the scope

Identify modules or classes needing revision via Swiftask. Define the business rules to be followed.

STEP 2 : Orchestration with Devin

Swiftask sends directives to Devin, which analyzes the context and prepares refactoring proposals.

STEP 3 : Review and validation

Examine the changes proposed by Devin in your staging environment before any merge.

STEP 4 : Automated deployment

Once validated, Swiftask integrates the changes into your CI/CD pipeline, ensuring secure deployment.

Analysis and execution capabilities

Devin evaluates cyclomatic complexity, code redundancy, and compliance with your language's best practices.

Target connector: The agent performs the right actions in devin based on event context.
Automated actions: Rewriting complex functions, method extraction, syntax normalization, and updating obsolete libraries.
Native governance: Every intervention is tracked in Swiftask, providing total visibility into the evolution of your software health.

Each action is contextualized and executed automatically at the right time.

Each Swiftask agent uses a dedicated identity (e.g. agent-devin@swiftask.ai ). You keep full visibility on every action and every sent message.

Key takeaway: The agent automates repetitive decisions and leaves high-value actions to your teams.

Strategic advantages for development

1. Proactive debt reduction

Refactoring becomes a continuous activity rather than a one-off, expensive project.

2. Standardized code quality

Devin applies your style and structure rules uniformly across the entire codebase.

3. Increased velocity

A healthy codebase allows your teams to ship features faster.

4. Secured processes

The Swiftask workflow ensures every change goes through a rigorous validation cycle.

5. Focus on innovation

Free your engineers from repetitive maintenance tasks.

Code governance and security

Swiftask applies enterprise-grade security standards for your devin automations.

Strict access control: Swiftask manages access permissions to code repositories for the Devin agent.
Human validation required: No changes are pushed without prior human review within Swiftask.
Audit and traceability: Every refactoring operation is documented for compliance and internal auditing.
Environment isolation: Refactoring is tested in isolated branches before any production merge.

To learn more about compliance, visit the Swiftask governance page for detailed security architecture information.

RESULTS

Technical performance metrics

Metric	Before	After
Refactoring time	Several days	A few hours
Technical debt handled	Inconsistent	Measurable and continuous
Post-refactor bug rate	High	Minimal thanks to AI
Developer satisfaction	Low	High

Take action with devin

Drastically reduce technical debt without sacrificing development speed.