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DevOps / Remediation · 2023

Side-by-Side Remediation

Empowering DevOps users with a dual-pane tool that not only identifies misconfigurations, but also facilitates efficient resolution within their existing workflows.

Company
ARMO
Platform
Kubernetes Security Dashboard (Web)
Role
Product Designer
Duration
3 months · Q1 2024
01

What makes this unique

In the fast-paced world of DevOps, managing and fixing misconfigurations is critical. ARMO's Side-by-Side Remediation was tailored specifically for DevOps professionals — enhancing their ability to identify and address misconfigurations swiftly, without leaving their workflow.

02

The challenge & goal

The challenge Before this feature, security analysts had to:

  • Manually switch between multiple screens to compare misconfigurations.
  • Rely on complex documentation to understand expected security policies.
  • Risk misinterpretation due to the lack of structured, side-by-side comparison.

The goal

  • Allow direct, side-by-side comparison of misconfigurations and their resolutions.
  • Provide contextual recommendations to guide analysts in fixing issues.
  • Enable quick remediation actions to reduce time-to-fix.
  • Integrate seamlessly into existing security processes.
03

Research & requirements

To inform the design, I ran:

  • User interviews with analysts to document pain points and workflow inefficiencies.
  • Competitive analysis of how other platforms handle security misconfigurations.
  • Usability studies with security professionals to refine functionality.

Key findings

  • Reducing friction was essential — analysts wanted fewer clicks and easier navigation.
  • Visual clarity was critical — clear highlights and contrast helped spot differences quickly.
  • Automation was highly valued — pre-populated recommendations saved time and reduced error.
04

Working process

Defining & refining

  • Mapped out the remediation workflow with security teams.
  • Defined technical constraints with engineers to ensure real-time feasibility.
  • Prioritized features that maximized efficiency without compromising accuracy.

Wireframing & prototyping

  • Explored multiple dual-pane layouts to optimize for quick comparison.
  • Created interactive prototypes to test analyst interactions.
  • Iterated based on usability findings.

Iterative refinement

  • Adjusted layout for readability and usability.
  • Implemented progressive disclosure to reduce cognitive overload.
  • Added quick-action buttons for instant fixes.
  • Made recommendations more discoverable.
05

Design process

The Side-by-Side Remediation design introduced a dual-panel layout that allowed analysts to investigate threats and take action within a single view.

  • Dual-pane interface — misconfigurations and remediation steps side by side.
  • Contextual recommendations — automated suggestions based on threat intelligence.
  • Quick-action buttons — one-click resolution.
  • Live updates — changes sync across teams in real time.
  • Customizable layout — adjust panels to focus on the most relevant data.
Assisted Remediation — tooltip
Smart remediation
Assisted Remediation — RBAC
−60%
Time on remediation

No more manual cross-referencing.

Adoption

Increased engagement from security teams.

Errors

Fewer misinterpretations of security policies.

06

Summary

By introducing Side-by-Side Remediation, we empowered security analysts with an intuitive tool to quickly identify and resolve misconfigurations — improving cloud security posture and reducing response time.