Port

Use Cases

Developer Onboarding

New developers spend too much time understanding the codebase and infrastructure.

VIEW EXECUTION STEPS

1. New developer logs into Port.

2. Port displays a visual representation of the services and dependencies.

3. Developer can explore the codebase, documentation, and metrics for each service.

4. Port guides the developer through the onboarding process with interactive tutorials.

5. Developer can self-provision necessary resources and tools.

Incident Remediation

Incidents take too long to resolve due to lack of context and manual troubleshooting.

VIEW EXECUTION STEPS

1. Incident is detected by monitoring system and triggers an alert in Port.

2. Port automatically identifies the affected services and dependencies.

3. AI agent analyzes the logs, metrics, and recent changes to identify the root cause.

4. Port suggests remediation steps based on the root cause analysis.

5. Developer can execute the remediation steps with a single click.

Resource Provisioning

Provisioning new resources is a slow and manual process.

VIEW EXECUTION STEPS

1. Developer requests a new resource through Port's self-service portal.

2. Port automatically provisions the resource based on predefined templates and policies.

3. Port updates the service catalog and monitoring systems with the new resource.

4. Developer receives a notification when the resource is ready to use.

Compliance Monitoring

Ensuring compliance with security and regulatory policies is a complex and time-consuming task.

VIEW EXECUTION STEPS

1. Port continuously monitors the infrastructure for compliance violations.

2. Port identifies services and resources that are not compliant with defined policies.

3. Port generates reports and alerts for compliance violations.

4. Developers can use Port to remediate compliance issues and ensure adherence to policies.

Pipeline Failure Auto-Fix

CI/CD pipeline failures require manual intervention, delaying releases.

VIEW EXECUTION STEPS

1. CI/CD pipeline fails during a build or deployment.

2. Port detects the failure and identifies the affected service and commit.

3. AI agent analyzes the logs and error messages to identify the root cause.

4. Port suggests a fix based on the root cause analysis.

5. Port automatically applies the fix and restarts the pipeline.

Upgrade Services Node Version

Upgrading node versions across multiple services can be time-consuming and complex.

VIEW EXECUTION STEPS

1. Identify services running on old node versions using Port's service catalog.

2. Create a plan in Port to upgrade all services to the desired node version.

3. Port orchestrates the upgrade process across all services, ensuring compatibility.

4. Port monitors the services during the upgrade process and alerts if any issues arise.

5. After all services are upgraded, Port updates the service catalog with the new node versions.

About Port

Core Capabilities

Main Tasks

Self-Service Provisioning

Key Features

Dynamic Blueprints

Scorecards

Self-Service Actions

AI Agents

Context Lake

Access Controls

Use Cases

Developer Onboarding

Incident Remediation

Resource Provisioning

Compliance Monitoring

Pipeline Failure Auto-Fix

Upgrade Services Node Version

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