What's new in Aspire 13.1

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Aspire 13.1 builds on the polyglot foundation established in Aspire 13, delivering significant improvements to the CLI experience, enhanced MCP (Model Context Protocol) support for AI coding agents, dashboard refinements, and streamlined Azure deployments. This release focuses on developer productivity and seamless integration with modern AI-assisted development workflows.

This release introduces:

MCP for AI Coding Agents: New aspire mcp init command and MCP tools for AI assistants to discover integrations and interact with your Aspire applications.
CLI enhancements: Channel persistence, automatic instance detection, and installation path options.
Dashboard improvements: Dedicated Parameters tab and GenAI visualizer enhancements.
Azure Managed Redis: Renamed from AddAzureRedisEnterprise to AddAzureManagedRedis with improved validation.
Container registry support: New ContainerRegistryResource for general-purpose container registries.
JavaScript improvements: New frontend starter template, Vite HTTPS configuration, and pnpm fixes.
DevTunnels stabilization: 📦 Aspire.Hosting.DevTunnels is now a stable package.
TLS termination support: New APIs for configuring HTTPS certificates on containers and resources.
Connection properties for Azure resources: Polyglot support for Azure resource connection strings.

Requirements:

.NET 10 SDK or later

If you have feedback, questions, or want to contribute to Aspire, collaborate with us on GitHub or join us on our Discord to chat with the team and other community members.

🆙 Upgrade to Aspire 13.1

The easiest way to upgrade to Aspire 13.1 is using the aspire update command:

Update your Aspire project using the aspire update command:
Aspire CLI — Update all Aspire packages
```
aspire update
```
Update the Aspire CLI itself:
Aspire CLI — Update the CLI
```
aspire update --self
```

🤖 MCP for AI Coding Agents

Aspire 13.1 introduces comprehensive support for AI coding agents through MCP (Model Context Protocol) integration. Configure your favorite AI coding tools to understand and interact with your Aspire applications.

Initialize MCP for your project

The new aspire mcp init command detects your development environment and configures MCP servers for supported AI coding agents:

aspire mcp init

Command reference: aspire mcp init.

The command presents a streamlined two-step selection process:

Which agent environments do you want to configure?
[ ] Configure VS Code to use the Aspire MCP server
[ ] Configure GitHub Copilot CLI to use Aspire MCP server
[ ] Configure Claude Code to use Aspire MCP server
[ ] Configure Open Code to use Aspire MCP server

Which additional options do you want to enable?
[ ] Create an agent instructions file (AGENTS.md)
[ ] Configure Playwright MCP server

MCP tools for AI agents

AI coding agents connected via MCP can now discover and use Aspire integrations directly:

list_integrations — Returns available Aspire hosting integrations (Redis, PostgreSQL, Azure services, etc.).
get_integration_docs — Retrieves detailed documentation for a specific integration package.
list_apphosts — Lists all detected AppHost projects in the workspace.
select_apphost — Switches context to a specific AppHost when multiple exist.

Dashboard MCP integration

When connected to an AppHost, the dashboard exposes MCP endpoints, enabling AI agents to query resource state, view logs, and inspect traces directly from your running application.

Learn more about the MCP server integration.

🛠️ CLI enhancements

Channel selection and persistence

The --channel option is now available on aspire new and aspire init commands, letting you explicitly choose which Aspire version channel to use:

aspire new aspire-starter --channel preview
aspire init --channel stable

Command reference: aspire init.

When you update the CLI with aspire update --self, your channel selection is persisted to ~/.aspire/globalsettings.json and becomes the default for future project creation.

Automatic instance detection

Running aspire run when an instance is already running? Aspire 13.1 automatically detects running instances and terminates them.

Installation path option

The installation scripts now support --skip-path to install the CLI without modifying your PATH:

Bash
PowerShell

curl -fsSL https://aspire.dev/install.sh | bash -s -- --skip-path

iex "& { $(irm https://aspire.dev/install.ps1) } -SkipPath"

Learn more about the Aspire CLI installation options.

📊 Dashboard improvements

Dedicated Parameters tab

The Resources page now includes a dedicated Parameters tab, making it easier to view and manage configuration parameters for your resources without navigating away from the resource details.

GenAI visualizer enhancements

The GenAI visualizer received several improvements:

Tool definitions & evaluations — Tool definitions and evaluations associated with GenAI spans are displayed in the visualizer.
Video and audio preview — Video and audio content can be previewed in the GenAI visualizer.
Linked log entries — Log entries associated with GenAI spans now include a direct link to the GenAI visualizer.
Improved content parsing — Better handling of various AI model response formats.

Bug fixes

Fixed OverflowException in the Traces page when trace duration exceeds int.MaxValue.
Fixed combobox filter behavior when no items match the search criteria.
Fixed view options menu visibility when hidden resources exist.

☁️ Azure improvements

Azure Managed Redis

// Before (Aspire 13.0)
var redis = builder.AddAzureRedisEnterprise("cache");

// After (Aspire 13.1)
var redis = builder.AddAzureManagedRedis("cache");

Connection properties for Azure resources

Azure resources now expose connection properties in a standardized format that works across all supported languages. This enables polyglot applications using Java, JavaScript, and Python SDKs to connect to Azure resources using consistent configuration patterns.

Resources now expose additional properties such as HostName, Port, and JdbcConnectionString where applicable, making it easier to configure clients in languages that don’t use .NET connection string formats.

Azure App Service deployment slots

New WithDeploymentSlot extension method to configure deployment slots for Azure App Service:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddAzureAppServiceEnvironment("appservice")
    .WithDeploymentSlot("staging");

Clear default role assignments

New ClearDefaultRoleAssignments extension method to disable automatic role assignments on Azure resources when you need fine-grained control over permissions.

Bug fixes

Azure deployments now validate that required compute environments exist before attempting deployment, providing earlier and clearer error messages when infrastructure is missing.
Fixed an issue with Azure authentication when working across multiple tenants.

🐳 Container and Docker Compose

Container registry resource

A new ContainerRegistryResource enables integration with general-purpose container registries beyond Azure Container Registry:

var builder = DistributedApplication.CreateBuilder(args);

var registry = builder.AddContainerRegistry("myregistry", "registry.example.com");

var api = builder.AddProject<Projects.Api>("api")
    .WithContainerRegistry(registry);

The deployment pipeline now includes a push step for container registry operations.

$ aspire do push
16:03:38 (pipeline-execution) → Starting pipeline-execution...
16:03:38 (push-prereq) → Starting push-prereq...
16:03:38 (process-parameters) → Starting process-parameters...
16:03:38 (push-prereq) ✓ push-prereq completed successfully
16:03:38 (process-parameters) i [INF] 3 parameter values saved to deployment state.
16:03:38 (process-parameters) ✓ process-parameters completed successfully
16:03:38 (build-prereq) → Starting build-prereq...
16:03:38 (build-prereq) ✓ build-prereq completed successfully
16:03:38 (build-go-app) → Starting build-go-app...
16:03:38 (build-pythonapp-standalone) → Starting build-pythonapp-standalone...
16:03:38 (build-api) → Starting build-api...
16:03:38 (build-viteapp) → Starting build-viteapp...
...
16:03:43 (push-api) → Starting push-api...
16:03:43 (push-api) → Pushing api to container-registry
16:03:44 (push-api) i [INF] Docker tag for api -> docker.io/captainsafia/api:latest succeeded.
16:03:44 (push-pythonapp) i [INF] Docker tag for pythonapp:d5325602e04758397792c8332c5882846516b35c -> docker.io/captainsafia/pythonapp:latest succeeded.
16:03:48 (push-go-app) i [INF] Docker push for docker.io/captainsafia/go-app:latest succeeded.
16:03:48 (push-go-app) ✓ Successfully pushed go-app to docker.io/captainsafia/go-app:latest (5.1s)
16:03:48 (push-go-app) ✓ push-go-app completed successfully
16:03:48 (push-pythonapp-standalone) i [INF] Docker push for docker.io/captainsafia/pythonapp-standalone:latest succeeded.
16:03:48 (push-pythonapp-standalone) ✓ Successfully pushed pythonapp-standalone to docker.io/captainsafia/pythonapp-standalone:latest (5.4s)
16:03:48 (push-pythonapp-standalone) ✓ push-pythonapp-standalone completed successfully
16:03:49 (push-pythonapp) i [INF] Docker push for docker.io/captainsafia/pythonapp:latest succeeded.
16:03:49 (push-pythonapp) ✓ Successfully pushed pythonapp to docker.io/captainsafia/pythonapp:latest (5.7s)
16:03:49 (push-pythonapp) ✓ push-pythonapp completed successfully
16:04:05 (push-api) i [INF] Docker push for docker.io/captainsafia/api:latest succeeded.
16:04:05 (push-api) ✓ Successfully pushed api to docker.io/captainsafia/api:latest (21.3s)
16:04:05 (push-api) ✓ push-api completed successfully
16:04:05 (push) → Starting push...
16:04:05 (push) ✓ push completed successfully
16:04:05 (pipeline-execution) ✓ Completed successfully
------------------------------------------------------------
✓ 14/14 steps succeeded • Total time: 26.41s

Explicit container registry support for Azure deployments

Prior to Aspire 13.1, when deploying to Azure Container Apps using AddAzureContainerAppEnvironment, the Azure Container Registry (ACR) was provisioned implicitly as part of the environment. This automatic provisioning could cause deployment delays and made it difficult for developers to discover which registry was being used.

Aspire 13.1 addresses this by moving toward explicit container registry configuration, giving developers more control and visibility into where and when images are pushed. With the configuration below, the ACR associated with the “myenv” environment will be provisioned in parallel with the environment and image pushes will begin as soon as the registry has been successfully provisioned.

var builder = DistributedApplication.CreateBuilder(args);

var acr = builder.AddAzureContainerAppEnvironment("myenv");

var api = builder.AddProject<Projects.Api>("api")
    .WithContainerRegistry(acr);

For a deeper dive into container registry improvements and their impact on Azure deployments, check out Safia Abdalla’s blog post on fixing Aspire’s image problem.

Docker Compose improvements

Bind mount sources are now replaced with environment placeholders for portability.
Resource endpoints are displayed after Docker Compose deployment.
Fixed race condition in Dockerfile materialization during parallel pipeline execution.

For advanced scenarios, use ConfigureEnvFile to customize the generated .env file:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddDockerComposeEnvironment("compose")
    .ConfigureEnvFile(env =>
    {
        env["CUSTOM_VAR"] = new CapturedEnvironmentVariable
        {
            Name = "CUSTOM_VAR",
            DefaultValue = "my-value"
        };
    });

Learn more about the Docker Compose integration.

🌐 JavaScript and frontend support

JavaScript frontend starter template

A new aspire-ts-cs-starter template provides a ready-to-use JavaScript frontend setup:

aspire new aspire-ts-cs-starter

The template includes:

An ASP.NET Core minimal API backend named Server.
A Vite-backed React client named frontend.
An AppHost project to orchestrate both.

Learn more about the JavaScript frontend integration.

Vite HTTPS configuration

Aspire now supports dynamically augmenting existing Vite configurations to enable HTTPS endpoints at runtime, eliminating manual certificate configuration for development.

Bug fixes

Fixed Dockerfile generation for projects using pnpm by properly enabling corepack. If you’re unfamiliar with corepack, see the corepack documentation, and it works well with pnpm.

🔒 Certificates and security

Configuring and trusting local development certificates is now more straightforward with Aspire 13.1. For more details, see Certificate configuation.

TLS termination support

New APIs allow configuring HTTPS certificates for resources that need to terminate TLS connections.

The following containers have built-in TLS termination support:

Container	Default
YARP	Enabled
Redis	Enabled
Keycloak	Enabled
Uvicorn (Python)	Enabled
Vite (JavaScript)	Opt-in

When TLS is enabled by default, the ASP.NET Core developer certificate is automatically used if available and trusted.

To explicitly enable the developer certificate on a resource (e.g., for Vite):

var builder = DistributedApplication.CreateBuilder(args);

builder.AddViteApp("frontend")
    .WithHttpsDeveloperCertificate();

To use a custom certificate:

var certificate = new X509Certificate2("path/to/certificate.pfx", "password");

builder.AddYarp("gateway")
    .WithHttpsCertificate(certificate);

For YARP, you can also explicitly set the HTTPS port:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddYarp("gateway")
    .WithHostHttpsPort(8443);

To disable HTTPS certificate configuration for a resource:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddRedis("cache")
    .WithoutHttpsCertificate();

To configure TLS termination for a resource without built-in support, you can use a configuration callback to pass custom arguments and environment variables:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddContainer("my-service", "my-image")
    .WithHttpsCertificateConfiguration(ctx =>
    {
        // Pass the path to the cert in PFX format as an argument
        ctx.Arguments.Add("--https-certificate-path");
        ctx.Arguments.Add(ctx.PfxPath);

        // Set the public and private PEM format certificate paths as environment variables
        ctx.EnvironmentVariables["HTTPS_CERT"] = ctx.CertificatePath;
        ctx.EnvironmentVariables["HTTPS_CERT_KEY"] = ctx.KeyPath;

        return Task.CompletedTask;
    });

Learn more about Certificate configuration.

🧩 App model updates

Endpoint reference resolution

Endpoint references now properly wait for endpoint allocation when evaluating, fixing race conditions in complex orchestration scenarios.

Container network context

Endpoint references now correctly honor their specific network context when resolving, ensuring proper networking in multi-network container deployments.

System log formatting

System-level logs from DCP now use a human-friendly format with a [sys] prefix instead of verbose JSON objects:

[sys] Starting process: Cmd = dotnet, Args = [run]
[sys] Failed to start Container: Error = container start failed (exit code 1)

This makes it easier to distinguish system logs from application output and improves readability in the console.

📦 Integration updates

DevTunnels stabilization

The 📦 Aspire.Hosting.DevTunnels package is now stable and no longer in preview. Use dev tunnels to expose your local Aspire applications to the internet for testing webhooks, mobile apps, and external integrations.

Learn more about the Dev Tunnels integration.

Endpoint proxy support stabilization

The WithEndpointProxySupport API is now stable and no longer requires the experimental attribute.

Keycloak improvements

Keycloak containers can now export telemetry to your OTLP collector:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddKeycloak("keycloak")
    .WithOtlpExporter();

Learn more about the Keycloak integration.

OpenTelemetry updates

OpenTelemetry dependencies have been updated to the latest stable versions across the codebase.

Azure Functions

In Aspire 13.1, the Azure Functions integration is officially out of preview. Azure Functions now support a local development story with Aspire and deployments to ACA Native Functions with support for KEDA-based auto-scaling rules.

Aspire dashboard will notify if the Azure Functions Core Tools are not installed on the local machine.
New overload AddAzureFunctionsProject(name, projectPath) for adding Functions projects without a generic type parameter:

var builder = DistributedApplication.CreateBuilder(args);

builder.AddAzureFunctionsProject("myfunc", "../MyFunctions/MyFunctions.csproj");

Learn more about the Azure Functions integration or how to use Azure Functions with Aspire.

🏗️ Templates

All Aspire templates have been updated for 13.1 with consistent patterns:

Dropped support for previous Aspire versions.
Unified project structure across starter templates.

🐛 Bug fixes

Fixed aspire mcp init hanging in VS Code terminal on Windows.
Fixed path normalization for AppHost paths on Windows.
Fixed CLI tool detection on Windows with proper PATHEXT handling.
Fixed saving parameters with custom config keys.
Fixed container image builds for resources with dashes in names.
Fixed relative endpoint URL handling.
Fixed deployment state file case sensitivity on Linux.

🙏 Community contributions

Thank you to all community contributors who helped make Aspire 13.1 possible:

Improved resource graph layout with adaptive force-directed positioning.
Updated npm dependencies across playground apps.
Documentation link updates.
Various bug fixes and improvements.

We’re always excited to see community contributions! If you’d like to get involved, check out our contributing guide.

⚠️ Breaking changes

Azure Redis API rename

Change	Migration
`AddAzureRedisEnterprise` renamed	Use `AddAzureManagedRedis`
`AddAzureRedis` obsolete	Migrate to `AddAzureManagedRedis` for new projects

Migration from Aspire 13.0 to 13.1

Update the CLI: Run aspire update --self.
Update your projects: Run aspire update in your project directory.
Rename Azure Redis: Replace AddAzureRedisEnterprise with AddAzureManagedRedis.
Review MCP configuration: Run aspire mcp init to set up AI coding agent support.

Connection Properties rename

Some connection properties have been renamed for consistency across resources:

Resource	Old property	New property
GitHub Models resource	`Model`	`ModelName`
OpenAI model resource	`Model`	`ModelName`
Milvus database resource	`Database`	`DatabaseName`
MongoDB database resource	`Database`	`DatabaseName`
MySQL database resource	`Database`	`DatabaseName`
Oracle database resource	`Database`	`DatabaseName`

If your client apps where using some of these properties, please update them to use the new names. For instance for a GitHub Models resource named chat the model name environment variable would change from CHAT_MODEL to CHAT_MODELNAME.

Feedback and contributions: We’d love to hear about your experience with Aspire 13.1! Share feedback on GitHub or join the conversation on Discord.

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