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Eas Update Insights

Check the health of published EAS Updates: crash rates, install/launch counts, unique users, payload size, and the split between embedded and OTA users per…

Authorexpo
Version1.0.0
LicenseMIT
Token count~3,576
UpdatedJun 5, 2026

Install

Quick install

via npx skills · works with 57+ agents
npx skills add https://github.com/expo/skills/tree/HEAD/plugins/expo/skills/eas-update-insights
Or pick agent:
npx skills add expo/skills --skill eas-update-insights --agent claude-code
npx skills add expo/skills --skill eas-update-insights --agent cursor
npx skills add expo/skills --skill eas-update-insights --agent codex
npx skills add expo/skills --skill eas-update-insights --agent opencode
npx skills add expo/skills --skill eas-update-insights --agent github-copilot
npx skills add expo/skills --skill eas-update-insights --agent windsurf
More install options

Shorthand — useful for multi-skill repos:

npx skills add expo/skills --skill eas-update-insights

Manual — clone the repo and drop the folder into your agent's skills directory:

git clone https://github.com/expo/skills.git
cp -r skills/plugins/expo/skills/eas-update-insights ~/.claude/skills/
How to use: Once installed, ask your agent to "use the eas-update-insights skill" or describe what you want (e.g. "Check the health of published EAS Updates: crash rates, install/launch counts, u"). Requires Node.js 18+.

eas-update-insights

Check the health of published EAS Updates: crash rates, install/launch counts, unique users, payload size, and the split between embedded and OTA users per…

eas-update-insightsby expo

Check the health of published EAS Updates: crash rates, install/launch counts, unique users, payload size, and the split between embedded and OTA users per…

npx skills add https://github.com/expo/skills --skill eas-update-insightsDownload ZIPGitHub

EAS Update Insights

Query the health of published EAS Updates directly from the CLI: launches, failed launches, crash rates, unique users, payload size, the embedded-vs-OTA user split per channel, and the most popular updates per runtime version. The data is the same data that powers the update and channel detail pages on expo.dev; these commands expose it in the terminal in human and JSON form.

When to use this skill

Use this when the user wants to assess the health or adoption of a published EAS Update: crash rates, install counts, unique users, bundle size, or the split between embedded and OTA users on a channel.

Example prompts:

  • "How is the latest update doing?"
  • "Is the latest update healthy?"
  • "Is the new release crashing more than the last one?"
  • "How many users are on the latest update vs the embedded build?"
  • "Which update is most popular on production right now?"
  • "How big is our update bundle?"

Also fits: post-publish rollout monitoring and regression detection.

Don't use when the user needs per-user crash detail or device-level reporting; this skill only exposes aggregate EAS metrics.

Prerequisites

  • eas-cli installed (npm install -g eas-cli).
  • Logged in: eas login.
  • For channel:insights: run from an Expo project directory (the command resolves the project ID from app.json). update:insights only needs a login.

Commands at a glance

CommandPurposeeas update:listDiscover recent update groups, their group IDs, and branch nameseas update:insights <groupId>Per-platform launches, failed launches, crash rate, unique users, payload size, daily breakdowneas update:view <groupId> --insightsUpdate group details + the same metrics appendedeas channel:insights --channel <name> --runtime-version <version>Embedded/OTA user counts, most popular updates, cumulative metrics for a channel + runtime
All of these support --json --non-interactive for programmatic parsing.

Discovering IDs

Before querying insights for an update group, you need its group ID. Use eas update:list with either --branch <name> (updates on that branch) or --all (updates across all branches). Always pass --json --non-interactive when running non-interactively; without a branch/--all flag the command will otherwise prompt for a branch selection:

`# Latest group id across all branches
eas update:list --all --json --non-interactive | jq -r '.currentPage[0].group'

# Latest group id on a specific branch
eas update:list --branch production --json --non-interactive | jq -r '.currentPage[0].group'
`

The JSON response has a currentPage array with one entry per update group (both platforms of the same publish are collapsed into one entry):

`{
"currentPage": [
{
"branch": "production",
"message": "\"Fix checkout crash\" (1 week ago by someone)",
"runtimeVersion": "1.0.6",
"group": "03d5dfcf-736c-475a-8730-af039c3f4d06",
"platforms": "android, ios",
"isRollBackToEmbedded": false
}
]
}
`

Entries also carry codeSigningKey and rolloutPercentage, but only when those features are in use for the group (undefined values are omitted from the JSON output).

When called with --branch <name>, the response also includes name (the branch name) and id (the branch ID) at the top level.

eas update:insights <groupId>

Shows launches, failed launches, crash rate, unique users, launch asset count, and average payload size for a single update group, broken down per platform (iOS, Android), plus a daily breakdown of launches and failures.

Basic use

`eas update:insights 03d5dfcf-736c-475a-8730-af039c3f4d06
`

Flags

FlagDescription--days <N>Look back N days. Default: 7. Mutually exclusive with --start/--end.--start <iso-date> / --end <iso-date>Explicit time range, e.g. --start 2026-04-01 --end 2026-04-15.--platform <ios|android>Filter to a single platform. Omit to see all platforms in the group.--jsonMachine-readable output. Implies --non-interactive.--non-interactiveRequired when scripting.

JSON output shape

Top level: groupId, timespan (start, end, daysBack), and platforms[] with one entry per platform the group was published to. Each platform entry has updateId, totals (uniqueUsers, installs, failedInstalls, crashRatePercent), payload (launchAssetCount, averageUpdatePayloadBytes), and a daily[] time series of { date, installs, failedInstalls }.

For the complete schema and field reference, see references/update-insights-schema.md.

Fields that matter for health assessment:

platforms[].totals.crashRatePercent, computed as failedInstalls / (installs + failedInstalls) 100. Zero when there are no installs.

  • platforms[].totals.installs and uniqueUsers give the adoption signal.
  • platforms[].daily is a time series, useful for spotting a sudden spike in failures.

Errors

  • Could not find any updates with group ID: "<id>" — group doesn't exist or you lack access.
  • Update group "<id>" has no ios update (available platforms: android)--platform ios was used but the group wasn't published for iOS.
  • EAS Update insights is not supported by this version of eas-cli. Please upgrade ... — the server deprecated a field the CLI relies on. Run npm install -g eas-cli@latest.

eas update:view <groupId> --insights

Extends the standard update:view output with the same per-platform insights, inline.

`# Human-readable
eas update:view 03d5dfcf-... --insights
eas update:view 03d5dfcf-... --insights --days 30

# JSON: wrapped as { updates: [...], insights: {...} }
eas update:view 03d5dfcf-... --json --insights
`

Without --insights, update:view behaves exactly as before — no JSON shape change for existing consumers. The --days / --start / --end flags only apply when --insights is set; passing them alone errors.

eas channel:insights --channel <name> --runtime-version <version>

Shows, per channel, how many users are on the embedded build vs over-the-air updates and which updates are pulling the most traffic. Must be run from an Expo project directory.

Basic use

`eas channel:insights --channel production --runtime-version 1.0.6
`

Flags

FlagDescription--channel <name>Required. The channel name (e.g. production, staging).--runtime-version <version>Required. Match exactly what was published. Check runtimeVersion values in update:list.--days <N>Look back N days. Default: 7.--start / --endExplicit time range, like update:insights.--json / --non-interactiveMachine-readable output.

JSON output shape

Top level: channel, runtimeVersion, timespan, embeddedUpdateTotalUniqueUsers, otaTotalUniqueUsers, mostPopularUpdates[] (each with rank, groupId, message, platform, totalUniqueUsers), cumulativeMetricsAtLastTimestamp[], plus chart-shaped uniqueUsersOverTime and cumulativeMetricsOverTime objects with labels and datasets.

For the complete schema and field reference, see references/channel-insights-schema.md.

Fields that matter:

  • embeddedUpdateTotalUniqueUsers is the count of users running the embedded (binary-bundled) build.
  • mostPopularUpdates[] is updates ranked by totalUniqueUsers. Caveat: this is the top-N the server returns; otaTotalUniqueUsers is a sum of that list and may undercount total OTA reach if more than top-N updates are active.
  • uniqueUsersOverTime and cumulativeMetricsOverTime are daily data series for charting.

Errors

  • Could not find channel with the name <name> — typo or wrong account.
  • "No update launches recorded" in the table / empty mostPopularUpdates in JSON — no OTA update has been launched for that channel + runtime yet. Usually means the channel is still serving the embedded build only.

Common workflows

Verify the update I just published is healthy

`# 1. Grab the latest publish on production
GROUP_ID=$(eas update:list --branch production --json --non-interactive \
| jq -r '.currentPage[0].group')

# 2. Give it some adoption time (minutes to hours), then check crash rate
eas update:insights "$GROUP_ID" --json --non-interactive \
| jq '.platforms[] | {platform, installs: .totals.installs, crashRate: .totals.crashRatePercent}'
`

Compare the crashRate across platforms and against previous releases; sudden spikes or asymmetric behaviour (iOS spiking while Android is flat, or vice versa) is the signal to investigate.

Compare adoption between two channels

`for channel in production staging; do
echo "--- $channel ---"
eas channel:insights --channel "$channel" --runtime-version 1.0.6 --json --non-interactive \
| jq '{
channel,
embedded: .embeddedUpdateTotalUniqueUsers,
ota: .otaTotalUniqueUsers,
topUpdate: .mostPopularUpdates[0]
}'
done
`

Detect a rollout regression in the last 24 hours

`eas update:insights "$GROUP_ID" --days 1 --json --non-interactive \
| jq '.platforms[] | select(.totals.crashRatePercent > 1)'
`

Summarize group metrics for release notes

`eas update:view "$GROUP_ID" --insights --days 30
`

Human-readable group details plus 30 days of launches/failures per platform — suitable for pasting into a changelog or incident review.

Output tips

  • Pipe JSON through jq; payloads are structured for easy filtering.
  • --json implies --non-interactive, but passing both is explicit and scripting-friendly.
  • Dates in daily[].date are UTC ISO timestamps; the human-readable table renders them as YYYY-MM-DD (UTC).
  • The CLI table labels say "Launches" / "Crashes" while JSON uses installs / failedInstalls. Same field, different display name.

Limitations

  • Unique users across platforms may double-count users who run the same publish on both iOS and Android. The same caveat applies to otaTotalUniqueUsers in channel insights, which is a sum over mostPopularUpdates.
  • Fresh publishes may show zeros for a short period while the metrics pipeline catches up.
  • Installs are downloads, not launches: the installs / "Launches" field counts users who downloaded the manifest and launch asset. A confirmed run only registers on the user's next update check (typically up to 24h later, depending on the app's update policy). So metrics lag the real-world state slightly.
  • Crashes are self-reported: failedInstalls / "Crashes" counts updates that errored during install/launch and were reported on the next update check. Crashes that don't trigger an update request (e.g. process kill before recovery) won't appear.

More skills from expo

android-e2e-testingby expoTest Expo Router features on Android emulators using ADB. Use after implementing native Android features or when verifying UI behavior on Android.deep-code-reviewby expoIn-depth design-focused code review - understands codebase context before evaluating PR changes, posts structured feedback to GitHubbuilding-native-uiby expoComplete guide for building native Expo apps with routing, styling, components, and platform conventions. Covers Expo Router fundamentals, native tabs, stack navigation, modals, and form sheets with detailed route structure conventions Includes styling rules aligned with Apple Human Interface Guidelines: flexbox layouts, safe area handling, animations, shadows via CSS boxShadow , and responsive design patterns Documents library preferences (expo-image for SF Symbols, expo-audio, expo-video,...expo-api-routesby expoAPI routes in Expo Router for server-side logic, secrets, and third-party integrations on EAS Hosting. Create routes with +api.ts suffix in the app directory; export named functions for HTTP methods (GET, POST, PUT, DELETE) Handle query parameters, headers, JSON bodies, and dynamic route segments; add CORS headers for web clients Access server-side secrets via process.env ; set variables locally in .env or via eas env:create for production Deploy to EAS Hosting (Cloudflare Workers) with eas...expo-cicd-workflowsby expoWrite and validate EAS CI/CD workflow YAML files for Expo projects. Fetches the latest JSON schema from Expo's API to ensure job types, parameters, triggers, and runner configurations are current Supports dynamic expressions using ${{ }} syntax with contexts for GitHub events, workflow inputs, job outputs, and step results Includes built-in validation script that checks workflow structure against the schema and reports errors before deployment Provides reference documentation for syntax,...expo-deploymentby expoAutomated deployment of Expo apps to iOS App Store, Android Play Store, web hosting, and preview environments. Supports production builds and submissions for iOS (App Store and TestFlight) and Android (Google Play Store) with single commands Includes EAS Hosting for web deployments with automatic PR preview URLs and production domain support Provides CI/CD workflow automation via EAS Workflows for triggered builds and submissions on code pushes Automatic version management with remote...expo-dev-clientby expoBuild custom Expo development clients for testing native code on physical devices via EAS Build or locally. Only needed when using custom native modules, Apple targets (widgets, app clips), or third-party native code not in Expo Go; try Expo Go first with npx expo start Supports cloud builds with automatic TestFlight submission or local builds on your machine, outputting .ipa (iOS) or .apk / .aab (Android) files Requires eas.json configuration with a development profile that sets...expo-moduleby expoGuide for creating and writing Expo native modules and views using the Expo Modules API (Swift, Kotlin, TypeScript). Covers module definition DSL, native…

---

Source: https://github.com/expo/skills/tree/HEAD/plugins/expo/skills/eas-update-insights
Author: expo
Discovered via: mcpservers.org

SKILL.md source

---
name: eas-update-insights
description: Check the health of published EAS Updates: crash rates, install/launch counts, unique users, payload size, and the split between embedded and OTA users per…
---

# eas-update-insights

Check the health of published EAS Updates: crash rates, install/launch counts, unique users, payload size, and the split between embedded and OTA users per…

# eas-update-insightsby expo
Check the health of published EAS Updates: crash rates, install/launch counts, unique users, payload size, and the split between embedded and OTA users per…

`npx skills add https://github.com/expo/skills --skill eas-update-insights`Download ZIPGitHub

## EAS Update Insights

Query the health of published EAS Updates directly from the CLI: launches, failed launches, crash rates, unique users, payload size, the embedded-vs-OTA user split per channel, and the most popular updates per runtime version. The data is the same data that powers the update and channel detail pages on expo.dev; these commands expose it in the terminal in human and JSON form.

## When to use this skill

Use this when the user wants to assess the health or adoption of a published EAS Update: crash rates, install counts, unique users, bundle size, or the split between embedded and OTA users on a channel.

Example prompts:

* "How is the latest update doing?"

* "Is the latest update healthy?"

* "Is the new release crashing more than the last one?"

* "How many users are on the latest update vs the embedded build?"

* "Which update is most popular on production right now?"

* "How big is our update bundle?"

Also fits: post-publish rollout monitoring and regression detection.

Don't use when the user needs per-user crash detail or device-level reporting; this skill only exposes aggregate EAS metrics.

## Prerequisites

* `eas-cli` installed (`npm install -g eas-cli`).

* Logged in: `eas login`.

* For `channel:insights`: run from an Expo project directory (the command resolves the project ID from `app.json`). `update:insights` only needs a login.

## Commands at a glance

CommandPurpose`eas update:list`Discover recent update groups, their `group` IDs, and branch names`eas update:insights <groupId>`Per-platform launches, failed launches, crash rate, unique users, payload size, daily breakdown`eas update:view <groupId> --insights`Update group details + the same metrics appended`eas channel:insights --channel <name> --runtime-version <version>`Embedded/OTA user counts, most popular updates, cumulative metrics for a channel + runtime
All of these support `--json --non-interactive` for programmatic parsing.

## Discovering IDs

Before querying insights for an update group, you need its `group` ID. Use `eas update:list` with either `--branch <name>` (updates on that branch) or `--all` (updates across all branches). Always pass `--json --non-interactive` when running non-interactively; without a branch/`--all` flag the command will otherwise prompt for a branch selection:

```
`# Latest group id across all branches
eas update:list --all --json --non-interactive | jq -r '.currentPage[0].group'

# Latest group id on a specific branch
eas update:list --branch production --json --non-interactive | jq -r '.currentPage[0].group'
`
```

The JSON response has a `currentPage` array with one entry per update group (both platforms of the same publish are collapsed into one entry):

```
`{
"currentPage": [
{
"branch": "production",
"message": "\"Fix checkout crash\" (1 week ago by someone)",
"runtimeVersion": "1.0.6",
"group": "03d5dfcf-736c-475a-8730-af039c3f4d06",
"platforms": "android, ios",
"isRollBackToEmbedded": false
}
]
}
`
```

Entries also carry `codeSigningKey` and `rolloutPercentage`, but only when those features are in use for the group (undefined values are omitted from the JSON output).

When called with `--branch <name>`, the response also includes `name` (the branch name) and `id` (the branch ID) at the top level.

## `eas update:insights <groupId>`

Shows launches, failed launches, crash rate, unique users, launch asset count, and average payload size for a single update group, broken down per platform (iOS, Android), plus a daily breakdown of launches and failures.

### Basic use

```
`eas update:insights 03d5dfcf-736c-475a-8730-af039c3f4d06
`
```

### Flags

FlagDescription`--days <N>`Look back N days. Default: 7. Mutually exclusive with `--start`/`--end`.`--start <iso-date>` / `--end <iso-date>`Explicit time range, e.g. `--start 2026-04-01 --end 2026-04-15`.`--platform <ios|android>`Filter to a single platform. Omit to see all platforms in the group.`--json`Machine-readable output. Implies `--non-interactive`.`--non-interactive`Required when scripting.

### JSON output shape

Top level: `groupId`, `timespan` (`start`, `end`, `daysBack`), and `platforms[]` with one entry per platform the group was published to. Each platform entry has `updateId`, `totals` (`uniqueUsers`, `installs`, `failedInstalls`, `crashRatePercent`), `payload` (`launchAssetCount`, `averageUpdatePayloadBytes`), and a `daily[]` time series of `{ date, installs, failedInstalls }`.

For the complete schema and field reference, see references/update-insights-schema.md.

Fields that matter for health assessment:

* `platforms[].totals.crashRatePercent`, computed as `failedInstalls / (installs + failedInstalls) * 100`. Zero when there are no installs.

* `platforms[].totals.installs` and `uniqueUsers` give the adoption signal.

* `platforms[].daily` is a time series, useful for spotting a sudden spike in failures.

### Errors

* `Could not find any updates with group ID: "<id>"` — group doesn't exist or you lack access.

* `Update group "<id>" has no ios update (available platforms: android)` — `--platform ios` was used but the group wasn't published for iOS.

* `EAS Update insights is not supported by this version of eas-cli. Please upgrade ...` — the server deprecated a field the CLI relies on. Run `npm install -g eas-cli@latest`.

## `eas update:view <groupId> --insights`

Extends the standard `update:view` output with the same per-platform insights, inline.

```
`# Human-readable
eas update:view 03d5dfcf-... --insights
eas update:view 03d5dfcf-... --insights --days 30

# JSON: wrapped as { updates: [...], insights: {...} }
eas update:view 03d5dfcf-... --json --insights
`
```

Without `--insights`, `update:view` behaves exactly as before — no JSON shape change for existing consumers. The `--days` / `--start` / `--end` flags only apply when `--insights` is set; passing them alone errors.

## `eas channel:insights --channel <name> --runtime-version <version>`

Shows, per channel, how many users are on the embedded build vs over-the-air updates and which updates are pulling the most traffic. Must be run from an Expo project directory.

### Basic use

```
`eas channel:insights --channel production --runtime-version 1.0.6
`
```

### Flags

FlagDescription`--channel <name>`Required. The channel name (e.g. `production`, `staging`).`--runtime-version <version>`Required. Match exactly what was published. Check `runtimeVersion` values in `update:list`.`--days <N>`Look back N days. Default: 7.`--start` / `--end`Explicit time range, like `update:insights`.`--json` / `--non-interactive`Machine-readable output.

### JSON output shape

Top level: `channel`, `runtimeVersion`, `timespan`, `embeddedUpdateTotalUniqueUsers`, `otaTotalUniqueUsers`, `mostPopularUpdates[]` (each with `rank`, `groupId`, `message`, `platform`, `totalUniqueUsers`), `cumulativeMetricsAtLastTimestamp[]`, plus chart-shaped `uniqueUsersOverTime` and `cumulativeMetricsOverTime` objects with `labels` and `datasets`.

For the complete schema and field reference, see references/channel-insights-schema.md.

Fields that matter:

* `embeddedUpdateTotalUniqueUsers` is the count of users running the embedded (binary-bundled) build.

* `mostPopularUpdates[]` is updates ranked by `totalUniqueUsers`. Caveat: this is the top-N the server returns; `otaTotalUniqueUsers` is a sum of that list and may undercount total OTA reach if more than top-N updates are active.

* `uniqueUsersOverTime` and `cumulativeMetricsOverTime` are daily data series for charting.

### Errors

* `Could not find channel with the name <name>` — typo or wrong account.

* "No update launches recorded" in the table / empty `mostPopularUpdates` in JSON — no OTA update has been launched for that channel + runtime yet. Usually means the channel is still serving the embedded build only.

## Common workflows

### Verify the update I just published is healthy

```
`# 1. Grab the latest publish on production
GROUP_ID=$(eas update:list --branch production --json --non-interactive \
| jq -r '.currentPage[0].group')

# 2. Give it some adoption time (minutes to hours), then check crash rate
eas update:insights "$GROUP_ID" --json --non-interactive \
| jq '.platforms[] | {platform, installs: .totals.installs, crashRate: .totals.crashRatePercent}'
`
```

Compare the `crashRate` across platforms and against previous releases; sudden spikes or asymmetric behaviour (iOS spiking while Android is flat, or vice versa) is the signal to investigate.

### Compare adoption between two channels

```
`for channel in production staging; do
echo "--- $channel ---"
eas channel:insights --channel "$channel" --runtime-version 1.0.6 --json --non-interactive \
| jq '{
channel,
embedded: .embeddedUpdateTotalUniqueUsers,
ota: .otaTotalUniqueUsers,
topUpdate: .mostPopularUpdates[0]
}'
done
`
```

### Detect a rollout regression in the last 24 hours

```
`eas update:insights "$GROUP_ID" --days 1 --json --non-interactive \
| jq '.platforms[] | select(.totals.crashRatePercent > 1)'
`
```

### Summarize group metrics for release notes

```
`eas update:view "$GROUP_ID" --insights --days 30
`
```

Human-readable group details plus 30 days of launches/failures per platform — suitable for pasting into a changelog or incident review.

## Output tips

* Pipe JSON through `jq`; payloads are structured for easy filtering.

* `--json` implies `--non-interactive`, but passing both is explicit and scripting-friendly.

* Dates in `daily[].date` are UTC ISO timestamps; the human-readable table renders them as `YYYY-MM-DD` (UTC).

* The CLI table labels say "Launches" / "Crashes" while JSON uses `installs` / `failedInstalls`. Same field, different display name.

## Limitations

* Unique users across platforms may double-count users who run the same publish on both iOS and Android. The same caveat applies to `otaTotalUniqueUsers` in channel insights, which is a sum over `mostPopularUpdates`.

* Fresh publishes may show zeros for a short period while the metrics pipeline catches up.

* Installs are downloads, not launches: the `installs` / "Launches" field counts users who downloaded the manifest and launch asset. A confirmed run only registers on the user's next update check (typically up to 24h later, depending on the app's update policy). So metrics lag the real-world state slightly.

* Crashes are self-reported: `failedInstalls` / "Crashes" counts updates that errored during install/launch and were reported on the next update check. Crashes that don't trigger an update request (e.g. process kill before recovery) won't appear.

## More skills from expo
android-e2e-testingby expoTest Expo Router features on Android emulators using ADB. Use after implementing native Android features or when verifying UI behavior on Android.deep-code-reviewby expoIn-depth design-focused code review - understands codebase context before evaluating PR changes, posts structured feedback to GitHubbuilding-native-uiby expoComplete guide for building native Expo apps with routing, styling, components, and platform conventions. Covers Expo Router fundamentals, native tabs, stack navigation, modals, and form sheets with detailed route structure conventions Includes styling rules aligned with Apple Human Interface Guidelines: flexbox layouts, safe area handling, animations, shadows via CSS boxShadow , and responsive design patterns Documents library preferences (expo-image for SF Symbols, expo-audio, expo-video,...expo-api-routesby expoAPI routes in Expo Router for server-side logic, secrets, and third-party integrations on EAS Hosting. Create routes with +api.ts suffix in the app directory; export named functions for HTTP methods (GET, POST, PUT, DELETE) Handle query parameters, headers, JSON bodies, and dynamic route segments; add CORS headers for web clients Access server-side secrets via process.env ; set variables locally in .env or via eas env:create for production Deploy to EAS Hosting (Cloudflare Workers) with eas...expo-cicd-workflowsby expoWrite and validate EAS CI/CD workflow YAML files for Expo projects. Fetches the latest JSON schema from Expo's API to ensure job types, parameters, triggers, and runner configurations are current Supports dynamic expressions using ${{ }} syntax with contexts for GitHub events, workflow inputs, job outputs, and step results Includes built-in validation script that checks workflow structure against the schema and reports errors before deployment Provides reference documentation for syntax,...expo-deploymentby expoAutomated deployment of Expo apps to iOS App Store, Android Play Store, web hosting, and preview environments. Supports production builds and submissions for iOS (App Store and TestFlight) and Android (Google Play Store) with single commands Includes EAS Hosting for web deployments with automatic PR preview URLs and production domain support Provides CI/CD workflow automation via EAS Workflows for triggered builds and submissions on code pushes Automatic version management with remote...expo-dev-clientby expoBuild custom Expo development clients for testing native code on physical devices via EAS Build or locally. Only needed when using custom native modules, Apple targets (widgets, app clips), or third-party native code not in Expo Go; try Expo Go first with npx expo start Supports cloud builds with automatic TestFlight submission or local builds on your machine, outputting .ipa (iOS) or .apk / .aab (Android) files Requires eas.json configuration with a development profile that sets...expo-moduleby expoGuide for creating and writing Expo native modules and views using the Expo Modules API (Swift, Kotlin, TypeScript). Covers module definition DSL, native…

---

**Source**: https://github.com/expo/skills/tree/HEAD/plugins/expo/skills/eas-update-insights
**Author**: expo
**Discovered via**: mcpservers.org

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secure-linux-web-hosting

★ Featured

Use when setting up, hardening, or reviewing a cloud server for self-hosting, including DNS, SSH, firewalls, Nginx, static-site hosting, reverse-proxying an app, HTTPS with Let's Encrypt or ACME clients, safe HTTP-to-HTTPS redirects, or optional post-launch network tuning such as BBR.

xixu-me 155k
Development

readme-i18n

★ Featured

Use when the user wants to translate a repository README, make a repo multilingual, localize docs, add a language switcher, internationalize the README, or update localized README variants in a GitHub-style repository.

xixu-me 155k
Development

lark-shared

★ Featured

Use when first setting up lark-cli, running auth login, switching user/bot identity (--as), handling permission denied or scope errors, needing to update lark-cli, or seeing _notice in JSON output.

larksuite 155k
Development

improve-codebase-architecture

★ Featured

Find deepening opportunities in a codebase, informed by the domain language in CONTEXT.md and the decisions in docs/adr/. Use when the user wants to improve architecture, find refactoring opportunities, consolidate tightly-coupled modules, or make a codebase more testable and AI-navigable.

mattpocock 151k
Development

paper-context-resolver

★ Featured

Optional RigorPilot helper for README-first deep learning repo reproduction. Use only when the README and repository files leave a narrow reproduction-critical gap and the task is to resolve a specific paper detail such as dataset split, preprocessing, evaluation protocol, checkpoint mapping, or runtime assumption from primary paper sources while recording conflicts. Do not use for general paper summary, repo scanning, environment setup, command execution, title-only paper lookup, or replacin...

lllllllama 127k
Development