diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml
index 8a899fe0..d2f2ce98 100644
--- a/.github/workflows/ci.yml
+++ b/.github/workflows/ci.yml
@@ -18,7 +18,7 @@ jobs:
   lint:
     timeout-minutes: 10
     name: lint
-    runs-on: ${{ github.repository == 'stainless-sdks/hyperspell-python' && 'depot-ubuntu-24.04' || 'ubuntu-latest' }}
+    runs-on: ubuntu-latest
     if: (github.event_name == 'push' || github.event.pull_request.head.repo.fork) && (github.event_name != 'push' || github.event.head_commit.message != 'codegen metadata')
     steps:
       - uses: actions/checkout@de0fac2e4500dabe0009e67214ff5f5447ce83dd # v6.0.2
@@ -41,7 +41,7 @@ jobs:
     permissions:
       contents: read
       id-token: write
-    runs-on: ${{ github.repository == 'stainless-sdks/hyperspell-python' && 'depot-ubuntu-24.04' || 'ubuntu-latest' }}
+    runs-on: ubuntu-latest
     steps:
       - uses: actions/checkout@de0fac2e4500dabe0009e67214ff5f5447ce83dd # v6.0.2
 
@@ -55,41 +55,3 @@ jobs:
 
       - name: Run build
         run: uv build
-
-      - name: Get GitHub OIDC Token
-        if: |-
-          github.repository == 'stainless-sdks/hyperspell-python' &&
-          !startsWith(github.ref, 'refs/heads/stl/')
-        id: github-oidc
-        uses: actions/github-script@ed597411d8f924073f98dfc5c65a23a2325f34cd # v8.0.0
-        with:
-          script: core.setOutput('github_token', await core.getIDToken());
-
-      - name: Upload tarball
-        if: |-
-          github.repository == 'stainless-sdks/hyperspell-python' &&
-          !startsWith(github.ref, 'refs/heads/stl/')
-        env:
-          URL: https://pkg.stainless.com/s
-          AUTH: ${{ steps.github-oidc.outputs.github_token }}
-          SHA: ${{ github.sha }}
-        run: ./scripts/utils/upload-artifact.sh
-
-  test:
-    timeout-minutes: 10
-    name: test
-    runs-on: ${{ github.repository == 'stainless-sdks/hyperspell-python' && 'depot-ubuntu-24.04' || 'ubuntu-latest' }}
-    if: github.event_name == 'push' || github.event.pull_request.head.repo.fork
-    steps:
-      - uses: actions/checkout@de0fac2e4500dabe0009e67214ff5f5447ce83dd # v6.0.2
-
-      - name: Install uv
-        uses: astral-sh/setup-uv@d4b2f3b6ecc6e67c4457f6d3e41ec42d3d0fcb86 # v5.4.2
-        with:
-          version: '0.10.2'
-
-      - name: Bootstrap
-        run: ./scripts/bootstrap
-
-      - name: Run tests
-        run: ./scripts/test
diff --git a/.stats.yml b/.stats.yml
index 423e2f9a..3a1d4dfc 100644
--- a/.stats.yml
+++ b/.stats.yml
@@ -1 +1 @@
-configured_endpoints: 31
+configured_endpoints: 29
diff --git a/api.md b/api.md
index a17e0cfa..186c5b80 100644
--- a/api.md
+++ b/api.md
@@ -95,18 +95,6 @@ Methods:
 - <code title="get /integrations/list">client.integrations.<a href="./src/hyperspell/resources/integrations/integrations.py">list</a>() -> <a href="./src/hyperspell/types/integration_list_response.py">IntegrationListResponse</a></code>
 - <code title="get /integrations/{integration_id}/connect">client.integrations.<a href="./src/hyperspell/resources/integrations/integrations.py">connect</a>(integration_id, \*\*<a href="src/hyperspell/types/integration_connect_params.py">params</a>) -> <a href="./src/hyperspell/types/integration_connect_response.py">IntegrationConnectResponse</a></code>
 
-## GoogleCalendar
-
-Types:
-
-```python
-from hyperspell.types.integrations import Calendar
-```
-
-Methods:
-
-- <code title="get /integrations/google_calendar/list">client.integrations.google_calendar.<a href="./src/hyperspell/resources/integrations/google_calendar.py">list</a>() -> <a href="./src/hyperspell/types/integrations/calendar.py">Calendar</a></code>
-
 ## WebCrawler
 
 Types:
@@ -119,12 +107,6 @@ Methods:
 
 - <code title="get /integrations/web_crawler/index">client.integrations.web_crawler.<a href="./src/hyperspell/resources/integrations/web_crawler.py">index</a>(\*\*<a href="src/hyperspell/types/integrations/web_crawler_index_params.py">params</a>) -> <a href="./src/hyperspell/types/integrations/web_crawler_index_response.py">WebCrawlerIndexResponse</a></code>
 
-## Slack
-
-Methods:
-
-- <code title="get /integrations/slack/list">client.integrations.slack.<a href="./src/hyperspell/resources/integrations/slack.py">list</a>(\*\*<a href="src/hyperspell/types/integrations/slack_list_params.py">params</a>) -> object</code>
-
 # Memories
 
 Types:
diff --git a/scripts/mock b/scripts/mock
index 1df910b9..23b76a37 100755
--- a/scripts/mock
+++ b/scripts/mock
@@ -11,7 +11,7 @@ elif [ -n "$STAINLESS_OPENAPI_SPEC_URL" ]; then
   URL="$STAINLESS_OPENAPI_SPEC_URL"
 else
   # Embedded OpenAPI spec (base64-encoded, gzipped)
-  EMBEDDED_SPEC="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"
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"
   SPEC_TMPFILE="$(mktemp)"
   trap 'rm -f "$SPEC_TMPFILE"' EXIT
   echo "$EMBEDDED_SPEC" | base64 --decode | gunzip > "$SPEC_TMPFILE"
diff --git a/src/hyperspell/resources/actions.py b/src/hyperspell/resources/actions.py
index 68fe5927..df540b16 100644
--- a/src/hyperspell/resources/actions.py
+++ b/src/hyperspell/resources/actions.py
@@ -74,6 +74,8 @@ def add_reaction(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         timestamp: str,
         connection: Optional[str] | Omit = omit,
@@ -151,6 +153,8 @@ def send_message(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         text: str,
         channel: Optional[str] | Omit = omit,
@@ -253,6 +257,8 @@ async def add_reaction(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         timestamp: str,
         connection: Optional[str] | Omit = omit,
@@ -330,6 +336,8 @@ async def send_message(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         text: str,
         channel: Optional[str] | Omit = omit,
diff --git a/src/hyperspell/resources/auth.py b/src/hyperspell/resources/auth.py
index 7fd0152e..0782ef01 100644
--- a/src/hyperspell/resources/auth.py
+++ b/src/hyperspell/resources/auth.py
@@ -55,7 +55,14 @@ def delete_user(
         extra_body: Body | None = None,
         timeout: float | httpx.Timeout | None | NotGiven = not_given,
     ) -> AuthDeleteUserResponse:
-        """Endpoint to delete user."""
+        """
+        Delete the calling user's data (GDPR erasure).
+
+        The purge — external connection revokes plus the multi-table cascade delete —
+        runs in a background Temporal workflow; this returns `202 Accepted` + the
+        workflow id immediately, so a large account can't outrun the request timeout or
+        stall the API event loop.
+        """
         return self._delete(
             "/auth/delete",
             options=make_request_options(
@@ -103,6 +110,7 @@ def user_token(
 
         Args:
           expires_in: Token lifetime, e.g., '30m', '2h', '1d'. Defaults to 24 hours if not provided.
+              Maximum 30 days.
 
           origin: Origin of the request, used for CSRF protection. If set, the token will only be
               valid for requests originating from this origin.
@@ -162,7 +170,14 @@ async def delete_user(
         extra_body: Body | None = None,
         timeout: float | httpx.Timeout | None | NotGiven = not_given,
     ) -> AuthDeleteUserResponse:
-        """Endpoint to delete user."""
+        """
+        Delete the calling user's data (GDPR erasure).
+
+        The purge — external connection revokes plus the multi-table cascade delete —
+        runs in a background Temporal workflow; this returns `202 Accepted` + the
+        workflow id immediately, so a large account can't outrun the request timeout or
+        stall the API event loop.
+        """
         return await self._delete(
             "/auth/delete",
             options=make_request_options(
@@ -210,6 +225,7 @@ async def user_token(
 
         Args:
           expires_in: Token lifetime, e.g., '30m', '2h', '1d'. Defaults to 24 hours if not provided.
+              Maximum 30 days.
 
           origin: Origin of the request, used for CSRF protection. If set, the token will only be
               valid for requests originating from this origin.
diff --git a/src/hyperspell/resources/integrations/__init__.py b/src/hyperspell/resources/integrations/__init__.py
index f72f59aa..b483edf1 100644
--- a/src/hyperspell/resources/integrations/__init__.py
+++ b/src/hyperspell/resources/integrations/__init__.py
@@ -1,13 +1,5 @@
 # File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
 
-from .slack import (
-    SlackResource,
-    AsyncSlackResource,
-    SlackResourceWithRawResponse,
-    AsyncSlackResourceWithRawResponse,
-    SlackResourceWithStreamingResponse,
-    AsyncSlackResourceWithStreamingResponse,
-)
 from .web_crawler import (
     WebCrawlerResource,
     AsyncWebCrawlerResource,
@@ -24,34 +16,14 @@
     IntegrationsResourceWithStreamingResponse,
     AsyncIntegrationsResourceWithStreamingResponse,
 )
-from .google_calendar import (
-    GoogleCalendarResource,
-    AsyncGoogleCalendarResource,
-    GoogleCalendarResourceWithRawResponse,
-    AsyncGoogleCalendarResourceWithRawResponse,
-    GoogleCalendarResourceWithStreamingResponse,
-    AsyncGoogleCalendarResourceWithStreamingResponse,
-)
 
 __all__ = [
-    "GoogleCalendarResource",
-    "AsyncGoogleCalendarResource",
-    "GoogleCalendarResourceWithRawResponse",
-    "AsyncGoogleCalendarResourceWithRawResponse",
-    "GoogleCalendarResourceWithStreamingResponse",
-    "AsyncGoogleCalendarResourceWithStreamingResponse",
     "WebCrawlerResource",
     "AsyncWebCrawlerResource",
     "WebCrawlerResourceWithRawResponse",
     "AsyncWebCrawlerResourceWithRawResponse",
     "WebCrawlerResourceWithStreamingResponse",
     "AsyncWebCrawlerResourceWithStreamingResponse",
-    "SlackResource",
-    "AsyncSlackResource",
-    "SlackResourceWithRawResponse",
-    "AsyncSlackResourceWithRawResponse",
-    "SlackResourceWithStreamingResponse",
-    "AsyncSlackResourceWithStreamingResponse",
     "IntegrationsResource",
     "AsyncIntegrationsResource",
     "IntegrationsResourceWithRawResponse",
diff --git a/src/hyperspell/resources/integrations/google_calendar.py b/src/hyperspell/resources/integrations/google_calendar.py
deleted file mode 100644
index fd8fef10..00000000
--- a/src/hyperspell/resources/integrations/google_calendar.py
+++ /dev/null
@@ -1,143 +0,0 @@
-# File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
-
-from __future__ import annotations
-
-import httpx
-
-from ..._types import Body, Query, Headers, NotGiven, not_given
-from ..._compat import cached_property
-from ..._resource import SyncAPIResource, AsyncAPIResource
-from ..._response import (
-    to_raw_response_wrapper,
-    to_streamed_response_wrapper,
-    async_to_raw_response_wrapper,
-    async_to_streamed_response_wrapper,
-)
-from ..._base_client import make_request_options
-from ...types.integrations.calendar import Calendar
-
-__all__ = ["GoogleCalendarResource", "AsyncGoogleCalendarResource"]
-
-
-class GoogleCalendarResource(SyncAPIResource):
-    @cached_property
-    def with_raw_response(self) -> GoogleCalendarResourceWithRawResponse:
-        """
-        This property can be used as a prefix for any HTTP method call to return
-        the raw response object instead of the parsed content.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#accessing-raw-response-data-eg-headers
-        """
-        return GoogleCalendarResourceWithRawResponse(self)
-
-    @cached_property
-    def with_streaming_response(self) -> GoogleCalendarResourceWithStreamingResponse:
-        """
-        An alternative to `.with_raw_response` that doesn't eagerly read the response body.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#with_streaming_response
-        """
-        return GoogleCalendarResourceWithStreamingResponse(self)
-
-    def list(
-        self,
-        *,
-        # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
-        # The extra values given here take precedence over values defined on the client or passed to this method.
-        extra_headers: Headers | None = None,
-        extra_query: Query | None = None,
-        extra_body: Body | None = None,
-        timeout: float | httpx.Timeout | None | NotGiven = not_given,
-    ) -> Calendar:
-        """List available calendars for a user.
-
-        This can be used to ie. populate a dropdown
-        for the user to select a calendar.
-        """
-        return self._get(
-            "/integrations/google_calendar/list",
-            options=make_request_options(
-                extra_headers=extra_headers, extra_query=extra_query, extra_body=extra_body, timeout=timeout
-            ),
-            cast_to=Calendar,
-        )
-
-
-class AsyncGoogleCalendarResource(AsyncAPIResource):
-    @cached_property
-    def with_raw_response(self) -> AsyncGoogleCalendarResourceWithRawResponse:
-        """
-        This property can be used as a prefix for any HTTP method call to return
-        the raw response object instead of the parsed content.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#accessing-raw-response-data-eg-headers
-        """
-        return AsyncGoogleCalendarResourceWithRawResponse(self)
-
-    @cached_property
-    def with_streaming_response(self) -> AsyncGoogleCalendarResourceWithStreamingResponse:
-        """
-        An alternative to `.with_raw_response` that doesn't eagerly read the response body.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#with_streaming_response
-        """
-        return AsyncGoogleCalendarResourceWithStreamingResponse(self)
-
-    async def list(
-        self,
-        *,
-        # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
-        # The extra values given here take precedence over values defined on the client or passed to this method.
-        extra_headers: Headers | None = None,
-        extra_query: Query | None = None,
-        extra_body: Body | None = None,
-        timeout: float | httpx.Timeout | None | NotGiven = not_given,
-    ) -> Calendar:
-        """List available calendars for a user.
-
-        This can be used to ie. populate a dropdown
-        for the user to select a calendar.
-        """
-        return await self._get(
-            "/integrations/google_calendar/list",
-            options=make_request_options(
-                extra_headers=extra_headers, extra_query=extra_query, extra_body=extra_body, timeout=timeout
-            ),
-            cast_to=Calendar,
-        )
-
-
-class GoogleCalendarResourceWithRawResponse:
-    def __init__(self, google_calendar: GoogleCalendarResource) -> None:
-        self._google_calendar = google_calendar
-
-        self.list = to_raw_response_wrapper(
-            google_calendar.list,
-        )
-
-
-class AsyncGoogleCalendarResourceWithRawResponse:
-    def __init__(self, google_calendar: AsyncGoogleCalendarResource) -> None:
-        self._google_calendar = google_calendar
-
-        self.list = async_to_raw_response_wrapper(
-            google_calendar.list,
-        )
-
-
-class GoogleCalendarResourceWithStreamingResponse:
-    def __init__(self, google_calendar: GoogleCalendarResource) -> None:
-        self._google_calendar = google_calendar
-
-        self.list = to_streamed_response_wrapper(
-            google_calendar.list,
-        )
-
-
-class AsyncGoogleCalendarResourceWithStreamingResponse:
-    def __init__(self, google_calendar: AsyncGoogleCalendarResource) -> None:
-        self._google_calendar = google_calendar
-
-        self.list = async_to_streamed_response_wrapper(
-            google_calendar.list,
-        )
diff --git a/src/hyperspell/resources/integrations/integrations.py b/src/hyperspell/resources/integrations/integrations.py
index 72f1d33d..2138d681 100644
--- a/src/hyperspell/resources/integrations/integrations.py
+++ b/src/hyperspell/resources/integrations/integrations.py
@@ -6,14 +6,6 @@
 
 import httpx
 
-from .slack import (
-    SlackResource,
-    AsyncSlackResource,
-    SlackResourceWithRawResponse,
-    AsyncSlackResourceWithRawResponse,
-    SlackResourceWithStreamingResponse,
-    AsyncSlackResourceWithStreamingResponse,
-)
 from ...types import integration_connect_params
 from ..._types import Body, Omit, Query, Headers, NotGiven, omit, not_given
 from ..._utils import path_template, maybe_transform, async_maybe_transform
@@ -34,14 +26,6 @@
     AsyncWebCrawlerResourceWithStreamingResponse,
 )
 from ..._base_client import make_request_options
-from .google_calendar import (
-    GoogleCalendarResource,
-    AsyncGoogleCalendarResource,
-    GoogleCalendarResourceWithRawResponse,
-    AsyncGoogleCalendarResourceWithRawResponse,
-    GoogleCalendarResourceWithStreamingResponse,
-    AsyncGoogleCalendarResourceWithStreamingResponse,
-)
 from ...types.integration_list_response import IntegrationListResponse
 from ...types.integration_connect_response import IntegrationConnectResponse
 
@@ -49,18 +33,10 @@
 
 
 class IntegrationsResource(SyncAPIResource):
-    @cached_property
-    def google_calendar(self) -> GoogleCalendarResource:
-        return GoogleCalendarResource(self._client)
-
     @cached_property
     def web_crawler(self) -> WebCrawlerResource:
         return WebCrawlerResource(self._client)
 
-    @cached_property
-    def slack(self) -> SlackResource:
-        return SlackResource(self._client)
-
     @cached_property
     def with_raw_response(self) -> IntegrationsResourceWithRawResponse:
         """
@@ -141,18 +117,10 @@ def connect(
 
 
 class AsyncIntegrationsResource(AsyncAPIResource):
-    @cached_property
-    def google_calendar(self) -> AsyncGoogleCalendarResource:
-        return AsyncGoogleCalendarResource(self._client)
-
     @cached_property
     def web_crawler(self) -> AsyncWebCrawlerResource:
         return AsyncWebCrawlerResource(self._client)
 
-    @cached_property
-    def slack(self) -> AsyncSlackResource:
-        return AsyncSlackResource(self._client)
-
     @cached_property
     def with_raw_response(self) -> AsyncIntegrationsResourceWithRawResponse:
         """
@@ -243,18 +211,10 @@ def __init__(self, integrations: IntegrationsResource) -> None:
             integrations.connect,
         )
 
-    @cached_property
-    def google_calendar(self) -> GoogleCalendarResourceWithRawResponse:
-        return GoogleCalendarResourceWithRawResponse(self._integrations.google_calendar)
-
     @cached_property
     def web_crawler(self) -> WebCrawlerResourceWithRawResponse:
         return WebCrawlerResourceWithRawResponse(self._integrations.web_crawler)
 
-    @cached_property
-    def slack(self) -> SlackResourceWithRawResponse:
-        return SlackResourceWithRawResponse(self._integrations.slack)
-
 
 class AsyncIntegrationsResourceWithRawResponse:
     def __init__(self, integrations: AsyncIntegrationsResource) -> None:
@@ -267,18 +227,10 @@ def __init__(self, integrations: AsyncIntegrationsResource) -> None:
             integrations.connect,
         )
 
-    @cached_property
-    def google_calendar(self) -> AsyncGoogleCalendarResourceWithRawResponse:
-        return AsyncGoogleCalendarResourceWithRawResponse(self._integrations.google_calendar)
-
     @cached_property
     def web_crawler(self) -> AsyncWebCrawlerResourceWithRawResponse:
         return AsyncWebCrawlerResourceWithRawResponse(self._integrations.web_crawler)
 
-    @cached_property
-    def slack(self) -> AsyncSlackResourceWithRawResponse:
-        return AsyncSlackResourceWithRawResponse(self._integrations.slack)
-
 
 class IntegrationsResourceWithStreamingResponse:
     def __init__(self, integrations: IntegrationsResource) -> None:
@@ -291,18 +243,10 @@ def __init__(self, integrations: IntegrationsResource) -> None:
             integrations.connect,
         )
 
-    @cached_property
-    def google_calendar(self) -> GoogleCalendarResourceWithStreamingResponse:
-        return GoogleCalendarResourceWithStreamingResponse(self._integrations.google_calendar)
-
     @cached_property
     def web_crawler(self) -> WebCrawlerResourceWithStreamingResponse:
         return WebCrawlerResourceWithStreamingResponse(self._integrations.web_crawler)
 
-    @cached_property
-    def slack(self) -> SlackResourceWithStreamingResponse:
-        return SlackResourceWithStreamingResponse(self._integrations.slack)
-
 
 class AsyncIntegrationsResourceWithStreamingResponse:
     def __init__(self, integrations: AsyncIntegrationsResource) -> None:
@@ -315,14 +259,6 @@ def __init__(self, integrations: AsyncIntegrationsResource) -> None:
             integrations.connect,
         )
 
-    @cached_property
-    def google_calendar(self) -> AsyncGoogleCalendarResourceWithStreamingResponse:
-        return AsyncGoogleCalendarResourceWithStreamingResponse(self._integrations.google_calendar)
-
     @cached_property
     def web_crawler(self) -> AsyncWebCrawlerResourceWithStreamingResponse:
         return AsyncWebCrawlerResourceWithStreamingResponse(self._integrations.web_crawler)
-
-    @cached_property
-    def slack(self) -> AsyncSlackResourceWithStreamingResponse:
-        return AsyncSlackResourceWithStreamingResponse(self._integrations.slack)
diff --git a/src/hyperspell/resources/integrations/slack.py b/src/hyperspell/resources/integrations/slack.py
deleted file mode 100644
index 10144dc6..00000000
--- a/src/hyperspell/resources/integrations/slack.py
+++ /dev/null
@@ -1,228 +0,0 @@
-# File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
-
-from __future__ import annotations
-
-from typing import Optional
-
-import httpx
-
-from ..._types import Body, Omit, Query, Headers, NotGiven, SequenceNotStr, omit, not_given
-from ..._utils import maybe_transform, async_maybe_transform
-from ..._compat import cached_property
-from ..._resource import SyncAPIResource, AsyncAPIResource
-from ..._response import (
-    to_raw_response_wrapper,
-    to_streamed_response_wrapper,
-    async_to_raw_response_wrapper,
-    async_to_streamed_response_wrapper,
-)
-from ..._base_client import make_request_options
-from ...types.integrations import slack_list_params
-
-__all__ = ["SlackResource", "AsyncSlackResource"]
-
-
-class SlackResource(SyncAPIResource):
-    @cached_property
-    def with_raw_response(self) -> SlackResourceWithRawResponse:
-        """
-        This property can be used as a prefix for any HTTP method call to return
-        the raw response object instead of the parsed content.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#accessing-raw-response-data-eg-headers
-        """
-        return SlackResourceWithRawResponse(self)
-
-    @cached_property
-    def with_streaming_response(self) -> SlackResourceWithStreamingResponse:
-        """
-        An alternative to `.with_raw_response` that doesn't eagerly read the response body.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#with_streaming_response
-        """
-        return SlackResourceWithStreamingResponse(self)
-
-    def list(
-        self,
-        *,
-        channels: SequenceNotStr[str] | Omit = omit,
-        exclude_archived: Optional[bool] | Omit = omit,
-        include_dms: bool | Omit = omit,
-        include_group_dms: bool | Omit = omit,
-        include_private: bool | Omit = omit,
-        # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
-        # The extra values given here take precedence over values defined on the client or passed to this method.
-        extra_headers: Headers | None = None,
-        extra_query: Query | None = None,
-        extra_body: Body | None = None,
-        timeout: float | httpx.Timeout | None | NotGiven = not_given,
-    ) -> object:
-        """
-        List Slack conversations accessible to the user via the live Nango connection.
-
-        Returns minimal channel metadata suitable for selection UIs. If required scopes
-        are missing, Slack's error is propagated with details.
-
-        Supports filtering by channels, including/excluding private channels, DMs, group
-        DMs, and archived channels based on the provided search options.
-
-        Args:
-          channels: List of Slack channels to include (by id, name, or #name).
-
-          exclude_archived: If set, pass 'exclude_archived' to Slack. If None, omit the param.
-
-          include_dms: Include direct messages (im) when listing conversations.
-
-          include_group_dms: Include group DMs (mpim) when listing conversations.
-
-          include_private: Include private channels when constructing Slack 'types'.
-
-          extra_headers: Send extra headers
-
-          extra_query: Add additional query parameters to the request
-
-          extra_body: Add additional JSON properties to the request
-
-          timeout: Override the client-level default timeout for this request, in seconds
-        """
-        return self._get(
-            "/integrations/slack/list",
-            options=make_request_options(
-                extra_headers=extra_headers,
-                extra_query=extra_query,
-                extra_body=extra_body,
-                timeout=timeout,
-                query=maybe_transform(
-                    {
-                        "channels": channels,
-                        "exclude_archived": exclude_archived,
-                        "include_dms": include_dms,
-                        "include_group_dms": include_group_dms,
-                        "include_private": include_private,
-                    },
-                    slack_list_params.SlackListParams,
-                ),
-            ),
-            cast_to=object,
-        )
-
-
-class AsyncSlackResource(AsyncAPIResource):
-    @cached_property
-    def with_raw_response(self) -> AsyncSlackResourceWithRawResponse:
-        """
-        This property can be used as a prefix for any HTTP method call to return
-        the raw response object instead of the parsed content.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#accessing-raw-response-data-eg-headers
-        """
-        return AsyncSlackResourceWithRawResponse(self)
-
-    @cached_property
-    def with_streaming_response(self) -> AsyncSlackResourceWithStreamingResponse:
-        """
-        An alternative to `.with_raw_response` that doesn't eagerly read the response body.
-
-        For more information, see https://www.github.com/hyperspell/python-sdk#with_streaming_response
-        """
-        return AsyncSlackResourceWithStreamingResponse(self)
-
-    async def list(
-        self,
-        *,
-        channels: SequenceNotStr[str] | Omit = omit,
-        exclude_archived: Optional[bool] | Omit = omit,
-        include_dms: bool | Omit = omit,
-        include_group_dms: bool | Omit = omit,
-        include_private: bool | Omit = omit,
-        # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
-        # The extra values given here take precedence over values defined on the client or passed to this method.
-        extra_headers: Headers | None = None,
-        extra_query: Query | None = None,
-        extra_body: Body | None = None,
-        timeout: float | httpx.Timeout | None | NotGiven = not_given,
-    ) -> object:
-        """
-        List Slack conversations accessible to the user via the live Nango connection.
-
-        Returns minimal channel metadata suitable for selection UIs. If required scopes
-        are missing, Slack's error is propagated with details.
-
-        Supports filtering by channels, including/excluding private channels, DMs, group
-        DMs, and archived channels based on the provided search options.
-
-        Args:
-          channels: List of Slack channels to include (by id, name, or #name).
-
-          exclude_archived: If set, pass 'exclude_archived' to Slack. If None, omit the param.
-
-          include_dms: Include direct messages (im) when listing conversations.
-
-          include_group_dms: Include group DMs (mpim) when listing conversations.
-
-          include_private: Include private channels when constructing Slack 'types'.
-
-          extra_headers: Send extra headers
-
-          extra_query: Add additional query parameters to the request
-
-          extra_body: Add additional JSON properties to the request
-
-          timeout: Override the client-level default timeout for this request, in seconds
-        """
-        return await self._get(
-            "/integrations/slack/list",
-            options=make_request_options(
-                extra_headers=extra_headers,
-                extra_query=extra_query,
-                extra_body=extra_body,
-                timeout=timeout,
-                query=await async_maybe_transform(
-                    {
-                        "channels": channels,
-                        "exclude_archived": exclude_archived,
-                        "include_dms": include_dms,
-                        "include_group_dms": include_group_dms,
-                        "include_private": include_private,
-                    },
-                    slack_list_params.SlackListParams,
-                ),
-            ),
-            cast_to=object,
-        )
-
-
-class SlackResourceWithRawResponse:
-    def __init__(self, slack: SlackResource) -> None:
-        self._slack = slack
-
-        self.list = to_raw_response_wrapper(
-            slack.list,
-        )
-
-
-class AsyncSlackResourceWithRawResponse:
-    def __init__(self, slack: AsyncSlackResource) -> None:
-        self._slack = slack
-
-        self.list = async_to_raw_response_wrapper(
-            slack.list,
-        )
-
-
-class SlackResourceWithStreamingResponse:
-    def __init__(self, slack: SlackResource) -> None:
-        self._slack = slack
-
-        self.list = to_streamed_response_wrapper(
-            slack.list,
-        )
-
-
-class AsyncSlackResourceWithStreamingResponse:
-    def __init__(self, slack: AsyncSlackResource) -> None:
-        self._slack = slack
-
-        self.list = async_to_streamed_response_wrapper(
-            slack.list,
-        )
diff --git a/src/hyperspell/resources/memories.py b/src/hyperspell/resources/memories.py
index 21fbf295..4ebc4cd6 100644
--- a/src/hyperspell/resources/memories.py
+++ b/src/hyperspell/resources/memories.py
@@ -88,6 +88,8 @@ def update(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         collection: Union[str, object, None] | Omit = omit,
         date: Union[Union[str, datetime], object, None] | Omit = omit,
@@ -185,6 +187,8 @@ def list(
                 "coda",
                 "lightfield",
                 "gong",
+                "pylon",
+                "clickup",
             ]
         ]
         | Omit = omit,
@@ -272,6 +276,8 @@ def delete(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
         # The extra values given here take precedence over values defined on the client or passed to this method.
@@ -457,6 +463,8 @@ def get(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
         # The extra values given here take precedence over values defined on the client or passed to this method.
@@ -524,6 +532,8 @@ def search(
                 "coda",
                 "lightfield",
                 "gong",
+                "pylon",
+                "clickup",
             ]
         ]
         | Omit = omit,
@@ -721,6 +731,8 @@ async def update(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         collection: Union[str, object, None] | Omit = omit,
         date: Union[Union[str, datetime], object, None] | Omit = omit,
@@ -818,6 +830,8 @@ def list(
                 "coda",
                 "lightfield",
                 "gong",
+                "pylon",
+                "clickup",
             ]
         ]
         | Omit = omit,
@@ -905,6 +919,8 @@ async def delete(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
         # The extra values given here take precedence over values defined on the client or passed to this method.
@@ -1090,6 +1106,8 @@ async def get(
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ],
         # Use the following arguments if you need to pass additional parameters to the API that aren't available via kwargs.
         # The extra values given here take precedence over values defined on the client or passed to this method.
@@ -1157,6 +1175,8 @@ async def search(
                 "coda",
                 "lightfield",
                 "gong",
+                "pylon",
+                "clickup",
             ]
         ]
         | Omit = omit,
diff --git a/src/hyperspell/types/action_add_reaction_params.py b/src/hyperspell/types/action_add_reaction_params.py
index 87e7b13d..3fe5508a 100644
--- a/src/hyperspell/types/action_add_reaction_params.py
+++ b/src/hyperspell/types/action_add_reaction_params.py
@@ -40,6 +40,8 @@ class ActionAddReactionParams(TypedDict, total=False):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
     """Integration provider (e.g., slack)"""
diff --git a/src/hyperspell/types/action_send_message_params.py b/src/hyperspell/types/action_send_message_params.py
index bc76880d..48a18708 100644
--- a/src/hyperspell/types/action_send_message_params.py
+++ b/src/hyperspell/types/action_send_message_params.py
@@ -34,6 +34,8 @@ class ActionSendMessageParams(TypedDict, total=False):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
     """Integration provider (e.g., slack)"""
diff --git a/src/hyperspell/types/auth_delete_user_response.py b/src/hyperspell/types/auth_delete_user_response.py
index 64c8e293..02bfd58d 100644
--- a/src/hyperspell/types/auth_delete_user_response.py
+++ b/src/hyperspell/types/auth_delete_user_response.py
@@ -9,3 +9,5 @@ class AuthDeleteUserResponse(BaseModel):
     message: str
 
     success: bool
+
+    workflow_id: str
diff --git a/src/hyperspell/types/auth_me_response.py b/src/hyperspell/types/auth_me_response.py
index 918e0e73..d7310aa3 100644
--- a/src/hyperspell/types/auth_me_response.py
+++ b/src/hyperspell/types/auth_me_response.py
@@ -57,6 +57,8 @@ class AuthMeResponse(BaseModel):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
     """All integrations available for the app"""
@@ -86,6 +88,8 @@ class AuthMeResponse(BaseModel):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
     """All integrations installed for the user"""
diff --git a/src/hyperspell/types/auth_user_token_params.py b/src/hyperspell/types/auth_user_token_params.py
index c95c2321..60dd465a 100644
--- a/src/hyperspell/types/auth_user_token_params.py
+++ b/src/hyperspell/types/auth_user_token_params.py
@@ -12,7 +12,10 @@ class AuthUserTokenParams(TypedDict, total=False):
     user_id: Required[str]
 
     expires_in: Optional[str]
-    """Token lifetime, e.g., '30m', '2h', '1d'. Defaults to 24 hours if not provided."""
+    """Token lifetime, e.g., '30m', '2h', '1d'.
+
+    Defaults to 24 hours if not provided. Maximum 30 days.
+    """
 
     origin: Optional[str]
     """Origin of the request, used for CSRF protection.
diff --git a/src/hyperspell/types/connection_list_response.py b/src/hyperspell/types/connection_list_response.py
index 6c5feef3..6b43155b 100644
--- a/src/hyperspell/types/connection_list_response.py
+++ b/src/hyperspell/types/connection_list_response.py
@@ -42,6 +42,8 @@ class Connection(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
     """The connection's provider"""
 
diff --git a/src/hyperspell/types/integration_list_response.py b/src/hyperspell/types/integration_list_response.py
index 02f10164..537c24ac 100644
--- a/src/hyperspell/types/integration_list_response.py
+++ b/src/hyperspell/types/integration_list_response.py
@@ -48,15 +48,44 @@ class Integration(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
     """The integration's provider"""
 
     actions_only: Optional[bool] = None
     """Whether this integration only supports write actions (no sync)"""
 
+    channel_selection_required: Optional[bool] = None
+    """
+    Effective per-app requirement: True when an empty selection indexes NOTHING (the
+    user must pick channels). Combines the integration's requires_channel_selection
+    with the app's index_all_by_default config.
+    """
+
+    folder_selection_required: Optional[bool] = None
+    """
+    Effective per-app requirement: True when the integration's
+    require_folder_selection index option is on, i.e. new connections sync NOTHING
+    until the user picks folders.
+    """
+
     requires_channel_selection: Optional[bool] = None
     """Whether the user must select channels before indexing starts"""
 
+    supports_channel_selection: Optional[bool] = None
+    """Whether the integration offers an optional channel picker to narrow indexing.
+
+    Empty selection indexes everything (opt-in narrowing).
+    """
+
+    supports_folder_selection: Optional[bool] = None
+    """
+    Whether the integration supports listing folders and per-folder sync policies
+    (GET /connections/{id}/folders + folder-policies). Drives the folder picker in
+    the connect flow.
+    """
+
 
 class IntegrationListResponse(BaseModel):
     integrations: List[Integration]
diff --git a/src/hyperspell/types/integrations/__init__.py b/src/hyperspell/types/integrations/__init__.py
index d0911f57..3240c9d6 100644
--- a/src/hyperspell/types/integrations/__init__.py
+++ b/src/hyperspell/types/integrations/__init__.py
@@ -2,7 +2,5 @@
 
 from __future__ import annotations
 
-from .calendar import Calendar as Calendar
-from .slack_list_params import SlackListParams as SlackListParams
 from .web_crawler_index_params import WebCrawlerIndexParams as WebCrawlerIndexParams
 from .web_crawler_index_response import WebCrawlerIndexResponse as WebCrawlerIndexResponse
diff --git a/src/hyperspell/types/integrations/calendar.py b/src/hyperspell/types/integrations/calendar.py
deleted file mode 100644
index 9580f518..00000000
--- a/src/hyperspell/types/integrations/calendar.py
+++ /dev/null
@@ -1,25 +0,0 @@
-# File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
-
-from typing import List, Optional
-
-from ..._models import BaseModel
-
-__all__ = ["Calendar", "Item"]
-
-
-class Item(BaseModel):
-    id: str
-    """The ID of the calendar"""
-
-    name: str
-    """The name of the calendar"""
-
-    primary: bool
-    """Whether the calendar is the primary calendar of the user"""
-
-    timezone: Optional[str] = None
-    """Default timezone of the calendar"""
-
-
-class Calendar(BaseModel):
-    items: List[Item]
diff --git a/src/hyperspell/types/integrations/slack_list_params.py b/src/hyperspell/types/integrations/slack_list_params.py
deleted file mode 100644
index 17cf66d4..00000000
--- a/src/hyperspell/types/integrations/slack_list_params.py
+++ /dev/null
@@ -1,27 +0,0 @@
-# File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
-
-from __future__ import annotations
-
-from typing import Optional
-from typing_extensions import TypedDict
-
-from ..._types import SequenceNotStr
-
-__all__ = ["SlackListParams"]
-
-
-class SlackListParams(TypedDict, total=False):
-    channels: SequenceNotStr[str]
-    """List of Slack channels to include (by id, name, or #name)."""
-
-    exclude_archived: Optional[bool]
-    """If set, pass 'exclude_archived' to Slack. If None, omit the param."""
-
-    include_dms: bool
-    """Include direct messages (im) when listing conversations."""
-
-    include_group_dms: bool
-    """Include group DMs (mpim) when listing conversations."""
-
-    include_private: bool
-    """Include private channels when constructing Slack 'types'."""
diff --git a/src/hyperspell/types/integrations/web_crawler_index_response.py b/src/hyperspell/types/integrations/web_crawler_index_response.py
index bb44ee7b..d219fce1 100644
--- a/src/hyperspell/types/integrations/web_crawler_index_response.py
+++ b/src/hyperspell/types/integrations/web_crawler_index_response.py
@@ -34,6 +34,8 @@ class WebCrawlerIndexResponse(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     status: Literal["pending", "processing", "completed", "failed", "pending_review", "skipped"]
diff --git a/src/hyperspell/types/memory_delete_response.py b/src/hyperspell/types/memory_delete_response.py
index 1b1b262b..a73fb8ab 100644
--- a/src/hyperspell/types/memory_delete_response.py
+++ b/src/hyperspell/types/memory_delete_response.py
@@ -38,6 +38,8 @@ class MemoryDeleteResponse(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     success: bool
diff --git a/src/hyperspell/types/memory_get_response.py b/src/hyperspell/types/memory_get_response.py
index 7f701601..23852a44 100644
--- a/src/hyperspell/types/memory_get_response.py
+++ b/src/hyperspell/types/memory_get_response.py
@@ -67,6 +67,8 @@ class MemoryGetResponse(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     type: str
diff --git a/src/hyperspell/types/memory_list_params.py b/src/hyperspell/types/memory_list_params.py
index 300c50a7..abd7a1b5 100644
--- a/src/hyperspell/types/memory_list_params.py
+++ b/src/hyperspell/types/memory_list_params.py
@@ -47,6 +47,8 @@ class MemoryListParams(TypedDict, total=False):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
     """Filter documents by source."""
diff --git a/src/hyperspell/types/memory_list_response.py b/src/hyperspell/types/memory_list_response.py
index aa6664c1..781b4b42 100644
--- a/src/hyperspell/types/memory_list_response.py
+++ b/src/hyperspell/types/memory_list_response.py
@@ -67,6 +67,8 @@ class MemoryListResponse(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     type: str
diff --git a/src/hyperspell/types/memory_search_params.py b/src/hyperspell/types/memory_search_params.py
index ef256252..9b8d73b8 100644
--- a/src/hyperspell/types/memory_search_params.py
+++ b/src/hyperspell/types/memory_search_params.py
@@ -12,8 +12,6 @@
 __all__ = [
     "MemorySearchParams",
     "Options",
-    "OptionsBox",
-    "OptionsGoogleCalendar",
     "OptionsGoogleDrive",
     "OptionsGoogleMail",
     "OptionsNotion",
@@ -80,42 +78,13 @@ class MemorySearchParams(TypedDict, total=False):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
     """Only query documents from these sources."""
 
 
-class OptionsBox(TypedDict, total=False):
-    """Search options for Box"""
-
-    weight: float
-    """Weight of results from this source.
-
-    A weight greater than 1.0 means more results from this source will be returned,
-    a weight less than 1.0 means fewer results will be returned. This will only
-    affect results if multiple sources are queried at the same time.
-    """
-
-
-class OptionsGoogleCalendar(TypedDict, total=False):
-    """Search options for Google Calendar"""
-
-    calendar_id: Optional[str]
-    """The ID of the calendar to search.
-
-    If not provided, it will use the ID of the default calendar. You can get the
-    list of calendars with the `/integrations/google_calendar/list` endpoint.
-    """
-
-    weight: float
-    """Weight of results from this source.
-
-    A weight greater than 1.0 means more results from this source will be returned,
-    a weight less than 1.0 means fewer results will be returned. This will only
-    affect results if multiple sources are queried at the same time.
-    """
-
-
 class OptionsGoogleDrive(TypedDict, total=False):
     """Search options for Google Drive"""
 
@@ -240,18 +209,12 @@ class Options(TypedDict, total=False):
     before: Annotated[Union[str, datetime, None], PropertyInfo(format="iso8601")]
     """Only query documents created before this date."""
 
-    box: OptionsBox
-    """Search options for Box"""
-
     filter: Optional[Dict[str, object]]
     """Metadata filters using MongoDB-style operators.
 
     Example: {'status': 'published', 'priority': {'$gt': 3}}
     """
 
-    google_calendar: OptionsGoogleCalendar
-    """Search options for Google Calendar"""
-
     google_drive: OptionsGoogleDrive
     """Search options for Google Drive"""
 
diff --git a/src/hyperspell/types/memory_status.py b/src/hyperspell/types/memory_status.py
index 47474f7c..ce774aa8 100644
--- a/src/hyperspell/types/memory_status.py
+++ b/src/hyperspell/types/memory_status.py
@@ -34,6 +34,8 @@ class MemoryStatus(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     status: Literal["pending", "processing", "completed", "failed", "pending_review", "skipped"]
diff --git a/src/hyperspell/types/memory_update_params.py b/src/hyperspell/types/memory_update_params.py
index 0e543114..dc2ce3ed 100644
--- a/src/hyperspell/types/memory_update_params.py
+++ b/src/hyperspell/types/memory_update_params.py
@@ -37,6 +37,8 @@ class MemoryUpdateParams(TypedDict, total=False):
             "coda",
             "lightfield",
             "gong",
+            "pylon",
+            "clickup",
         ]
     ]
 
diff --git a/src/hyperspell/types/shared/provenance_source.py b/src/hyperspell/types/shared/provenance_source.py
index 1be00cbb..2c366da6 100644
--- a/src/hyperspell/types/shared/provenance_source.py
+++ b/src/hyperspell/types/shared/provenance_source.py
@@ -37,6 +37,8 @@ class ProvenanceSource(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     score: Optional[float] = None
diff --git a/src/hyperspell/types/shared/scored_document_response.py b/src/hyperspell/types/shared/scored_document_response.py
index 6e3902f1..4d33cfc8 100644
--- a/src/hyperspell/types/shared/scored_document_response.py
+++ b/src/hyperspell/types/shared/scored_document_response.py
@@ -71,6 +71,8 @@ class ScoredDocumentResponse(BaseModel):
         "coda",
         "lightfield",
         "gong",
+        "pylon",
+        "clickup",
     ]
 
     type: str
diff --git a/tests/api_resources/integrations/test_google_calendar.py b/tests/api_resources/integrations/test_google_calendar.py
deleted file mode 100644
index 7175efac..00000000
--- a/tests/api_resources/integrations/test_google_calendar.py
+++ /dev/null
@@ -1,74 +0,0 @@
-# File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
-
-from __future__ import annotations
-
-import os
-from typing import Any, cast
-
-import pytest
-
-from hyperspell import Hyperspell, AsyncHyperspell
-from tests.utils import assert_matches_type
-from hyperspell.types.integrations import Calendar
-
-base_url = os.environ.get("TEST_API_BASE_URL", "http://127.0.0.1:4010")
-
-
-class TestGoogleCalendar:
-    parametrize = pytest.mark.parametrize("client", [False, True], indirect=True, ids=["loose", "strict"])
-
-    @parametrize
-    def test_method_list(self, client: Hyperspell) -> None:
-        google_calendar = client.integrations.google_calendar.list()
-        assert_matches_type(Calendar, google_calendar, path=["response"])
-
-    @parametrize
-    def test_raw_response_list(self, client: Hyperspell) -> None:
-        response = client.integrations.google_calendar.with_raw_response.list()
-
-        assert response.is_closed is True
-        assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-        google_calendar = response.parse()
-        assert_matches_type(Calendar, google_calendar, path=["response"])
-
-    @parametrize
-    def test_streaming_response_list(self, client: Hyperspell) -> None:
-        with client.integrations.google_calendar.with_streaming_response.list() as response:
-            assert not response.is_closed
-            assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-
-            google_calendar = response.parse()
-            assert_matches_type(Calendar, google_calendar, path=["response"])
-
-        assert cast(Any, response.is_closed) is True
-
-
-class TestAsyncGoogleCalendar:
-    parametrize = pytest.mark.parametrize(
-        "async_client", [False, True, {"http_client": "aiohttp"}], indirect=True, ids=["loose", "strict", "aiohttp"]
-    )
-
-    @parametrize
-    async def test_method_list(self, async_client: AsyncHyperspell) -> None:
-        google_calendar = await async_client.integrations.google_calendar.list()
-        assert_matches_type(Calendar, google_calendar, path=["response"])
-
-    @parametrize
-    async def test_raw_response_list(self, async_client: AsyncHyperspell) -> None:
-        response = await async_client.integrations.google_calendar.with_raw_response.list()
-
-        assert response.is_closed is True
-        assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-        google_calendar = await response.parse()
-        assert_matches_type(Calendar, google_calendar, path=["response"])
-
-    @parametrize
-    async def test_streaming_response_list(self, async_client: AsyncHyperspell) -> None:
-        async with async_client.integrations.google_calendar.with_streaming_response.list() as response:
-            assert not response.is_closed
-            assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-
-            google_calendar = await response.parse()
-            assert_matches_type(Calendar, google_calendar, path=["response"])
-
-        assert cast(Any, response.is_closed) is True
diff --git a/tests/api_resources/integrations/test_slack.py b/tests/api_resources/integrations/test_slack.py
deleted file mode 100644
index d4312400..00000000
--- a/tests/api_resources/integrations/test_slack.py
+++ /dev/null
@@ -1,95 +0,0 @@
-# File generated from our OpenAPI spec by Stainless. See CONTRIBUTING.md for details.
-
-from __future__ import annotations
-
-import os
-from typing import Any, cast
-
-import pytest
-
-from hyperspell import Hyperspell, AsyncHyperspell
-from tests.utils import assert_matches_type
-
-base_url = os.environ.get("TEST_API_BASE_URL", "http://127.0.0.1:4010")
-
-
-class TestSlack:
-    parametrize = pytest.mark.parametrize("client", [False, True], indirect=True, ids=["loose", "strict"])
-
-    @parametrize
-    def test_method_list(self, client: Hyperspell) -> None:
-        slack = client.integrations.slack.list()
-        assert_matches_type(object, slack, path=["response"])
-
-    @parametrize
-    def test_method_list_with_all_params(self, client: Hyperspell) -> None:
-        slack = client.integrations.slack.list(
-            channels=["string"],
-            exclude_archived=True,
-            include_dms=True,
-            include_group_dms=True,
-            include_private=True,
-        )
-        assert_matches_type(object, slack, path=["response"])
-
-    @parametrize
-    def test_raw_response_list(self, client: Hyperspell) -> None:
-        response = client.integrations.slack.with_raw_response.list()
-
-        assert response.is_closed is True
-        assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-        slack = response.parse()
-        assert_matches_type(object, slack, path=["response"])
-
-    @parametrize
-    def test_streaming_response_list(self, client: Hyperspell) -> None:
-        with client.integrations.slack.with_streaming_response.list() as response:
-            assert not response.is_closed
-            assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-
-            slack = response.parse()
-            assert_matches_type(object, slack, path=["response"])
-
-        assert cast(Any, response.is_closed) is True
-
-
-class TestAsyncSlack:
-    parametrize = pytest.mark.parametrize(
-        "async_client", [False, True, {"http_client": "aiohttp"}], indirect=True, ids=["loose", "strict", "aiohttp"]
-    )
-
-    @parametrize
-    async def test_method_list(self, async_client: AsyncHyperspell) -> None:
-        slack = await async_client.integrations.slack.list()
-        assert_matches_type(object, slack, path=["response"])
-
-    @parametrize
-    async def test_method_list_with_all_params(self, async_client: AsyncHyperspell) -> None:
-        slack = await async_client.integrations.slack.list(
-            channels=["string"],
-            exclude_archived=True,
-            include_dms=True,
-            include_group_dms=True,
-            include_private=True,
-        )
-        assert_matches_type(object, slack, path=["response"])
-
-    @parametrize
-    async def test_raw_response_list(self, async_client: AsyncHyperspell) -> None:
-        response = await async_client.integrations.slack.with_raw_response.list()
-
-        assert response.is_closed is True
-        assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-        slack = await response.parse()
-        assert_matches_type(object, slack, path=["response"])
-
-    @parametrize
-    async def test_streaming_response_list(self, async_client: AsyncHyperspell) -> None:
-        async with async_client.integrations.slack.with_streaming_response.list() as response:
-            assert not response.is_closed
-            assert response.http_request.headers.get("X-Stainless-Lang") == "python"
-
-            slack = await response.parse()
-            assert_matches_type(object, slack, path=["response"])
-
-        assert cast(Any, response.is_closed) is True
diff --git a/tests/api_resources/test_memories.py b/tests/api_resources/test_memories.py
index 125b2809..41eaf3c8 100644
--- a/tests/api_resources/test_memories.py
+++ b/tests/api_resources/test_memories.py
@@ -299,12 +299,7 @@ def test_method_search_with_all_params(self, client: Hyperspell) -> None:
                 "after": parse_datetime("2019-12-27T18:11:19.117Z"),
                 "answer_model": "llama-3.1",
                 "before": parse_datetime("2019-12-27T18:11:19.117Z"),
-                "box": {"weight": 0},
                 "filter": {},
-                "google_calendar": {
-                    "calendar_id": "calendar_id",
-                    "weight": 0,
-                },
                 "google_drive": {"weight": 0},
                 "google_mail": {
                     "label_ids": ["string"],
@@ -705,12 +700,7 @@ async def test_method_search_with_all_params(self, async_client: AsyncHyperspell
                 "after": parse_datetime("2019-12-27T18:11:19.117Z"),
                 "answer_model": "llama-3.1",
                 "before": parse_datetime("2019-12-27T18:11:19.117Z"),
-                "box": {"weight": 0},
                 "filter": {},
-                "google_calendar": {
-                    "calendar_id": "calendar_id",
-                    "weight": 0,
-                },
                 "google_drive": {"weight": 0},
                 "google_mail": {
                     "label_ids": ["string"],
diff --git a/uv.lock b/uv.lock
index 01163374..f5bd4f19 100644
--- a/uv.lock
+++ b/uv.lock
@@ -470,7 +470,7 @@ wheels = [
 
 [[package]]
 name = "hyperspell"
-version = "0.38.0"
+version = "0.0.1"
 source = { editable = "." }
 dependencies = [
     { name = "anyio" },