diff --git a/examples/prisma-federation/README.md b/examples/prisma-federation/README.md
index aba664d99..89f4a5441 100644
--- a/examples/prisma-federation/README.md
+++ b/examples/prisma-federation/README.md
@@ -164,7 +164,10 @@ ReviewType.implement({
 
 ```typescript
 // Use new `toSubGraphSchema` method to add subGraph specific types and queries to the schema
-const schema = builder.toSubGraphSchema({});
+const schema = builder.toSubGraphSchema({
+  // defaults to v2.3
+  linkUrl: 'https://specs.apollo.dev/federation/v2.3',
+});
 
 const server = new ApolloServer({
   schema,
@@ -181,3 +184,88 @@ startStandaloneServer(server, { listen: { port: 4000 } })
 
 For a functional example that combines multiple graphs built with Pothos into a single schema see
 [https://github.com/hayes/pothos/tree/main/packages/plugin-federation/tests/example](https://github.com/hayes/pothos/tree/main/packages/plugin-federation/tests/example)
+
+### Printing the schema
+
+If you are printing the schema as a string for any reason, and then using the printed schema for
+Apollo Federation(submitting if using Managed Federation, or composing manually with `rover`), you
+must use `printSubgraphSchema`(from `@apollo/subgraph`) or another compatible way of printing the
+schema(that includes directives) in order for it to work.
+
+### Field directives directives
+
+Several federation directives can be configured directly when defining a field includes
+`@shareable`, `@tag`, `@inaccessible`, and `@override`.
+
+```ts
+t.field({
+  type: 'String',
+  shareable: true,
+  tag: ['someTag'],
+  inaccessible: true,
+  override: { from: 'users' },
+});
+```
+
+For more details on these directives, see the official Federation documentation.
+
+### interface entities and @interfaceObject
+
+Federation 2.3 introduces new features for federating interface definitions.
+
+You can now pass interfaces to `asEntity` to defined keys for an interface:
+
+```ts
+const Media = builder.interfaceRef<{ id: string }>('Media').implement({
+  fields: (t) => ({
+    id: t.exposeID('id'),
+    ...
+  }),
+});
+
+builder.asEntity(Media, {
+  key: builder.selection<{ id: string }>('id'),
+  resolveReference: ({ id }) => loadMediaById(id),
+});
+```
+
+You can also extend interfaces from another subGraph by creating an `interfaceObject`:
+
+```ts
+const Media = builder.objectRef<{ id: string }>('Media').implement({
+  fields: (t) => ({
+    id: t.exposeID('id'),
+    // add new MediaFields here that are available on all implementors of the `Media` type
+  }),
+});
+
+builder.asEntity(Media, {
+  interfaceObject: true,
+  key: builder.selection<{ id: string }>('id'),
+  resolveReference: (ref) => ref,
+});
+```
+
+See federation documentation for more details on `interfaceObject`s
+
+### composeDirective
+
+You can apply the `composeDirective` directive when building the subgraph schema:
+
+```ts
+export const schema = builder.toSubGraphSchema({
+  // This adds the @composeDirective directive
+  composeDirectives: ['@custom'],
+  // composeDirective requires an @link directive on the schema pointing the the url for your directive
+  schemaDirectives: {
+    link: { url: 'https://myspecs.dev/myCustomDirective/v1.0', import: ['@custom'] },
+  },
+  // You currently also need to provide an actual implementation for your Directive
+  directives: [
+    new GraphQLDirective({
+      locations: [DirectiveLocation.OBJECT, DirectiveLocation.INTERFACE],
+      name: 'custom',
+    }),
+  ],
+});
+```
diff --git a/packages/plugin-federation/README.md b/packages/plugin-federation/README.md
index 5dd23b94c..89f4a5441 100644
--- a/packages/plugin-federation/README.md
+++ b/packages/plugin-federation/README.md
@@ -248,7 +248,7 @@ builder.asEntity(Media, {
 
 See federation documentation for more details on `interfaceObject`s
 
-### composeDirective =
+### composeDirective
 
 You can apply the `composeDirective` directive when building the subgraph schema:
 
diff --git a/packages/plugin-prisma-utils/README.md b/packages/plugin-prisma-utils/README.md
index dc145b199..2f097b78e 100644
--- a/packages/plugin-prisma-utils/README.md
+++ b/packages/plugin-prisma-utils/README.md
@@ -1,6 +1,6 @@
 # Prisma utils for Pothos
 
-This package is highly experimental and not recommended for production use
+<Alert>This package is highly experimental and not recommended for production use</Alert>
 
 The plugin adds new helpers for creating prisma compatible input types. It is NOT required to use
 the normal prisma plugin.
@@ -65,7 +65,7 @@ operations).
 
 ```typescript
 const StringFilter = builder.prismaFilter('String', {
-  ops: ['contains', 'equals', 'startsWith', 'not', 'equals'],
+  ops: ['contains', 'equals', 'startsWith', 'not'],
 });
 
 export const IDFilter = builder.prismaFilter('Int', {
@@ -268,7 +268,7 @@ There are 2 main approaches:
 2. Dynamic Generation: Types are generated dynamically at runtime through helpers imported from your
    App
 
-### Static generator:
+### Static generator
 
 You can find an
 [example static generator here](https://github.com/hayes/pothos/blob/main/packages/plugin-prisma-utils/tests/examples/codegen/generator.ts)
diff --git a/packages/plugin-relay/README.md b/packages/plugin-relay/README.md
index 5a7340778..cb7b4cd95 100644
--- a/packages/plugin-relay/README.md
+++ b/packages/plugin-relay/README.md
@@ -17,24 +17,19 @@ yarn add @pothos/plugin-relay
 import RelayPlugin from '@pothos/plugin-relay';
 const builder = new SchemaBuilder({
   plugins: [RelayPlugin],
-  relayOptions: {
-    // These will become the defaults in the next major version
-    clientMutationId: 'omit',
-    cursorType: 'String',
-  },
+  relay: {},
 });
 ```
 
 ### Options
 
-The `relayOptions` object passed to builder can contain the following properties:
+The `relay` options object passed to builder can contain the following properties:
 
 - `idFieldName`: The name of the field that contains the global id for the node. Defaults to `id`.
 - `idFieldOptions`: Options to pass to the id field.
-- `clientMutationId`: `required` (default) | `omit` | `optional`. Determines if clientMutationId
+- `clientMutationId`: `omit` (default) | `required` | `optional`. Determines if clientMutationId
   fields are created on `relayMutationFields`, and if they are required.
-- `cursorType`: `String` | `ID`. Determines type used for cursor fields. Defaults behavior due to
-  legacy reasons is `String` for everything except for connection arguments which use `ID`.
+- `cursorType`: `String` | `ID`. Determines type used for cursor fields. Defaults to `String`
   Overwriting this default is highly encouraged.
 - `nodeQueryOptions`: Options for the `node` field on the query object, set to false to omit the
   field
@@ -64,6 +59,85 @@ The `relayOptions` object passed to builder can contain the following properties
 - `defaultMutationInputTypeOptions`: default options for the mutation `Input` types.
 - `nodesOnConnection`: If true, the `nodes` field will be added to the `Connection` object types.
 - `defaultConnectionFieldOptions`: Default options for connection fields defined with t.connection
+- `brandLoadedObjects`: Defaults to `true`. This will add a hidden symbol to objects returned from
+  the `load` methods of Nodes that allows the default `resolveType` implementation to identify the
+  type of the node. When this is enabled, you will not need to implement an `isTypeOf` check for
+  most common patterns.
+
+### Creating Nodes
+
+To create objects that extend the `Node` interface, you can use the new `builder.node` method.
+
+```typescript
+// Using object refs
+const User = builder.objectRef<UserType>('User');
+// Or using a class
+class User {
+  id: string;
+  name: string;
+}
+
+builder.node(User, {
+  // define an id field
+  id: {
+    resolve: (user) => user.id,
+    // other options for id field can be added here
+  },
+
+  // Define only one of the following methods for loading nodes by id
+  loadOne: (id) => loadUserByID(id),
+  loadMany: (ids) => loadUsers(ids),
+  loadWithoutCache: (id) => loadUserByID(id),
+  loadManyWithoutCache: (ids) => loadUsers(ids),
+
+  // if using a class instaed of a ref, you will need to provide a name
+  name: 'User',
+  fields: (t) => ({
+    name: t.exposeString('name'),
+  }),
+});
+```
+
+`builder.node` will create an object type that implements the `Node` interface. It will also create
+the `Node` interface the first time it is used. The `resolve` function for `id` should return a
+number or string, which will be converted to a globalID. The relay plugin adds to new query fields
+`node` and `nodes` which can be used to directly fetch nodes using global IDs by calling the
+provided `loadOne` or `loadMany` method. Each node will only be loaded once by id, and cached if the
+same node is loaded multiple times inn the same request. You can provide `loadWithoutCache` or
+`loadManyWithoutCache` instead if caching is not desired, or you are already using a caching
+datasource like a dataloader.
+
+Nodes may also implement an `isTypeOf` method which can be used to resolve the correct type for
+lists of generic nodes. When using a class as the type parameter, the `isTypeOf` method defaults to
+using an `instanceof` check, and falls back to checking the constructor property on the prototype.
+The means that for many cases if you are using classes in your type parameters, and all your values
+are instances of those classes, you won't need to implement an `isTypeOf` method, but it is usually
+better to explicitly define that behavior.
+
+By default (unless `brandLoadedObjects` is set to `false`) any nodes loaded through one of the
+`load*` methods will be branded so that the default `resolveType` method can identify the GraphQL
+type for the loaded object. This means `isTypeOf` is only required for `union` and `interface`
+fields that return node objects that are manually loaded, where the union or interface does not have
+a custom `resolveType` method that knows how to resolve the node type.
+
+#### parsing node ids
+
+By default all node ids are parsed as string. This behavior can be customized by providing a custom
+parse function for your node's ID field:
+
+```ts
+const User = builder.objectRef<UserType>('User')
+builder.node(User, {
+  // define an id field
+  id: {
+    resolve: (user) => user.id,
+    parse: (id) => Number.parseInt(id, 10),
+  },
+  // the ID is now a number
+  loadOne: (id) => loadUserByID(id),
+  ...
+});
+```
 
 ### Global IDs
 
@@ -76,7 +150,7 @@ import { encodeGlobalID } from '@pothos/plugin-relay';
 builder.queryFields((t) => ({
   singleID: t.globalID({
     resolve: (parent, args, context) => {
-      return encodeGlobalID('SomeType', 123);
+      return { id: 123, type: 'SomeType' };
     },
   }),
   listOfIDs: t.globalIDList({
@@ -138,76 +212,6 @@ builder.queryType({
 });
 ```
 
-### Creating Nodes
-
-To create objects that extend the `Node` interface, you can use the new `builder.node` method.
-
-```typescript
-class NumberThing {
-  id: number;
-
-  binary: string;
-
-  constructor(n: number) {
-    this.id = n;
-    this.binary = n.toString(2);
-  }
-}
-
-builder.node(NumberThing, {
-  // define an id field
-  id: {
-    resolve: (num) => num.id,
-    // other options for id field can be added here
-  },
-
-  // Define only one of the following methods for loading nodes by id
-  loadOne: (id) => new NumberThing(parseInt(id)),
-  loadMany: (ids) => ids.map((id) => new NumberThing(parseInt(id))),
-  loadWithoutCache: (id) => new NumberThing(parseInt(id)),
-  loadManyWithoutCache: (ids) => ids.map((id) => new NumberThing(parseInt(id))),
-
-  name: 'Number',
-  fields: (t) => ({
-    binary: t.exposeString('binary', {}),
-  }),
-});
-```
-
-`builder.node` will create an object type that implements the `Node` interface. It will also create
-the `Node` interface the first time it is used. The `resolve` function for `id` should return a
-number or string, which will be converted to a globalID. The relay plugin adds to new query fields
-`node` and `nodes` which can be used to directly fetch nodes using global IDs by calling the
-provided `loadOne` or `loadMany` method. Each node will only be loaded once by id, and cached if the
-same node is loaded multiple times inn the same request. You can provide `loadWithoutCache` or
-`loadManyWithoutCache` instead if caching is not desired, or you are already using a caching
-datasource like a dataloader.
-
-Nodes may also implement an `isTypeOf` method which can be used to resolve the correct type for
-lists of generic nodes. When using a class as the type parameter, the `isTypeOf` method defaults to
-using an `instanceof` check, and falls back to checking the constructor property on the prototype.
-The means that for many cases if you are using classes in your type parameters, and all your values
-are instances of those classes, you won't need to implement an `isTypeOf` method, but it is usually
-better to explicitly define that behavior.
-
-#### parsing node ids
-
-By default all node ids are parsed as string. This behavior can be customized by providing a custom
-parse function for your node's ID field:
-
-```ts
-builder.node(NumberThing, {
-  // define an id field
-  id: {
-    resolve: (num) => num.id,
-    parse: (id) => Number.parseInt(id, 10),
-  },
-  // the ID is now a number
-  loadOne: (id) => new NumberThing(id),
-  ...
-});
-```
-
 ### Creating Connections
 
 The `t.connection` field builder method can be used to define connections. This method will
@@ -237,9 +241,9 @@ builder.queryFields((t) => ({
               cursor: 'def',
               node: new NumberThing(123),
             },
-          ]
-        }
-      }),
+          ],
+        };
+      },
     },
     {
       name: 'NameOfConnectionType', // optional, will use ParentObject + capitalize(FieldName) + "Connection" as the default
@@ -247,7 +251,7 @@ builder.queryFields((t) => ({
         // define extra fields on Connection
         // We need to use a new variable for the connection field builder (eg tc) to get the correct types
       }),
-      edgesField: {} // optional, allows customizing the edges field on the Connection Object
+      edgesField: {}, // optional, allows customizing the edges field on the Connection Object
       // Other options for connection object can be added here
     },
     {
@@ -257,7 +261,7 @@ builder.queryFields((t) => ({
         // define extra fields on Edge
         // We need to use a new variable for the connection field builder (eg te) to get the correct types
       }),
-      nodeField: {} // optional, allows customizing the node field on the Edge Object
+      nodeField: {}, // optional, allows customizing the node field on the Edge Object
     },
   ),
 }));
@@ -273,7 +277,7 @@ import { resolveOffsetConnection } from '@pothos/plugin-relay';
 
 builder.queryFields((t) => ({
   things: t.connection({
-    type: SomeThings,
+    type: SomeThing,
     resolve: (parent, args) => {
       return resolveOffsetConnection({ args }, ({ limit, offset }) => {
         return getThings(offset, limit);
diff --git a/website/components/Docs/Alert.tsx b/website/components/Docs/Alert.tsx
index 980418df1..4e7477580 100644
--- a/website/components/Docs/Alert.tsx
+++ b/website/components/Docs/Alert.tsx
@@ -4,7 +4,7 @@ import { ExclamationTriangleIcon } from '@heroicons/react/24/solid';
 
 export interface AlertProps extends HTMLProps<HTMLElement> {}
 
-export default function Alert({ children, title }: AlertProps) {
+export default function Alert({ children }: AlertProps) {
   return (
     <div className="bg-yellow-50 dark:bg-[#282a36] border-l-4 border-yellow-400 p-4">
       <div className="flex">
@@ -12,7 +12,7 @@ export default function Alert({ children, title }: AlertProps) {
           <ExclamationTriangleIcon className="h-5 w-5 text-yellow-400" aria-hidden="true" />
         </div>
         <div className="ml-3">
-          <p className="text-sm text-yellow-700 -my-4">{children}</p>
+          <p className="text-sm text-yellow-700 my-0">{children}</p>
         </div>
       </div>
     </div>
diff --git a/website/pages/docs/plugins/federation.mdx b/website/pages/docs/plugins/federation.mdx
index 71b0f75f9..06daa8605 100644
--- a/website/pages/docs/plugins/federation.mdx
+++ b/website/pages/docs/plugins/federation.mdx
@@ -262,7 +262,7 @@ builder.asEntity(Media, {
 
 See federation documentation for more details on `interfaceObject`s
 
-### composeDirective =
+### composeDirective
 
 You can apply the `composeDirective` directive when building the subgraph schema:
 
diff --git a/website/pages/docs/plugins/prisma-utils.mdx b/website/pages/docs/plugins/prisma-utils.mdx
index 06bf86347..c0de88e70 100644
--- a/website/pages/docs/plugins/prisma-utils.mdx
+++ b/website/pages/docs/plugins/prisma-utils.mdx
@@ -6,6 +6,7 @@ description: Prisma utils for creating input types
 ---
 
 import { DocsPage } from '../../../components/Docs/Page';
+import Alert from '../../../components/Docs/Alert';
 import { buildNav } from '../../../util/build-nav';
 
 export default DocsPage;
@@ -14,7 +15,7 @@ export const getStaticProps = () => ({ props: { nav: buildNav() } });
 
 # Prisma utils for Pothos
 
-This package is highly experimental and not recommended for production use
+<Alert>This package is highly experimental and not recommended for production use</Alert>
 
 The plugin adds new helpers for creating prisma compatible input types. It is NOT required to use
 the normal prisma plugin.
diff --git a/website/pages/docs/plugins/relay.mdx b/website/pages/docs/plugins/relay.mdx
index aa0f38fe0..693b48f43 100644
--- a/website/pages/docs/plugins/relay.mdx
+++ b/website/pages/docs/plugins/relay.mdx
@@ -31,24 +31,19 @@ yarn add @pothos/plugin-relay
 import RelayPlugin from '@pothos/plugin-relay';
 const builder = new SchemaBuilder({
   plugins: [RelayPlugin],
-  relayOptions: {
-    // These will become the defaults in the next major version
-    clientMutationId: 'omit',
-    cursorType: 'String',
-  },
+  relay: {},
 });
 ```
 
 ### Options
 
-The `relayOptions` object passed to builder can contain the following properties:
+The `relay` options object passed to builder can contain the following properties:
 
 - `idFieldName`: The name of the field that contains the global id for the node. Defaults to `id`.
 - `idFieldOptions`: Options to pass to the id field.
-- `clientMutationId`: `required` (default) | `omit` | `optional`. Determines if clientMutationId
+- `clientMutationId`: `omit` (default) | `required` | `optional`. Determines if clientMutationId
   fields are created on `relayMutationFields`, and if they are required.
-- `cursorType`: `String` | `ID`. Determines type used for cursor fields. Defaults behavior due to
-  legacy reasons is `String` for everything except for connection arguments which use `ID`.
+- `cursorType`: `String` | `ID`. Determines type used for cursor fields. Defaults to `String`
   Overwriting this default is highly encouraged.
 - `nodeQueryOptions`: Options for the `node` field on the query object, set to false to omit the
   field
@@ -78,6 +73,85 @@ The `relayOptions` object passed to builder can contain the following properties
 - `defaultMutationInputTypeOptions`: default options for the mutation `Input` types.
 - `nodesOnConnection`: If true, the `nodes` field will be added to the `Connection` object types.
 - `defaultConnectionFieldOptions`: Default options for connection fields defined with t.connection
+- `brandLoadedObjects`: Defaults to `true`. This will add a hidden symbol to objects returned from
+  the `load` methods of Nodes that allows the default `resolveType` implementation to identify the
+  type of the node. When this is enabled, you will not need to implement an `isTypeOf` check for
+  most common patterns.
+
+### Creating Nodes
+
+To create objects that extend the `Node` interface, you can use the new `builder.node` method.
+
+```typescript
+// Using object refs
+const User = builder.objectRef<UserType>('User');
+// Or using a class
+class User {
+  id: string;
+  name: string;
+}
+
+builder.node(User, {
+  // define an id field
+  id: {
+    resolve: (user) => user.id,
+    // other options for id field can be added here
+  },
+
+  // Define only one of the following methods for loading nodes by id
+  loadOne: (id) => loadUserByID(id),
+  loadMany: (ids) => loadUsers(ids),
+  loadWithoutCache: (id) => loadUserByID(id),
+  loadManyWithoutCache: (ids) => loadUsers(ids),
+
+  // if using a class instaed of a ref, you will need to provide a name
+  name: 'User',
+  fields: (t) => ({
+    name: t.exposeString('name'),
+  }),
+});
+```
+
+`builder.node` will create an object type that implements the `Node` interface. It will also create
+the `Node` interface the first time it is used. The `resolve` function for `id` should return a
+number or string, which will be converted to a globalID. The relay plugin adds to new query fields
+`node` and `nodes` which can be used to directly fetch nodes using global IDs by calling the
+provided `loadOne` or `loadMany` method. Each node will only be loaded once by id, and cached if the
+same node is loaded multiple times inn the same request. You can provide `loadWithoutCache` or
+`loadManyWithoutCache` instead if caching is not desired, or you are already using a caching
+datasource like a dataloader.
+
+Nodes may also implement an `isTypeOf` method which can be used to resolve the correct type for
+lists of generic nodes. When using a class as the type parameter, the `isTypeOf` method defaults to
+using an `instanceof` check, and falls back to checking the constructor property on the prototype.
+The means that for many cases if you are using classes in your type parameters, and all your values
+are instances of those classes, you won't need to implement an `isTypeOf` method, but it is usually
+better to explicitly define that behavior.
+
+By default (unless `brandLoadedObjects` is set to `false`) any nodes loaded through one of the
+`load*` methods will be branded so that the default `resolveType` method can identify the GraphQL
+type for the loaded object. This means `isTypeOf` is only required for `union` and `interface`
+fields that return node objects that are manually loaded, where the union or interface does not have
+a custom `resolveType` method that knows how to resolve the node type.
+
+#### parsing node ids
+
+By default all node ids are parsed as string. This behavior can be customized by providing a custom
+parse function for your node's ID field:
+
+```ts
+const User = builder.objectRef<UserType>('User')
+builder.node(User, {
+  // define an id field
+  id: {
+    resolve: (user) => user.id,
+    parse: (id) => Number.parseInt(id, 10),
+  },
+  // the ID is now a number
+  loadOne: (id) => loadUserByID(id),
+  ...
+});
+```
 
 ### Global IDs
 
@@ -90,7 +164,7 @@ import { encodeGlobalID } from '@pothos/plugin-relay';
 builder.queryFields((t) => ({
   singleID: t.globalID({
     resolve: (parent, args, context) => {
-      return encodeGlobalID('SomeType', 123);
+      return { id: 123, type: 'SomeType' };
     },
   }),
   listOfIDs: t.globalIDList({
@@ -152,76 +226,6 @@ builder.queryType({
 });
 ```
 
-### Creating Nodes
-
-To create objects that extend the `Node` interface, you can use the new `builder.node` method.
-
-```typescript
-class NumberThing {
-  id: number;
-
-  binary: string;
-
-  constructor(n: number) {
-    this.id = n;
-    this.binary = n.toString(2);
-  }
-}
-
-builder.node(NumberThing, {
-  // define an id field
-  id: {
-    resolve: (num) => num.id,
-    // other options for id field can be added here
-  },
-
-  // Define only one of the following methods for loading nodes by id
-  loadOne: (id) => new NumberThing(parseInt(id)),
-  loadMany: (ids) => ids.map((id) => new NumberThing(parseInt(id))),
-  loadWithoutCache: (id) => new NumberThing(parseInt(id)),
-  loadManyWithoutCache: (ids) => ids.map((id) => new NumberThing(parseInt(id))),
-
-  name: 'Number',
-  fields: (t) => ({
-    binary: t.exposeString('binary', {}),
-  }),
-});
-```
-
-`builder.node` will create an object type that implements the `Node` interface. It will also create
-the `Node` interface the first time it is used. The `resolve` function for `id` should return a
-number or string, which will be converted to a globalID. The relay plugin adds to new query fields
-`node` and `nodes` which can be used to directly fetch nodes using global IDs by calling the
-provided `loadOne` or `loadMany` method. Each node will only be loaded once by id, and cached if the
-same node is loaded multiple times inn the same request. You can provide `loadWithoutCache` or
-`loadManyWithoutCache` instead if caching is not desired, or you are already using a caching
-datasource like a dataloader.
-
-Nodes may also implement an `isTypeOf` method which can be used to resolve the correct type for
-lists of generic nodes. When using a class as the type parameter, the `isTypeOf` method defaults to
-using an `instanceof` check, and falls back to checking the constructor property on the prototype.
-The means that for many cases if you are using classes in your type parameters, and all your values
-are instances of those classes, you won't need to implement an `isTypeOf` method, but it is usually
-better to explicitly define that behavior.
-
-#### parsing node ids
-
-By default all node ids are parsed as string. This behavior can be customized by providing a custom
-parse function for your node's ID field:
-
-```ts
-builder.node(NumberThing, {
-  // define an id field
-  id: {
-    resolve: (num) => num.id,
-    parse: (id) => Number.parseInt(id, 10),
-  },
-  // the ID is now a number
-  loadOne: (id) => new NumberThing(id),
-  ...
-});
-```
-
 ### Creating Connections
 
 The `t.connection` field builder method can be used to define connections. This method will
@@ -251,9 +255,9 @@ builder.queryFields((t) => ({
               cursor: 'def',
               node: new NumberThing(123),
             },
-          ]
-        }
-      }),
+          ],
+        };
+      },
     },
     {
       name: 'NameOfConnectionType', // optional, will use ParentObject + capitalize(FieldName) + "Connection" as the default
@@ -261,7 +265,7 @@ builder.queryFields((t) => ({
         // define extra fields on Connection
         // We need to use a new variable for the connection field builder (eg tc) to get the correct types
       }),
-      edgesField: {} // optional, allows customizing the edges field on the Connection Object
+      edgesField: {}, // optional, allows customizing the edges field on the Connection Object
       // Other options for connection object can be added here
     },
     {
@@ -271,7 +275,7 @@ builder.queryFields((t) => ({
         // define extra fields on Edge
         // We need to use a new variable for the connection field builder (eg te) to get the correct types
       }),
-      nodeField: {} // optional, allows customizing the node field on the Edge Object
+      nodeField: {}, // optional, allows customizing the node field on the Edge Object
     },
   ),
 }));
@@ -287,7 +291,7 @@ import { resolveOffsetConnection } from '@pothos/plugin-relay';
 
 builder.queryFields((t) => ({
   things: t.connection({
-    type: SomeThings,
+    type: SomeThing,
     resolve: (parent, args) => {
       return resolveOffsetConnection({ args }, ({ limit, offset }) => {
         return getThings(offset, limit);
diff --git a/website/pages/index.mdx b/website/pages/index.mdx
index 69f269c19..44cb0e3e9 100644
--- a/website/pages/index.mdx
+++ b/website/pages/index.mdx
@@ -12,7 +12,7 @@ export default DocsPage;
 
 export const getStaticProps = () => ({ props: { nav: buildNav() } });
 
-![Pothos](https://pothos-graphql.dev/assets/logo-name-auto.svg)
+![Pothos](/assets/logo-name-auto.svg)
 
 # Pothos GraphQL