diff --git a/components/type_info.rst b/components/type_info.rst
index bbc7d0ea8dc..18556e02972 100644
--- a/components/type_info.rst
+++ b/components/type_info.rst
@@ -40,12 +40,24 @@ to the :class:`Symfony\\Component\\TypeInfo\\Type` static methods as following::
     // Many others are available and can be
     // found in Symfony\Component\TypeInfo\TypeFactoryTrait
 
+Resolvers
+~~~~~~~~~
+
 The second way of using the component is to use ``TypeInfo`` to resolve a type
-based on reflection or a simple string::
+based on reflection or a simple string, this is aimed towards libraries that wants to
+describe a class or anything that has a type easily::
 
     use Symfony\Component\TypeInfo\Type;
     use Symfony\Component\TypeInfo\TypeResolver\TypeResolver;
 
+    class Dummy
+    {
+        public function __construct(
+            public int $id,
+        ) {
+        }
+    }
+
     // Instantiate a new resolver
     $typeResolver = TypeResolver::create();
 
@@ -70,6 +82,88 @@ Each of these calls will return you a ``Type`` instance that corresponds to the
 static method used. You can also resolve types from a string (as shown in the
 ``bool`` parameter of the previous example)
 
-.. note::
+PHPDoc parsing
+~~~~~~~~~~~~~~
 
-    To support raw string resolving, you need to install ``phpstan/phpdoc-parser`` package.
+But most times you won't have clean typed properties or you want a more precise type
+thank to advanced PHPDoc, to do that you would want a string resolver based on that PHPDoc.
+First you will require ``phpstan/phpdoc-parser`` package from composer to support string
+revolving. Then you would do as following::
+
+    use Symfony\Component\TypeInfo\TypeResolver\TypeResolver;
+
+    class Dummy
+    {
+        public function __construct(
+            public int $id,
+            /** @var string[] $tags */
+            public array $tags,
+        ) {
+        }
+    }
+
+    $typeResolver = TypeResolver::create();
+    $typeResolver->resolve(new \ReflectionProperty(Dummy::class, 'id')); // returns an "int" Type
+    $typeResolver->resolve(new \ReflectionProperty(Dummy::class, 'id')); // returns a collection with "int" as key and "string" as values Type
+
+Advanced usages
+~~~~~~~~~~~~~~~
+
+There is many methods to manipulate and check types depending on your needs within the TypeInfo components.
+
+If you need a check a simple Type::
+
+    // You need to check if a Type
+    $type = Type::int(); // with a simple int type
+    // You can check if a given type comply with a given identifier
+    $type->isIdentifiedBy(TypeIdentifier::INT); // true
+    $type->isIdentifiedBy(TypeIdentifier::STRING); // false
+
+    $type = Type::union(Type::string(), Type::int()); // with an union of int and string types
+    // You can now see that the second check will pass to true since we have an union with a string type
+    $type->isIdentifiedBy(TypeIdentifier::INT); // true
+    $type->isIdentifiedBy(TypeIdentifier::STRING); // true
+
+    class DummyParent {}
+    class Dummy extends DummyParent implements DummyInterface {}
+    $type = Type::object(Dummy::class); // with an object Type
+    // You can check is the Type is an object, or even if it's a given class
+    $type->isIdentifiedBy(TypeIdentifier::OBJECT); // true
+    $type->isIdentifiedBy(Dummy::class); // true
+    // Or inherits/implements something
+    $type->isIdentifiedBy(DummyParent::class); // true
+    $type->isIdentifiedBy(DummyInterface::class); // true
+
+Sometimes you want to check for more than one thing at a time so a callable may be better to check everything::
+
+    class Foo
+    {
+        private int $integer;
+        private string $string;
+        private ?float $float;
+    }
+
+    $reflClass = new \ReflectionClass(Foo::class);
+
+    $resolver = TypeResolver::create();
+    $integerType = $resolver->resolve($reflClass->getProperty('integer'));
+    $stringType = $resolver->resolve($reflClass->getProperty('string'));
+    $floatType = $resolver->resolve($reflClass->getProperty('float'));
+
+    // your callable to check whatever you need
+    // here we want to validate a given type is a non nullable number
+    $isNonNullableNumber = function (Type $type): bool {
+        if ($type->isNullable()) {
+            return false;
+        }
+
+        if ($type->isIdentifiedBy(TypeIdentifier::INT) || $type->isIdentifiedBy(TypeIdentifier::FLOAT)) {
+            return true;
+        }
+
+        return false;
+    };
+
+    $integerType->isSatisfiedBy($isNonNullableNumber); // true
+    $stringType->isSatisfiedBy($isNonNullableNumber); // false
+    $floatType->isSatisfiedBy($isNonNullableNumber); // false