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+# `noinfer` Type Operator
+
+## Summary  
+
+This RFC builds on an alternative listed in [#106](https://github.com/luau-lang/rfcs/pull/106).
+<br>This RFC proposes the addition of a new type function, `noinfer`, which could be used to block type inference from various contexts.
+
+## Motivation  
+
+When a user is working with a function which contains a generic type, they may wish for one or more inputs of the function not to contribute to type inference. E.g., a potential version of `table.insert`:
+
+```luau
+local function insert<V>(tbl: { V }, value: V)
+  -- ...
+end
+```
+
+Take the following example in the current version of Luau's Type Inference Engine V2:
+
+```luau
+local some_table = { 1, 2, 3 }
+insert(some_table, true)
+```
+
+The above doesn't produce a type error, although it would have in The V1 Type Inference Engine. This is "expected" of Luau's Type Inference Engine V2, but might not be what a user wants.
+The purpose of this RFC is to allow users to annotate a type which will not contribute to type inference, such that a polymorphic type's value isn't inferred from an input to a `noinfer` type.
+
+## Design  
+
+For the purpose of this RFC, additions to Luau's type function runtime will not be considered in the main body. This is because relevant changes to the types runtime or `types` library could be investigated in a future RFC.
+
+This RFC proposes a solution in the form of a type function, `noinfer`, which will block type inference on its input when a generic type is instantiated implicitly. This RFC allows, i.e., a `greedy_insert` function to be defined:
+
+```luau
+local function greedy_insert<V>(tbl: { V }, value: noinfer<V>)
+  -- ...
+end
+local a: "a"
+local b: "b"
+local some_table = { a, b }
+local c: "c"
+greedy_insert(some_table, c) -- TypeError: Type '"c"' could not be converted into '"a" | "b"'
+```
+
+In the above code, `greedy_insert` is instantiated as type `'(tbl: { "a" | "b" }, value: "a" | "b") -> ()'`, which causes a type error.
+This would behave similarly in a type alias:
+
+```luau
+type SomeAlias<T> = {
+  foo: T,
+  bar: noinfer<T>
+}
+local function test<Input>(input: SomeAlias<Input>)
+  -- ...
+end
+test({
+  foo = "hello",
+  bar = false
+}) -- TypeError: Type 'boolean' could not be converted to 'string' in an invariant context
+```
+
+If all provided generic inputs are represented by `noinfer` generic type(s), the generic should instantiate with `'unknown'`.
+
+## Drawbacks  
+
+- Introduces a new keyword in type contexts.
+- Introducing a new "modifier" to types in luau could potentially increase the complexity of the type inference engine.
+- The behavior proposed here could be 'icky' in the context of some types & type aliases. Consider if a user has an alias with multiple optional properties they wish to belong to identical types. Someone might try:
+
+  ```luau
+  type Foo<T> = {
+    foo: T?,
+    bar: noinfer<T>?,
+    baz: noinfer<T>?
+  }
+  local test: <T>(Foo<T>): T
+  ```
+
+  The above code would instantiate the generic with parameter `T` as `'unknown'` if the user tries to pass values `{bar = 123}`, and would not produce an error given the input `{bar = 123, baz = true}`. This RFC does not remove existing behaviour and does not block future solutions to this problem.
+
+## Alternatives
+
+### Type Attributes
+
+Luau could allow 'type attributes', consistent with current function attribute syntax. Instead of masking a `noinfer` type as a type function, you could use `@noinfer T` as a type with an attribute.
+
+### Greedy Annotation for Generic Types
+
+New syntax could be introduced to allow any inference of a generic type `T` to modify subsequent occurences to follow the behaviour of `noinfer<T>`, expecting a more "precise" type match. This could look something like `greedy T` or `eager T`:
+
+```luau
+local function test<greedy T>(foo: T?, bar: T?, baz: T?)
+
+end
+test("hi", 1) -- TypeError: Type 'number' could not be converted into 'string?'
+```
+
+Because this error is dependant on the "order" of generic inputs traversed during instantiation, this alternative exposes an implementation detail in a way that provides error messages to the user. However, this alternative could solve some drawbacks of this RFC, while following similar motivation. Such a modifier for generic types isn't *exclusive* to this RFC, and could be investigated at a later date.
+
+### Do Nothing
+
+Introduce no new type function or syntax, leave Luau's Type Inference Engine V2 as-is. Due to the reasoning in the motivation section, this doesn't seem desireable.
+
+### Default Behaviour
+
+By default, assume similar behavior to the greedy/eager behaviour mentioned before, and add an annotation to allow polymorphic types to be "non-greedy". This defeats a lot of the purpose of bi-directional type inference in Luau's Type Inference Engine V2, as new features predating this RFC would become essentially opt-in.