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A Type Checker only verifies that the given declarations are consistent with their use. Examples: type checkers for Pascal, C. A Type Inference system generates consistent type declarations from information implicit in the program. Examples: Type inference in SML, Scheme.
Conversely, in dynamically typed languages, type checking takes place at runtime or execution time. This means that variables are checked against types only when the program is executing. Some examples of programming languages that belong to this category are Python, JavaScript, Lisp, PHP, Ruby, Perl, Lua, and Tcl.
Dynamic typing is a programming language feature where the type of a variable is determined at runtime, while type inference is a feature where the type of a variable is automatically determined by the compiler or interpreter at compile-time or runtime based on the context in which it is used.
Gradual typing integrates static and dynamic typing with the guarantee that statically typed regions of a program will never have their types violated even if they interact with dynamically typed regions.
JavaScript is a dynamically typed language, which means that data types of variables are determined by the value they hold at runtime and can change throughout the program as we assign different values to them.
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One downside is that type inference can make code harder to debug, because the programmer may not know the exact data type of a variable at a particular point in the code. This can lead to subtle bugs that are difficult to identify and fix.
In gradual typing, a special type named dynamic is used to represent statically-unknown types. The notion of type equality is replaced by a new relation called consistency that relates the dynamic type to every other type. The consistency relation is reflexive and symmetric but not transitive.
Gradually typed languages are designed to support both dynamically typed and statically typed programming styles while preserving the benefits of each. Sound gradually typed languages dynamically check types at runtime at the boundary between statically typed and dynamically typed modules.

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