1 This thesis introduces a innovative way to connect small
\gls{IoT
} devices to
2 high level
\gls{TOP
} implementations languages. It demonstrates how a novel
3 frontend for the existing class-based shallowly
\gls{EDSL
} called
\gls{mTask
}
4 by Koopman et al.\ --- written in
\gls{Clean
} --- can be employed to compile
5 \gls{IoT
}-
\glspl{Task
} on the fly and send them to devices as interpretable
6 bytecode. All of which adheres to the
\gls{TOP
} philosophy where common
7 concepts such as
\glspl{SDS
} and
\gls{Task
}-combinators are available at ease.