  Many complex scenarios require the coordination of agents possessing unique
points of view and distinct semantic commitments. In response, standpoint logic
(SL) was introduced in the context of knowledge integration, allowing one to
reason with diverse and potentially conflicting viewpoints by means of indexed
modalities. Another multi-modal logic of import is linear temporal logic (LTL)
- a formalism used to express temporal properties of systems and processes,
having prominence in formal methods and fields related to artificial
intelligence. In this paper, we present standpoint linear temporal logic
(SLTL), a new logic that combines the temporal features of LTL with the
multi-perspective modelling capacity of SL. We define the logic SLTL, its
syntax, and its semantics, establish its decidability and complexity, and
provide a terminating tableau calculus to automate SLTL reasoning.
Conveniently, this offers a clear path to extend existing LTL reasoners with
practical reasoning support for temporal reasoning in multi-perspective
settings.
