The Standard Model of particle physics describes three of four fundamental interactions: strong, weak and electromagnetic. However, the model does not account for gravity at the quantum level. The effects of quantum gravity can be manifested through the Lorenz invariance violation (LIV), the basic space-time symmetry. With the support of the Marie Skłodowska-Curie Actions programme, the project plans to identify signatures of Lorenz invariance and develop a framework for detecting them using the experiments at the existing high-energy particle colliders.