The problem of hybrid event-triggered consistency of uncertain multi-agent systems under network attacks is studied.The traditional time-triggered mechanism and event-triggered mechanism cannot guarantee the best performance of the system.Therefore, a more efficient hybrid trigger mechanism is adopted.The switching between event-triggered mechanism and time-triggered mechanism conforms to random Bernoulli distribution, and the interval between any two adjacent triggers of event-triggered mechanism is at least one sampling period to effectively save network resources.The effects of time-varying delay control input, model errors, external disturbances and network attacks are considered.The mathematical model of the closed-loop multi-agent system is established.According to Lyapunov asymptotic stability theory and LMI theory, the consistency theorem of multi-agent system under hybrid trigger mechanism is given.Finally, the validity and feasibility of the theory are verified by simulation experiment .