Quantum entanglement raises intriguing questions about communication technology, particularly regarding the potential for instantaneous information transfer between entangled particles. While some propose using the spin states of entangled particles to convey binary information, the consensus is that no actual information is transmitted faster than light, as measurement outcomes are inherently random. Observing one particle's spin reveals the other's state, but this does not equate to sending information, as the process lacks control over the spin outcomes. The discussion emphasizes the need for a deeper understanding of entanglement and the limitations imposed by quantum mechanics on communication methods. Ultimately, the feasibility of using entangled particles for practical communication remains highly speculative and unsupported by current scientific evidence.