Players want the freedom and convenience of wireless setups to declutter their spaces and move freely, but any perceptible delay or lost input can result in lost matches, player frustration, and a reluctance to abandon wired solutions.

The tension between wireless flexibility and uncompromised performance remains unresolved, handicapping innovation in peripheral design and user experience.

Fundamental issues in current wireless protocols, interference from crowded spectrum environments, and hardware bottlenecks restrict ultra-low-latency communication.

Moreover, advancements often favor either performance or battery life—rarely both—presenting a technical and engineering impasse.

Current solutions optimize for either increased polling rates, advanced compression, or proprietary RF technologies, but these trade off latency or battery life, and often increase cost or create compatibility headaches.

Interference remains largely unsolved in crowded networks and event settings.