There are many things to look forward to in the realm of bionics. Bionic hands of the future have the potential to be powered hydraulically, and advancements in biomaterials means that they could be more lightweight and can contain more features in a smaller package. Improvements in battery technology could help prolong the time between charges and allow for bionics to have greater force capacity. The force capacity could also be improved by the development of increasingly efficient actuators. The improved accuracy of computer algorithms to decode signals could make bionics easier to use and help prevent false signals, especially for myoelectric prostheses. Newly developed technology might even mean the use of intraneural electrodes, which could potentially interface directly into nerves in the limb stump and possibly replicate sensation as well as motion in the future, or intracranial implantation where the prosthetic communicates directly with the brain.