The SSP IP & TCP is also directly applicable to commercial network applications that can benefit from wireless enhanced TCP performance, especially in devices that are resource constrained. Major markets are cell phones and wireless packet networks for public IP access. Potential applications include, but are not limited to, wireless Internet access networks (especially for satellite, mobile/wireless Internet Service Providers), performance management of wireless technology, and commercial sensor applications. The SSP IP & TCP can pervade cellular or wireless networks with long propagation, military embedded devices IP devices in ad hoc networking environments, and sensor networks with limited footprint modules, saving these private enterprises money and increasing their efficiency for consumers. Cell phone Internet access and small embedded wireless Internet Protocol use, as in sensor networks, will also benefit greatly from our SSP IP & TCP, helping consumers to have better Internet access, whether on earth or in the air. In addition to the NASA's direct application for the Space Networks, the SSP TCP technology can also be applied in many NASA, government, and military programs related to the Space Station, the Moon and Mars Initiative, C4I and tactical networking, and small, possibly secret devices where wireless links may be employed, especially in cases where thin platforms are employed in IP communications including but not limited to sensor networks, SATCOM, Gigabit SATCOM, JTRS DCRM or surrogate architectures, software radios, Link-16, and Link-11. In addition, the SSP TCP can be a space enabler for many sensors, devices, and components, which can gain communication effectiveness and efficiency due to the SSP TCP's features.