According to the site
If it's possible to collect the molecules at either end of the transmission (in a little bucket under your access point, for example), then it may be possible to reuse it. You can even run pipes back to your main storage tank (in a home-run configuration). This way, you may still need a 55 gallon drum for high-data-rate events (streaming video, maybe) but at least you won't need to buy more as often.
This is only convenient because the data actually carries the scrubbing molecules with it, allowing you to collect it at the receiving end. If it wasn't carried to the end, you'd need to install collection devices or drains in the floor of every room.
Another thought: What if you run PVC piping throughout your house (1" diameter should do)? You can have injectors which spray this miracle fluid into each pipe based on data flow rate. It may be possible to continually collect and reinject the fluid. If you constrain your wireless signal to within these pipes (wrap them with aluminum foil or some other shielding material), then you've basically created highly efficient data pipelines throughout the house.
As your computer sends data, each bit also carries hundreds of invisible WiFi Speed Sprayâ„¢ "scrubbing" molecules.
If it's possible to collect the molecules at either end of the transmission (in a little bucket under your access point, for example), then it may be possible to reuse it. You can even run pipes back to your main storage tank (in a home-run configuration). This way, you may still need a 55 gallon drum for high-data-rate events (streaming video, maybe) but at least you won't need to buy more as often.
This is only convenient because the data actually carries the scrubbing molecules with it, allowing you to collect it at the receiving end. If it wasn't carried to the end, you'd need to install collection devices or drains in the floor of every room.
Another thought: What if you run PVC piping throughout your house (1" diameter should do)? You can have injectors which spray this miracle fluid into each pipe based on data flow rate. It may be possible to continually collect and reinject the fluid. If you constrain your wireless signal to within these pipes (wrap them with aluminum foil or some other shielding material), then you've basically created highly efficient data pipelines throughout the house.