iCurie prototype products are based on nano thermofluidic technology. By utilizing a nano/micro scale environment, the laws of physics are manipulated to create a completely new cooling technology. This technology enables higher performance, with no noise, less energy consumption and no vibration. The product has no moving parts or pumps and consumes no power. iCurie's technology can be used as a stand-alone cooling solution or in conjunction with a fan to increase cooling efficiency.

The product is a millimeter thin copper plate, into which specially designed micro and nano channels have been structured. Liquid coolant (distilled water) is placed into the micro and nano channels through a process known as VCS- Vacuum, Charge and Sealing. The heat source (CPU or other) is placed adjacent to the copper plate (as are traditional CPU coolers). When heat is generated, the liquid coolant absorbs the heat in a very short period of time (less than 0.02 sec). The heat causes the liquid coolant to change to vapor. The vapor is rapidly transported through the micro and nano channels. The vapor is changed back to liquid by rapidly dissipating the heat. The liquid coolant then returns to the heat source at a low temperature and is ready to repeat the process. The pressure gradients created by the conversion of the coolant between liquid and vapor states "pump" the coolant through the micro and nano channels as part of a continuous process. The prototype product has been certified by LG Electronics, a recognized consumer electronics company. Pursuant to this certification process, laboratory tests were performed under strict measured conditions by a independent third party, and technical results were deemed satisfactory for acceptable performance of a current product produced by a major company (in this case a LG Tablet PC with a 1GHz Intel CPU).