High-precision and high-accuracy item identification is the best solution for obtaining the complete mathematical equation for the item under research. Applied to processes, it may also be applicable for discovering new physical laws.

Automation control optimization is well-known to be a large amount of money saved. It is no matter which method of control you have selected, e.g. classic PID-controller, more sophisticated fuzzy logic or state-of-the-art artificial intelligence, each of the listed requires the high-precision and high-accuracy mathematical model for each sensor and/or actuator employed in your automation control system. The higher the degree of precision and accuracy you provide to, the more optimized the control system is, the more money you will save for.

True uniformity is the only way to provide the degree of uniformity for a set of pieces (sensors and/or actuators) to have been manufactured. True uniformity allows us to guarantee the true quality control for the items being released. In contrast to the classic metrology where we can measure a parameter of interest in separated points at different instants, we provide identification in each point at every instant. The area of practical applications cover medical equipment, i.e. different medical instruments shall give the same output in response to the same input in every point on the planet; high precision instruments of the first water for water quality (the better the water, the longer the life); super high precision food industry control (the better the food, the greater the rate of metabolism, the lesser the chance of getting anemia, diabetes or cancer); top-notch reliable breath control identification system for avoiding apnoea (temporary cessation of breathing) among the infants (very early days newborn babies) to prevent their death and the horror tragedy for the parents; airport security systems shall be first-class uniform and trustworthy-identifying in every airport anywhere to prevent any kind of attack or t*****ism; peerless uniform missiles on the battlefield will hit the same target; and many more. Besides, it extends to a number of attempts in designing exceptional instruments for measuring energy loss in plasma in tokamak reactors. 

Technological intelligence is a key tool for investigating the competitor's manufacturing facilities in business; it is a precursor prior to reverse engineering in manufacturing legal or illegal copies released by the competitors. A good example can be found in the TV-series Mission: Impossible (1966-1973) where a team of top-secret professionals performed nearly-impossible spying missions, also being provided with the copies of items looking like originals but having already had the built-in microphones, cameras or radio transmitters. A huge number of Illegal copies can often be found on the market from far-east manufacturers. We are not happy of the illegal copies, nor do we support the idea of distribution, but we help the people estimate the degree of equivalence between the fakes and the originals. Technological intelligence itself relates to the idea of determining the time constants for the items, identifying these time constants with the real world, and calculating uncertainties.

Technological oncology allows us to detect the items that are showing sufficient differences between their mathematical model and the real response. The areas with these differences remind the areas of tumour. 

 Reverse engineering is a means to investigate the competitors' technologies. It allows an R&D team to reproduce the competitors' technologies which are, taking into account the permanently growing rate, not always patented. The new and/or improved version of the existing product developed by a company-competitor have great chances to be more successful on the market than the prior version that, probably, might come true in half a year only. The reverse engineering method can sufficiently be improved by applying the technological intelligence procedure to before.

R&D projects cover almost all areas in our life. They are widely ranging from hobbyist ideas to professional academic researches, and expanding the industrial R&D tasks. In order to be successful, every R&D project requires the high-precision and high-accuracy item identifications to make his, her or their project be marketable.

Patents guarantee the commercial rights for selling the previously developed products on the market of a country which has given this patent. Also, patentable are the results providing by our service pyrodetector.com. 

Artificial intelligence improvement in the area of technological intelligence can be released by training the former with multiple couples of measurement data in combination with the identification data curve. This procedure is especially important if the read-out represents the transient responses. The symbolic regression is well-known to require the powerful computational capabilities which might be acceptable for the technological giants only. In this case, it is of no matter if a customer is a giant or a small company. Our products will sufficiently simplify the claimed aim above, and bring a big box of enjoyment and happiness to every brand.

High-precision and high-accuracy item identification is the best way for developing virtual tools like sensor simulators, calculating actuators, or computer modeling of technological processes as well. The software business is widely-known to be one of the most commercially successful fields in the business industry. Investing in technological intelligence in combination with the proper marketing will rapidly come up with super extra bonuses once the sales’ arrows have reached the top. Adding new features will promote your products not only by satisfying the existing customers, but also attracting new ones. The best success can be achieved by carrying out proper technological intelligence with further true uniformity only. We are looking forward to helping our customers get more happiness by earning more money.