Ingeneo is able to manage all the production processes for building the nanomachines required for the peptidic modifications that take place in the synthesis of amino acids in the ribonucleic chains. Ingeneo therefore works in the field of nanotechnologies and research on DNA.

The ability to use these second-generation multipliers in interactions between synthesised protein and biological growth allows Ingeneo to develop creatures with body parts that grow thanks to tiny specialised machines; once implanted into the organism, these machines stimulate and considerably condition the physical and metabolic development of the host body.

The need to use nanotechnologies to modify the protein synthesis process at RNA level is instrumental to our objective: to achieve the creation of living beings that can accept into their metabolic capacity mechanical instruments that are self-constructed according to the information artificially contained in the symbiont nanomachine. Once we had rejected the hypothesis that DNA could be modified during the course of its development, the research focused on the low-level modification of protein structures; this produced the exceptional result of an "in itinere" modification, thanks to symbiont machines which will continue to gather information, to interact with the organism and cause it to evolve quickly until it reaches internal biological sustainability.

The aim of Ingeneo's research is to apply nanotechnologies to biological development, modifying its nature and thus allowing the animal to accept self-produced or physiologically compatible mechanical devices that can be implanted following the basic protein modification and that of the information contained in the mRNA.

Ingeneo is in an ethical position which allows it to experiment with its knowledge of nanotechnologies for the construction of "never mutated" beings - defined as such because they have been genetically modified at their origin.

Ingeneo has almost reached a technological level that will allow it to produce nanomachines that are perfectly self-replicating and linked together via a network; in this way they exchange the information needed for their growth so that they do not go insane and deviate the body's growth in their functions.

In short, Ingeneo is in the privileged political position of being free of any ethical or technological limits, and is ultimately focused on achieving a nanomachine that is able to produce and reproduce creatures that can nourish themselves autonomously, grow and die.