The new generation of robots will increasingly have more autonomy and will not require pre-programmed reaction capabilities, complicating current debates about robots: the trust and reliance on robots must be larger and the robots come closer to us the same point. Neuromorphic chip technology further explains this point. This is one of the most innovative developments in artificial intelligence, a radical advance in computing power. In order to mimic the complexity of the human brain, computers that stimulate nerves operate in a similar manner to communication between neurons and synapses. Potentially it is possible to learn and develop memory, which means that unmanned aircraft equipped with neuromorphic chips can better monitor, memorize and recognize new elements in the environment. However, an imminent red flag of morality is emerging: chips that shape nerves will create machines that are as intelligent as humans, which are the brightest species on Earth. These technologies are showcases of human excellence, but for our species these computers can have catastrophic effects. Interest in smart machines is also pursued with additional manufacturing methods that incorporate smart materials increasingly into manufacturing. These materials can adapt to the environment, change attributes, interact and adapt to the environment. Considering four dimensional printing which changes with the passage of time, there are things that are programmed to adapt and repair without necessity of maintenance, and self destruct in advance. This creates new questions about standardization, traceability, and copyright. As technology transitions to the organic world, more radical destruction occurs, making it possible to assemble biomaterials that evolve and evolve independently, designing anti-cancer robots that release antibodies that only make contact with cancer cells, and more. The moment of the biological print button is coming. In fact, this also means that in the near future intellectual pharmacology will allow to continue to supply antidepressants or neuroenhancers each time dopamine levels decrease. The moral consequences of such development should be taken seriously. Being able to control our emotions in detail with intelligent machines opens the way for our humanity, trusts the dangerous form of emotions and deepens new understanding. However, good governance, dual-purpose risk censorship and ethical considerations must always be guided positions. Ultimately, how we handle the regulation of emerging technologies will inevitably have a wide range of implications, not only about safety and morals, but also our definition of human dignity and personal equity.

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