Our Vision

"It is not the strongest nor the most intelligent that survives, but the one that best adapts to the changes" Charles Darwin

Learning Agility

New emerging technologies, such as Big Data , Artificial Intelligence, Robotics or Quantum Computing are redesigning the world as we know it, challenging even the most advanced human capabilities.

From now on, human beings will be thus forced to interact more intensely with machines. To facilitate these interactions, we should develop systems that are capable of interacting with us in a more natural and close way. But, to achieve that goal, we have two big challenges:

First, we don't know how the brain is structured to do what it does, and second, our technology doesn't allow us to completely capture even the simplest subjective experience yet.

Then, how can we actually develop such systems if we cannot access that information?

Our Mission

"Sometimes it is the people who no one imagines anything of, who do the things that no one can imagine." Alan Turing

Everyone has the innate capacity to do great things, but we need challenges that allow us to discover them.

For us, in The MindKind, our main challenge is creating machines and human-like systems able to learn and think, take decisions and behave like human beings actually do. For this reason, our mission is focused on:

Misión The MindKind

Designing and developing advanced computational systems capable of asking themselves whether they are a machine or a human...

Research & Technology

Neuroscience Research is at the very origins of our technology. Usually, the most interesting phenomena in complex systems just arise when we push them to the limit, and there is no difference when we talk about the human brain. But unsurprisingly, we were not able to expose our researchers to extreme experiences, so to capture the information we needed, we worked from our own thirty years of real-life and extreme subjective experiences.

As a result of our research we got the ETR functional model, a new evolutionary approach that, not only describes, but scientifically explains the relationship between emotions, attention and cognition.

From that functional model we have developed our ETR Cognitive Architecture. It is in the heart of all our technology and sets the foundations that give support to the advanced Artifical General Intelligence - AGI functions we provide within our systems.

Moreover, our architecture follows an algorithmic approach that, based on a model of multiple agents operating in a shared environment, makes the complex behavioral phenomena to naturally "emerge" from their own dynamic interactions. Thus, our approach adds the traceability and explanatory power that the field of AI currently lacks, giving rise to the...

Algorithmic Artificial General Intelligence - AAGI

"We started from a wide set of extreme and real-life subjective experiences, and climbed up to achieve the knowledge we needed to simulate human thinking and behavior"

Once developed, our architecture is packaged into an Algorithmic Artificial General Intelligence Engine (TMK/AAGI-1) that, through a powerful and flexible API, makes it possible to equip already existing commercial systems in order to deploy complex and autonomous behaviors, and personalities.

Given the transversal character that our technology posses, we are able to substantially improve a wide set of human-machine interacting devices, such as Assistive Robotics, Personal Assistants, Video-games' Characters and Chatbots, among many others.


"Birds of a feather flock together" Popular saying

Passion is what differentiates great professionals. The passion for their work, for things well done. The passion to transmit everything they learned on their way, trying to make it easier for others. Our team is like that: passionate. But great teams not only feed on passion.

Ours is made up of a select group of professionals with decades of experience in their respective fields, something that, combined with their enthusiasm for AI, makes them a perfect match for the goal we have set.