CONSCIOUSNESS TECH PLATFORM
Within[u] is a consciousness intelligence platform for state of mind modelling. We help companies create great products with our consciousness technology to advance human machine intercommunication.
Within[u] is fiercely committed to solving some of the biggest mysteries of consciousness, researching the unknown multiplicities of consciousness in the brain and genome. At the same time, we are pushing the frontiers of digitizing human consciousness to explore the edges of scientific discovery.
Our solution creates a convergence point for all cutting edge research and development in machine learning, neuroscience, psychology, genomics, bioinformatics, nanotechnology and cognitive robotics.
What's within you?
HUMAN | MACHINE | CONSCIOUSNESS
Spiking Neural Networks
D N A
M A C H I N E
C O N S C I O U S N E S S
C O N S C I O U S N E S S
Within[u] : Intelligence for Consciousness
HUMAN | MACHINE | INTERCOMMUNICATION
Mapping human consciousness for machine consciousness
Within[u] utilises deep tech to simulate and stimulate states of mind to intercommunicate with machines that can assist with communication, mental health, medical, sexuality, academics, and the afterlife.
The goal of Within[u] is to map human consciousness. Within[u] would like to change the way we communicate with smart machines, with ourselves, and with each other. Furthermore, enhancing our innate abilities and enabling a new kind of mindfulness. We achieve this through the creation of a digital twin of someone's consciousness and physical functions.
Within[u] is mapping human consciousness in order to create improved AI algorithms. The holy grail of computer science is to create General AI (GAI). GAI is successful when machines operate on the same intelligence levels as of humans. Within[u] takes a revolutionary approach by collecting real data in multiple ways to innovate machine intelligence that has the capacity to understand or learn any intellectual task that a human being can.
Our intelligent Digital Twin(s) are Consciousness-based General AI to process data and reach quick conclusions on behalf of the individual. In order to create an accurate Digital Twin, Within[u] will also look into the biological simulation of an individual's inner workings. By linking genomic analysis to behaviour, Within[u] can explain, predict and possibly even alter human behaviour. Behavioural genetics has already highlighted the importance of both genetic and environmental factors that are unique to an individual.
In addition to the biological simulation, a real digital mapping of the brain offers the best medium to understand an individual's consciousness.
Within[u] has a bespoke approach to mapping human consciousness. Within[u]'s patented technology analyses thoughts and emotions in real-time. Within[u] is extracting information from frequency biomarkers that are being fed into intelligent algorithms that can map consciousness, feelings and state of mind in real time. These mappings allow Within[u] new opportunities in implementing tools to heighten awareness and to further expand consciousness. The measuring, extraction, interpreting and computation of thoughts and emotions introduces a whole new dimension of emotional understanding which we call Within[u] Analytics.
Creating singularity-level Artificial Intelligence with cognitive capacity far beyond that possible for humans, requires computing the multiplicity of thought.
Thought collection and processing is an integral part of Within[u]. The challenge of mapping human consciousness and states of mind onto data is very complex, as there are many dimensions to the human intelligence.
Within[u] gathers data to improve communication with self-expression, human connection, and human computer interaction. Once data is gathered, interactions between human and machines can take place in various means.
All things in our universe are constantly in motion and vibrating. Though objects may appear to be stationary, they are in fact vibrating, oscillating, resonating at various frequencies.
Frequencies and rhythms are integral parts of our existence. Circadian rhythms, brainwave frequencies, heart rate variability, natural patterns are all part of our daily lives.
Brainwave frequencies determine how we feel and behave. We innovated a digital twin that could be used to simulate someone's frequency response in any scenario. This avatar could then be used to optimise someone's response and adaptability to their environment.
Innovations in emotional intelligence technologies has improved significantly at detecting emotions in humans through voice, body language, facial expression, and so on.
Within[u] innovates applications and technologies in replicating and understanding human emotions using AI and Avatars, to simulate and stimulate feelings.
Emotional intelligent avatars act as digital twins that can quantify emotional factors. This can lead to the next stage of mindfulness, where we can simulate the emotional effect of any stimulus and help someone (through entrainment or otherwise) reach a higher level of functioning.
Real-time human-machine intercommunication guidance
Within[u] detects human signals and provides live behavioural guidance to improve the quality of every interaction
MAPPING HUMAN CONSCIOUSNESS
D E F I N E I T A L L | A D I F F E R E N T S T O R Y
Even though neuroscience has made amazing advances, the origin of consciousness, its nature and processes still remain largely unknown. This is mainly because the underlying physiological mechanisms of generating conscious states are still not clearly understood.
While brain simulation still isn’t an exact science, efforts are already underway to map all the connections in the human brain to simulate the brain. It seems like scientists were able to successfully put a worm brain (Caenorhabditis elegans) in a Lego robot body, and it really worked. Now, even if we’re not uploading our brains into computers or robots, just being able to simulate a brain would help to revolutionize artificial intelligence and consciousness.
With all these advances, there is also a hope that, if we could one day get to the point where we can somehow get our minds to escape the human brain, it will allow us to live forever in a digital form of consciousness.
Understandably, any such scenario of the digitization of the human brain would bring great promise and perils. The time is now to focus on understanding and evaluating human mapping initiatives that would take us a step closer to understanding intelligence, consciousness, awareness, creativity, and mindfulness.
Behavioural genetics has already highlighted the importance of both genetic and environmental factors that are unique to the individual. Presumably, if one knows a person's genetic make-up and his or her life history, one might better understand that individual's behaviour and devise more effective interventions or treatments for pathological aberrations.
Biologists now understand that many genes have a wide range of common variations within their nucleotide sequence. These polymorphisms can contribute to individual differences in complex traits, and studies are now investigating how they interact with environmental factors to give rise to different behaviours. Taken together, the genomic approach identifies the molecular mechanisms that govern the interaction of both genetic and environmental variables. These findings identified genetic variations that were related to personality and brain function which identified interactions with environmental factors that affect mental health, and identified the neural and molecular correlates of these gene-environment interactions.
ARTIFICIAL EMOTIONAL INTELLIGENCE
We’re on a path to a future where artificial intelligence (AI) and humans collaborate; one could argue that time is already here. Issues of trust in teams, building rapport, and group formation will dramatically change with the infusion of AI into our social workplace. As AI begins to further augment user interactions and interfaces, there is a pressing need to think about how we want to design such AI-powered social systems and experiences. In this breakout session, we bring together experts from the social sciences, AI and machine learning, and computer science to discuss this integration, particularly how emotional intelligence can be realized to make AI-powered systems more human-like and how this may influence collaborative practices at both the practical and ethical levels.
DEFINE IT ALL | A DIFFERENT STORY
Machine consciousness is at a turning point with substantial increase in projects aiming to implement sophisticated forms of the human intelligence in machines. Some advancements are neurotrophic chips and silicon brains developed to mimic the human brain. Problem is, they do not communicate behaviours and have no perception of the world.
Within[u] proposes a novel approach in human-human, human-machine, and human-self (H3MHS) communication. A solution that is noninvasive and holistic, versus surgical implants of soulless brain-chips.
Within[u] approaches mapping consciousness with customisation; to model specific forms of intelligence through brute-force search heuristics and also reproduce features of human perception, behaviours, cognition and emotions. Ethically.
Within[u] would like to develop a better scientific understanding of the nature of human consciousness and to produce digitized machines that genuinely exhibit consciousness intelligence to automate human-machine intercommunication. This will also be used to create a digital twin avatar of someone's consciousness, which can be used to reach new levels of mindfulness.
What if you could answer the question: "What would happen if I meditated every day for 10 years?" Or "What would happen if I make some changes in my life?" Using our digital twin avatar you no longer have to speculate about this, since you can simulate an infinite number of scenarios in order to find out how the outcome would affect you.
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