aiQ
aiQ Cognitive Technologies ('aiQ') emerged from a research programme launched in 2010 at the University of Johannesburg (South Africa) ('UJ')
Modelled on 'Google X', the programme sought to apprehend the evolution of future technologies over the next decade and if possible, beyond
While the programme exposed several potential technologies, research was concentrated on advancing the development of artificial intelligence (AI) with a specific focus on neuromorphic computing…
aiQ Cognitive Technologies (aiQ) emerged from a research programme initiated in 2010 at the University of Johannesburg (South Africa)
Modelled on 'Google X', the programme sought to apprehend the evolution of future technologies over the next decade and if possible, beyond
While the programme exposed several growth technologies, research was concentrated on advancing the development of artificial intelligence (AI) with a specific focus on neuromorphic computing…
Professional
Credentials
aiQ engineers have assisted with the digital transformation of complex business processes and the development of enterprise technology solutions for a diverse range of different business and other services entities…
Proprietary
Technologies
Using the extraordinary power of neuromorphic computing, research scientists at aiQ have successfully been able to engineer two groundbreaking new technologies…
aiDX is a revolutionary neuromorphic biometric technology which accurately simulates human cognition - how the human mind/brain proceeds to recognise a person
QiD is a proprietary KYC technology solution which accurately identifies a person with reference to who the person actually is, regardless of who he says he is, even if he is able to support his claim to identity with some form of ‘proof’ (identity document, passport, driver’s license…) - the result is a much simpler and a completely secure user experience - no more login names and passwords, no more PINs and no more identity theft…
aiQ Cognitive Technologies (aiQ) emerged from a research programme initiated in 2010 at the University of Johannesburg (South Africa)
Modelled on 'Google X', the programme sought to apprehend the evolution of future technologies over the next decade and if possible, beyond
While the programme exposed several growth technologies, research was concentrated on advancing the development of artificial intelligence (AI) with a specific focus on neuromorphic computing…
Evolution Of AI
Since it first became the subject of scientific research in 1956, Artificial Intelligence (AI) has advanced through several distinct phases of development, with new and improved developments emerging...
2010
PROCEDURAL
The first generation of AI technologies adopted a strictly rules-based approach to emulate classical (‘if/then’-type) logic to draw 'reasoned' conclusions within a very specific, narrowly-defined problem domain
2010
PROCEDURAL
The first generation of AI technologies adopted a strictly rules-based approach to emulate classical (‘if/then’-type) logic to draw 'reasoned' conclusions within a very specific, narrowly-defined problem domain
2010
PROCEDURAL
The first generation of AI technologies adopted a strictly rules-based approach to emulate classical (‘if/then’-type) logic to draw 'reasoned' conclusions within a very specific, narrowly-defined problem domain
2018
NEURAL
The current generation of AI technologies uses deep-learning networks in order to ‘interpret’ data sources (eg the content of a digital image) - this approach suffers from the fact that examples that fall outside the range of a particular dataset which the neural net has been trained for, cause the process to fail
2018
NEURAL
The current generation of AI technologies uses deep-learning networks in order to ‘interpret’ data sources (eg the content of a digital image) - this approach suffers from the fact that examples that fall outside the range of a particular dataset which the neural net has been trained for, cause the process to fail
2018
NEURAL
The current generation of AI technologies uses deep-learning networks in order to ‘interpret’ data sources (eg the content of a digital image) - this approach suffers from the fact that examples that fall outside the range of a particular dataset which the neural net has been trained for, cause the process to fail
2024
NEUROMORPHIC
The future generation of AI technologies promises to advance AI technologies well beyond current capabilities Properly referred to as ‘Neuromorphic Computing’, the technology properly simulates the neural processes of the human mind/brain to achieve a certain measure of 'cognitive interpretation' and 'autonomous adaptation'
2024
NEUROMORPHIC
The future generation of AI technologies promises to advance AI technologies well beyond current capabilities Properly referred to as ‘Neuromorphic Computing’, the technology properly simulates the neural processes of the human mind/brain to achieve a certain measure of 'cognitive interpretation' and 'autonomous adaptation'
2024
NEUROMORPHIC
The future generation of AI technologies promises to advance AI technologies well beyond current capabilities Properly referred to as ‘Neuromorphic Computing’, the technology properly simulates the neural processes of the human mind/brain to achieve a certain measure of 'cognitive interpretation' and 'autonomous adaptation'
2030
QUANTUM
Quantum computing has the potential to significantly enhance various aspects of AI by offering new computational capabilities and solving complex problems more efficiently - faster optimisation algorithms, improved machine learning models, enhanced simulation modelling and more efficient data harvesting and analysis However, it will take time for quantum computing technologies to mature and become practical for widespread use in AI applications - researchers at aiQ continue to explore the possibilities and challenges of integrating quantum computing with AI
2030
QUANTUM
Quantum computing has the potential to significantly enhance various aspects of AI by offering new computational capabilities and solving complex problems more efficiently - faster optimisation algorithms, improved machine learning models, enhanced simulation modelling and more efficient data harvesting and analysis However, it will take time for quantum computing technologies to mature and become practical for widespread use in AI applications - researchers at aiQ continue to explore the possibilities and challenges of integrating quantum computing with AI
2030
QUANTUM
Quantum computing has the potential to significantly enhance various aspects of AI by offering new computational capabilities and solving complex problems more efficiently - faster optimisation algorithms, improved machine learning models, enhanced simulation modelling and more efficient data harvesting and analysis However, it will take time for quantum computing technologies to mature and become practical for widespread use in AI applications - researchers at aiQ continue to explore the possibilities and challenges of integrating quantum computing with AI
Neuromorphic Computing
Neuromorphic computing represents an approach to computing that seeks to simulate the structure and function of the human brain's neural networks
Unlike traditional von Neumann architecture which separates memory and processing units, neuromorphic computing aims to integrate memory and processing within individual units, similar to the way neurons are interconnected in the brain
Key features of neuromorphic can briefly be summarised as follows…
Spiking Neural Networks (SNNs)
Neuromorphic computing systems are often based on spiking neural networks, which model the behaviour of biological neurons by representing information as spikes or pulses of activity These networks are able to perform large computations concurrently synchronously
Spiking Neural Networks (SNNs)
Neuromorphic computing systems are often based on spiking neural networks, which model the behaviour of biological neurons by representing information as spikes or pulses of activity These networks are able to perform large computations concurrently synchronously
Spiking Neural Networks (SNNs)
Neuromorphic computing systems are often based on spiking neural networks, which model the behaviour of biological neurons by representing information as spikes or pulses of activity These networks are able to perform large computations concurrently synchronously
Parallel Processing
Neuromorphic computing architectures enable massively parallel processing, allowing multiple computations to be performed simultaneously across interconnected neurons or processing units This parallelism enables efficient processing of complex data and real-time analysis of sensory inputs
Parallel Processing
Neuromorphic computing architectures enable massively parallel processing, allowing multiple computations to be performed simultaneously across interconnected neurons or processing units This parallelism enables efficient processing of complex data and real-time analysis of sensory inputs
Parallel Processing
Neuromorphic computing architectures enable massively parallel processing, allowing multiple computations to be performed simultaneously across interconnected neurons or processing units This parallelism enables efficient processing of complex data and real-time analysis of sensory inputs
Low Power Consumption
Neuromorphic computing systems are designed to be energy-efficient, drawing inspiration from the brain's ability to perform complex computations using minimal power By leveraging sparsity and event-driven processing, neuromorphic chips can achieve high computational performance while consuming significantly less energy than traditional computing architectures
Low Power Consumption
Neuromorphic computing systems are designed to be energy-efficient, drawing inspiration from the brain's ability to perform complex computations using minimal power By leveraging sparsity and event-driven processing, neuromorphic chips can achieve high computational performance while consuming significantly less energy than traditional computing architectures
Low Power Consumption
Neuromorphic computing systems are designed to be energy-efficient, drawing inspiration from the brain's ability to perform complex computations using minimal power By leveraging sparsity and event-driven processing, neuromorphic chips can achieve high computational performance while consuming significantly less energy than traditional computing architectures
Adaptive Learning & Plasticity
Neuromorphic computing systems incorporate principles of adaptive learning and synaptic plasticity, enabling them to learn from and adapt to their environment These systems can self-organise, learn from experience, and continuously improve their performance over time, making them well-suited for tasks such as pattern recognition, classification, and sensor data processing
Adaptive Learning & Plasticity
Neuromorphic computing systems incorporate principles of adaptive learning and synaptic plasticity, enabling them to learn from and adapt to their environment These systems can self-organise, learn from experience, and continuously improve their performance over time, making them well-suited for tasks such as pattern recognition, classification, and sensor data processing
Adaptive Learning & Plasticity
Neuromorphic computing systems incorporate principles of adaptive learning and synaptic plasticity, enabling them to learn from and adapt to their environment These systems can self-organise, learn from experience, and continuously improve their performance over time, making them well-suited for tasks such as pattern recognition, classification, and sensor data processing
Overall, neuromorphic computing represents a promising approach to computing that seeks to overcome the limitations of traditional architectures and unlock new capabilities for processing and understanding complex data
While still in the early stages of development, neuromorphic computing holds potential for revolutionising the way we design and deploy intelligent systems in the future
Practical Application
Healthcare
Medical Diagnosis, Drug Discovery & Personalised Medicine
AI systems are able to analyse medical imaging data (e.g., X-rays, MRIs) and patient records to assist radiologists and physicians to diagnose diseases and conditions AI algorithms are able to analyse large datasets to identify potential drug candidates, predict their efficacy, and optimise drug design AI-powered predictive analytics can help healthcare providers tailor treatment plans and interventions to individual patients based on their genetic makeup, medical history, and lifestyle factors
Healthcare
Medical Diagnosis, Drug Discovery & Personalised Medicine
AI systems are able to analyse medical imaging data (e.g., X-rays, MRIs) and patient records to assist radiologists and physicians to diagnose diseases and conditions AI algorithms are able to analyse large datasets to identify potential drug candidates, predict their efficacy, and optimise drug design AI-powered predictive analytics can help healthcare providers tailor treatment plans and interventions to individual patients based on their genetic makeup, medical history, and lifestyle factors
Healthcare
Medical Diagnosis, Drug Discovery & Personalised Medicine
AI systems are able to analyse medical imaging data (e.g., X-rays, MRIs) and patient records to assist radiologists and physicians to diagnose diseases and conditions AI algorithms are able to analyse large datasets to identify potential drug candidates, predict their efficacy, and optimise drug design AI-powered predictive analytics can help healthcare providers tailor treatment plans and interventions to individual patients based on their genetic makeup, medical history, and lifestyle factors
Finance
Algorithmic Trading, Fraud Detection & Risk Assessment
AI-driven trading algorithms analyse market data in real-time to identify trends, patterns, and opportunities for investment AI systems can detect suspicious transactions, anomalies, and patterns indicative of fraudulent activity in financial transactions and networks AI models analyse financial data and market trends to assess credit risk, predict loan defaults, and optimise investment portfolios
Finance
Algorithmic Trading, Fraud Detection & Risk Assessment
AI-driven trading algorithms analyse market data in real-time to identify trends, patterns, and opportunities for investment AI systems can detect suspicious transactions, anomalies, and patterns indicative of fraudulent activity in financial transactions and networks AI models analyse financial data and market trends to assess credit risk, predict loan defaults, and optimise investment portfolios
Finance
Algorithmic Trading, Fraud Detection & Risk Assessment
AI-driven trading algorithms analyse market data in real-time to identify trends, patterns, and opportunities for investment AI systems can detect suspicious transactions, anomalies, and patterns indicative of fraudulent activity in financial transactions and networks AI models analyse financial data and market trends to assess credit risk, predict loan defaults, and optimise investment portfolios
Autonomous Vehicles
Self-Driving Vehicles & Autonomous Drones
AI algorithms enable vehicles to perceive their environment, navigate roads, interpret traffic signals, and make real-time decisions to safely and efficiently transport passengers AI-powered drones can perform tasks such as aerial surveillance, package delivery, agriculture monitoring, and search & rescue operations with minimal human intervention
Autonomous Vehicles
Self-Driving Vehicles & Autonomous Drones
AI algorithms enable vehicles to perceive their environment, navigate roads, interpret traffic signals, and make real-time decisions to safely and efficiently transport passengers AI-powered drones can perform tasks such as aerial surveillance, package delivery, agriculture monitoring, and search & rescue operations with minimal human intervention
Autonomous Vehicles
Self-Driving Vehicles & Autonomous Drones
AI algorithms enable vehicles to perceive their environment, navigate roads, interpret traffic signals, and make real-time decisions to safely and efficiently transport passengers AI-powered drones can perform tasks such as aerial surveillance, package delivery, agriculture monitoring, and search & rescue operations with minimal human intervention
Natural Language Processing (NLP)
Language Translation, Chatbots & Virtual Assistants
AI-powered translation systems use deep learning techniques to translate text and speech between different languages with a very high degree of accuracy AI-driven conversational agents can interact with users in natural language, answer questions, provide recommendations, and assist with tasks such as scheduling appointments and making reservations
Natural Language Processing (NLP)
Language Translation, Chatbots & Virtual Assistants
AI-powered translation systems use deep learning techniques to translate text and speech between different languages with a very high degree of accuracy AI-driven conversational agents can interact with users in natural language, answer questions, provide recommendations, and assist with tasks such as scheduling appointments and making reservations
Natural Language Processing (NLP)
Language Translation, Chatbots & Virtual Assistants
AI-powered translation systems use deep learning techniques to translate text and speech between different languages with a very high degree of accuracy AI-driven conversational agents can interact with users in natural language, answer questions, provide recommendations, and assist with tasks such as scheduling appointments and making reservations
Robotics
Industrial Automation & Surgical Robotics
AI-powered robots are used in manufacturing, logistics, and warehousing to perform tasks such as assembly, pick-and-place operations, and material handling AI-enhanced robotic systems assist surgeons in performing minimally invasive surgeries with precision, accuracy, and improved patient outcomes
Robotics
Industrial Automation & Surgical Robotics
AI-powered robots are used in manufacturing, logistics, and warehousing to perform tasks such as assembly, pick-and-place operations, and material handling AI-enhanced robotic systems assist surgeons in performing minimally invasive surgeries with precision, accuracy, and improved patient outcomes
Robotics
Industrial Automation & Surgical Robotics
AI-powered robots are used in manufacturing, logistics, and warehousing to perform tasks such as assembly, pick-and-place operations, and material handling AI-enhanced robotic systems assist surgeons in performing minimally invasive surgeries with precision, accuracy, and improved patient outcomes
Computer Vision
Object/People Recognition & Behavioural Analytics
AI algorithms can detect and classify objects in images and videos, enabling applications such as facial recognition, object tracking, and surveillance
Computer Vision
Object/People Recognition & Behavioural Analytics
AI algorithms can detect and classify objects in images and videos, enabling applications such as facial recognition, object tracking, and surveillance
Computer Vision
Object/People Recognition & Behavioural Analytics
AI algorithms can detect and classify objects in images and videos, enabling applications such as facial recognition, object tracking, and surveillance
Accomplishments
aiDx Neuromorphic Biometric
2018
aiDx Neuromorphic Biometric
2018
aiDx Neuromorphic Biometric
2018
Driver Assistance & Analytics
2019
Driver Assistance & Analytics
2019
Driver Assistance & Analytics
2019
Covid Detection
2019
Covid Detection
2019
Covid Detection
2019
Consumer Behaviour Analytics
2022
Consumer Behaviour Analytics
2022
Consumer Behaviour Analytics
2022
QiD Digital Identity
2024
QiD Digital Identity
2024
QiD Digital Identity
2024
Copyright - aiQ Cognitive Technologies (Pty) Ltd