Mechatronics, autonomous machines, perception, control, supercomputing and field robotics.
The program is presented as a scientific notebook: architecture, assumptions, applications, validation logic and visual evidence for researchers, innovators, students, professors, commercial partners and philanthropic organizations.
Digimatronics
SUPERCOMPUTING AND AI SOLUTIONS
Maurizio Viviani (Manager)
Division of Medicaswiss
Diagnostic
, 14,
www.digimatronics.com
info@digimatronics.com
+39 3478162457
Digimatronics: AI & Supercomputers
Introduction
Digimatronics was founded in 1999 by Maurizio Viviani with the purpose of developing autonomous and intelligent systems.
AI4OMICS spinoff is our genomics and general omics system for big data fast learning and management, first line of gen/omic defense and future barrier against actual CoViD19 and future bio menaces
We
are
creating
new supercomputers and gaming
hyperfast
operating
system
Killer application
Smartcity (water purifying high efficiency, energy, safe communications/ hyper fast data processing)
Competitive edge
Intelligent Processing Unit technology, something
nVidia
is scared of because very low electricity consumption and bigger computing power (Graphic Processing Unit which ruled the last 6 years have virtually no cache no memory, IPU have it so they need a lot less processor cycles)
hypercomputers
Our
hypercomputing
Our experiences in the field of supercomputers programming, machine learning, in developing research solutions for genomics and in-depth study in cybersecurity, have guided us towards the creation of new operating systems.
Use: programming
new hardware. Use TPUs,
GPUs and new IPUs in an
extremely efficient way to
reduce energy consumption
and increasing performance.
business
Projects
ur
projects/products are divided into three main areas
Healthcare
SmartCity applications
Strategic Communications
ater
Purifying
Water, the indispensable resource for the planet and for us, needs a revolution in access methods. What has been happening in recent decades is limiting access to potable water supply for an increasingly large population. Our system tackles this problem effectively thanks to the extremely rapid processing on
microspaces
managed by our dynamic AI
Healthcare Projects
Applications for diseases in disadvantaged or poor areas, where prevention is extremely valuable considering that health facilities are scarce or inefficient.
With pattern recognition of spots on the skin, voluntary registration of the patient's own ailments, on-line gamification and consultancy systems, it is possible to quickly lighten a load of activities within healthcare facilities, operating in a remote mode.
These applications can be just as powerful and vital in the case of viral pathogens, where physical contact has to be reduced or avoided.
AI4Omics
Operating System for geneticists,
researchers, physicists etc.
“The time and resources saving
tool essential to fight pandemics,
such as
CoronaVirus
Division of
Medicaswiss
Diagnostic,
www.ai4omics.com
info@ai4omics.com
Optimization Tool for Omics
Executive Summary
AI4Omics is a division of
, a company specialized in medical researches. AI4Omics team has a long experience in parallel programming, deep learning and genomics, creating new possibilities for achieving greater results in science in general: simulations,
dna
sequencing, big data
AI4Omics has developed a new Operating System for supercomputers and running on high end laptops, too.
This OS is called BDM (Basic Data Management)
AI4Omics’ BDM make optimization of data complexity
We have soft commitment from 3 customers. This means break-even is in 2020.
We need 900 000
chf
for the deployment of first product
The Problem(s)
World
omics
and genomics laboratories are populated with a vast portfolio of instruments. This is one of the biggest problems when it comes to applying AI to aggregate data
Data are very complex and scattered and solution patterns are often lost in the multiple big data foggy clusters.
Researches’ procedures take long time to be executed and most of results are usually poorly organized. This imply extra time and resources in running formal algorithms to make sense of them
Thousands organizations worldwide are interested in optimization platform to accelerate coronavirus fighting
The Solution
This limiting factor can be solved in basically a few ways
creating a tool able to harmonize different data (third party
management)
creating a platform that enables scientists and researchers to insert
and access data in an already structured customized database
creating an AI-OS that mediates between the two approaches
BDM (Basic Data Management) features.
This software is absolutely necessary to run a subsequent AI analysis
tool dedicated to important tasks performed by genetic laboratories.
This “intelligent” tool, called Smart Omics will provide
best quality in arranging genomic data,
measurement or comparison of DNA sequence,
structural variation,
gene expression,
functional annotation,
gene's biological identity (position, role and its expression domain)
Our BDM embedded in
Ai4omics OS
is 5x-100x more effective than a typical parallel program. With enhanced computational power for quicker autonomous algorithms, we can wipe out errors and bad syncs.
Most of all we can organize and format dishomogeneous data from different sources and store them efficiently in several databases.
It represents a new step in parallel programming, deep learning, reinforcement learning and machine learning offering unseen possibilities in science in general
simulations,
dna sequencing,
big data analysis,
autonomously generated algorithms,
precision and personal medicine,
disanguibication of different data,
friendly interaction with different standards,
integration with existing genomic apps,
planning and execution of complex tests.
Extrapolation Tool for Omics
An important feature of AI4Omics
The platform can run both on high standard commercial computer and supercomputers.
he operator insert data into our
cybersecure
environment and AI4Omics generates machine learning algorithms which classify, organize the data, forming new data aggregates and structures. The second step is the “hunt” in these classes of patterns useful to create new therapies, drugs and treatments.
Once we have reached a sufficiently big cluster of data, we can abstract a virtually infinite number of artificial genomes, delivering preventive cures to the real world even before the critical point of illness has arisen. (Predictive Medicine)
Our platform would accelerate the research time for vaccines in the order x 12+
Digimatronics Projects
Strategic Protection Projects
High levels of AI surround people in everyday’s life and our systems aim to the defence of fundamental rights of every individual in the following areas
medical
personal
communications
avoiding profiling
real privacy
Healthcare Projects in Detail
SmartSkin
is an AI pattern recognition system that detects skin irregularities that could suggest potential tumors in people taking into account all the variables
Through simple photos, to scanning that can go from infrared to ultraviolet, including the time of discolouration of mechanical stimulated areas, we can detect the onset of anomalies worth of medical attention.
This app is intended to target all the markets, including the low-income ones.
SmartSkin Case study
The low incidence of skin cancers in darker-skinned groups is primarily a result of photoprotection provided by increased epidermal melanin, which filters twice as much ultraviolet (UV).
UV radiation, the most important predisposing factor for skin cancer in Caucasians, plays a lesser role in people of colour.
When skin cancer occurs in people of colour, patients often present with an advanced stage with the prevalence of dermatofibrosarcoma protuberans.
Treatment is generally the same among all racial groups.
Predictive and Precision Medicine
We are developing a spin off together with the University of Perugia for the execution of predictive medicine and precision medicine tasks applied on anamnestic and postural data in the various medical disciplines through AI
Health & Wealth
A project in the health field to retain and motivate the provision of clinical data and medical history of patients to insurance companies.
To do this we will use both conventional promotion systems and innovative gamification systems that make large use of AI predictive models.
These products are particularly recommended on markets where healthcare is private or is paid for services not covered by the healthcare system.
Health & Wealth Case Study
The objective is changing health-related behaviours and clinical outcomes.
Compared to traditional persuasive technology and health games, gamification offers several advantages for motivating behaviour change for health and well-being.
Its effectiveness has been proven in several fields of activity, especially in diabetes, rehabilitation procedures and care for the elderly.
Betterments are in the order of 59% from previous situations, and more can be done in collaboration with AI and other techs like VR and AR.
SmartCity Projects
Are applications for and Intelligent management of large civil areas from hospitals, apartment buildings, airports, ports and neighbourhoods.
Our attention in this field is focused
energy redistribution and efficient use of renewable energies,
safe re-charging of batteries for the extension of their operative life,
environmental sensors interacting with third parties automated systems,
“horizon” extension and geographically extended predictive systems.
SmartCity
Projects in Detail
Smart Balloons
SmartBalloons is a navigational system
for stratospheric balloons
that can operate in a self-manned mode or through human operators.
The craft is capable of changing altitude and route by deflating or inflating internal bulkheads.
It’s a useful and inexpensive lighter than air platform to be employed in case of calamities, broken communication systems or used in collaboration with existing WiFi networks or other data networks.
Project
SmartBalloons
in Detail
SmartBalloons Case Study
Stratospheric SmartBalloons have been developed and used by Digimatronics since 2014 for active surveillance of landslide hazards and other duties.
Managed by AI and supercomputers, SmartBaloons perform long-duration flights in excess of 50 days at over 30000 mt and precision pointing that allows also high-value planetary scientific observations and all sorts of complimentary services.
This platform appears to have the potential for high-value science and civil applications at very competitive costs.
IntelAvio
Intelavio is a platform for managing electric grids through smart meters and switches.
This project, intended for Energy Providers, can be extended to other fields such as fast and efficient recharge of batteries, their life extension.
Energy from renewables and traditional networks is managed by IntelAvio and BMS (Battery Management Systems) along with domotic devices
In combination with renewables, this platform is intended also for hospitals and health facilities, where energy savings, constant energy supply, and optimization of resources are essential.
Case Study
This system is suitable for ports, airports and big infrastructures, managing them as “mini” Smart Cities.
The idea of ultra-fast-charging of batteries in the automotive field using renewable energy puts a great strain on both the charging batteries and the ones charged.
In the automotive, and soon in the nautical/aeronautical sector, there will be soon the necessity to provide large amounts of energy on-site and on-demand.
Our platform will be able to manage different operators and prosumer (consumer-producer) solutions before becoming an integral part of a smart distribution network.
3rdEYE
3rdEye is a generic environmental sensor able to work alongside with robotics and automated systems.
By positioning this sensor in a more strategic or higher location than the automation systems in action, we will be able to provide not only generic data of the localized robots such as spatial coordinates, climatic situation, obstacles out of sight but also to provide: forecasts on the performance of the systems continuity of operations in the event of a breakdown of the on-board systems.
Such sensors must be able to power themselves and communicate with other sensors (smart mesh architecture).
3rdEYE Case Study
3rdeye system is a feedback network for all sorts of applications.
Environmental sensors are particularly recommended in the presence of a large number of applications.
From autonomous robots, self-driving cars, to monitoring systems that use levels of artificial intelligence that are not adequate or adaptable to the environment in which they work, this device is eyes and ears for 3rd party apps.
3rdeye, small in size, is equipped with its own camera, mike, wifi, movement and weather sensors. It can get energy from the net, mini renewable or induction.
Other Strategic
StealthComm
StealthComm, aims to create stealth streaming platforms.
This app makes a safer and reliable application since the very nature of this system doesn’t leave any history of the data transmitted improving crypto-safeness of data.
Its application is compatible with many audio, video and document formats.
Suitable for private, military and strategic communications
StealthComm Case Study
This AI blockchain-based streaming encoding system can have various real-life applications
Protect medical data
It eliminates any transitional document
It maintains confidentiality in Business operations
It guarantees a second layer of protection in encrypted systems
It avoids the profiling of the users, emptying buffers and memories.
It provides true privacy within the platform.
Division
of
14, 6330 Cham,
Switzerland
