Bio

 

      ASHISH SHUKLA

                             Satna, Madhya Pradesh, India.

EDUCATION

A.P.S University, Madhya Pradesh.                                            2018

Bachelor of Commerce: Economics   

 

K.V.S Satna, Madhya Pradesh.                                                   2015

12^th class, CBSE.                                    

 

K.V.S Paiyyanur, Kerala.                                                              2013

10^th class, CBSE.                                    

 

 

ABOUT ME

KUMMARI ANIL KUMAR 

Anil Kumar

The feeler, sensor, and thinker. Trying to connect the dots beyond the endpoints. Professionally, Historian and Agriculturist, an expert in Metaphysics and a Film Scholar. Believer in situational ethics and progressivism. Author, Social worker and blogger. Like to be mad, an idiot and useless.

PHILANTHROPIC ACTIVITIES

2020 July, Closed group program to campaign against climate change by supporting methods to restore the ecosystem and prevent suicides. On July 2023 Launched Soft Civil Activism and Soft RTI Activism to help the people and increase transparency. www.innatefriends.in

JOBS

Department of Defence, Ministry of Defence, Government of India. (12/2023 - Present)

Cleared SSC CGL 2022. (Post didn't allocate)

Declined job at IIT - TIRUPATI, Government of India. (03/2023)

Declined job at SRIJAN - INDIA, Non-Governmental organization. (05/2018)

BOOKS

Paradox of The Nature The Romantic Euthanasia and The Living Will. (03/2023) --- Available online

21^st Century a way to live a loving life Dogmatic Philosophy with The Theory of Non-Existence. (10/2019) ---Available online

EDUCATION

IGNOU, M.A History. (08/2019 – Present)

Als IAS Karol bagh. (08/2018 – 03/2020)

National Institute of  Agricultural Extension Management, PGDEAM. (11/2019 – 1/2020)

Mewar University, B.sc Agriculture. (07/2014 – 05/2018)

JNV Krishna, 6^th to 12^th standard. (07/2007 – 05/2014)

ACHIEVEMENTS AND CERTIFICATES

Film Studies, Central University of Kerala. (06/2021 - 05/2022)

Improving Your Business through a Culture of Health, Harvard University. (02/2020)

Discover Best Practice Farming for a Sustainable 2050, University Of Western Australia. (02/2019)

The Future of Farming: Exploring Climate Smart Agriculture, University of Reading. (12/2018)

RESEARCH CONTRIBUTION

Colocasia survey/Kochu survey, Council of Scientific and Industrial Research - Central Drug Research Institute. (11/2017)

Alcohol and mental health Research Survey, Council of Scientific and Industrial Research - Central Drug Research Institute. (10/2017)

INTERNSHIP - WORK EXPERIENCE

SRIJAN – WWF Project on Organic cotton. (01/2018 – 06/2018)

Vidya Bhawan Krishi Vigyan Kendra. (08/2017 – 09/2017)

Narmada Manures Pvt. Ltd. Narmada Home and Garden Needs. (06/2017)

WEBSITE

Innatefriends.in

urstrulykummari.blogspot.com

CONNECT ON

https://twitter.com/urstrulykummari

https://www.pinterest.com/urstrulyKUMMARI

https://www.facebook.com/urstrulyKUMMARI

https://t.me/urstrulyKUMMARI

https://instagram.com/urstrulykummari

 

 

 

 

 

 

 

 

 

 

21stCentury_A_way_To_Live_A_Loving_Life

(Dogmatic Philosophy with the

Theory of Non-Existence)

ANIL KUMAR KUMMARI

 Amazon   flipkart   bookskamel   educreation  Anil Kumar Kummari

This book starts with human life from birth to death. In which human can go into several aspects of life as a Child, Teenager, Professional, Family member and Responsibility as a citizen of the world. It teaches about the Values, Virtues, and Ethics which are going to be lack in our present society. Moments in life, Emotions, and every individual aspect regarding Happiness, Anger, Pain, Suicidology, how to be Successful, Stages of maturity in life, Behavioural changes, body language and Personalities, love, Friends, Purpose of life and Human soul in accordance with the new era - 21st century and based on the ideals of great thinkers. It deals with the new trends in present materialistic world with emphasis on philosopher’s-Ideologies of Socratics, Plato, Aristotle, John Locke, Epicurus, Immanuel Kant, Jeremy Bentham, and John Stuart mill, Voltaire, Rousseau, Friedrich Nietzsche, Confucius, Hobbes and Hegel. It also deals with the Dogmatic view of the present world with the theory of Non-existence which is performed by myself in real manner. Highly motivating to the people who are under the stress, and to preventing the people from committing suicide. Mainly on lines with the loving one’s own-self and society.

21stCentury_A_way_To_Live_A_Loving_Life
(Dogmatic Philosophy with the
Theory of Non-Existence)
Theory_Of_Non_Existence
Philosophy
urstrulyKUMMARI
WorldWideRelease

21stCentury_A_way_To_Live_A_Loving_Life
(Dogmatic Philosophy with the
Theory of Non-Existence)

ANIL KUMAR KUMMARI

 Amazon   flipkart   bookskamel   educreation  Anil Kumar Kummari

This book starts with human life from birth to death. In which human can go into several aspects of life as a Child, Teenager, Professional, Family member and Responsibility as a citizen of the world. It teaches about the Values, Virtues, and Ethics which are going to be lack in our present society. Moments in life, Emotions, and every individual aspect regarding Happiness, Anger, Pain, Suicidology, how to be Successful, Stages of maturity in life, Behavioural changes, body language and Personalities, love, Friends, Purpose of life and Human soul in accordance with the new era - 21st century and based on the ideals of great thinkers. It deals with the new trends in present materialistic world with emphasis on philosopher’s-Ideologies of Socratics, Plato, Aristotle, John Locke, Epicurus, Immanuel Kant, Jeremy Bentham, and John Stuart mill, Voltaire, Rousseau, Friedrich Nietzsche, Confucius, Hobbes and Hegel. It also deals with the Dogmatic view of the present world with the theory of Non-existence which is performed by myself in real manner. Highly motivating to the people who are under the stress, and to preventing the people from committing suicide. Mainly on lines with the loving one’s own-self and society.

21stCentury_A_way_To_Live_A_Loving_Life
(Dogmatic Philosophy with the
Theory of Non-Existence)
Theory_Of_Non_Existence
Philosophy
urstrulyKUMMARI
WorldWideRelease 

21st Century a way to
Live a Loving Life

(Dogmatic Philosophy with the
Theory of Non-Existence)

#21stCentury_A_way_To_Live_A_Loving_Life
(Dogmatic Philosophy with the
Theory of Non-Existence)#OnTheWay #Theory_Of_Non_Existence #Philosophy #urstrulyKUMMARI #WorldWideRelease #loading_speedly pic.twitter.com/VDiTfaJ4RO

— ANIL KUMAR (@urstrulyKUMMARI) September 23, 2019

This book starts with human life from birth to death. In which human can go into several aspects of life as a Child, Teenager, Professional, Family member and Responsibility as a citizen of the world. It teaches about the Values, Virtues, and Ethics which are going to be lack in our present society. Moments in life, Emotions, and every individual aspect regarding Happiness, Anger, Pain, Suicidology, how to be Successful, Stages of maturity in life, Behavioural changes, body language and Personalities, love, Friends, Purpose of life and Human soul in accordance with the new era - 21st century and based on the ideals of great thinkers. It deals with the new trends in present materialistic world with emphasis on philosopher’s-Ideologies of Socratics, Plato, Aristotle, John Locke, Epicurus, Immanuel Kant, Jeremy Bentham, and John Stuart mill, Voltaire, Rousseau, Friedrich Nietzsche, Confucius, Hobbes and Hegel. It also deals with the Dogmatic view of the present world with the theory of Non-existence which is performed by myself in real manner. Highly motivating to the people who are under the stress, and to preventing the people from committing suicide. Mainly on lines with the loving one’s own-self and society.

KUMMARI

Anil Kumar

 Alcohol and Mental Health Research Survey

Anil Kumar Kummari

Council of Scientific and Industrial Research - Central Drug Research Institute

State wise analysis

(i) High Fever

       (ii) Diarrhoea

                          

   (iii) Alcohol Addiction

                        

      (iv) Mental Ailment

(v) OrderBased

(vi) Overall Summary

Ethics (Artificial Intelligence) – Defending Our Privacy

Anil Kumar Kummari

Now a days All are accessible to use high end technology in mobile phones, for everything we are we are giving our information like fingerprint, Eye Scanner ( Retina Recognition ), health Apps will track your moments also. All our information is in the at one place. Once it hacked or miss used it will be at risk. As artificial intelligence proliferates, companies and governments are aggregating enormous data sets to feed their AI initiatives.

Although privacy is not a new concept in computing, the growth of aggregated data magnifies privacy challenges and leads to extreme ethical risks such as unintentionally building biased AI systems, among many others. Privacy and artificial intelligence are both complex topics. There are no easy or simple answers because solutions lie at the shifting and conflicted intersection of technology, commercial profit, public policy, and even individual and cultural attitudes. Data protection officials from more than 60 countries expressed their concerns over challenges posed by the emerging fields of robotics, artificial intelligence and machine learning due to the new tech's unpredictable outcomes. The global privacy regulators also discussed the difficulties of regulating encryption standards and how to balance law enforcement agency access to information with personal privacy rights.

Such technological developments “pose challenges for a consent model of data collection,” and may lead to an increase in data privacy risks, John Edwards, New Zealand privacy commissioner, said at the 38th International Data Protection and Privacy Commissioners' Conference, in Marrakesh, Morocco. For example, decision-making machines may be used to “engender or manipulate the trust of the user,” and would be an “all seeing, all remembering in-house guests,” that would collect personal data via numerous sensors. Peter Fleischer, global privacy counsel at Alphabet Inc.'s Google, said that established privacy principles would continue to be relevant for new technologies, but machine learning raised particular problems, such as machines finding “ways to re-identify data.”

The emerging technologies may have a broad impact across various industries. “Humans teaching machines to learn” was a “revolution in the making” that may have broad societal consequences that could cut across numerous economic sectors, Fleischer said. For example, data-driven machines may have the ability to analyse sensitive medical data, make medical diagnoses, thereby potentially revolutionizing the health-care industry, Fleischer said at the conference. Machines that learn would act “like a chef: see the ingredients and comes up with something new,” he said.

“Before the prospect of an intelligence explosion, we humans are like small children playing with a bomb. Such is the mismatch between the power of our plaything and the immaturity of our conduct.”

Nick Bostrom, Professor in AI Ethics and Philosophy at the University of Oxford

Google CEO Sundar Pichai thinks we are now living in an “artificial intelligence-first world.” He’s probably right. Artificial intelligence is all the rage in Silicon Valley these days, as technology companies race to build the first killer app that utilizes machine learning and image recognition. Today, Google announced an AI-powered assistant built into its new Pixel phones. But there’s a pivotal downside to the company’s latest creation: Because of the very nature of artificial intelligence, our data is less secure than ever before, and technology companies are now collecting even more personal information about each one of us.

Re-Defining Privacy

Unfortunately, the answer is no. We cannot turn back time. There is no completely private space available to us, anymore. Most of the things we do are already registered as data somewhere (and this occurs as soon as we do them). Purpose limitation is not always possible. We have fallen in love with the algorithmically driven companies that utilize technology to deliver an instantly better user experience. They pervade all aspects of everyday life. We already live in a world of big data. In addition, we cannot stop the emergence of artificial intelligence. The Internet of Things means that all of our devices are already connected (or will be connected in the near future). Connected and smart cities will continue to make our lives better. Our telephones already keep track of our moves and our connections and favourite places. Smart fridges keep track of our groceries. The list goes on and on. Moreover, perhaps most obviously, we love being connected and sharing our lives with others, via social media and other online platforms.

This does not mean that privacy disappears or that it ceases to matter.

Privacy is, and will continue to be, enormously important. Rather, privacy has been transformed by the proliferation of network technologies and the new forms of unmediated communication that such technologies facilitate.

In particular, technology has changed the character of the “zone” of privacy that people expect to be protected. There has been a shift from a settled space based on a clear distinction between public and private life to a more uncertain and dynamic zone that is constructed by and between individuals. Privacy as a well-defined space over which a person has “ownership” has been replaced by a more complex space that is constantly being negotiated and contested.

Work is similarly transformed. Businesses are becoming more flexible ecosystems / networks / platforms. “Lifetime” employment is no longer feasible or even desirable in a digital world. Working relationships become looser and more transitory as businesses are introducing more flexible work arrangements in which “employees” are “hired” for well-defined, but successive “tours of duty”.

Keeping artificial intelligence data in the shadows

One way for IT to address data privacy issues with machine learning is to "mask" the data collected, or anonymize it so that observers cannot learn specific information about a specific user. Some companies take a similar approach now with regulatory compliance, where blind enforcement policies use threat detection to determine if a device follows regulations but do not glean any identifying information.

“With AI it becomes easier to correlate data ... and remove privacy.”

Brian Katz

Device manufacturers have also sought to protect users in this way. For example, Apple iOS 10 added differential privacy, which recognises app and data usage patterns among groups of users while obscuring the identities of individuals. Tools such as encryption are also important for IT to maintain data privacy and security. Another best practice is to separate business and personal apps using technologies such as containerisation. Enterprise mobility management tools can be set up to look at only corporate apps but still be able to white list and blacklist any apps to prevent malware. That way, IT does not invade users' privacy on personal apps.

Reference:- 

1. https://gizmodo.com/googles-ai-plans-are-a-privacy-nightmare-1787413031
2. http://searchmobilecomputing.techtarget.com/news/450419686/Artificial-intelligence-data-privacy-issues-on-the-rise
3. https://medium.com/startup-grind/artificial-intelligence-is-taking-over-privacy-is-gone-d9eb131d6eca

Ethics (Artificial Intelligence) – Bio-terrorism

 

Anil Kumar Kummari

As Stephen Hawking noted in 2014, “Whereas the short-term impact of AI depends on who controls it, the long-term impact depends on whether it can be controlled at all”.

THE MEDICINE OF TOMORROW

As the medical wearable and sensor, market starts to truly boom, it is logical to think ahead to what might follow this “wearable revolution.” I think that the next step will be insideables, digestible, and digital tattoos.

“Insideables” means devices implanted into the body, generally just under the skin. In fact, there are people who already have such implants, which they can use to open up a laptop, a smartphone, or even the garage door. “Digestible” are pills or tiny gadgets that can be swallowed, which could do things like track digestion and the absorption of drugs. “Digital tattoos” are tattoos with “smart” capabilities. They might easily measure all of our health parameters and vital signs.

All of these teeny-tiny devices might be misused—some could be used to infuse lethal drugs into an organism or strip a person of their privacy. That is the reason why it is of the utmost importance to pay attention to the security aspect of these devices. They can be vulnerable to attacks, and our life will (quite literally) depend on the safety precautions of the company developing the sensors. That may not sound too comforting—putting your health in the hands of a company—but microchip implants are heavily regulated in the US, and so we are already looking ahead to issues surrounding this advancement.

1) Hacking medical devices

It has already been proven that pacemakers and insulin pumps can be hacked. Security experts have warned us that someone would be murdered through these methods any time soon. How can we prevent wearable devices that are connected to our physiological system from being hacked and controlled from a distance?

2) Bioterrorism due to nanotechnology

In the wildest futuristic scenarios, tiny Nano robots in our bloodstream could detect diseases. After a few decades, they might even eradicate the word symptom inasmuch as no one would have them any longer. These microscopic robots would send alerts to our smartphones or digital contact lenses before disease could develop in our body. If it becomes reality, and micro robots swimming in bodily fluids are already out there, how can we prevent terrorists from trying to hack these devices controlling not only our health but also our lives.

THE TINY ROBOT REVOLUTION

In the future, nanoscale robots could live in our bloodstream or in our eyes and prevent any diseases by alerting the patient (or doctor) when a condition is about to develop. They could interact with our organs and measure every health parameter, intervening when needed.

Nanobots are so tiny that it is almost impossible to discover when someone, for example, puts one into your glass and you swallow it. Some people are afraid that, by using such tiny devices, total surveillance would become feasible. There also might be the possibility there to utilize nanobots to deliver toxic or even lethal drugs to the organs.

By researching ways to identify when these nanobots are being utilized now, we could potentially prevent their misuse in the future.

AUGMENTING INTELLIGENCE

In the future, brain implants will be able to empower humans with superpowers with the help of chips that allow us to hear a conversation from across a room, give us the ability to see in the dark, let us control moods, restore our memories, or “download” skills like in The Matrix movie trilogy. However, implantable neuro-devices might also be used as weapons in the hands of the wrong people.

Conclusion

Bioterrorism remains a legitimate threat both from domestic and international terrorist groups. From a public health perspective, timely surveillance, awareness of syndromes resulting from bioterrorism, epidemiologic investigation capacity, laboratory diagnostic capacity and the ability to rapidly communicate critical information on a need to know basis to manage public communication through the media are vital. Ensuring adequate supply of drugs, laboratory reagents, antitoxins and vaccines is essential. Formulating and putting into practice, SOPs/drills at all levels of health care will go a long way in minimising mortality and morbidity in case of a bioterrorist attack.

Reference:-

1.  https://futurism.com/the-future-of-extremism-artificial-intelligence-and-synthetic-biology-will-transform-terrorism/
2.  http://medicalfuturist.com/list-of-ethical-issues-in-the-future-of-medicine/

Ethics (Artificial Intelligence) - Artificial 

Stupidity

Anil Kumar Kummari

Futurists worry about artificial intelligence becoming too intelligent for humanity’s good. Here and now, however, artificial intelligence can be dangerously dumb. When complacent humans become over-reliant on dumb AI, people can die. The lethal record of accomplishment goes from the Tesla Autopilot crash last year, to the Air France 447 disaster that killed 228 people in 2009, to the Patriot missiles that shot down friendly planes in 2003.

War Algorithm logo that is particular problematic for the military, which, more than any other potential user, would employ AI in situations that are literally life or death. It needs code that can calculate the path to victory amidst the chaos and confusion of the battlefield, the high-tech Holy Grail we have calling the War Algorithm. While the Pentagon has repeatedly promised it won’t build killer robots — AI that can pull the trigger without human intervention — people will still die if intelligence analysis software mistakes a hospital for a terrorist hide-out, a “cognitive electronic warfare” pod doesn’t jam an incoming missile, or if a robotic supply truck doesn’t deliver the right ammunition to soldiers running out of bullets.

“Before we work on artificial intelligence why don’t we do something about natural stupidity?” —Steve Polyak

Should we worry about how quickly artificial intelligence is advancing?

There are people who are grossly overestimating the progress that has been made. There are many, many years of small progress behind many of these things, including mundane things like more data and computer power. The hype is not about whether the stuff we are doing is useful or not—it is. However, people underestimate how much more science needs to be done. Moreover, it is difficult to separate the hype from the reality because we are seeing these great things and to the naked eye, they look magical.

 Artificial stupidity. How can we guard against mistakes?

Intelligence comes from learning, whether you are human or machine. Systems usually have a training phase in which they "learn" to detect the right patterns and act according to their input. Once a system is fully trained, it can then go into test phase, where it is hit with more examples and we see how it performs.

Obviously, the training phase cannot cover all possible examples that a system may deal with in the real world. These systems can be fooled in ways that humans would not be. For example, random dot patterns can lead a machine to “see” things that are not there. If we rely on AI to bring us into a new world of labour, security and efficiency, we need to ensure that the machine performs as planned, and that people can’t overpower it to use it for their own ends.

Artificial stupidity as a limitation of artificial intelligence. Artificial stupidity is not just delivering deliberate errors into the computer, but it could also be seen as a limitation of computer artificial intelligence.

Dr. Jay Liebowitz argues that "if intelligence and stupidity naturally exist, and if AI is said to exist, then is there something that might be called "artificial stupidity?"

Liebowitz pointed out that the limitations are:

Ability to possess and use common sense

Development of deep reasoning systems

Ability to vary an expert system's explanation capability

Ability to get expert systems to learn

Ability to have distributed expert systems

Ability to easily acquire and update knowledge

— Liebowitz, 1989, Page 109

Once a system is fully trained, it can then go into test phase, where it is hit with more examples and we see how it performs.  However, like google maps, it shows only shortest route. However, in reality, it do not know that road is closed due to temporary actions of govt.

 Artificial stupidity. How can we guard against mistakes?

What is important to keep in mind is that the training phase is not able to cover all possible scenarios that a system can come across, hence why systems can be fooled in ways that humans would not be. Importance of ensuring that the machines perform as planned and that people are not able to overpower it to use it for their own benefits. At the time of making, it must be follow three laws of Robotics. Which makes artificial stupidity followed by the machines and goes into the hands of terror groups.

Reference:-

1.  https://breakingdefense.com/2017/06/artificial-stupidity-when-artificial-intel-human-disaster/
2. https://www.technologyreview.com/s/546301/will-machines-eliminate-us/