Fels backs calls to use artificial intelligence as wage-theft detector – The Age

"The amount of underpayment occurring now is so large that there is an effect on wages generally and on making life difficult for law-abiding employers."

Senator Sheldon said artificial intelligence could be used to detect discrepancies in payment data held by the Australian Taxation Office on employers in industries such as retail, hospitality, agriculture and construction.

"You could do it for wages and superannuation, with an algorithm used as a first flag for human intervention," he said.

The problems of underpayment are systemic and not readily resolvable just by strong law enforcement - even though that's vital.

Alistair Muir, chief executive of Sydney-based consultancy Vanteum, said it was possible to "train artificial intelligence algorithms across multiple data sets to detect wage theft as described by Senator Sheldon, without ever needing to move, un-encrypt or disclose the data itself".

Melbourne University associate professor of computing Vanessa Teague said a "simple computer program" could be designed to detect evidence of wage underpayment using the rules laid out in the award system, but that any such project should safeguard workers' privacy by requiring informed consent.

Industrial Relations Minister Christian Porter did not rule out introducing data matching as part of his wage theft crackdown and said workplace exploitation "will not be tolerated by this government".

Mr Porter said the government accepted "in principle" the recommendations of the migrant worker taskforce which included taking a "whole of government" approach and giving the Fair Work Ombudsman expanded information gathering powers.

The taskforce report said inter-governmental information sharing was "an important avenue" for identifying wage under payment and could be used to "support successful prosecutions".

In the latest case of alleged wage underpayment in the hospitality industry, the company behind the Crown casino eatery fronted by celebrity chef Heston Blumenthal, Dinner by Heston, this week applied to be wound up after failing to comply with a statutory notice requiring it to back pay staff for unpaid overtime.

It follows revelations of underpayments totalling hundreds of millions of dollars by employers including restauranteur George Calombaris' Made Establishment, Qantas, Coles, Commonwealth Bank, Bunnings, Super Retail Group and the Australian Broadcasting Corporation.

Professional services firm PwC has estimated that employers are underpaying Australian workers by $1.4 billion a year, affecting 13 per cent of the nation's workforce.

AI Group chief executive Innes Willox said the employer peak body did not "see a need" for increased governmental data collection powers.

Australian Retail Association president Russell Zimmerman said retailers were not inherently opposed to data matching as employers who paid workers correctly had "nothing to fear" but was unsure how effective or accurate the approach would be.

"We don't support wage theft," Mr Zimmerman said.

He blamed the significant underpayments self-reported in recent months on difficulties navigating the "complex" retail award.

Senator Sheldon rejected this argument, saying the system was "only complicated if you don't want to pay".

"You get paid for eight hours, then after that you get overtime and you get weekend penalty rates," he said.

Australian Council of Trade Unions assistant secretary Liam OBrien said the workplace law system was "failing workers who are suffering from systemic wage theft".

The minister, who is consulting unions and business leaders on the detail of his wage theft bill including what penalty should apply if employers fail to prevent accidental underpayment said the draft legislation should be released "early in the new year".

Dana is health and industrial relations reporter for The Sydney Morning Herald and The Age.

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Fels backs calls to use artificial intelligence as wage-theft detector - The Age

AI-based health app: Putting patients first – ETHealthworld.com

Doxtros AI mission is to deliver personalised healthcare better, faster and economically for every individual. It has been designed around a doctors brain to understand and recognize the unique way that humans express their symptoms.

How has Doxtro brought a change in Artificial Intelligence (AI) in the field of medicine?Our AI feature asks questions to the user so that the doctors can understand the health concerns of patients better. The feature provides valuable insights to the doctor through inputs gathered from patients before they go for a consultation. The primary insights provided are based on how patients express symptoms, patients medical history and current symptoms and machine learning into the demography based health issues and not to prescribe medicines or medical advice.

How will this app help a patient who is unable to read or write?The apps user flow is designed in such a way that the patients can get connected to a doctor through a voice call with basic chatting ability by just typing their health concern simply in the free text box. The users can continue to chat or choose to connect through a voice call. Languages supported at the moment are Hindi and English. With the basic knowledge of these two languages, we made sure that the user can use the app through voice mode and consult a doctor.

Is there a feedback system in your app?Yes, we give the highest priority to users feedback and doctors as well. Users can rate and write reviews about the doctor in the app itself once the consultation is completed. We also follow a proactive process on the feedback system. Our customer engagement executives are assigned to collate regular user feedback, document the same and action it respective functional teams internally. This is being done, because, in general, not all users will come forward to write a review, whether it is a good or bad experience. We consider this feedback seriously to improve our quality of care.

How frequently can a patient contact the doctor through your app?There are no restrictions in terms of access to the doctor in the app. The users can also add their family members, facilitate consultations with doctors and store their respective health records in the app. Currently, we offer 12 specialisations, general physician, dermatologists, cardiologists, gynaecologists, paediatricians, sexologists, diabetologists, psychologists, psychiatrists, nutritionists, dentists and gastroenterologists.

The users may have various health issues and may have varying need to connect with different specialists at different times. Based on their need, they can contact any available specialists, n number of times. Post the consultation, the window is open for 48 hours for free follow up questions with the same doctor for the users to clarify any doubts.

How is Doxtro different from other healthcare apps that use AI?What distinguishes our technology is the fact that it has been designed around a doctors brain to understand and recognize the unique way that humans express their symptoms. Doxtro AI works with two major roles in the system. Data aspect of the AI which drives the ability to do self-diagnosis and Machine Learning (ML) aspect to assist with triage. Doxtro puts patients at the centre of care, AI-assisted conversations help the patient describe symptoms, understands it and offer information to ensure the patient understands their condition and connects the right specialist.

Doxtro AI asks smart questions about patients symptoms while also considering their age, gender, and medical history. The AI in our app is used to help users understand their health issues and to choose the right doctor. All this is accomplished by ML and natural language processing technologies that we use.

How do doctors benefit from this app?Our AI engine provides great insights to the physicians to understand the patients health issues better, thus saving their valuable time and ensuring doctors focus on doctoring. Doxtro AI puts together a patients response history to ensure that the doctor has context, along with this, augmented diagnostics help to translate symptoms into potential conditions based on patients conversation with the AI and saves the time of doctors for a better diagnosis of the patients health condition.

This supports the doctors to reach out to larger people in need especially considering the shortage of qualified doctors in India. Our app enhances their practice especially with smart tools like AI, excellent workflow and ease of use.

How long has the app been there for and what exactly is your user base?Doxtro app has been in the market for more than 18 months and we have a registered user base of more than 2 Lacs as of now.

What kind of patterns have you noticed in patients?We see a lot of people adapting to the online consultation, especially the ones who need the right qualified and verified doctors. Lot more people resort to proactive wellness than illness. Doxtro's main focus is in wellness and having the right qualified and verified doctors on board. So we see increasing trends of people using Doxtro mobile app.

As per the Security and Data Privacy policy, we do not have any access to any patients' data. All the voice or chat interactions are fully encrypted and the entire application is hosted in the cloud. Hence, we won't be able to arrive at any patterns.

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AI-based health app: Putting patients first - ETHealthworld.com

AI Warning: Compassionless world-changing A.I. already here -You WONT see them coming – Express.co.uk

Fear surrounding artificial intelligence has remained prevalent as society has witnessed the mass leaps the technology sector has made in recent years. Shadow Robot Company Director, Rich Walker explained it is not evil A.I. people should necessarily be afraid of but rather the companies they masquerade behind. During an interview with Express.co.uk, Mr Walker explained advanced A.I. that had nefarious intent for mankind would not openly show itself.

He noted companies that actively do harm to society and people within them would be more appealing to A.I. that had goals of destroying humanity.

He said: There is the kind of standard fear of A.I. that comes from science fiction.

Which is either the humanoid robot, like from the Terminator, takes over and tries to destroy humanity.

Or it is the cold compassionless machine that changes the world around it in its own image and there is no space for humans in there.

DON'T MISS:Elon Musk issues terrifying prediction on 'AI robot swarms'

There is actually quite a good argument that there are cold compassionless machines that change the world around us in their own image.

They are called corporations.

We shouldnt necessarily worry about A.I as something that will come along and change everything.

We already have these organisations that will do that.

They operate outside of national rules of laws and societal codes of conduct.

So, A.I. is not the bit that makes that happen, the bits that make that happen are already in place.

He later added: I guess you could say that a company that has known for 30 years that climate change was inevitable and has systematically defunded research into climate change and funded research that shows climate change isnt happening is the kind of organisation I am thinking of.

That is the kind of behaviour you have to say: That is trying to destroy humanity.

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They would argue no they are not trying to do that but the fact would be the effects of what you are doing is trying to destroy humanity.

If you wanted to have an Artificial Intelligence that was a bad guy, a large corporation that profits from fossil fuels and systematically hid the information that fossil fuels were bad for the planet, that would be an A.I bad guy in my book.

The Shadow Robot Company has directed there focus on creating complex dexterous robot hands that mimicked humans hands.

The robotics company uses tactical Telerobot technology to demonstrate how A.I programmes can be used alongside human interaction to create complex robotic relationship.

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AI Warning: Compassionless world-changing A.I. already here -You WONT see them coming - Express.co.uk

Century-Old Cryptography Technique With ‘Perfect Secrecy’ Inspires The Most Secure Chip – Mashable India

Encryption is widely regarded as a necessary resource to ensure that an individuals privacy is protected in the digital age. Cryptography is a technique of encrypting and decrypting data; for instance, messages on platforms like WhatsApp, Viber and Signal that offer end-to-end encryption. In a new study, researchers have claimed to have developed a cryptography technique that ensures perfect secrecy.

Cryptography methods use algorithms that can encrypt data very quickly by using a short public or private cypher. But these cyphers would be susceptible to the computation prowess of future supercomputers and quantum algorithms. Thus to overcome the limitations, researchers developed optical chips that allows users to interact via a one-time un-hackable communication that is more secure than the conventional methods of cryptography.

Author of the study, Andrea di Falco from the University of St. Andrews explained, It can be used to protect the confidentiality of communications exchanged by users separated by any distance, at an ultrafast speed close to the light limit and in inexpensive and electronic compatible optical chips.

SEE ALSO: Websites With 'Inconsistent And Misleading' Password Meters Invite Cyber Attacks, Claim Researchers

The new method is based on One-time pad (Vernam Cypher), a code developed to encrypt telegram messages, proven to be perfect when implemented correctly. The code uses a random key that is as long as the message to encrypt the message never to be used again and is kept a secret. The code has not been implemented there is no secure way for the sender to share the key with the user.

Researchers in their study explained that by using the second law of thermodynamics, the complex time-varying irreversible structures of silicon chips can be used as the one-time key. Such a one-time-key cannot be recreated and intercepted as it is never stored anywhere, making it secure from data breaches. Also, the method is compatible with the existing optical communication infrastructure.

SEE ALSO: This Company Says It Can Extract Email Addresses, Passwords From Locked iPhones

Cover Artwork: Dhawal Bhanushali/ Mashable India

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Century-Old Cryptography Technique With 'Perfect Secrecy' Inspires The Most Secure Chip - Mashable India

NTT Research to Expand its Silicon Valley Footprint in 2020 – HPCwire

PALO ALTO, Calif., Dec. 24, 2019 NTT Research, Inc., a division ofNTT, today announced its plan to move to a facility in Sunnyvale in mid-2020 to better accommodate a growing number of researchers, including medical scientists it expects to hire for its Medical and Health Informatics (MEI) Lab. These priorities follow six months of progress in all three labs at NTT Research since its official launch in July 2019.

To recap, NTT Research has signed anIndustrial Partnershipbetween its Cryptography and Information Security (CIS) Lab and the Simons Institute for the Theory of Computing at UC Berkeley; set upjoint research agreementsbetween its Physics and Informatics (PHI) Lab and six universities (CalTech, Cornell, Michigan, MIT, Stanford and Swinburne), one US Federal Agency (NASAs Ames Research Center) and one private quantum computing software company (1QBit); and reached anotherjoint research agreementbetween the MEI Lab and the Technical University of Munich (TUM). The need for a larger facility, in part, reflects this activity.

We are aiming for a research-friendly space to hire more excellent scientists, said Kei Karasawa, NTT Researchs Vice President of Strategy. We need both private offices as well as collaboration space to accelerate research with partners, whether professors, NTT colleagues or other stakeholders in our three research domains.

NTT Research has already hired more than 20 scientists, about half of whom are university professors and senior researchers. With the PHI and CIS Labs both on pace in terms of staffing, NTT Research plans to focus on talent acquisition for the MEI Lab in the new year. The ultimate target for the entire organization is about 50 scientists.

Based on the joint agreement between the MEI Lab and TUM, NTT Research will send two of its researchers to Munich in Q1 2020. The initial phase of that long-term research project involves screening and optimizing materials that can eventually be used for three-dimensionally transformable and implantable electrodes. The project leader in Germany is Dr. Bernhard Wolfrum,Professor of Neuroelectronicsat TUM in the Department of Electrical and Computer Engineering and the Munich School of BioEngineering (MSB).

The MEI Lab is directed by Hitonobu Tomoike (M.D., Ph.D), former Director of the Sakakibara Heart Institute, Director Emeritus at the National Cerebral and Cardiovascular Center in Japan, and former Professor of Cardiology at Yamagata University. Dr. Tomoike is known for his work in precision medicine involving bio-sensors and analytics.

One goal of the MEI Lab is to explore the potential of bio digital twin. Already applicable in the field of business transformation it is one of NTT Ltd.sIntelligent Business: 2020 technology trends bio digital twin in the medical domain is the idea of scanning an individual and creating a replica, which medically-guided supercomputing and artificial intelligence (AI) can then examine, diagnose and treat as a roadmap to caring for a human. In a smart world, our digital twin will be second-nature technology, Dr. Tomoike said.

In addition to the move to Sunnyvale and the plan to hire more scientists for the MEI Lab, NTT Research expects to announce several more joint research agreements in early 2020. Throughout the year, NTT Research scientists will continue to submit papers and attend conferences in the United States and around the world.

About NTT Research

NTT Research opened its Palo Alto offices in July 2019 as a new Silicon Valley startup to conduct basic research and advance technologies that promote positive change for humankind. Currently, three labs are housed at NTT Research: the Physics and Information Science (PHI) Lab, the Cryptography and Information Security (CIS) Lab, and the Medical and Health Informatics (MEI) Lab. The organization aims to upgrade reality in three areas: 1) quantum information, neuro-science and photonics; 2) cryptographic and information security; and 3) medical and health informatics. NTT Research is part of NTT, a global technology and business solutions provider with an annual R&D budget of $3.6 billion.

Source: NTT Research

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NTT Research to Expand its Silicon Valley Footprint in 2020 - HPCwire

Hoyer Announces Winners of the Fifth Annual Fifth District Congressional App Challenge – Bay Net

Washington, D.C. - On December 20, 2019 Congressman Steny H. Hoyer (MD-05) announced the winners of the Fifth Annual Congressional App Challenge for the Fifth District.

This year, Patuxent High School student Matthew Hunter won first place with his app, The Art of Cryptography. Matthew's app aims to help individuals understand cryptography and allows users of the app to decode cyphers.

Karley Trinidad and Aubrey Zeltwanger, both from Patuxent High School, won second-place for their app, Safer Together, which provides students, teachers, and administrators with specific instructions during various types of school emergencies.

Patuxent High School student Alyssa Mazzone and Gwynn Park High School student Kehniah Watts tied for third place. Alyssa's app, Striving and Driving, is a memory challenge game. Kehniahs app, NaxaNow, teaches students about the opioid epidemic and provides resources to help those struggling with addition.

"I join in congratulating the winners and everyone who participated in the fifth annual Fifth District Congressional App Challenge," said Congressman Hoyer. "I was extremely impressed by the creativity displayed by students this year, as well as the hard work and dedication they put into each of their apps. I also applaud their efforts to address issues confronting our communities, such as public safety and opioid abuse. Congratulations to Matthew, Karley, Aubrey, Alyssa, and Kehniah for their winning apps, and I encourage all Fifth District students to consider participating in next year's competition."

The Congressional App Challenge was established by the U.S. House of Representatives in 2013 as a nationwide event which invites middle and high school students from all participating Congressional districts to compete as individuals or groups up to four. Students work to create and present an original software application, or app, for a mobile, tablet, or computer platform of their choosing.

The contest is modeled after the long-successful Congressional Art Competition and is designed to promote innovation and engagement in STEM education fields. Students who live in or are eligible to attend public schools located in Marylands Fifth Congressional District were invited to join the Fifth District App Challenge. The winning app will be placed on display in the U.S. Capitol alongside other winners from the nation. Additionally, the first place winner will receive $250 Amazon Web Services credits and receive an invitation to the #HouseofCode Capitol Hill Reception in Washington DC.

For more information about our releases, please contact Annaliese Davis at 202-225-4131.

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Hoyer Announces Winners of the Fifth Annual Fifth District Congressional App Challenge - Bay Net

Meet 22-year-old Pratap from Mandya, who has built over 600 drones, and is known as the Drone Scientist – EdexLive

Recently, when floods ravaged major parts of North Karnataka and people were stranded in different places,Pratap NMused the drone he made to provide food and relief materials to several affected areas. From Hipparagi Barrage to Janwada, a nearby village he used his drone to help many. Thousands of people gathered to watch if this drone could really reach the right place. And when it did, both police personnel and the public cheered loudly for the 22-year-old. Originally from the Mandya district, Pratap is a BSc graduate from JSS College of Arts, Science and Commerce in Mysuru.

He is popularly known as the Drone Scientist or the Youngest Scientist in India. A fitting name, we think, considering he thought about building drones when he was just 14 years old. When he was 16, he already had a drone in his hand ready to fly. "Have you seen an eagle, whose eyes are sharp and flight precise? It was this bird that inspired me to build a drone. The late Dr APJ Abdul Kalam also served as an inspiration as he achieved a lot in his lifetime. The first drone that I built was a basic one which could simply fly and capture some images. As I learnt more about technology and how drones can be helpful, I built bigger drones. To date, I have built around 600 drones," he says.In 2017, Pratap was recognised on several national as well as international platforms for his work. I exhibited one of my drones at Skills India and won second place. I exhibited a self-made project called Drones in Cryptography. The Germans used cryptography to send coded messages about bombings, especially during the time of Adolf Hitler, the dictator. Usually, radar signals can trace drones, but if you send messages or signals through cryptography, you can neither detect them nor decode the encrypted message," he explains.This young scientist has been invited to over 87 countries to showcase the different drones he has built.

When we ask him about the funding required to fuel his passion, he says, "I use very little money and a lot of e-waste to make my drones. Whenever I win competitions, I am awarded money which I save for the future. And as far as e-waste goes, a lot of it is generated and I get it from electrical shops in Mysuru, Visakhapatnam, Mumbai and a few other cities. For example, if there is a mixer-grinder that is defunct, I can remove the motor and use it in my drone. Similarly, I make use of chips and resistors from broken televisions to build my drones. It doesn't matter what the prototype looks like. Proving the technical points of the drone is all that matters."

Pratap has won young scientist awards from Japan and France and gold medals for his research on drones from Germany and the USA. among others. But he had to face several challenges before he could earn these recognitions. Being the son of a farmer, Pratap comes from a poor family and could hardly afford to buy good clothes for himself. "When I travelled to France for the first time, people were shocked and judged me for travelling in business class. However, this did not matter to me. One of the companies in France offered me an opportunity to work on their research project. I earned some money there and contributed to the improvement of my family's financial condition. Currently, the drones I am building now are funded by the money that I earned in France," he says happily.Eagle 2.8, the saviourPratap feels happy that his creation saved the life of a little girl in Africa. Narrating the series of events, he says, "Africa is home to many indigenous people and species. There is a dangerously poisonous snake called the black mamba in this country. In one year, around 22,000 people in a particular tribal area had died due to this snakes bite. When I was in Sudan for a research project, an eight-year-old girl was bitten by this snake and needed urgent medical assistance. Usually, a person can survive for only 15 minutes after being bitten by this snake.I used a drone to send the antivenom to the place where she was,a place so remote that you wont even be able to find its location on Google Maps. The place was 10 hours by road from where I was, so I used my Eagle 2.8 drone, which can cover 280 km per hour. The antivenom was delivered within eight and a half minutes. It was a very challenging task for me. Later, the child and her mother came all the way to Sudan to meet me and thanked me for saving her life. I was very happy that I could help."

Pratap has also delivered a few lectures at IIT Bombay and IISc on how drones can be used in time-sensitive situations like transferring of organs during organ donation, blood transfer and other such purposes. Pratap says, "When my lecture was held in these institutes for the first time, only three or four people attended. But these few people told the others about me and my talks, so when the lectures were organised again, the hall was jam-packed." Currently, Pratap is working to establish his own start-up that can involve youngsters to build drones or any other devices. According to him, there are several people out there who have the talent, but don't have the degree. "I will employ such talents and bring out many innovative devices that can help the nation during disasters and wars and in the fields of defence, aviation and beyond. The aim is very simple, it is to use technology in the interest of our nation."

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Meet 22-year-old Pratap from Mandya, who has built over 600 drones, and is known as the Drone Scientist - EdexLive

10 Years Of Bitcoin Breakthroughs And Bombshells – Forbes

If the 1980s marked the rise of personal computing and the 1990s and the 2000s the ascendance of internet connectivity, the 2010s will be known as the decade in which bitcoin and other blockchain-based cryptocurrencies started to change the way the world moves value. Bitcoin is a unique monetary asset in that it is free from the control of any central bank and doesnt need to be audited by a third party to ensure its value. It is instead tracked and verified by thousands of computers on a shared network that is called a blockchain, which uses cryptography to reach consensus. Bitcoins underlying distributed ledger technology has the potential to not onlydramatically overhaul finance, but also fields ranging from property ownership to health care and voting.

As the decade began, only a handful knew anything about bitcoin, which was created on January 3, 2009 by a mysterious developer known to the world as Satoshi Nakamoto. Buried within the code of his Genesis block, Nakamoto embedded a reminder of what happens when too much trust is placed in banks. It was a headline from a British newspaper announcing the imminent bailout of the financial institutions following their collapse in 2008 and 2009: The Times 03/Jan/2009 Chancellor On Brink of Second Bailout for Banks.

The first full decade of digital currency without banks kicked off a year later, on January 1, 2010, with the mining of bitcoin block number 32620, which rewarded its miner with 50 bitcoin, then worth less than a single penny but now worth about $375,000.For the first five years or so, bitcoin largely went unnoticed, appealing to a fringe group of programmers and libertarian idealists.During the latter half of the decade, as more people came to understand the benefits of blockchain technology, bitcoin and other cryptocurrency speculation took off.

The ascendance of bitcoin has not been without its setbacks. The nascent technology has been plagued by infamous scandals like the FBIs shuttering of underground bitcoin-fueled drug and contraband marketplace Silk Road in 2013 and the $450 million hacking of cryptocurrency exchange Mt. Gox in 2014.At the end of 2017, the frenzy in cryptocurrency speculation peaked with bitcoin at $20,000 and produced thousands of worthless cryptocurrency tokens and investor losses in the billions.

Click here to learn about the next class of Blockchain 50 innovators.

Bitcoin believers have not given up their idealistic visions for an economy outside the influence of central control. A budding ecosystem has arisen, powered by new computer languages and breakthroughs in cryptography that is only now starting to change the way banks, corporations and governments operate. In fact in a bit cruel irony, some of the most enthusiastic supporters and co-opters of blockchain technology today are those same big companies, ranging from IBM and Cargill to JPMorgan, that early bitcoin believers were rallying against.

13 Moments Defining The Future Of Money

May 22, 2010

Programmer Laszlo Hanyecz buys two Papa Johns pizzas for $25 using 10,000 bitcoin, establishing its first market-based price: $0.0025

June 2012

Ripples XRP is born when co-founder Arthur Britto submits code limiting tokens to 100 billion. Ripple now competes with Swift.

March 2013

Failing Cypriot banks threaten to seize deposits, triggering global interest in digital currency. Bitcoin soars 40% to $80.

October 2013

The FBI shutters online black market and drug bazaar Silk Road. Its boss Ross Ulbricht gets a life sentence.

February 2014

Japanese Bitcoin exchange Mt Gox is hacked and $460 million is stolen. Bitcoin drops 20% to $400.

December 2014

Following Overstocks lead, Microsoft starts accepting bitcoin for Xbox games. Bitcoin ends 2014 at $312.

May 2015

Second Market founder, Barry Silbert, launches Grayscales bitcoin trust, a securitized bitcoin for accredited investors only.

July 2015

Waifish Canadian Vitalik Buterin launches the Ethereum blockchain, enabling decentralized applications. Ether debuts at $3.

December 2015

JP Morgan refugee Blythe Masters co-founds Hyperledger with institutions including IBM, to make blockchain software for enterprises.

October 2016

Privacy coins gain traction after Zcash launches with zero-knowledge proofs, now being explored by the likes of JP Morgan.

December 2017

Amid crypto trading frenzy, Cboe launches bitcoin futures allowing investors to short bitcoin. Bitcoin price: $15,300.

December 17, 2017

Bitcoin bubble peaks at $19,902, up 2,100% in 2017. Ripple CEO Chris Larsens net worth briefly hits $37 billion.

June 18, 2019

Facebook announces libra, a cryptocurrency partially backed by dollars. China announces its own crypto.

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10 Years Of Bitcoin Breakthroughs And Bombshells - Forbes

Girls Go CyberStart competition will return to Indiana for third year – pharostribune.com

INDIANAPOLIS A national competition designed to encourage girls to pursue cyber-based learning and career opportunities is coming back to Indiana.

Gov. Eric Holcomb announced Monday that the Girls Go CyberStart competition will take place in Indiana for the third year on Jan. 13. The competition, hosted by the SANS Insitute, centers on a fun and thought-provoking game to inspire young women to test their aptitude in cyber skills. Female students in grades 9-12 can participate for free, either as individuals or as part of a school-based team.

Indiana was one of 27 states to participate in last years competition. More than 10,300 girls competed, including more than 800 Indiana high school students. Four teams from Indiana scored among the top 50 high schools nationally.

Cyber jobs in the United States have increased by 75% since 2010, and one million of those jobs are unfilled nationwide. Indiana has an estimated 2,300 jobs unfilled, according to the Cyberseek jobs tool.

Training young Hoosiers in cybersecurity and tech-based skills is essential to improving Indianas cyber-resiliency for decades to come, Holcomb said in a statement. Indiana is a proven leader in cybersecurity, and our state is committed to providing the skills and opportunities Hoosiers need to pursue fulfilling careers in this high-demand field.

This year, 38 states will participate in the competition. Students will take on the roles of agents in the Cyber Protection Agency, where they will develop forensic and analytical skills and deploy them to sleuth through challenges and tackle various online cybercriminal gangs.

As they work their way through the game, players will be challenged to solve puzzles and be introduced to cybersecurity disciplines, including forensics, open-source intelligence, cryptography and web application security.

Registration for the competition is now open, and student practice programs are available.

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Girls Go CyberStart competition will return to Indiana for third year - pharostribune.com

History, technology and the shackles of the present – The Hindu

For the historian of science and technology, the Narendra Modi governments ambitious push for electric vehicles (EVs) should ring a bell. After many decades, India is witnessing once again the unseemly fraternisation of high technology and authoritarian governance. On the one hand, the government has championed EV, Artificial Intelligence (AI), and packaged sundry technologies into neat acronyms. On the other, it has clipped Internet access to towns and villages when confronted with non-violent protests against the Citizenship (Amendment) Act, 2019.

In Indias case, history is merely repeating itself. In 1976, as India sank deep into the recesses of the Emergency, a group of bureaucrats and scientists sat down to ponder the future of technology in the country. The irony of analysing technologies that would unshackle the Indian economy, when basic rights of its citizenry were suppressed, was lost on the establishment. In fact, while the Indira Gandhi government built a surveillance state, Silicon Valley saw the birth of public key cryptography, used in modern-day encryption. India, it seemed, had regressed into the darkest chapter of its political history, just as the world began to use technology to preserve human rights.

This dissonance did not seem to bother the high-profile group that had been brought together by the National Committee on Science and Technology (NCST). Its mandate: study the outlook for India in 2000 A.D. The group, set up in 1973, took seven years to submit their report, publishing an interim document during the Emergency. The Indian governments commissioning a futures study was in step with the times. Futurology the use of computer models for forecasting scenarios became fashionable after the Club of Rome, a group of economists and planners, published its famous Limits to Growth report in 1972. The report painted a doomsday scenario of acute food and water scarcity in 2000. Unsurprisingly, this period also witnessed the new wave of science fiction, set in dystopic lands and featuring post-apocalyptic visions. Another kind of dystopia was unfolding in Indias present while the civil liberties of Indians were cast aside, the government was busy discussing EVs and self-driving cars.

It may seem straight out of the pages of a sci-fi novel, but the first official assessment of EVs in India was likely published during the Emergency. The Committee on Futurology, as it was known, analysed long-term projections for many sectors, including transportation. This sectors problems were two-fold. To begin with, there were just not enough vehicles for the larger public in India. Three decades after Independence, India had only 1,00,000 buses on its roads. (In other words, there was one bus for every 6,500 Indians). However, the number of cars and jeeps totalled nearly 750,000. In a still-impoverished country, the wealthy and powerful elite enjoyed vastly better mobility than the majority of the population.

Rising fuel prices presented the second problem. The NCST deliberated in the shadow of the oil crisis of 1973, brought on by a crude embargo imposed by the Organisation of the Petroleum Exporting Countries (OPEC). Faced with the problem of scarcity and costs, the committee argued India was better served in the long run by developing renewable alternatives to petrol.

Almost concurrently, western laboratories had begun exploring the development of lithium-ion batteries, critical to EVs. The work of John B. Goodenough, Akira Yoshino and M. Stanley Whittingham who were jointly awarded the 2019 Nobel Prize in Chemistry for the development of these batteries was catalysed by the oil crisis of the 1970s. The NCST appears to have been mindful of such efforts: it is imperative that some concentrated R&D is performed in the area of high energy-high power batteries, it declared. The Committee even predicted EVs and self-driving cars - adaptive, automobile autopilots, as the report termed it would be commercially available from the early 1980s.

Is it surprising the Indian government conjured up visions of technological advancement, while suppressing democracy? Hardly. Several autocratic regimes have tread down the same path, using technology as a totem to rally disaffected populations. But while the NCST made grand claims about the future, the government was actually clamping down on technology in the present. Indira Gandhis government, under pressure from labour unions, viewed computers with suspicion, and discouraged PSUs from adopting them. The Futurology Committees view too was jaundiced by the Emergency. Not all technologies were neutral and useful to society, the committee declared, citing the TV as an example. Meanwhile, Doordarshan had become an instrument of state propaganda. Faced with a financial crunch, the government also championed appropriate technologies that were small-scale solar cookers and mechanised bullock carts but did little to boost productivity. The left hand did not know what the right was doing: some sections of the government were trumpeting the arrival of self-driving cars, while others told the public to be wary of computers.

Despite this politicking over technology, Indians were, in fact, beginning to embrace machines. As C.R. Subramanian has noted, the import of computers tripled during the Emergency. The number of automobiles plying on Indian roads in the 1980s increased by a staggering 400% over the previous decade. The seeding of doubt against big technology by the government in the minds of citizens did little to improve prospects for scientific breakthroughs. If only Indians had the political agency to form their own views of technology, India may well have had a shot at developing EVs. It is a lesson todays government too should learn: one cannot aspire to a Digital India if technologies are wantonly used for mass surveillance, or cut off altogether when faced with non-violent, democratic protests.

Arun Mohan Sukumar is a PhD candidate at The Fletcher School, and the author of Midnights Machines: A Political History of Technology in India

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