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Cyber-Immunity, dynamic clothes, earth 2050, predictions

Predictions for Earth 2050: How will cybersecurity change?

  • min read
    • If you're like me, having a long-term vision is a wonderful aspiration… frequently quashed by today's more screamingly imminent 'to do' list. Five-year plan?  I'm still working on the next five days. But the next five minutes? That's a no-brainer: let's get immersed in the futuristic predictions for the world in 2050, and the evolving role of cybersecurity in it. Cyber-immunity will intuitively protect our systems Predicted by: Eugene Kaspersky, CEO, Kaspersky In 2050, digital systems have moved up to a whole new level. They're no longer assistants making life easier for us mere mortals, they've become the basis of civilization – the very framework keeping the world functioning properly. This quantum leap forward has generated new requirements for the reliability and stability of artificial intelligence (AI). Since the romantic era around the turn of the 21st century, cyberattacks are not yet extinct, but they're now only a threat to outliers who reject modern standards of digital immunity. The situation resembles the fight against human diseases. Thanks to the success of vaccines, the terrible epidemics that once devastated entire cities in the 20th century are now a thing of the past. But for humans, diseases of the past that wiped out millions – like the plague or smallpox – have been replaced by new, highly resistant 'post-vaccination' diseases. Fortunately, for the machines, life is better; the initial designers of digital immunity made all the right preparations by borrowing the systemic approaches of living systems and humans. One of the pillars of cyber-immunity is digital intuition, the ability of AI systems to make the right decisions in conditions where the source data is insufficient to make a rational choice. There's no mysticism here: digital intuition is the logical continuation of machine learning. When the number and complexity of related self-learning systems exceeds a certain threshold, the quality of decision-making rises to a level that eludes rational understanding. An intuitive solution results from the superimposition of the experience of a huge number of machine-learning models, much like the result of the calculations of a quantum computer. Digital intuition – with its ability to instantly, and correctly, respond to unknown challenges –has helped build the digital security standards of this new technological era. The robot servants are uprising Predicted by: Vitaly Kamluk, Director, Global Research & Analysis Team, Kaspersky Busy workers rejoice! Help for your home is arriving. A robot servant will cook your meals, do your laundry and clean your apartment. These autonomous systems will be able to carry out many complex tasks using the processing power of a central intelligent system, and in tricky situations, they'll switch to remote technical support managed by real people. There will be mass attempts to hack these helpful robots by labor rights activists and criminals trying to blackmail their owners. Since the servants will all be equipped with cameras, microphones and sensors, they offer a unique viewing platform for home-based espionage. Expect compromises of the manufacturers' infrastructure and the implantation of malicious code in devices with the aim of enacting, en masse, attacks that could be serious. The man(less) mining machine Predicted by: Andrey Nikishin, formerly Future Technologies Project Director, Kaspersky Mining is a fully automated process; people are not needed and former miners regain their health. One robot extracts rock from the soil, the second cleans it, the third guards the perimeter, while the fourth delivers the purified ore to industrial consumers. A hacker who gains access to the system can reprogram individual robots so they take a small amount of the platinum ore to an unauthorized place. The guard robots are also hacked, so they're unaware of this theft. The big reveal of dynamic clothes Predicted by Vladislav Biryukov, Head of Consumer Social Media, Kaspersky Dynamic clothing is à la mode. The fabric's characteristics – color, pattern, lighting, transparency, and in advanced models, even the cut and length – can be automatically changed. Some people now wear shirts or dresses with variable transparency levels, which allows them to reveal more at any moment they choose. Few people 'program' their clothes by themselves; most enjoy free fashion patterns or, for the fashionistas, expensive programs from well-known designers. Initially lacking security, the process of getting a smart clothing upgrade has led to the emergence of a new kind of extortion. "Heading to a business meeting, sir? Transfer 10 bitcoins to this account number now, or we'll expose you!". The naked truth in the boardroom. Awkward. Not quite the transparency in business we were hoping to achieve in 2050. A quantum (computing) leap threatens cryptography Predicted by Alexey Malanov Cryptography is widely used in many spheres of online activity. It's no exaggeration to say that the world will experience a huge shock if suddenly everything that's encrypted today is unlocked. How cryptography works: some operations can be easily carried out in one direction, but they're very difficult to reverse. For example, an image can be quickly transformed into a picture puzzle, but to arrange all of the pieces back into the picture takes much longer. Modern public-key cryptography is based on this principle: I know two numbers, I have multiplied them and told everyone the answer. Now everyone can encrypt a message for me using the result of the multiplication, but only I can decipher this using the original multipliers. There are already quantum computers that allow you to quickly solve problems that seem to be circuit-breaking for conventional computers, like how to de-compose a composite number. The only obstacle to the end of the digital world – let's call it 'cryptocalypse' – is that quantum computers can only work with small numbers. But by 2050, quantum computing will allow security services or master criminals to access universal decryption, and they may choose to do bad things with it. For example, if a villain steals your credit card, he or she will immediately know your PIN. The ability to decipher brings with it the opportunity to forge: an ATM informs the bank one thousand dollars are withdrawn, but the villain falsifies the message to say only 10 dollars were taken out. We will need to develop new safety standards – fast. On the bright side, encryption helps with verification so you can be sure you're actually on your real bank's website, not a cleverly cloned fake, when you wire the ransom to keep your business suit from turning into your birthday suit. Phew! One challenge solved.
Digital voting, democracy, privacy

Is digital voting secure enough for national elections?

  • min read
    • 2020 is a big year for democracy. There's a US presidential election, 100 years of US women's suffrage and policymakers around the world considering how to make elections safer in a pandemic. As COVID-19 has brought rising unemployment in most countries, maintaining stability means maintaining – or better, improving – trust in government. With voter turnout down around the globe, policymakers should also be asking how they can re-engage citizens in democracy. You've probably not seen that question answered quite so cluelessly as my local council in the run-up to its 2019 election, by sticking giant poo emojis all over town. Surprise – it didn't work. Voter turnout fell six percentage points on the previous election. Among the Facebook fury that called the poo emoji campaign tasteless and patronizing, a lone voice suggested another way to achieve the campaign's aim. "I filled in my voting papers a couple of weeks ago, but it's sitting in its envelope still, ready to be posted. When I get the chance to swing by a post box, I will, but it's not something I do these days. Bring voting into the click-of-a-button digital world, and you will have voters." Could it possibly be that simple? Voter turnout is falling in almost every country – a trend that started around 1990. When we've fought life-and-death battles to vote, could inconvenience really put people off something so important? It's certainly plausible –  behavioral science shows small changes in environment can make a big difference to what people choose to do. I asked democracy campaigners and commentators in several countries where they stand on digital voting. Do they think it will soon be feasible for national elections? Proportional representation may be fairer, but does it get us voting? Josiah Mortimer of the UK Electoral Reform Society dismisses digital voting entirely. "There are more pressing problems with the voting system than going to a polling station or getting a postal vote. Major privacy, accuracy and trust concerns have not been dealt with, and we feel the issue is a distraction from the real democratic crisis. The priority is ensuring every vote counts – in the UK by switching to proportional representation, modernizing voter registration and improving citizenship education." Proportional representation describes any electoral system that ensures the proportion of representatives elected matches their party's share of the overall vote. That's distinct from non-proportional systems like first-past-the-post or electoral college, where winning certain areas can see a party less popular overall gaining power. Proportional representation has received renewed attention in the UK since its 2019 election returned what Jack Blumenau and Simon Hix described as "the most disproportionate outcome of any election in the post-war era" in a London School of Economics blog post. Proportional representation might make for fairer results, but could it reverse declining voter turnout? After New Zealand adopted proportional representation in 1993, voter turnout fell for many years, to an all-time low in 2011. Then, it started rising again, with their October 2020 election seeing the highest turnout in many years. Whatever drives New Zealand's election turn-out, there's more to it than proportional representation. For its "privacy, accuracy and trust" concerns around digital voting, Electoral Reform Society pointed me to a 2015 article, Why we can't vote online. It describes designing online systems that match the secrecy, accuracy and verifiability of paper as "incredibly hard," referencing flaws found in Estonia's election system in 2014. The article's arguments may have been fair and accurate at the time, but what about today? Five years is a long time in technology, and in the number of eligible voters who expect to do everything digitally. Ballot secrecy is the heart of the issue Lawrence Norden, Director for Election Reform and Democracy at the US's Brennan Center for Justice, often writes on security and electronic voting. He's optimistic online voting could one day be secure enough to rely upon, but cautions against 'too much, too soon' as COVID-19 puts the pressure on to find safer ways to vote. "Election officials shouldn't be left on their own to figure out whether a system is secure and reliable. It is possible that one day, we can develop such a system. But currently, there are no generally accepted benchmarks to evaluate the security of online voting pilots." Norden places safeguarding electronic voting suppliers in his top two priorities. "We need a federal certification framework for election system vendors and their products. Hackers targeted vendors in 2016. We have little insight into vendors' internal cybersecurity practices, who works for them and who owns them. This is more of a security risk than we should be willing to accept." This makes sense, given supply chain attacks are common. Norden thinks ballot secrecy is the big challenge for voting online. "When we rely on software to provide us with election totals, as in the US, we must have a way to confirm the totals are accurate. The best way, while maintaining ballot secrecy, is to check the paper record against the electronic totals. There is no such record in paperless electronic machines or online ballots. If a hacker changes a vote transmitted over the internet, we might not know." Norden highlights voters can still do a lot to protect their vote from cyberattack. "They should check their voter registration online. They could volunteer to work on election day. They can learn the rules for how and when to vote early – the earlier people vote, the less chance a cyberattack can interfere with their ability to cast a ballot that will count." What does secure digital voting look like? Dr. Muhammad Rizwan Asghar, Senior Lecturer, School of Computer Science at the University of Auckland, is another frequent commentator on digital voting. Does he think online voting could be secure enough to be the election standard sooner, later or never? "One might argue if Estonia can do online voting, any country can, but this might not be true. There have been reported vulnerabilities on the voter and voting server ends. Even if we assume there are no issues with existing online voting systems, Estonia is a tech-oriented country with a population of just 1.3 million. "Addressing security risk for online voting means mitigating cybersecurity challenges at the user, communication and server levels. An online voting system needs a form of vote integrity, so votes can be tallied while ensuring voter privacy. Cryptographic schemes achieve this. Each voter encrypts her vote. Using a public bulletin board, voters can see the votes they cast. Once all the votes are cast, they're summed using homomorphic encryption, then the final sum decrypted. The decryption key is split among a set of trusted authorities who must collaborate to reveal the final result. It's promising, but not enough on its own. Some cybersecurity experts say there will never be anything safer than in-person voting with paper slips, but Dr. Asghar points out, "Each approach has its issues. In paper-based elections, people can be prevented from reaching polling booths. They can be harassed or coerced. A returning officer can spoil ballots. We can address most of these concerns using online voting. It could also make voting more accessible and help get results faster. But recent reports show voting servers are an attractive target for state-sponsored attackers. They can make servers unavailable using Denial of Service (DoS) or Distributed DoS (DDoS) attacks." What should any authority considering online voting learn from Estonia? "Estonia has made their system's source code public to foster trust and minimize the potential attack surface. They have internet and computer training programs for voters. If a voter has been coerced, they can go back later and change their vote or even vote in person on election day." Despite his optimism for the future of online voting, Dr. Asghar says it's hard to imagine online voting being ready for national-level elections in the next few years. "Not only is developing the system highly challenging, there must also be training in how to use it." Can blockchain help make digital voting secure enough? National-level elections are always a high-risk environment for interference, whether people tamper with papers in person or nation state-sponsored cybercriminals attack digitally. So it follows we're seeing promising innovations in secure voting technology like Polys used first in low-risk, closed-group settings, like workplaces, universities and local government. Polys uses blockchain and encryption to make a tight voting system. "Encryption built on top of a blockchain system makes every vote like a 'black box' – no one can see how any person voted," explains Alexander Sazonov, Head of Product at Polys."We identify voters using unique email and SMS codes, or third-party identification, checking they're entitled to vote and that they are whom they say they are. The database is distributed among participants, making it almost impossible to change. It's hard to hack because you'd need to access multiple distribution points at the same time." Polys took off with companies and organizations that can't hold in-person elections because their people are distributed around a large area. Soon, European Youth Parliament, Russian Supreme Court and numerous university elections were using it. Several Russian regions now use Polys to consult citizens on budget expenditure decisions. Sazonov further explains Polys' security features. "People make mistakes when counting paper votes, but with Polys, every server on the blockchain independently counts votes. They then synchronize with each other. If the results match, the vote is closed and declared accurate. If there's a discrepancy, the administrator can launch an investigation. No system is completely un-hackable, but ours is transparent enough that hacking can be detected and investigated, while voters stay anonymous." How will we come to trust digital voting? British political philosopher Baroness Onora O'Neill speaks in her lecture series, A Question of Trust, of how public institutions should aim, rather than to be trusted, to be trustworthy. She argues it is being trustworthy that creates trust. The same may be true of electronic voting. For the public to trust it, it must prove itself trustworthy. Many of the risks of digital voting exist with paper-based voting and are as hard to detect in that setting. Secure, digital voting would offer voters protection paper cannot. The Brennan Center's Lawrence Norden makes sense when he says digital democracy shouldn't be rushed because of COVID-19. But even without the pandemic, it seems high time to trial digital voting alongside existing options for lower-risk, local elections. In the face of plummeting voter engagement and likely global recession, the need to re-engage voters can't be put aside – trust in government depends on it. Policymakers must acknowledge technology has changed everything about how voters live. It must inevitably change how we vote.
ethiopia digital transformation, development, globalization, investment

Ethiopia’s ambitious plans to make up for lost digital time

  • min read
    • Digital access in Ethiopia, a country of 110 million people, has long been underwhelming. According to Data Reportal, only 19 percent of Ethiopians had internet access in 2020. The price of the cheapest household internet package is more than an entry-level civil servant's earnings. ICT development expert and Internet Hall of Fame advisor Dr. Lishan Asham, speaking at the Internet Society's first Ethiopia Internet Development Conference in 2020, thinks monopoly of communications by state-owned enterprise Ethio telecom is a chunk of the problem. He describes it as "unable to meet demand and track global changes" and facing "challenges in quality of services." Despite past government attempts to improve the monopoly's workings, like a 2011 management contract with Orange, little changed. Addis Ababa Chamber of Commerce identifies lackluster telecommunications as part of Ethiopia's economic competitiveness problem: "The existing telecommunication service severely constrains the Ethiopian business community's development. This reduces private sector competitiveness and impedes access to foreign markets." Ethiopia's first digital transformation strategy But Ethiopia's digital depression might be about to lift. Nobel Peace Prize Winner and Prime Minister Abiy Ahmed plans to put Ethiopia on a trajectory to a competitive telecoms market, digitalize government services and facilitate innovations like artificial intelligence. He's doing all that by sponsoring the country's first digital transformation strategy, Digital Ethiopia 2025. Approved in 2020, the strategy builds on Ethiopia's global economic advantages, like lower wage costs, and hopes to streamline digital service provision for its main economic sectors like agriculture, manufacturing and tourism. It puts the private sector at the fore and aims to give investment guidance, promote competition and create a favorable business environment. Under agriculture, the strategy highlights the importance of "optimal use of new and emerging technologies to modernize the agriculture sector." Setting sights on precision agriculture and vertical farming, it identifies building a national digital agriculture platform and supporting agricultural technology entrepreneurs as focuses for investment. Towards liberalizing telecommunications Hoping to push digitalization forward, the government plans to sell 45 percent of the state-owned telecoms monopoly to international buyers and license two more service providers. There's also a new regulator whose role is keeping the telecommunications market competitive. Although previous timelines have been repeatedly postponed, Ethiopia's liberalization process has gained attention from global players like Orange, UAE's Etisalat and China's Snail mobile. Although there are concerns the government choice to prevent foreign investment in digital payment services may affect international interest, with under half of the country's 110 million people owning a mobile phone and over 80 percent not yet using the internet, the market potential may make up for that. But the effort has its critics. Ethiopian telecommunications pioneer Terefe Raswork says, "Evaluating the merits and demerits of privatization will be important. We have to weigh all alternatives." Another critic, President of Pan-African Chamber of Commerce and Industries, Kibour Ghenna, says, "Privatization of Ethio telecom is against the interest of the nation and I don't see how privatization will improve business or enhance reforms." Conflict in Ethiopia's northern regions and upcoming elections mean the pace of change will be a political issue. However, there seems to be wide feeling among the public that a competitive telecommunications sector is vital to building an Ethiopian digital economy. Which sectors will benefit? Public services look set to benefit from the strategy through developments like e-government, digital ID and the national payment system. E-commerce may also benefit from a national payment system. The recent launch of the Electronic World Trade Payment platform and online marketplace Jumia positioning to join the Ethiopia market suggests potential. Ventures like the online trade registration and licensing system, electronic single-window customs clearance and electronic tax filing should simplify and speed up business and public sector processes. The business of supplying hardware, software and enterprise solutions may soon grow, with increasing demand for solutions tailored to local regulatory and customer behavior. The digital economy will need data storage and data protection facilities, business-to-business solutions, quality assurance systems and more. Innovation hubs, start-up accelerators and open, collaborative spaces like hackathons will be important for this sub-sector, so it's encouraging to see Orange launch a digital center in Ethiopia, aiming to promote local entrepreneurship and innovation. Cybersecurity's place in nation-scale digitalization Such a wholescale digital push means increased vulnerability to cyberthreats. Ethiopia's national digital strategy recognizes building cybersecurity capability is vital but admits – and sector specialists agree – local cybersecurity capability is limited. Ethiopian firms and government agencies often pay hefty sums to contract external cybersecurity abilities. According to the strategy, lack of data center regulation is a problem too. Public agencies and large private firms like banks maintain in-house data centers, but lack of standardized regulation ensuring data center physical and cyber security means a high threat level. Using cloud-based data storage is often difficult, especially for small and medium enterprises, as service fees are in foreign currency or a fee indexed with the exchange rate. The strategy proposes three solutions to reduce the risk of cyberthreats – coordinated assessment of needs, tailored awareness schemes and creating suitable data models underpinned by regulation. For Nigussie Fikre, an Ethiopian cybersecurity expert based in the US working with major internationals, "Having detailed and well-cascaded cybersecurity strategy at a national level is important. This must be done in a futuristic way and involve all stakeholders, such as private IT firms." As one of the last major frontiers to benefit from digitalization, Ethiopia hopes to see a major transformation in its economy. Its digital transformation strategy aims to improve the business climate and attract the investment needed. Whether Ethiopia's government succeeds in pushing the country through digitalization and making it a viable investment depends on their commitment to reforming bureaucracy, implementing the right regulation and creating credible institutions. For organizations finding themselves behind the curve in digitalization, Ethiopia's strategy model may be an inspiration. Its focus on prioritizing areas for investment, careful consideration of what's best done 'in house' versus contracted out and building cybersecurity awareness through education apply to many businesses around the world, if not all.
QR codes, history, predictions

COVID-19 made QR codes huge, but what’s their future?

  • min read
    • If you've visited a restaurant or store recently, chances are you've seen and used the ubiquitous small squares that make up a QR code. Our exposure to these codes has never been higher than since the COVID-19 pandemic, nor their value clearer. But how did we get here? Why are QR codes today's technology of choice for navigating our lives? Let's step back to Japan, 1994. Where QR codes began Automotive components manufacturer Denso Wave had a frustrating problem on their supply line. They were using bar codes on their components that workers had to scan for information they needed. But bar codes became limiting for the company because of the small amount of information each could hold. The company gave one of their young engineers, Hara Masahiro, the task of developing a solution. Bar codes are one-dimensional (read along one axis,) but Masahiro's creation was two-dimensional: Read horizontally and vertically. It increased the information held from just 20 characters to 7,000. The speed these new codes introduced to manufacturing created its own problem. Technologist Simon Raik-Allen explained it to me like this: "Imagine a conveyor belt with all the products going past. You want a camera to see which products are where. If they go too fast, the camera won't read it." Since then, eagerness to adopt QR codes in business and personal lives has varied. Asia has been the keenest adopter, with QR codes playing a central role in digital payments. In China, consumers use WeChat or Alipay apps to make some 90 percent of mobile payments, and both use QR codes to facilitate the transaction. In Africa, M-Pesa has started to incorporate QR codes into its text message banking service. In Europe and North America, uptake had been less enthusiastic – until now. A 2015 TechCrunch article called QR codes "frustrating" and a "laughing stock." Brands eager to plaster QR codes wherever they could and the likes of QR code tattoos led to perception the codes were a gimmick. The user needing to download a QR code scanning app may have contributed to this sense of needless novelty. In 2017 things changed. Phone manufacturers began incorporating QR code scanners into camera apps so users didn't need to download an app. Improvements in mobile technology letting scanned links open more quickly also played a part, according to Joe Waters, author of QR Codes for Dummies. These improvements planted the seed that allowed the technology's quick adoption in the pandemic when the need became clear. Waters says, "People now want as little contact as possible with everyday objects that may spread germs." This poses a novel question: Will our newfound familiarity with QR codes lead to new uses in the coming months and years? How should business and tech leaders be thinking about QR codes? The Future of QR codes Large retailers like Amazon have started experimenting with QR codes to track and for payment in their physical stores. But opportunities are opening for retailers of all sizes, especially around demonstrating sustainability and environmental credentials. Fashion label Another Tomorrow uses QR codes on labels to give consumers more information on the clothing item's sustainability. Provenance uses blockchain to make supply chains transparent, with QR codes for consumers to see evidence of what the brand claims. The 2021 'right to repair' EU law means consumer electronics manufacturers must add a QR code for more information on the product, like how loud it is. Securing QR code-reading for business Data security is a pressing concern with widespread adoption of QR codes. Consumers and businesses may not have known the security risks as they rapidly adopted the technology in the past 12 months. David Emm, Principal Security Researcher at Kaspersky, says "A tainted QR code might ask a user to download a malicious app containing malware. The malware could then steal personal information." Businesses can reduce their risk by using a reputable, up-to-date QR code scanner. It also pays to raise awareness among staff and customers of malicious QR codes, for example, advising they consider whether a code looks tampered with before scanning it. The battle for a new technology's acceptance is won when the audience understands what it does that no other technology can do. The pandemic gave the QR code a chance to show it was no gimmick. Business should expect to see QR codes used more widely and creatively, and consider how those game-changing 7,000 characters could help them do business better.
women who shaped computing, careers, education, history

We should all know about these women who shaped cybersecurity

  • min read
    • The UK's National Health Service (NHS) asks, "Is cyber a man's world?" It's a provocative statement to promote cybersecurity careers to women, but why should we be asking this question today? Surely cyber and computing careers are for everyone. So why are many women tuning out? Today's working wisdom is that diversity benefits teams, but there's slow progress in getting more women to join technology-led careers and keeping them on board. Human computers: The first data scientists The word 'computer,' coined in 1613, was first used for humans who performed computation. Many of the best were women: Nicole-Reine Etable de la Brière Lepaute helped predict Halley's Comet's return in 1758. A century later, Maria Mitchell plotted the planet Venus's motion, earning an astronomy professorship. When the US Civil War ended in 1865, war widows needed to support themselves. Women were hired as human computers. Agnes Meyer Driscoll, known as 'Madame X,' led the decoding of Japanese ciphers and manuals for the US during both world wars. Women solved the ultimate Enigma Britain's Alan Turing is famed for cracking the Nazi's 'Enigma' code during World War II, but it wasn't the work of a lone genius. Of Bletchley Park's codebreaking team, 75 percent were women. Turing's colleague Joan Clarke worked out how to speed up decoding double-encrypted messages, but unlike many of her male colleagues, her technique wasn't named after her. Clarke's job title didn't match her expertise – there was no 'senior female cryptanalyst' role, so she was given the job title 'linguist.' Painstaking calculation devalued as 'kilo-girls' The dominance of women as human computers cloaked an inconvenient truth. Their work was on average better, and they were cheaper than male counterparts. The Harvard Computers, mockingly called "Pickering's harem," supported Edward Pickering at Harvard Observatory in the 1880s, doing work men and scholars found tedious, unpaid or at a fraction of what men earned. The term 'kilo-girl' came about in the 1940s to describe complex calculations seen as 'women's work.' We measure computing power in gigabytes or terabytes, but they measured kilo-girl hours – one kilo-girl was a thousand hours of painstaking calculations. The kilo-girls work was far from trivial: In the 1950s, Gladys West's calculations for the US Naval Weapons Laboratory led to GPS's development. Computing becomes a man's world By the 1960s, human computing had given way to machines. In the 1940s programmers were mostly women, but by the end of the 1960s women made up 30 to 50 percent. Women were still paid less and few were promoted to leadership. The perception computing is for men and boys started at home. A 1984 report showed 1 in 5 girls used a computer at home, compared with 1 in 2 boys. Female computer science graduates peaked in 1984 at 37 percent, before steadily declining. Academic Wendy Hall says by the 1990s, men led professional computing and computers "were sold as toys for boys." Ten women from computer history to know Ada Lovelace invents the first algorithm Publishing the first algorithm in 1843, Ada Lovelace is said to be the world's first computer programmer. She realized Charles Babbage's Analytical Engine could do more than calculation: Combining mathematics and analysis. Ada Lovelace Day celebrates women's achievements in science, technology, engineering and maths (STEM) and encourages young women to follow her path. Hedy Lamarr averts the Cuban Missile Crisis 1940s Hollywood actress Hedy Lamarr co-invented a frequency-hopping method to control torpedoes remotely without the risk of signal tracking or jamming. Naval ships were using the technology by the 1962 Cuban Missile Crisis. It later became part of Bluetooth and Wi-Fi. Grace Hopper invents new ways to code Grace Hopper created the first compiler for a programming language. She programmed and wrote a comprehensive manual for an electro-mechanical computer based on Babbage and Lovelace's Analytical Engine, Harvard Mark I. She wasn't credited for this but is widely miscredited for coining the term 'bug' when a moth caused her computer to malfunction. She later developed computer programming language COBOL (common business-oriented language) and invented new symbolic ways to write code. Margaret Hamilton took us to the moon The 1969 moon landing wouldn't have happened without Margaret Hamilton, who programmed Apollo's flight software.It needed more 'human computing:' After Hamilton's programming, seamstresses hardwired the code by threading copper wire through magnetic rings. Elizabeth "Jake" Feinler organized the internet At Stanford University in 1969, Elizabeth "Jake" Feinler created the first internet directory, ARPANET, alongside mostly female staff. By the early 1970s, they'd put together the first WHOIS directory of web domain ownership. Feinler suggested categorizing domains by where the computer was, like .edu domains for educational institutions. Women who built new audiences for technology Organizing, building relationships and human factors – often thought of as female traits – are critical in computing projects' success and creating demand for new services. Joan Ball set up the first computer-aided dating service in 1964. In 1988, Stacy Horn started a community in New York, the East Coast Hang Out (ECHO,) where users could chat online. Game designer Brenda Laurel's research showed girls wanted to play more interactive character computer games. In the 1990s, her company Purple Moon developed a best-selling game series inspired by that research. In the 1970s, Joan Margaret Winters researched how software should consider human factors for IBM's SHARE project. When you see the iconic trash symbol on your Apple Mac, thank Susan Kare. She worked with Steve Jobs to design its original icons. Today's influencers for women in cybersecurity When young people see people who look like them succeed in a career, they're more likely to choose it. For women considering going into cybersecurity, there's no shortage of inspiration. Parisa Tabriz, the self-styled "Security Princess" (official title: Director of Engineering,) runs Google's security testing labs. Eva Galperin, Director of Cybersecurity at Electronic Freedom Foundation (EFF,) fights for digital privacy, security and civil liberties. Eva Galperin helps women secure their devices against stalkers and spying ex-partners. Rebecca Bace's threat intrusion detection work at the US National Security Agency contributed to famous hacker Kevin Mitnick's arrest. The cybersecurity community nicknamed her 'Den Mother' for her vital mentorship and advice and posthumously inducted her into the 2019 Cyber Security Hall of Fame. Dr. Anne-Marie Imafidon MBE creates skills training and certification to encourage young women to pursue cyber careers through her company Stemettes. Jane Frankland, security entrepreneur and author of InSecurity: Why a failure to attract and retain women in cybersecurity is making us all less safe, helps the C-Suite (senior management) attract and retain women in cybersecurity. Attracting and retaining more women in IT careers In the UK, the proportion of women in IT has stayed at 16 percent for the past decade. But in many countries, such as those in Central Asia, women make up nearly half of the IT workforce. It's the gender-equality paradox: In countries with less gender equality, educated women seek careers with more income security, while in countries with better gender equality, women avoid careers said to discriminate against women. There are green shoots of progress. Kaspersky's 2021 Women in tech report surveyed women in four global regions. Encouragingly, 57 percent say gender equality is improving in their organization. Despite this, 44 percent think male colleagues progress faster. COVID-19 has brought one step forward: 1 in 2 think remote working has improved gender equality – but 60 percent say they're now doing "most" of the housework and homeschooling. In the report, Dr. Ronda Zelezny-Green, Co-Founder and Director of Panoply Digital, says change is slow because "too much activity around gender equality in IT focuses on one-off gimmicks and band-aid solutions that can be spotlighted in the press, instead of focusing on female employees and actions that will make a sustained difference in their professional lives." Dr. Zelezny-Green thinks we should entice more women into the industry by creating new products and services for women. Widely-reported diversity problems with Artificial intelligence (AI) could be seen as an opportunity: "There's huge potential in telling the stories of Timnit Gebreu and Joy Buolamwini, black women leading the charge for more ethical and inclusive AI design. These stories make inroads in IT and tech roles where women are currently underrepresented." In a prosperous future, we won't need to ask, "Is cyber a man's world?" or "Where are the women in cyber?" They're not hiding under the desk. They're making change, but in another industry. We're on the right path, but it's a long journey ahead. With more women, we can better create products that represent users and benefit from a gender-equal computing industry.
tale two metaverses

The Metaverse’s history shows we’re not quite ready for it

  • min read
    • In October 2021, Facebook Founder and CEO Mark Zuckerberg changed his company's brand name to Meta to reflect what he sees as the importance of the metaverse to their business strategy. Experienced using a virtual reality (VR) headset, the three-dimensional virtual environment lets characters (called avatars) engage in social and commercial activities much like real life. Many global business giants see the Metaverse as a huge commercial opportunity that will change how we live and work. Should your business get involved? I believe the Metaverse's history shows while it's an environment you should get familiar with, it may not be the time to invest big. Here's why. MMOGs have been around since the 1990s. Their popularity has risen fast worldwide with improved internet connectivity, computer power and immersive graphics. One such game, space simulator EVE Online, has seen over 60,000 players simultaneously playing. And like in the Metaverse, trading virtual items for real-world money in MMOGs has become big business. What's the Metaverse's attraction? The Metaverse has business potential because of our willingness to invest so much time and money in playing games online. In a 2022 virtual conference on the Metaverse, Datin Lorela Chia, CEO of Haus of Stylo, Malaysia, gave examples of the fashion and games industry collaborating, like creating and selling virtual garments for avatars. But it's not just about buying and selling things – the Metaverse offers a way to meet, discuss or learn that's more immersive than other online communication tools. Bill Gates said in 2021, "Within two to three years, I predict most virtual meetings will move from 2D camera image grids… to the Metaverse – a 3D space with digital avatars." Metaverse follows in Second Life's footsteps In almost every way except the VR headsets, there was a Metaverse from 2003, when Linden Labs launched virtual world Second Life. Second Life is a virtual world that lets users create avatars and settings, and teleport from one place to another in seconds. Second Life has an estimated 800,000 users and many of the characteristics of a real-world civilization – rules, citizen rights, homes, shops, universities and events. It has many business applications like hybrid conferences, virtual project meetings and data visualization for education and collaboration. IBM has used Second Life for internal meetings. BP for graduate recruitment and Imperial College London for virtual hospital tours. But with all its functionality and experience, Second Life hasn't gained mainstream commercial success. So why does Mark Zuckerberg believe his Metaverse has massive disruptive potential? What's enabling today's Metaverse? The answer lies in how the internet evolved since its birth in 1983. The power of 5G and fibre, smartphones and social media have all played a role. Today's advanced internet technologies make the Metaverse possible, but the devices and applications we use daily will determine whether it has significant commercial potential. Second Life runs on a desktop computer and connects to a network of Linden Lab servers. It's a security risk for businesses with network firewalls. Second Life is also 'synchronous:' users only get value from being online at the same time as other users. So there are no users in most Second Life locations most of the time. To use a real-world retail analogy, there's a lack of footfall. This is also true for the Metaverse. Its commercial potential will depend on user numbers and where they spend time. It's critical there's on-demand universal access across computers, laptops and mobile devices. Perhaps 'Web 3.0' will be the technology that delivers on making Metaverse experiences securely accessible to a global marketplace across different devices, but especially mobile devices like smartphones. What is Web 3.0 and why does it matter? IT industry analyst Robin Bloor recently said, "Web 3.0 is the third generation of the internet — a global network that permits intelligent interactions between all its users and devices." Web 3.0 is a theoretical new blockchain-based iteration of the web. It could provide increased data security, scalability and privacy for users. It would let users publish rich media content to a global audience and make a Metaverse more commercially viable than Second Life. By making the web more powerful, intuitive and secure, Web 3.0 could mean the volume of online users accessing and creating content grows faster. One major difference, most relevant to the Metaverse, is better handling of the 3D graphics needed for virtual worlds. Blockchain important to Metaverse commerce Metaverse settings are computer-generated environments or 360-degree photos and videos captured by consumer or professional cameras. These digital images and videos are now traded on the internet. Blockchain can validate ownership of these digital assets, enabling the fashion industry to sell digital garments. In Second Life from 2005, you could create digital assets and trade them for the digital currency Linden dollars. Today, the same thing is happening in the Metaverse using blockchain and cryptocurrencies like Bitcoin. These latest developments, alongside artificial intelligence that connects buyers with sellers, will add to the growth of the Metaverse. How will the Metaverse affect business? The future shape and commercial potential of the Metaverse go beyond numbers of users. It also depends on how often they visit, for how long, where and why. With pandemics and climate change restricting face-to-face contact and travel, applications that enable remote communication and collaboration have grown fast. Online meeting app Zoom saw daily meeting participants grow from 10 million to 300 million between 2019 and 2020, mostly from small business and personal use. Will the Metaverse become the new virtual meeting space Bill Gates predicted? It seems unlikely for now, with the convenience and ease of use of Zoom and other online meeting platforms. More likely, the commercial potential of the Metaverse will be unlocked by applications that benefit more from immersive experiences. It could also be useful in mental and physical health therapies that use virtual reality and for complex 3D data visualization. Facebook (Meta) has invested hugely in strategy based on VR headsets as the gateway to their Metaverse platform. Unlike the browsers found on every smartphone and laptop, few own or have access to a VR headset. At the moment, Metaverse suffers from the same problem that restricted Second Life – a limited marketplace, until the technology evolves to the point where VR headsets or glasses are affordable and ubiquitous. Unlike recent disruptions like cryptocurrency, the Metaverse relies on mass adoption to be profitable for business. Several factors in the market today make mass Metaverse adoption unlikely, like low VR headset ownership and lack of systems to access the Metaverse with commonly owned devices. While businesses should closely follow the Metaverse's development, it may be premature to invest heavily at this time. In any case, watch this space.
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