Your Tech Story

Yashica Vashishtha

Yashica is a Software Engineer turned Content Writer, who loves to write on social causes and expertise in writing technical stuff. She loves to watch movies and explore new places. She believes that you need to live once before you die. So experimenting with her life and career choices, she is trying to live her life to the fullest.

Telstra

Telstra: From a State-owned Enterprise to the Largest Privatized Company of Australia

Telecommunication is one of the biggest industries in the world, despite that only a few names rule the said industry. One such name is Telstra, the largest telecommunication and internet service provider in Australia, that too serves several other countries and provides its services. The company deals in a wide range of network and communication products and services, including fixed-line and mobile telephony, internet, wholesale, retail internet, cable internet, ADSL internet, mobile broadband, satellite internet, dial-up internet, low-cost internet, subscription television, etc.

About The Company

With a history of more than 100 years, Telstra started as a government entity and turned to be one of the largest independent (public) telecommunication service providers in Australia. Apart from Australia, Telstra provides its services to other countries as well. It works in four separate units that include Telstra Consumer and Small Business, Telstra Enterprise (TE), Network and IT (N&IT), and Telstra Infraco. Telstra has its headquarters in Melbourne, Australia, and about 30,000 people are working for the company in its different offices across the world.

Telstra
Image Source: telstra.com

The Foundational Story of Telstra

It all started with the invention of the telephone and the telegraph. Australia got its first telegraph line in 1854, and in 1878, Australia tested its first long-distance call. The country then had started around 30,000 operating telephone services, but there were no authorities to handle the services. In 1901, the Postmaster-General’s Department (PMG) was appointed to control and maintain the telegraph and telephone services along with the postal services. By the year 1922, there were multiple trunk lines installed in the country, and PMG was still controlling the telephone service. In 1925, Australia got its first three-channel telephone carrier systems that enabled multiple calls on a single line.

In the next two decades, telephone communication was also established for international calling for some of the countries including Antarctica and Finland. In 1952, PMG adopted a new telephone system, i.e., automatic TRESS (Teleprinter Reperforator Exchange Switching System). In the next ten years, the introduction of coaxial cables revolutionalized the telecommunication field, such that these cables could handle thousands of calls simultaneously and could do TV retransmission.

In 1970, PMG had a spin-off, and the Australian Telecommunications Commission became a separate authority with the name Telecom. Telecom was offering international direct dialing (IDD) service for 13 countries in 1980, and by the next year, the demand for IDD increased by 800%. The company then introduced the first push-button telephone in 1978. Computerization was also becoming popular around the 80s, such that the first computerized exchange was established in Victoria in 1981.

In the coming ten years, the company was also working on providing mobile services to Australian consumers. In 1992, Telecom partnered with a foreign company named Telecommunications Corporation and formed Telstra. The newly built company introduced its internet services for personal and business clients with the name BigPond in 1996. It is now Australia’s largest cable internet service. In 1997, Telstra had its first IPO listing in ASX.

In the late 90s and the beginning of the 2000s, Telstra started to focus on mobile communication and internet services with BigPond. It also launched the BigPond Music and BigPond Movies services in 2007. Epitiro ranked Telstra as the top Australian ISP in 2009.

In the next two years, Telstra started its 4G services and even introduced pocket size 4G routers for its prepaid customers. In 2013, the company came up with the first-ever LTE-Advanced Carrier Aggregation network in the world that used the 900 MHz and 1800 MHz spectrum bands. In 2014, the company partnered with companies like Huawei and Ericsson to work on the LTE technology at advanced levels. As a result, Telstra launched the world’s first 450 Mbit/s LTE-A downlink with a Category 9 device. It also demonstrated the first live 5G trial in Australia partnering with Ericsson in 2016, followed by the launch of the world’s first Gigabit LTE-Advanced mobile network in 2017.

The CEO

Telstra CEO
Image Source: telstra.com

Andrew (Andy) Penn is the current CEO of Telstra. Penn joined Telstra in 2012 as the Chief Financial Officer, and later, in 2014, he was also appointed the Group Executive International. He was promoted to the position of the CEO of the company on 1st May 2015, and since then, he has been leading Telstra to get it at the top in the 5G technology. Before Telstra, Penn has worked in three different industries, i.e., telecommunications, financial services, and shipping, and has got over 40 years of working experience. 

ASML

ASML: The Semiconductor Industry Leader from the Netherlands

Integrated circuits and semiconductors have not only reduced the size of computers but have also revolutionized the IT field. With time, the two got even more advanced technology, and still, there has been no other equipment found to replace them. There are few companies that are constantly engaged in making this equipment more and more advanced, but the top position is occupied by the Netherlands-based ASML. To be precise, ASML is the sole manufacturer of the most critical equipment that is used for chip-making for computers and other devices.

About The Company

ASML is the largest supplier of Photolithography systems for the semiconductor industry across the globe. The company’s headquarter is located in Veldhoven, Netherlands, and it was founded in 1984. ASML was a joint venture between two Dutch companies, i.e., the chip-machine manufacturer, Advanced Semiconductor Materials International (ASMI), and the electronics giant Philips. With its founding, the company got the name ASM Lithography, and now it trades with the name ASML. ASML is the manufacturers of photolithography machines for the production of integrated circuits. Photolithography is a process of drawing complex patterns in the smallest size on silicon substrate known as a wafer using ultra-high-performance lenses.  

ASML
Image Source: twitter.com

The Foundational Story of ASML

Though the company was founded in 1984, the R&D for the company had already begun 14 years before that. The ideation and R&D for ASML and its products started back in 1970. The two tech giants, ASMI and Phillips, founded ASML in a leaky shed near the Philips office in Eindhoven, Netherlands. ASML’s first product was the PAS 2000 stepper, launched in 1984. The success of its first product made ASML hire more than 100 employees within one year of its founding. It also moved to a new office in Veldhoven, the same place it has its headquarter located, in 1985.

In 1986, the company came up with another new product, PAS 2500, boasting the new alignment technology, the basis for many future innovations. By 1988, the company had started to work in foreign countries, having its first joint-venture foundry established in Taiwan. The company also began to expand in the USA, starting its first five offices in various locations, with more than 80 employees. Despite the expansion, the company was unable to make a mark in the rapidly growing competition and had to ask for financial help from Philips’ board member Henk Bodt.

Since ASML was continuously working on its R&D, the raised money was used well, and the company brought its pathbreaking product, the PAS 5500, in the early 90s. The launch of PAS 5500 provided ASML all the attention, and the biggest investors wanted to support the company financially. In 1995, ASML had its first IPO and went public on the Amsterdam and New York stock exchanges. With the IPO, Philips sold most of its shares in the company and slowly parted its way from ASML in the later years.

In 2001, ASML released its another revolutionary product, the TWINSCAN system, followed by the launch of TWINSCAN AT:1150i (first immersion machine) in 2003 and TWINSCAN XT:1700i (first volume production machine for immersion) in 2006. All these innovative launches by ASML helped the companies to reduce the size of the chip to an even smaller size. ASML then acquired the semiconductor and optimization solution manufacturing company BRION, such that now ASML independently could optimize the chip manufacturing process and apply real-time measurements and corrections to the chip.

In 2010, ASML introduced its first prototype Extreme Ultraviolet (EUV) lithography tool, which could help to manufacture smaller but more powerful chips by making smaller chip features using the shorter wavelength light. To get better at EUV manufacturing and speed up the production, ASML then acquired the San Diego-based lithography light sources manufacturer, Cymer, in 2013. The company brought the NXE:3300 (second generation EUV) in the next year, and the NXE:3350 (third-generation EUV) came in 2015.

To solely rule the world of Photolithography systems, ASML then acquired the leading e-beam metrology tools supplier, Hermes Microvision (HMI), in 2016. In 2017, with this acquisition, ASML came up with the e-beam pattern fidelity metrology system (ePfm5).  According to 2019 data, ASML has registered more than 12000 patents to its name.

The CEO

ASML CEO
Image Source: asml.com

Peter Wennink is the President and Chief Executive Officer (CEO) of ASML. He has been working with ASML since the year 1999. He started as the Executive Vice President and was appointed the CEO of the company in 2013. He is also a member of the Board of Management at ASML. Before ASML, Wennink has also worked with companies like Deloitte Accountants.

Netra.AI

India to Reduce the Risk of Vision Loss for the Diabetic Patients with Intel-powered Netra.AI

AI and machine learning have pushed every limit in making things simpler for humans, and now these two together will be reading the human retina to identify retinal conditions to reduce the risk of partial or complete blindness in diabetic patients. Sankara Eye Foundation (Indian branch) and Leben Care (Singapore) have developed a new AI and machine learning-based software-as-a-service platform that would be assessing the retinal risk and help diagnose any issues. The platform is making use of AI and deep learning and is powered by Intel. The platform is called Netra.AI and is specifically built for India.

What is Netra.AI?

Netra.AI is a cloud-based platform and is designed to detect diabetic retinopathy (DR) in very little time, that too, with complete accuracy. DR is a retinal condition that can lead to blindness. And India, which is the largest diabetic population in the world, needed such technology to help reduce the risk of vision loss in diabetic patients. This can also be a great step in reducing the burden on the vitreoretinal surgeons as Netea.AI will help in identifying such conditions in time so that a favorable step is taken to avoid the risk.

“With Netra.AI, Sankara Eye Foundation and Leben Care have leveraged the power of Intel Xeon Scalable processors and built-in Intel Deep Learning (DL) Boost to accurately detect DR and enable timely treatment to effectively combat avoidable vision impairment and blindness in diabetic patients,” the Vice President and the Managing Director of Sales, Marketing and Communications Group at Intel India, Prakash Mallya, said in a statement.

How Netra.AI Works

The Netra.AI platform includes a cloud-based web portal, which is responsible for providing immediate DR grading results. Portable and technician-operated camera devices are used to take pictures of the human retina, which then are analyzed by the Intel-powered Netra.AI. With the fundus images taken, Netra.AI detects any type of damage based on pixel density. On the basis of this analysis, the system generates quick results for that retina with bio identifiers. These results also include the various stages of diabetic retinopathy (DR) and the result is out only in two minutes.

Netra.AI
Image Source: biospectrumasia.com

Netra.AI works on some powerful algorithms based on a four-step deep convolutional neural network (a class of deep neural networks). The founders of Netra.AI have collaborated with retina experts around the world to make the system work with absolute accuracy.

Benefits for India

India has the largest diabetic population, and in the rural area, people with diabetes suffer the most, as there are no retinal specialists available, and the asymptomatic patients only find out their condition at the later stages. According to the reports, the estimated number of diabetic patients will reach 98 million by 2030, causing loss of vision and blindness in adults. The country needed a solution such as Netra.AI, as detecting retinal conditions in the early stages can help in reducing the number of diabetic patients and the risk of further damage in the existing patients.

“Technology and AI are democratizing healthcare access, especially in screening for ailments. Our team at Sankara Eye Foundation has focused on our vision to eliminate needless blindness from India. The current solution, Netra.AI, where we had a key role in the design and development with Leben Care uses robust AI-enabled platforms from Intel. It is an example of how like-minded collaborators can create meaningful and impactful solutions for various challenges that face humanity,” said Dr. Kaushik Murali, the president of Medical Administration, Quality & Education at Sankara Eye Foundation in India.

Source: newsroom.intel.com

Other than DR

Other than DR, Netra.AI will also be able to detect other retinal conditions like glaucoma, macular degeneration, and other retinal pathologies. For now, according to the company, Netra.AI has already screened 3,093 patients, among which it has found that 25 percent of the total screened patients were already at risk.

Ericsson

Ericsson: From Telephone Equipment Makers to the Biggest Player in Networking and Telecommunications

The Generation after World War 2 and before the beginning of the new century has witnessed the biggest technology revolution in the history of technology. But few companies have been there from the beginning, and as a part of the revolution, they have contributed a lot than just watching things change. One such company, which has over 49000 patents in its name and has been adding its share to the development process for more than 150 years, is Ericsson. The company is one of the leaders in networking and telecommunications, constantly providing something to the ongoing technology revolution.

About the Company

Ericsson is a Sweden-based multinational telecommunication company. The company headquarters in Stockholm and has multiple offices in different countries. Ericsson is known for its contribution to the development of wireless technology and is also the founder of Bluetooth technology. It has 27% of share in the world’s 2G, 3G, and 4G networks, and currently, it is emerging as the biggest 5G technology provider. Ericsson also deals in software development and infrastructure development in ICT for telecommunications operators, development of equipment for traditional telecommunications, Internet Protocol (IP) networking, mobile and fixed broadband, cable TV, IPTV, video systems, etc.

The Foundational Story of Ericsson

The company’s history dates back to almost 150 years ago. It was founded in central Stockholm in 1876 by Lars Magnus Ericsson, who, before founding the company, worked for a telegraph equipment development company in Sweden. The idea behind opening Ericsson was quite simple, repairing the foreign-made telephones.

Only in two years of its founding, in 1978, Ericsson started to independently build and sell the telephone equipment. In the same year, the company bagged a contract from Stockholms Allmänna Telefonaktiebolag (the first telephone company in Sweden), where the company had to supply telephones and switchboards to them. This was a big step for Ericsson, and soon it was ready for its international expansion.

Ericsson
Image Source: economictimes.indiatimes.com

In 1890, the company opened its first international factories in the UK, Russia, Australia, and New Zealand. In the next 20-30 years, the company was competing with its rivals in the US and China but continued to dominate the European telecommunication industry. With the major events taking place, including the World War, the Great Depression, etc., the company was losing its grip in the foreign as well as local markets. The company came under debt, leading to selling off its share to other companies.

In 1925, Karl Fredric Wincrantz acquired most of Ericsson’s shares. With this acquisition, they got rebranded as Telefonaktiebolaget LM Ericsson. Due to the first world war and other events taking place, the governments took the charge of the telecommunication operations. The government would grant the operations of the telecommunication operations on leases, and the company also managed to get some. This led the company to stabilize its condition in the telecommunication market.

Though the company was only providing the manual exchange design telephones, in 1956, it came up with the world’s first fully automatic mobile telephone system, MTA. This changed the conditions for the company, and again the company became one of the biggest suppliers of telephone equipment and crossbar switching. Ericsson crossbar switching was the most in-demand equipment that the telephone administrations in various countries had started to use. In 1983, Ericsson introduced the ERIPAX suite of network products and services.

By 1990, with the rise of the internet and mobile phones, Ericsson also started to build mobile phones and was dominating 40% of the world’s mobile market. During the same time, it was operating in 117 countries providing its telecommunication services. In 1996, the company was already operating tests on WCDMA and had partnered with DoCoMo. But the mobile revolution was moving too fast, and the company was unable to follow up. So in 2001, there was a spin-off of the mobile unit from Ericsson, and a joint venture of Ericsson mobile unit with Sony formed the Sony Ericsson Mobile Communications. This spin-off led to multiple employees cut as well.

The spin-off proved to be a better decision, as the arrival of 3G has opened new doors for Ericsson. It was already working on WCDMA and continued to improve its workability with the changing trends. The improved version of WCDMA, High-Speed Packet Access (HSPA), was out, and by 2006, Ericsson was officially providing its HSPA services in 59 countries. In 2012, Sony acquired all the share of Ericsson in Sony Ericsson, and Ericsson announced that it would solely work on the wireless technology and acquired BelAir Networks, a network technology company. This acquisition was followed by the acquisition of NKT Holding, Red Bee Media, Microsoft’s Mediaroom, some shares in Apcera for cloud policy compliance, Envivio, some operations in Ericpol, etc.

The Founder: Lars Magnus Ericsson

Ericsson founder
Image Source: mg.wikipedia.org

The beginning was quite rough for Lars Magnus Ericsson, the founder of the company. He was born in a small village of Värmland near Karlstad and Arvika. He lost his father at 12, so he had to go out and earn bread for his family. He worked in small workshops and various other places and arranged enough money to leave his village and moved to Stockholm. There he got work in a telegraph equipment-making factory. He learned the skills and was offered two state scholarships to study instrument-making abroad for three years. After completing the scholarship, Ericsson came back to Sweden, and with one of his friends, Carl Johan Andersson, he started a small workshop in a small kitchen that today is known as Ericsson. Ericsson retired from his company in 1900, at the age of 54 and sold all his shares in 1905.

Ericsson has gone through all up and downs, and still, it has emerged as the leader in the telecommunication industry. The company started by making telephone equipment, and today it is the largest wireless network provider. The current President and CEO (Chief Executive Officer) of Ericsson is Börje Ekholm and Ronnie Leten is the Chairman.

Capgemini

Capgemini: A Big Name in the IT Consulting Services in the Digital World

The most innovative discovery that the world has witnessed in the past 60-70 years is the discovery of computers and the internet. These two technologies have changed the face of the world and have brought humongous opportunities for people in every nook and corner of the world. The internet has made it easy for people sitting in a backward area to work with a company based miles and miles away from their place.

The scope of the internet and computers is not limited to providing jobs to people, but these have also encouraged the startups to provide their B2C and B2B services in the most innovative ways to make the business even easier. Such a company that has taken full advantage of digital innovation is Capgemini, a renowned name in the world of technology and innovation.

About the Company

Capgemini is a French company having its headquarters based in Paris. Serge Kampf founded Capgemini in 1967 in Paris and now the company has expanded to various foreign countries having multiple offices in each. Capgemini is a technology company with expertise in different services, including consulting, technology, professional, and outsourcing services.

Capgemini
Image Source: capgemini.com

The Foundational Story of Capgemini

Kampf founded Capgemini as SOGETI (Société pour la Gestion de l’Entreprise et le Traitement de l’Information) on 1 october, 1967. In the beginning, it started to work as an enterprise management and data processing company. As SOGETI, Capgemini, in 1974, acquired a New York-based company named Gemini Computer Systems. The next year, the company went on to acquire another technology company, named CAP (Centre d’Analyse et de Programmation), leading to a name change of SOGETI (Due to an international dispute on a similar name as CAP of another company), to Cap Gemini Sogeti.

In the next five years, Cap Gemini Sogeti started its international business by launching its US operations in 1981 and opened 20 new branches in the US only. By this time, the company had employed about 500 people and also made another acquisition of a data conversion company, named DASD Corporation. The company cut the Sogeti from its name and changed it to Cap Gemini. It also redesigned the company logo for every branch in the world. This way, Sogeti became a separate subsidiary of Cap Gemini that solely works as information technology consulting company.

In the year 2000, by acquiring Ernst & Young Consulting, Capgemini entered into the consulting business and started its consulting business as Cap Gemini Ernst & Young. In 2017, the company had another rebranding of its name, and from Cap Gemini, it became Capgemini.

The Founder Serge Kampf

Serge Kampf is one of the leaders who are known for their management and leadership skills and are the role-models for many budding entrepreneurs. Kampf was born on 13 October 1934 in Grenoble, France. He was born to a soldier father. Since Kampf’s father was in the army, he spent his school days at a boarding. After completing his school, Kampf passed the entrance exam of the French Telecom administration. He then obtained a double honors degree in Law and Economics. After completing his education, his first job was for an underground telephone exchange as a Telecom Inspector.

While working for the exchange, Kampf realized that he does not like his work and wanted to try something else. While looking for opportunities, he got to know about the newly emerging technology, which was IT. Kampf became curious about IT and computers and immediately applied for jobs in two companies working in IT, Bull and IBM. Though he got offers from both companies, he went on to join Bull. He started as a commercial engineer, and later, with one after another promotion, he became the regional manager of Bull.

After working for seven years with Bull, Kampf got motivated to start his own business. He wanted to have the freedom of a boss and did not want to serve anyone else than himself. So in 1967, he resigned from Bull and started Sogeti on 1 October 1967, from a two-room office in Grenoble, with a team of six people. The company wasn’t one of its kind, but it was the first French IT services company.

Kampf served Capgemini as its CEO till 2002, and in 2012, he resigned as the Chairman of the company too. He served the Board of Directors as the vice-president till 2016, when he died at the age of 81 in Grenoble.

Capgemini Today

Capgemini is dominating the IT consulting services in the world. It has multiple branches in different countries in the world, and as of 2020, more than 370,000 employees are working for the company across the globe. Currently, Aiman Ezzat is the serving CEO at Capgemini, and Paul Hermelin is the chairman of the Board of the company.

Covid-19 Vaccine

Hacking Group from China Attacks the Bharat Biotech and Serum Insititute of India (SII) IT Infrastructure

India has not been on good terms with China for the past few years. From crossing the borders to attacking the Indian government on political grounds, China is pushing all the limits. This time, the Country has gone even beyond.

For the past couple of weeks, a Chinese hacking group has been interfering with the IT systems of two major Covid-19 vaccine manufacturer companies in India, i.e. Serum Insititute of India (SII) and Bharat Biotech. The Singapore and Tokyo-based cybersecurity company, Cyfirma, has revealed that a China-state-backed hacking group named APT10, also known as Stone Panda, had identified holes in the IT infrastructure and supply chain software of these two Indian companies. Cyfirma follows around 750 cybercriminals and uses a cybersecurity tool DeCYFIR to monitor over 2000 hacking campaigns, to create robust cybersecurity strategies for companies around the world.

The Chief Executive at Cyfirma, Kumar Ritesh, said in a statement, “In the case of Serum Institute, they have found a number of their public servers running weak web servers, these are vulnerable web servers. They have spoken about the weak web application, they are also talking about the weak content-management system. It’s quite alarming.”

Covid-19 and its Vaccination

Due to the spread of Covid-19, the year 2020 has been a disastrous year for the entire world. And despite, we have discovered a few vaccines to fight Covid, we are still struggling to get everything back to normal. Exactly a year ago, the world got to know about the Covid outburst, and countries had to shut down all their operations. China got all the blame since the virus had come from Wuhan, a city in China. The year passed in finding the cause of the virus and vaccine for it, but China never admitted its hand in the spread of Covid.

Covid-19 Vaccine
Image Source: businessinsurance.com

Many countries blamed China, and many defended, but the main issue was to find a drug to help fight the disease. Finally, two big drug manufacturing companies in India, The Serum Institute of India (SII) and Bharat Biotech, came with their version of the vaccine for Covid, and the vaccination process started. SII came up with Covishield, and Bharat Biotech is manufacturing Covaxin.

Motive Behind the Cyber Attacks

As said earlier, the Serum Institute of India and Bharat Biotech are some of the first pharmaceutical companies to provide the most effective Covid-19 vaccines. These two companies are the ones, supplying 60% of Covid vaccines to the world, and China falls in the other 40% category to sell or gift its vaccines to the other countries.

According to Cyfirma, the motive behind attacking the IT systems of these two companies can be this excessive competition. “The real motivation here is actually exfiltrating intellectual property and getting a competitive advantage over Indian pharmaceutical companies,” said Ritesh in a statement.

Action to be Taken

The matter has gone into the hands of the state-run authority CERT (Computer Emergency Response Team). Though the authority has denied commenting on the matter, due to the importance of the issue, they have confirmed that the matter will be handled by the operations director of CERT, S.S Sharma. According to Cyfirma, they had contacted CERT on the issue, and it has acknowledged the threat.

Other than China, there have been cyber intrusions in the IT systems of companies manufacturing Covid-19 Vaccine around the world from other countries as well. Microsoft, in November, had confirmed that there have been cyber attacks on drug companies of India, Canada, France, the USA, the UK, and South Korea from countries like Russia and North Korea.

Drugmaker Pfizer Inc had also revealed that some of its documents that included the information regarding Covid-19 vaccine manufacturing also went under a cyber attack in December 2020 and were “unlawfully accessed”. For now, neither China’s foreign ministry nor SII or Bharat Biotech has given any statement on the matter.