Tech News

Software Developer Internship South Africa 2023. Electrum is a fast-paced financial technology company that specializes in processing high-volume, low-value transactions for leading banks, retailers, telcos, and other businesses. Founded in 2012, Electrum has become one of the most experienced payments experts in South Africa, delivering industry-leading expertise and solutions for everyday payment problems.

Electrum: The Leading Financial Technology Company in South Africa

Making a Real Difference in Millions of South Africans’ Lives

Electrum takes pride in the projects they work on, as they touch the lives of millions of South Africans every day. Whether it’s giving an aspiring businesswoman access to banking for the first time or distributing government financial aid to thousands of students, Electrum aims to make a real difference.

Electrum Internship Program: Your Gateway to a Real FinTech Environment

Electrum runs two four-week programs every year during the winter (June/July) and summer (January) university holidays. It’s a paid, in-office program that provides valuable work experience in a real FinTech environment, where you get to work on actual projects. If you are a Computer Science, Engineering, Maths, or Physics student in either your 2nd, 3rd, or Honours year, you are welcome to apply.

Software Developer Internship South Africa 2023.

As part of the Electrum team, you will enjoy the following benefits:

• Be involved in the full life cycle of their projects
• Receive professional training and on-the-job learning
• Receive mentorship from industry experts
• Work in a workplace with an innovative office culture
• Work on real customer problems
• Access extensive career growth opportunities

High-Performance Culture at Electrum

Electrum has created a high-performance culture that delivers world-class financial services software products in a fast-paced company. They offer transparency, autonomy, and work-life balance that respects the team’s personal time. Electrum believes in a flexible work environment, team socializing activities, recreational areas for deep thinking or meditation, and other perks that their employees will enjoy.

Join the Electrum team and experience a rewarding career in FinTech. Apply Here

Software Developer Internship – RPG (Intern – 12 Month Contract)

If you have a passion for software development and a drive to succeed, we have an internship opportunity that might interest you.

During the 12-month internship, you will receive hands-on training in RPG programming, which is a programming language used to develop software applications and services. After successfully completing the internship, you will be employed by our organization as a junior RPG developer.

Role Purpose

As a junior RPG developer, your responsibilities will include developing, testing, deploying, maintaining, and supporting new and existing software applications and services, based on high-level business requirements and designs, throughout the Software Development Life Cycle.

Requirements

To qualify for this internship, you need to have a relevant IT qualification and some experience in programming, regardless of the language. Additionally, you should have good communication, interpersonal, problem-solving, planning and organizational, and analytical skills, and knowledge of the Software Development Lifecycle (SDLC). A good attitude is also a must.

Competencies

As part of this internship, you will need to demonstrate the following competencies:

• Examining Information: You will be required to analyze and process information, ask probing questions, and strive to find solutions to problems.
• Developing Expertise: You should be open to learning opportunities, quick to acquire knowledge and skills, and update your specialist knowledge to develop expertise.
• Articulating Information: You should be articulate in giving presentations, eloquent, and able to explain things well, and project social confidence when articulating information.
• Challenging Ideas: You should be prepared to disagree and question assumptions, challenge ideas and established views, and be comfortable arguing your own perspective.
• Team Working: You should work collaboratively with others, be democratic, encourage team contributions, and involve others in decision-making.
• Managing Tasks: You should manage tasks by being organized and methodical, plan activities systematically, and set priorities for tasks.
• Producing Output: You should be focused on activity and work quickly, keep busy and maintain productivity, and be comfortable multi-tasking to produce output.

Additional Information:

The internship starts on 01 February 2024, and you need to complete your current studies before this date. Technical assessments and interviews will start from August 2023.

APPLY HERE

Amazon Software Development Engineer Internship – 2023 (Cape Town – South Africa)

The Amazon internship program is seeking currently enrolled Bachelor’s or Master’s Degree students in Computer Science, Computer Engineering, or related fields who have a solid understanding of Computer Science fundamentals such as object-oriented design, algorithm design, data structures, problem solving, and complexity analysis. Although no specific programming language is required, applicants should be familiar with the syntax of languages such as Java, C/C++, or Python.

As an intern at Amazon, you will work on real software projects and collaborate with experienced software development engineers who will mentor you. You will have the opportunity to impact the evolution of Amazon technology and lead mission-critical projects early in your career. You will contribute to solving complex technical challenges in areas such as distributed systems, data mining, automation, optimization, scalability, and security.

Amazon internships are full-time and can last from 2-3 months up to 12 months, depending on your university’s program. You will be matched with a manager and a mentor, and you will have the opportunity to engage with Amazonians for personal and professional development, expand your network, and participate in fun activities with other interns throughout the internship.

In addition to the basic qualifications, Amazon prefers applicants who have previous technical internships, experience with distributed, multi-tiered systems, algorithms, and relational databases, experience in optimization mathematics such as linear programming and nonlinear optimization, the ability to effectively articulate technical challenges and solutions, and the ability to handle ambiguous or undefined problems as well as think abstractly.

Amazon is an equal opportunities employer and welcomes applications from all members of society, regardless of age, sx, disability, sxual orientation, race, religion or belief. Amazon is committed to diversity within its community and encourages applications from South African citizens who are members of designated groups that may contribute to Employment Equity within the workplace and the further diversification of ideas.

FIND MORE OPPORTUNITIES HERE

The company is required by law to verify your ability to work lawfully in South Africa and requires you to submit a copy of your identity document or passport and any applicable work permit if you are a foreign national, along with an updated curriculum vitae.

APPLY HERE

China is set to launch a $500 million subsea cable network that will connect Asia, the Middle East, and Europe, as part of an effort to rival a similar project backed by the US, according to sources familiar with the matter.

The China-led EMA (Europe-Middle East-Asia) project will see the three state-owned Chinese telecom companies—China Mobile, China Telecom, and China Unicom—build a far-reaching and advanced subsea network that will run from Hong Kong to China’s Hainan island, Singapore, Pakistan, Saudi Arabia, Egypt, and France.

HMN Technologies, a fast-growing cable firm, is expected to manufacture and lay the cable, while Shanghai-listed Hengtong Optic-Electric, HMN Tech’s majority shareholder, will receive subsidies from the Chinese state to build the cable. The project comes amid an escalating technology war between the US and China that has increased fears of the internet being divided along national lines.

The US government has thwarted a number of Chinese undersea cable projects over the past four years amid concerns of Beijing’s eavesdropping on internet data, according to Reuters. The superpowers are competing to dominate advanced technologies that could determine economic and military supremacy in the decades ahead, and undersea cables, which carry over 95% of all international internet traffic, have become a weapon in this competition.

The EMA project is intended to rival the SeaMeWe-6 cable that US firm SubCom is constructing, which will also connect Singapore to France via Egypt, Saudi Arabia, Pakistan, and other countries. The consortium that originally selected HMN Tech to build the SeaMeWe-6 cable flipped the contract to SubCom last year after a successful US government pressure campaign. China Telecom and China Mobile pulled out of the project and began planning the EMA cable.

The Chinese telecom companies are expected to own more than half of the EMA network, and they are also striking deals with foreign partners, according to sources. Orange, a French telecom company, Pakistan Telecommunication Company, Telecom Egypt, and Zain Saudi Arabia, a unit of the Kuwaiti firm MTC, have signed separate memoranda of understanding with the Chinese carriers.

Other countries in Africa, Asia, and the Middle East are being approached to join the consortium, sources said. Singtel, a state-controlled firm in Singapore, confirmed that it had been approached for talks by the Chinese carriers. The consortium is hoping to create a far-reaching network of subsea cables that will offer greater connectivity to a wider range of countries, with a focus on emerging markets.

The EMA project comes at a time when the US is seeking to reduce its reliance on China for critical technology components, amid concerns that Beijing could use this as leverage in future disputes. The US has launched a multibillion-dollar programme to encourage the domestic production of semiconductors, which has become a focal point of the competition between the two superpowers. The competition has sparked fears of an internet being divided along national lines, which could lead to the Balkanisation of the web and undermine its universality.

The internet has long been seen as a global network that connects people and data across borders. Undersea cables have been a key component of this global network, as they allow data to move seamlessly around the world at high speeds. However, these cables are vulnerable to spying and sabotage, making them a valuable target for espionage agencies and other malicious actors. As a result, the internet’s openness and universality are under threat, as countries seek to assert greater control over the flow of information.

The US and China have been at odds over a range of issues, from trade and human rights to technology and national security.

The race to dominate the undersea cable market highlights the escalating tech war between China and the US, which is likely to have implications for the future of the internet. As both nations battle for technological supremacy, their attempts to dominate critical global infrastructure such as undersea cables have raised concerns about how the internet will evolve.

Some experts believe that the efforts to separate the internet into two distinct spheres could result in a fragmentation of the internet, leading to a more isolated and potentially less connected world. As global commerce and basic functions become more reliant on the internet, the more difficult it becomes to carry out these functions if the two spheres of the internet don’t cooperate.

Moreover, the US-China tech war also highlights the increasing role of the state in the development and control of critical internet infrastructure, which could have significant geopolitical implications. The fact that state-owned firms are behind the development of these undersea cable networks underscores the growing importance of state-led tech initiatives in the race for technological supremacy.

As the EMA and SeaMeWe-6 projects continue to take shape, it remains to be seen how they will impact the global internet infrastructure and the balance of power in the tech world. However, what is clear is that the internet is increasingly becoming a battleground in the escalating tech war between China and the US, with potentially far-reaching consequences for the future of global communications and commerce.

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Apple, the world’s most valuable company, is reportedly cutting a small number of roles within its corporate retail teams. According to insiders, this is the first known internal job cut since Apple initiated a cost-saving effort last year.

The company is eliminating positions in its development and preservation teams, responsible for the construction and maintenance of Apple retail stores and other facilities globally. Apple has not yet announced the number of positions being cut, but sources claim it is likely to be a small number.

Apple stated that the changes are aimed at streamlining its operations and improving the upkeep of stores globally, rather than being a cost-cutting measure. The company has previously avoided corporate layoffs, even as it reduced budgets and cut back on its contractor workforce, including on-contract engineers, recruiters, and security guards.

Apple Implements Internal Job Cuts in Retail Teams

Apple has reassured employees in the affected groups that they will have the opportunity to reapply for similar roles. Those who choose not to take a new position will be provided with up to four months’ pay. However, some management roles will be eliminated, and employees may need to reapply for new roles as individual contributors, which may not have the same compensation.

Apple’s decision to cut jobs internally is noteworthy as the company has been slow to hire and slow to fire in the past. While the company did not expand its workforce as quickly as some other big tech companies during the pandemic, it did not need to make significant layoffs, unlike Amazon.com and Google, which cut tens of thousands of jobs.

AI Revolution: The Impending Threat of Job Losses and the Industries Most Vulnerable

Artificial intelligence (AI) has revolutionized the way we live and work, making many tasks faster, cheaper, and more efficient. However, as AI technologies continue to advance, there is a growing concern that they will lead to job losses for many workers. This article will discuss the dangers that AI poses to job owners and provide examples of industries that are already experiencing job losses due to AI.

One of the most significant dangers of AI is its ability to automate tasks that were previously performed by humans. This means that jobs that require repetitive or routine tasks, such as data entry, customer service, and manufacturing, are at high risk of being replaced by AI technologies. For example, the rise of chatbots and virtual assistants has made it possible for companies to automate customer service interactions, reducing the need for human customer service representatives.

Another danger of AI is that it can quickly analyze vast amounts of data and make decisions based on that data. This means that jobs that require data analysis, such as financial analysis and market research, are at risk of being replaced by AI-powered systems. For example, many financial institutions now use AI-powered systems to analyze market trends and make investment decisions.

The rise of autonomous vehicles is another example of how AI can lead to job losses. As self-driving cars become more common, there will be a reduced need for human drivers, which could lead to job losses in the transportation industry. Similarly, the use of AI-powered drones could lead to job losses in industries such as delivery services and agriculture.

AI also poses a risk to industries that rely on human creativity and intuition. While AI technologies are becoming more sophisticated in their ability to create art, music, and literature, many argue that these outputs lack the depth and emotional resonance that can only be achieved through human creativity. Nevertheless, as AI continues to improve, there is a risk that many creative jobs, such as writing and graphic design, could be replaced by AI systems.

While AI has the potential to revolutionize many industries, it also poses significant risks to job owners. The ability of AI to automate routine tasks, analyze vast amounts of data, and make decisions based on that data means that many jobs are at risk of being replaced by AI-powered systems. Industries that are already experiencing job losses due to AI include customer service, data analysis, transportation, and creative fields. As AI technologies continue to improve, it is essential to develop strategies to mitigate the impact on workers and ensure that they have the skills necessary to thrive in the new economy.

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Huawei Technologies, the Chinese tech conglomerate, has announced that it is “out of crisis mode” after posting a small increase in annual revenue. The company’s revenue rose by 0.9%, in line with the company’s forecast, indicating that it has achieved some level of stability after several rounds of US export controls since 2019 hammered its once-mighty smartphone business.

However, net profit declined by two-thirds to C¥35.6-billion ($5.6 billion), compared to 2021 when the profit was helped by the sale of its Honor mid-range smartphone business. The decline was still severe even when compared with 2020, with a drop of 44%.

Huawei announces good news in 2023

Huawei is one of many Chinese tech companies that have been targeted by US export control measures, including restrictions on the supply of chips and chip-design tools from US companies. The top executives of the major suppliers of equipment used in 5G telecommunications networks spoke at a news conference about how they had been pushed to “a fatal impasse” and “fought their way out” after the Washington sanctions.

Despite the challenges, the company has been making headway with replacing components affected by sanctions, thanks to the billions it is spending on research and development. The company’s R&D spending rose 13.2% over the year to C¥161.5-billion ($25.2 billion), equivalent to a quarter of company revenue. Such spending helped Huawei to replace more than 13,000 parts in its products that were hit by US trade sanctions, according to Meng Wanzhou, the company’s chief financial officer and daughter of its founder.

The company is investing in 5.5G and 6G technology and hopes to start rolling out 5.5G products by 2025. The company also sees areas such as green development as opportunities, said Chairman Eric Xu. Xu added that Huawei had achieved breakthroughs in electronic design automation (EDA) tools for chips produced at and above 14-nanometre technology with its partners. This means that Huawei can use its own EDA tools to design chips.

The phone company’s asset-to-liability ratio was 58.9%, and it had a net cash balance of C¥176.3-billion ($27.5 billion). While the revenue for 2022 came in at C¥642.3-billion ($100.1 billion), which represented mild growth over 2021, it was still far below the record C¥891.3-billion ($138.8 billion) logged in 2019 when it was the top Android smartphone vendor globally. Revenue from the enterprise division soared 30%, while that of its telecoms business inched up 0.9%, and sales for its consumer electronic business tumbled 11.9%.

The US has said Huawei represents a security risk, which it denies. The tension with the US saw Meng detained for three years in Canada over alleged efforts to cover up attempts by Huawei-linked companies to sell equipment to Iran in breach of US sanctions.

The charges against Meng were dismissed, and she returned to China in 2021. Huawei rotates its chairman every six months, and Meng is set to take up the position on Saturday. Like Huawei, China’s semiconductor industry has been the target of US export control measures, and the company will support industry efforts to become more self-reliant, Xu said, without providing details.

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China Energy Engineering Group has proposed a massive floating solar farm on Lake Kariba in Zimbabwe, using over 1.8 million photovoltaic panels to tackle the country’s electricity shortages and reduce carbon emissions.

The company has proposed the construction of a 1GW floating solar farm on Lake Kariba in Zimbabwe, which would cost nearly $1 billion. The project would use over 1.8 million photovoltaic panels installed over 146 modular floating units, as stated in an official report prepared by the company for Zimbabwe’s power utility and potential private equity funders. The civil engineering works and installation costs are projected to be $186 million and $801 million, respectively.

Zimbabwe is currently grappling with acute electricity shortages that have caused 12-hour blackouts per day, owing to low water levels that have restricted power generation from the Lake Kariba hydropower plant. This problem has been compounded by frequent breakdowns at the Hwange thermal power station. To alleviate this issue, mining operations could eventually tap into the project’s power, which could help Zimbabwe reduce its carbon emissions.

China Energy has previously installed floating panels on China’s Dingzhuang River and in Thailand, according to the company’s presentation. The International Energy Agency has noted an increase in interest in such installations, as they do not compete for land and have the potential to reduce evaporation from reservoirs.

From Colonialism to Investment: China’s Evolving Economic Relationship with Zimbabwe and Africa

China’s economic relationship with Zimbabwe and Africa as a whole has been growing rapidly over the past decade. China has become a major economic player on the African continent, with investments in various industries, including infrastructure, mining, and energy.

In Zimbabwe, China has been a major source of investment and aid. China has invested in infrastructure projects such as roads, bridges, and power plants. In 2020, China Energy Engineering Group proposed building a 1 GW floating solar farm on Lake Kariba, the world’s largest dam, which could alleviate the country’s acute electricity shortages.

However, China’s economic presence in Zimbabwe has not been without controversy. Critics have accused China of engaging in debt-trap diplomacy, where it offers loans to developing countries for infrastructure projects that they cannot afford, leading to a cycle of debt and dependence. Zimbabwe is currently one of the most indebted countries in the world, with a debt-to-GDP ratio of over 100%.

China’s economic relationship with Africa as a whole has also come under scrutiny. While China’s investment in Africa has helped to boost the continent’s economic growth, critics have raised concerns about the lack of transparency and accountability in Chinese investments. There have also been reports of Chinese companies engaging in exploitative labor practices and environmental damage.

Despite these concerns, China’s economic relationship with Africa is likely to continue to grow. China’s Belt and Road Initiative, which aims to connect Asia, Europe, and Africa through a network of infrastructure projects, has the potential to bring significant economic benefits to African countries. However, it is important for African countries to ensure that they negotiate fair deals with China and that Chinese investments are transparent and sustainable.

Overall, China’s economic relationship with Zimbabwe and Africa as a whole is complex and multifaceted. While Chinese investment has the potential to bring economic benefits to African countries, it is important for African governments to ensure that these investments are sustainable and do not lead to a cycle of debt and dependence.

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Eskom stage 3 load shedding this week. Eskom, the South African power utility, has announced the implementation of Stage 3 load shedding this week, with power cuts expected to worsen during the winter months. Experts warn of intensified load shedding, with some predicting stage 8 cuts and years of ongoing power outages. Stay informed with Eskom’s load shedding schedules and the EskomSePush app.

Power utility Eskom has announced that stage load shedding will be back this week, starting on Monday (27 March). Despite load shedding being reduced over the past week to lower levels, power cuts are expected to worsen as South Africa moves into the Winter months.

Eskom Stage 3 Load shedding schedule

Stage 1 load shedding will be implemented from 16:00 today until 05:00 on Monday. Thereafter, Stage 2 load shedding will be implemented from 05:00 until 16:00 on Monday followed by Stage 3 load shedding until 05:00 on Tuesday. On Tuesday and Wednesday, Stage 1 load shedding will be implemented from 05:00 until 16:00, and Stage 2 load shedding will be implemented from 16:00 until 05:00.

Eskom announces stage 3 load shedding this week

Date	Stage 1	Stage 2	Stage 3
Sunday			Stage 1 until 00h00
Monday	00h00-05h00	05h00-16h00	16h00-00h00
Tuesday	05h00-16h00	16h00-00h00	00h00-05h00
Wednesday	05h00-16h00	16h00-00h00	00h00-05h00

Further updates

Eskom said it would publish a further update as soon as any significant changes occur.

Experts’ views

Electricity minister Kgosientsho Ramokgopa said that he does not anticipate significantly higher stages of load-shedding during winter this year – but there is no guarantee considering the grid’s fragility. Many other experts, including former Eskom executive Robbie van Heerden and Intellidex capital markets head Peter Attard Montalto, also warned of intensified load-shedding in winter. Van Heerden said South Africa would most likely go to stage 8 load-shedding during winter and that power cuts would continue for many years. Montalto said South Africans should brace themselves for consistent stage 7 load-shedding from July 2023.

Load-shedding framework

Many people are also alarmed by a new load-shedding framework that prepares for higher stages of power cuts. Vally Padayachee from the NRS Association of South Africa said that Eskom is reviewing the load-shedding framework to prepare for load-shedding to exceed stage 8 in the future. However, this framework is a proactive measure for Eskom and municipalities to be ready to respond should it be necessary.

Load shedding schedules

For people living in the major metros, load shedding schedules are available on the websites of their respective municipalities. For access to other load shedding schedules, Eskom has made them available on loadshedding.eskom.co.za. Smartphone users can also download the app EskomSePush to receive push notifications when load shedding is implemented, as well as the times the area you are in will be off.

Shining a Light on Africa’s Power Problem: The Impact of Power Cuts on the Continent

Power cuts, also known as blackouts, have been a persistent issue in many African countries for decades. In many places, power outages can last for hours or even days, making it difficult for people to carry out their daily activities and businesses to operate effectively.

The causes of power cuts in Africa are varied, but the most common ones include inadequate infrastructure, insufficient investment in the power sector, and a lack of diversity in the energy mix. Many African countries rely heavily on hydroelectric power, which is vulnerable to changes in rainfall patterns and other weather-related events. As a result, droughts and other natural disasters can significantly affect the availability of electricity.

Another significant factor contributing to power cuts in Africa is the high demand for electricity, which often exceeds the supply. This issue is exacerbated by population growth, urbanization, and the increasing use of energy-intensive appliances such as air conditioners, refrigerators, and TVs.

The impact of power cuts on African economies and people’s lives is severe. For instance, the loss of electricity can affect access to clean water, medical care, and transportation. It can also disrupt businesses, especially those that rely on electricity to operate, leading to job losses and reduced economic growth.

In recent years, some African governments have taken steps to address the issue of power cuts. One such initiative is the implementation of off-grid renewable energy solutions, such as solar and wind power. These solutions have the potential to provide electricity to remote and rural areas where grid-based electricity is unavailable or unreliable.

In addition to these initiatives, many African countries are also working to improve their power infrastructure, attract investment in the power sector, and diversify their energy mix. For instance, some countries are exploring the use of natural gas and other non-hydroelectric sources of energy.

While progress has been made in addressing the issue of power cuts in Africa, there is still much work to be done. Governments and other stakeholders need to continue investing in the power sector and exploring innovative solutions to ensure that all Africans have access to reliable and affordable electricity. This is critical not only for economic development but also for improving the quality of life for millions of people across the continent.

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Discover the latest electric cars for sale in South Africa, along with their prices, range, and performance figures. Find out which models are the most affordable and which offer the best features for your money.

Electric vehicles (EVs) are becoming increasingly popular in South Africa. The updated list for the second quarter of 2023 includes the new EQE series from Mercedes-Benz, while some manufacturers have increased the prices of their EVs.

Unfortunately, South Africans continue to pay high prices for EVs due to higher import duties imposed by the government compared to vehicles that use fossil fuels. The Automotive Business Council, also known as Naamsa, has called on the government to subsidize South Africans up to R80,000 and reduce import duties from 25% to 18%.

Electric Cars for Sale in South Africa: Prices, Range, and Performance Figures in 2023

Mini Cooper SE Hatch 3-door:

The Mini Cooper SE Hatch 3-door is the most affordable new fully electric vehicle in South Africa, with a recommended price of R742,102. The vehicle features a lithium-ion high-voltage battery pack and an electric motor from the BMW i3 S installed into a Mini Cooper body. However, its range is disappointing compared to other models on this list.

Volvo XC40 P6 Recharge Plus:

Priced at R1.075-million, the Volvo XC40 P6 Recharge Plus offers a more practical solution than the Mini Cooper, as it can travel much further while maintaining good performance and comfort features. The vehicle can travel up to 423km on a single charge.

Mercedes-Benz EQA 250 Progressive and EQA 250 AMG Line:

The Mercedes-Benz EQA 250 is the brand’s new entry-level electric model, priced at R1.174-million and R1.227-million, respectively. The EQA is a close relation of the GLA, sharing the model’s robust structure, with a power of 140kW and a top speed of 160km/h. It claims to offer up to 486km of range.

Volvo XC40 P8 Recharge Twin AWD:

Priced at R1.26-million, the Volvo XC40 P8 Recharge Twin AWD is much more powerful, producing 300kW at peak, with a top speed of 180km/h. It can travel up to 400km on a single charge.

BMW iX3 M Sport:

Priced at R1.306-million, the BMW iX3 M Sport is the all-electric version of BMW’s popular executive SUV, the X3. It retains the best qualities of the X3 in combination with an advanced battery-electric powertrain, with a power of 210kW and a top speed of 180km/h. It can travel up to 460km on a single charge.

Mercedes-Benz EQB 350 4Matic Progressive, EQB 350 4Matic AMG Line, and EQB 350 4Matic Edition 1:

The Mercedes-Benz EQB, priced at R1.379-million, R1.432-million, and R1.523-million, respectively, has a power of 215kW and a top speed of 160km/h. Built in Hungary, it measures 4.68m (length) x 1.83m (width) x 1.67m (height), with a claimed range of up to 485km.

The most affordable EV available in South Africa is the Mini Cooper SE Hatch 3-door. All other EV models cost more than R1-million, making EVs a luxury item in the country. The range of EVs is still limited compared to fossil-fuelled vehicles, but it is improving, and the government’s potential subsidies and reduced import duties could make EVs more accessible to South Africans.

The Future of Electric Cars in Africa

The future of electric cars in Africa is promising. While the continent is known for its challenging road infrastructure, the adoption of electric cars will create a new wave of innovation and development in the automotive industry. Here are some of the factors that make Africa a promising market for electric cars.

1. Environmental concerns

Many African countries are grappling with pollution and environmental degradation, especially in urban areas. The adoption of electric cars will significantly reduce air pollution and greenhouse gas emissions. With the increasing awareness of climate change and the need to protect the environment, electric cars are becoming more appealing to African consumers.

2. Decreasing costs

The cost of producing and buying electric cars is gradually decreasing. As the technology becomes more widespread and production volumes increase, the price of electric cars is becoming more affordable. This makes electric cars a viable option for many African consumers.

3. Government incentives

Many African governments are promoting the adoption of electric cars by offering incentives such as tax breaks, subsidies, and reduced import duties. This makes electric cars more accessible to the general public and encourages manufacturers to invest in the African market.

4. Infrastructure development

The development of charging stations and infrastructure for electric cars is increasing in Africa. This will ease the concerns of range anxiety among potential buyers and increase the practicality of owning an electric car. As infrastructure development continues, the adoption of electric cars in Africa will become more widespread.

5. Local manufacturing

Many international car manufacturers are looking to set up manufacturing plants in Africa to cater to the growing demand for electric cars. This will create job opportunities, promote technology transfer, and stimulate economic growth.

Conclusion

In conclusion, the future of electric cars in Africa is bright. With environmental concerns, decreasing costs, government incentives, infrastructure development, and local manufacturing, the adoption of electric cars in Africa is inevitable. As the automotive industry evolves, the African market will continue to play a vital role in shaping the future of electric cars.

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The Problem of Information Technology in South Africa. Discover the major problems hindering the growth of information technology in South Africa and explore potential solutions to bridge the digital divide.

Information technology (IT) has transformed the world in numerous ways, from communication to commerce, education, and beyond. It has become an indispensable part of modern society, but not all countries have the same level of access or capability when it comes to IT. South Africa, in particular, has struggled to keep pace with the rest of the world in terms of IT adoption and infrastructure.

Lack of Infrastructure

One of the primary challenges facing South Africa’s IT sector is a lack of infrastructure. While many parts of the country have access to the internet and other technological tools, the quality of the infrastructure is often poor. Many areas have slow, unreliable internet connections, and some have no access at all. This hinders not only personal and professional use of IT, but also inhibits the growth and development of IT-related businesses.

Limited Access

In addition to infrastructure challenges, many South Africans simply don’t have access to IT. According to the World Bank, only 56% of the population has access to the internet. This is significantly lower than the global average of 59%. This lack of access can be attributed to a number of factors, including poverty, limited educational opportunities, and inadequate government support for IT initiatives.

Inadequate Education

Education is another key factor in South Africa’s IT struggles. While there are many skilled IT professionals in the country, there are not enough to meet demand. Additionally, many schools do not offer IT education, which means that students are not prepared for careers in the field. This lack of education also hinders the growth of the IT industry in South Africa, as there is not enough local talent to fuel innovation and progress.

Lack of Government Support

Finally, a lack of government support for IT initiatives has hampered progress in the sector. While the government has made some efforts to improve IT infrastructure and education, these efforts have been sporadic and inconsistent. Additionally, corruption and mismanagement have been major obstacles to progress. Without consistent and effective support from the government, it will be difficult for South Africa’s IT sector to overcome the challenges it faces.

Potential Solutions

Despite these challenges, there are potential solutions that could help South Africa’s IT sector catch up with the rest of the world. These include:

1. Investment in IT infrastructure: The government should invest in improving IT infrastructure across the country, particularly in rural areas where access is most limited.
2. Education and training: Schools should offer IT education to students to prepare them for careers in the field, and ongoing training should be provided to IT professionals to keep their skills up-to-date.
3. Encouraging innovation and entrepreneurship: The government should provide incentives for IT-related businesses to start and grow, and encourage innovation and entrepreneurship in the sector.
4. Government support: The government should provide consistent, effective support for IT initiatives, and take steps to address corruption and mismanagement in the sector.

Conclusion

South Africa has a lot of potential to become a leader in the IT sector, but it faces significant challenges that must be overcome. With the right investment, education, and government support, South Africa can build a strong, thriving IT sector that will benefit both the country and the world as a whole. It is time for the government and private sector to come together to address these challenges and unlock the potential of South Africa’s IT industry.

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South Africa has become an increasingly important market for smartphone manufacturers. As a result, it is now easier than ever to find high-quality smartphones at affordable prices. Vivo, one of the leading brands in the industry, has recently been making a name for itself in South Africa with its affordable, yet high-quality devices. In this article, we will be exploring some of the cheapest prices for Vivo phones in South Africa.

Vivo Y12s

The Vivo Y12s is one of the most affordable Vivo phones in South Africa. It comes with a 6.51-inch HD+ display and is powered by a MediaTek Helio P35 processor. The phone has 3GB of RAM and 32GB of internal storage, which can be expanded with a microSD card. The Y12s also comes with a 5000mAh battery, which is perfect for those who need their phone to last all day.

Vivo Y20s

Another affordable Vivo phone is the Y20s. It has a 6.51-inch HD+ display and is powered by a Snapdragon 460 processor. The phone has 4GB of RAM and 128GB of internal storage, which can also be expanded with a microSD card. The Y20s comes with a 5000mAh battery and supports 18W fast charging.

Vivo Y30

The Vivo Y30 is a mid-range device that offers great value for money. It comes with a 6.47-inch HD+ display and is powered by a MediaTek Helio P35 processor. The phone has 4GB of RAM and 128GB of internal storage, which can be expanded with a microSD card. The Y30 also has a 5000mAh battery and supports 10W fast charging.

Vivo Y51

The Vivo Y51 is another mid-range device that offers a great balance between price and performance. It comes with a 6.58-inch Full HD+ display and is powered by a Snapdragon 665 processor. The phone has 4GB of RAM and 128GB of internal storage, which can also be expanded with a microSD card. The Y51 comes with a 5000mAh battery and supports 18W fast charging.

Vivo phones offer great value for money in South Africa. The above models are just a few examples of the affordable options available. With their large batteries, fast charging, and decent specs, Vivo phones are a great choice for those who want a reliable device without breaking the bank. By considering the above models, you can find the best Vivo phone for your budget and needs HERE.

Who makes a Vivo phone?

Vivo Communication Technology Co. Ltd., commonly known as Vivo, is a Chinese multinational technology company that has become a household name for mobile phone users around the world. Founded in 2009, Vivo has quickly risen to become one of the top smartphone brands, offering a range of affordable and high-end phones that cater to various market segments.

Headquartered in Dongguan, Guangdong, China, Vivo has a global presence, with a network of research and development centers and manufacturing facilities across India, Indonesia, Vietnam, and Bangladesh. The company also has operations in countries such as Malaysia, Thailand, and the Philippines, among others.

Design and Development

Vivo’s design philosophy centers around innovation, user experience, and functionality. The company has invested heavily in research and development to create cutting-edge technologies that enhance the user experience. Some of the notable features that Vivo has introduced include in-display fingerprint scanners, pop-up cameras, and high-quality front-facing cameras for selfies.

The company’s product lineup ranges from affordable smartphones for the mass market to high-end models with top-of-the-line specs and features. Vivo also offers a range of smartphone accessories such as headphones, power banks, and phone cases.

Software and Online Services

Vivo has its own Android-based operating system, Funtouch OS, which is optimized for its smartphones. The operating system provides a smooth and seamless user experience, with features such as smart motion gestures and intelligent power-saving modes.

In addition to the operating system, Vivo also provides a suite of online services, including its own app store and cloud storage service. The company has also partnered with various content providers to offer a range of multimedia content such as music and video streaming services.

Conclusion

Vivo is a company that has made a name for itself in the highly competitive smartphone market by offering innovative designs, top-of-the-line specs, and affordable prices. With a focus on user experience and functionality, Vivo has become a go-to brand for users around the world. Whether you’re looking for a budget-friendly device or a high-end model with cutting-edge features, Vivo has a phone to suit your needs.

So the next time you wonder who makes a Vivo phone, remember that it’s the innovative team at Vivo Communication Technology Co. Ltd. who are constantly pushing the boundaries of what’s possible in mobile technology.