logo
Apple Visionary Bill Atkinson Dies at Age 74

Apple Visionary Bill Atkinson Dies at Age 74

Web Release10-06-2025
Bill Atkinson, a pioneering figure in Apple's early history, has died at the age of 74 due to pancreatic cancer. His passing was announced by his family on Facebook, prompting tributes from across the tech world. As Apple employee number 51, Atkinson made lasting contributions that helped shape the personal computing revolution.
During his time at Apple, Atkinson worked on several groundbreaking projects. He was instrumental in the development of the Macintosh, contributing not only code but also creative ideas that defined the user experience. Moreover, he played key roles in creating the Lisa computer and QuickDraw, a graphics engine that became fundamental to Apple's graphical interface. He also developed the Magic Slate, an early touch interface that foreshadowed the iPad, and HyperCard, a software tool often seen as a conceptual predecessor to the World Wide Web.
A Legacy of Innovation and Creativity
Atkinson's impact on Apple and the broader tech world cannot be overstated. His work not only influenced future products but also shaped how people interact with computers today. HyperCard, for instance, introduced concepts like linking between cards, which anticipated the hyperlinking used on the internet. This made Atkinson not just a skilled engineer, but also a visionary who saw the potential of technology before others did.
Although he eventually left Apple, Atkinson remained deeply creative. After his time in Silicon Valley, he turned to nature photography. This new passion reflected his lifelong appreciation for beauty and precision. When he was diagnosed with cancer in 2023, he acknowledged the richness of his life, writing that he had 'already led an amazing and wonderful life.'
Tributes from the Tech Community
Following the announcement of his death, tributes poured in from prominent voices in the tech industry. Apple CEO Tim Cook praised him as 'a true visionary whose creativity, heart, and groundbreaking work on the Mac will forever inspire us.' Additionally, technology writer John Gruber said that Atkinson 'may well have been the best computer programmer who ever lived.'
While his physical presence is gone, Atkinson's influence endures in every touchscreen swipe, intuitive interface, and link we click.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Apple's AI push to feature robotic operating systems
Apple's AI push to feature robotic operating systems

Tahawul Tech

timean hour ago

  • Tahawul Tech

Apple's AI push to feature robotic operating systems

Apple, in a bid to close the gap on its rivals, is planning to up its AI output by launching multiple new devices including a tabletop robot equipped with an updated version of Siri. Bloomberg reported Apple's tabletop robot is the centrepiece of the tech giant's evolving AI strategy. The robot is scheduled for a launch or unveiling in 2027 and will include a new version of the Siri voice assistant which can take part in conversations between multiple people. The news agency reported the 'robot resembles an iPad mounted on a moveable limb' to allow it to swivel towards speakers in a room. It could also include FaceTime calls which allows the robot to face people when they speak, with iPhone remote control functions also reportedly being trialled. Bloomberg reported the robot is being designed to interact with users by contributing to conversations or suggesting restaurants. Apple is using OpenAI's ChatGPT and Google's Gemini AI models to build and test features during the robot's development. A revamped Siri is part of the robot's operating system, designed to give it a personality to appear more lifelike. Sound and vision The news agency reported a smart speaker with a display could be available in 2026 as part of Apple's move into entry-level smart home products. Bloomberg's unnamed sources also said Apple is developing cameras for its own security system which can automate household functions. In addition to boosting Apple's AI capabilities, the products are being developed to make its 'product ecosystem stickier with consumers', the news agency explained. Apple's engineers are also developing new version of Siri, codenamed Linwood, which is being built on generative AI large language models. Bloomberg reported it is based on technology developed by the Apple Foundation Models team. The new Siri software could be released in the first half of 2026 along with a redesigned assistant for iPhones and iPads. Bloomberg reported Apple's approach to AI-enabled hardware could change going forward and noted it is dependent on continued progress of its related software. Source: Mobile World Live Image Credit: Apple

Samsung Shifts Laptop Production to India
Samsung Shifts Laptop Production to India

Arabian Post

time2 hours ago

  • Arabian Post

Samsung Shifts Laptop Production to India

Samsung has commenced local production of laptops in India, marking a significant shift in its manufacturing strategy. The move follows growing trends in the global tech industry, where companies are increasingly decentralising their manufacturing to cater to regional markets and mitigate supply chain risks. The tech giant's decision to set up its laptop assembly line in India comes as part of a broader push to diversify its production capabilities and tap into the country's emerging manufacturing ecosystem. The new facility, which is located in Noida, is expected to meet rising demand for Samsung laptops in India and other parts of Asia. The plant will focus on assembling a range of models, from entry-level to premium devices, with an emphasis on enhancing the supply of high-performance laptops. By doing so, Samsung aims to capitalise on the Indian government's incentive schemes aimed at boosting local manufacturing and creating jobs in the sector. India has become an increasingly attractive destination for global manufacturers due to its robust infrastructure, competitive labour costs, and a growing pool of skilled engineers and technicians. Samsung's decision to invest in local laptop production highlights the country's status as a strategic hub for tech companies looking to scale operations. The move also aligns with the Indian government's vision of becoming a global manufacturing leader under the 'Make in India' initiative, which encourages foreign companies to establish production bases in the country. ADVERTISEMENT The South Korean company has been investing heavily in India over the past few years, with a significant focus on expanding its footprint in consumer electronics, particularly smartphones. The expansion of laptop production further strengthens its position in the Indian market, where the demand for personal computing devices has been steadily increasing. India, with its young population and rapid digitalisation, presents a lucrative market for tech companies. By establishing local manufacturing units, Samsung can not only meet this demand more effectively but also potentially lower the cost of its devices by reducing import duties and other logistical expenses. Samsung's Noida plant will be equipped with advanced manufacturing technology, allowing the company to ensure that its laptops meet international quality standards. The facility is expected to produce several million units annually, with an eye on both the domestic and export markets. This localisation strategy is expected to significantly cut down on shipping costs and delivery times, giving Samsung a competitive edge over other international brands that continue to import their devices into the country. The move comes at a time when India is becoming increasingly attractive to global technology firms. Companies like Apple, Dell, and HP have already ramped up their manufacturing presence in India in recent years. India's well-established electronics sector, supported by the government's push to improve infrastructure and streamline regulatory processes, has led to a surge in foreign direct investment in the country's tech manufacturing ecosystem. Samsung's expansion into laptop production also reflects the growing importance of India in the global supply chain. The country's status as a low-cost production base, combined with its large consumer market, makes it an attractive location for companies looking to avoid the risks associated with heavy dependence on single countries, such as China. By shifting some of its manufacturing operations to India, Samsung can reduce its exposure to potential disruptions in China, which has long been the dominant player in global electronics manufacturing. This shift is also likely to have broader implications for the Indian tech industry. With global giants like Samsung setting up local production lines, it is expected that the country will see an increase in the number of skilled jobs in the tech sector. Additionally, the growing demand for locally manufactured devices may spur innovation in the country's tech ecosystem, encouraging the development of homegrown talent and technologies. This would not only strengthen India's position as a manufacturing hub but also lay the foundation for the growth of its own tech startups.

THE GHOST OF NOKIA HAUNTS INTEL: CAN THE CHIP GIANT AVOID A SIMILAR FATE?
THE GHOST OF NOKIA HAUNTS INTEL: CAN THE CHIP GIANT AVOID A SIMILAR FATE?

Emirates 24/7

time10 hours ago

  • Emirates 24/7

THE GHOST OF NOKIA HAUNTS INTEL: CAN THE CHIP GIANT AVOID A SIMILAR FATE?

In a rapidly changing economic landscape, there is no room for stasis. Even technology giants are not immune to the harsh reality of change. Innovation is the only ticket to survival. But what happens when a behemoth like Intel stumbles? Is the company destined to repeat the tragic story of Nokia, the one-time king of mobile phones that collapsed almost overnight? At its peak, Nokia dominated the global mobile phone market, controlling half of it. However, its refusal to embrace the nascent Android operating system, its stubborn adherence to its own Symbian OS, and its later pivot to Windows Mobile revealed a pattern of inflexibility and a failure to adapt to fundamental market shifts. Between 2007 and 2013, Nokia lost almost everything. The company ignored the rise of touchscreen smartphones and underestimated the crucial role of third-party apps in attracting users. Despite being widely considered "too big to fail," Nokia's fall was spectacular. While the Nokia name still exists today through a limited number of Android-based devices, it has never recovered its former glory. It serves as a stark reminder that arrogance and stagnation can bring down any entity, no matter its size. Intel on a Perilous Path Intel's history is filled with success; for decades, it has been the bedrock of the processor industry. However, recent years have shown signs of decline. The company has suffered from a series of misguided technical decisions, such as the flawed Netburst architecture in its Pentium 4 processors, which was plagued by performance and overheating issues. This was followed by the failed Itanium project and the Larrabee graphics card initiative, which was shuttered before it ever saw the light of day. According to tech analyst Sydney Butler, Intel has not learned from its past failures. Instead, it has become overly cautious, trying to avoid mistakes by avoiding risk altogether. Butler considers this 'the greatest mistake' on its current trajectory. The Severest Blow Intel's failure to rapidly update its architectural structure led to Apple's strategic decision to develop its own ARM-based processors. With that move, Intel lost one of its most critical clients. Now, Intel faces the risk of losing its customers in the PC market as well. Microsoft has partnered with Qualcomm to produce ARM-based processors for laptops. If Qualcomm can improve its performance to rival Apple's chips, other PC manufacturers may abandon Intel. ARM processors are known for their lower power consumption and reduced heat generation, which minimizes the need for expensive cooling technologies. However, this transition would require extensive efforts from developers to re-engineer applications for the new architecture, moving away from the x86 architecture that Intel provides development kits for. Similarly, Windows itself would need to adopt Intel's new architectures as expected. A Leadership Crisis A new crisis has been added to Intel's woes: this time, a leadership one involving its new CEO, Lip-Bu Tan. In March, Tan took the helm, but he was soon accused of having ties to Chinese military-affiliated companies, a matter that has caused widespread concern among U.S. politicians. Republican Senator Tom Cotton sent a letter to Intel's board, alleging that Tan holds stakes in companies with Chinese military ties and accusing him of participating in a breach of U.S. export controls during his time leading Cadence Design Systems. This was followed by a direct call from President Donald Trump on his Truth Social platform for Tan's immediate dismissal. The company's stock subsequently dropped by 3% in a single day, despite a positive performance by other technology stocks. Is There Salvation? Between erratic technical decisions, a lack of innovation, client loss, and leadership crises, Intel stands at a critical crossroads. It must either reinvent itself and reclaim its leadership role in the processor sector or join Nokia in the ranks of fallen giants. The question is no longer whether Intel can fall, but whether it can survive the final blow. The tech world is unforgiving. It operates like a high-speed train, crushing anyone who fails to keep up. Will Intel manage to survive beneath its wheels?

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store