OpenAI to Allow Mature Content on ChatGPT for Age-Verified Adults

OpenAI will permit mature content on its ChatGPT platform for users who verify their age, starting in December 2025. CEO Sam Altman announced this change, which aligns with the organisation's principle of treating adult users as adults.

Credit: OpenAI

Altman noted that ChatGPT had been made quite restrictive to handle mental health issues carefully. This approach, however, made the chatbot less useful and enjoyable for many users without such concerns.

Credit: OpenAI

The organisation has since developed new tools and mitigated mental health issues. Altman stated that OpenAI plans to safely relax restrictions in most cases, making the platform more versatile.

In the coming weeks, OpenAI will also release a ChatGPT version that allows individuals to dictate the chatbot's tone and personality. Users can request responses that are human-like, use many emoji, or act as a friend, but only if they desire these characteristics.

This development follows Meta's recent announcement of a new system designed to limit content for users under 18 on Instagram and its generative AI tools. Meta's filters are inspired by the PG-13 movie rating system.

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• OpenAI will allow mature content on ChatGPT for age-verified users.

• This feature is scheduled to roll out in Dec.

• The change aims to relax restrictions previously implemented for mental health considerations.

Source: REUTERS

China Mobile Aims to Triple AI Computing Power with Homegrown Chips by 2028

State-owned telecom giant China Mobile announced plans to exclusively use homegrown chips for its artificial intelligence computing network by 2028. This move aims to triple China Mobile's AI computing power, accelerating China’s drive for AI leadership and reducing reliance on foreign technology.

Credit: China Mobile

Chairman Yang Jie outlined this ambitious target at the company’s Global Partners Conference in Guangzhou on Saturday. He stated the telco plans to double its investment in AI.

China Mobile also intends to explore constructing a computing cluster with 100,000 graphics processing units, known as GPUs. This would bring its national total to 100 EFLOPS of AI computing power.

An EFLOP, a unit of computing speed, equals one quintillion floating-point operations per second. This unit rates the performance of the world’s most powerful supercomputers.

Using an industry standard of FP16, China Mobile would effectively triple its total AI computing power. At the end of 2024, its power stood at 29.2 EFLOPS at FP16.

FP16, also known as half-precision floating-point format, is a computer number format. It uses 16 bits of memory, half the standard 32 bits.

Yang said, "Human society has fully entered the ‘AI Plus’ era, with AI as the core engine of new productive forces." He added, "Artificial intelligence will not replace humans, but will instead handle repetitive and rule-based work, while humans will continue to lead in emotion, creativity, and moral judgement."

Credit: China Mobile

China Mobile plays a key role in China’s AI infrastructure push. As of the end of 2024, it accounted for 6.4% of the country’s total computing power.

The state-owned enterprise also plays a central role in the government’s “East Data West Computing” project, launched in 2022. This scheme seeks to integrate the country’s computing resources.

Under the scheme, data generated on the country’s more densely populated east coast is transported. It then goes to more energy-abundant inland regions for processing.

As of April, China Mobile had established more than 21 AI data centres across the country. Some of these centres, located in Hohhot and Harbin, have over 10,000 GPUs.

Beijing, which wants to build computing self-reliance in the face of US restrictions on advanced semiconductors, has emphasised the need for greater coordination and supply of computing resources as part of its “AI Plus” national strategy, unveiled in late August. This is part of its “AI Plus” national strategy, unveiled in late August.

The capital wants to build computing self-reliance amid US restrictions on advanced semiconductors. Accelerating AI infrastructure buildout is also expected to be a major theme in China’s 15th five-year plan in 2026.

As of May, the US led the world with approximately 75% of global AI computing power. China held second place with 15%, according to US research institute Epoch AI.

China Mobile’s latest initiative is part of its own “AI Plus” strategy. This aims to support large-scale commercial AI adoption domestically.

The strategy also seeks to support the export of AI capabilities internationally. This is particularly focused on the global south.

The state-owned enterprise, listed in Shanghai and Hong Kong, is the largest telecom operator in the world. It serves more than 1 billion customers.

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• China Mobile plans to triple its AI computing power to 100 EFLOPS by 2028.

• The telecom giant intends to use only homegrown chips for this expansion.

• This initiative supports China's goal for AI leadership and reduced reliance on foreign technology.

Source: SCMP

TP-Link Demonstrates First Wi-Fi 8 Connection, Highlighting Future Reliability

TP-Link, a global networking brand, announced a major milestone by demonstrating its first Wi-Fi 8 connection. This achievement marks a significant step in the development of ultra-reliable wireless connectivity.

Credit: TP-Link

The new wireless networking standard, also known as IEEE 802.11bn and dubbed Ultra High Reliability, focuses primarily on enhancing reliability. It aims to improve effective throughput and reduce network latency.

Credit: TP-Link

Wi-Fi 8 will enable wireless access points to better manage signal interference and more effectively share radio frequency spectrum. This new standard, which will eventually supersede Wi-Fi 7, focuses primarily on reliability, while Wi-Fi 7 currently offers higher speeds, better throughput, and stronger coverage.

Other anticipated features for Wi-Fi 8 include a longer signal range and a reduction in interference. This applies to Wi-Fi, Bluetooth, Zigbee, and Ultra-wideband technologies used within the same device, such as a smartphone, potentially boosting overall performance.

Credit: TP-Link

TP-Link Systems Inc., a leading brand in consumer and business networking products, successfully demonstrated Wi-Fi 8 connectivity. This was achieved by transmitting data using a prototype device developed through a joint industry partnership.

The test validated both the Wi-Fi 8 beacon and data throughput, confirming the technology's viability. This marks a critical milestone in the new standard’s development, which will eventually supersede Wi-Fi 7.

Credit: TP-Link

Wi-Fi 8 technology is expected to deliver the next generation of ultra-reliable wireless networking. This addresses industry and consumer demands for use with bandwidth-intensive applications and devices.

Through ongoing collaboration with its ecosystem partners, TP-Link says it’s dedicated to advancing technologies. This aims to shape the next era of wireless connectivity, offering users unprecedented speed, stability, and reliability.

According to the IEEE, the Wi-Fi 8 standard is not expected to receive its final standards approval until late 2028.

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• TP-Link demonstrated its first Wi-Fi 8 connection using a prototype device developed through a joint industry partnership.

• Wi-Fi 8, known as IEEE 802.11bn or Ultra High Reliability, prioritises improved reliability, effective throughput, and reduced network latency.

• The new standard is expected to offer a longer signal range and reduced interference among various wireless technologies within devices.

Source: FORBES