OpenAI’s latest AI model, code-named Orion, is reportedly set to debut by December, with limited access initially granted to a few corporate partners, according to sources. Unlike previous releases available broadly on ChatGPT, Orion will first be shared with select companies, including key partner Microsoft. Engineers at Microsoft are preparing to deploy Orion on Azure by November, suggesting early access could be imminent.
Although Orion is seen as the successor to GPT-4, OpenAI has yet to confirm if the model will officially carry the GPT-5 designation. Publicly, OpenAI has downplayed the reports, with CEO Sam Altman dismissing them as “fake news.” An OpenAI spokesperson later clarified that the company has “no plans to release a model code-named Orion this year,” but they confirmed a commitment to releasing new technology.
Sources indicate that Orion could be up to 100 times more powerful than GPT-4 and separate from OpenAI’s o1 reasoning model, launched in September. Orion’s development has likely involved synthetic data generated by o1, referred to internally as “Strawberry.” OpenAI celebrated completing Orion’s training last month, which coincides with a cryptic post by Altman hinting at the model’s arrival, mentioning his excitement for “winter constellations.”
Orion is expected to advance OpenAI’s goal of creating a model capable of artificial general intelligence (AGI), a significant leap from current large language models. The prospect of Orion has drawn speculation, both for its potential capabilities and its selective release strategy, signalling OpenAI’s commitment to carefully refining its technology for high-level applications.
China has launched a pilot program to expand foreign investment in its value-added telecom services sector, allowing foreign companies to wholly own businesses such as internet data centres and engage in online data and transaction processing. The initiative is being implemented in four key regions – Beijing’s national demonstration zone, Shanghai’s free trade zone, the Hainan Free Trade Port, and Shenzhen’s socialist modernisation pilot zone.
The program aims to align China’s telecom sector with high-standard international economic and trade rules, improve regulatory frameworks, and reduce market barriers for foreign investors. By opening up sectors like cloud computing and computing power services, China seeks to diversify market supply, boost innovation, and foster greater integration of digital technologies across industries.
In response to this initiative, companies like HSBC are preparing to participate, with HSBC Fintech Services applying for an internet content provider permit to enhance its digital services and business transformation. The Ministry of Industry and Information Technology (MIIT) has committed to monitoring the program’s effects, possibly expanding its scope based on its success. By improving the business environment and encouraging new business models, China is positioning itself as a more attractive destination for foreign investment in the telecommunications sector.
Presight and Colombia’s Ministry of Science, Technology, and Innovation have forged a significant partnership by signing a Memorandum of Understanding (MoU) in Abu Dhabi. The collaboration primarily focuses on advancing research and development in AI, data analytics, and innovation, particularly within emerging smart cities, energy transition, and climate action technologies.
To foster interaction among institutions in both regions, the partnership plans to organise seminars and conferences and establish mechanisms for technology transfer, thereby accelerating the adoption of AI and big data in Colombia. Consequently, this strategic alliance aligns with Colombia’s ambitions to enhance operational efficiency in smart cities while advancing its bioeconomy goals.
Furthermore, it represents a key step in Presight’s international expansion, reflecting Colombia’s desire to become a significant player in Latin America’s tech landscape. Leaders from both organisations have expressed their enthusiasm for this partnership.
It has been described as a milestone for advancing research and innovation in Colombia and the broader Latin American region. Additionally, the importance of the MoU in strengthening ties with the UAE has been emphasised, along with a commitment to ethical and sustainable AI initiatives. Together, Presight and Colombia aim to harness the potential of AI and big data to address pressing global challenges, thereby positioning themselves as leaders in innovation and technology in their respective regions.
Google has released SynthID Text, a watermarking tool designed to help developers identify AI-generated content. Available for free on platforms like Hugging Face and Google’s Responsible GenAI Toolkit, this open-source technology aims to improve transparency around AI-written text. It works by embedding subtle patterns into the token distribution of text generated by AI models without affecting the quality or speed of the output.
SynthID Text has been integrated with Google’s Gemini models since earlier this year. While it can detect text that has been paraphrased or modified, the tool does have limitations, particularly with shorter text, factual responses, and content translated from other languages. Google acknowledges that its watermarking technique may struggle with these formats but emphasises the tool’s overall benefits.
As the demand for AI-generated content grows, so does the need for reliable detection methods. Countries like China are already mandating watermarking of AI-produced material, and similar regulations are being considered in US, California. The urgency is clear, with predictions that AI-generated content could dominate 90% of online text by 2026, creating new challenges in combating misinformation and fraud.
Portuguese startup Sensei, specialising in contactless store technology, has secured €15 million in a Series A funding round led by BlueCrow Capital. The investment also saw participation from Lince Capital, Explorer Investments, Kamay Ventures, and existing backers like Metro AG and Techstars Ventures. This follows Sensei’s 2021 seed round of €5.4 million.
Sensei aims to establish 1,000 fully autonomous retail points by 2026, with current operations in Portugal, Spain, France, Italy, and Brazil. The company uses AI-powered sensors and computer vision to automate checkout, offering customers a seamless shopping experience and real-time store management for retailers.
As competition heats up in the contactless retail space, Sensei is up against major players like Standard Cognition, Trigo, and AiFi, which have raised substantial funds to develop similar technology.
Sui has announced a significant partnership with Google Cloud, which was made possible by ZettaBlock, to provide developers with real-time blockchain data access. This integration allows developers to harness Sui’s blockchain data through Google Cloud’s Pub/Sub service, facilitating new applications such as AI-powered fraud detection and dynamic gaming features. With the ability to access live data, AI models can function more effectively, improving the accuracy and speed of applications.
This move is expected to revolutionise online gaming. Real-time data from the blockchain will be able to impact gameplay, making experiences more interactive and responsive. ZettaBlock also plans to expand its platform, providing developers with even more tools to create innovative AI applications.
BlackRock, the world’s largest asset manager, has launched two new exchange-traded funds (ETFs) to provide investors with exposure to the rapidly growing market for AI. AI is predicted to have widespread applications across industries, and BlackRock sees it as a major force driving long-term investment opportunities.
The iShares A.I. Innovation and Tech Active ETF will focus on global AI and technology stocks, while the iShares Technology Opportunities Active ETF will invest in tech companies across various sectors, including semiconductors, software, and hardware. Both funds are designed to help investors capitalise on the increasing integration of AI into different industries.
Despite mixed demand for thematic ETFs recently, BlackRock‘s move reflects its confidence in AI’s potential. The company continues to believe AI will shape the future of industries from technology to financial services, offering unique investment opportunities.
Earlier this month, BlackRock reported record-high assets under management, boosted by a strong US stock market rally, further highlighting its successful strategy in the investment market.
The competition between Elon Musk and Mukesh Ambani is intensifying as they vie for dominance in India’s emerging satellite broadband market. After India’s government decided to allocate satellite spectrum administratively, rather than through auction, the stage is set for a fierce battle. Musk’s Starlink, which uses low-Earth orbit (LEO) satellites, is poised to enter the Indian market, while Ambani’s Reliance Jio has already partnered with Luxembourg-based SES, utilising medium-Earth orbit (MEO) satellites.
The stakes are high as satellite broadband promises to bring internet access to remote areas of India, helping to bridge the country’s digital divide. Both billionaires have taken opposing views on how the spectrum should be allocated, with Ambani pushing for an auction, while Musk argues for the administrative model, aligning with international standards. India’s telecom regulator has yet to announce spectrum pricing, but projections indicate that satellite internet could reach two million subscribers by 2025.
This rivalry underscores the vast potential of the Indian market, where nearly 40% of the population still lacks internet access. Both Musk and Ambani are vying to capture this untapped segment, but pricing will be critical, especially in a country where mobile data is among the cheapest globally. Analysts predict a price war, with Musk’s deep pockets potentially giving Starlink a competitive edge, though challenges remain due to Starlink’s higher costs compared to local providers.
Qualcomm has announced a partnership with Google to create advanced AI tools for the automotive industry. This collaboration will allow automakers to develop customised voice assistants without relying on a driver’s mobile phone. Qualcomm’s expertise in chips and Google’s Android Automotive OS will be merged to provide a seamless experience for vehicle computing systems.
The Android Automotive OS, distinct from Google’s Android Auto, powers internal vehicle systems instead of simply mirroring apps from smartphones. Automakers will be able to personalise their AI voice assistants using this technology, offering features independent of phone connectivity. Qualcomm highlighted that this shift in strategy with Google aims to eliminate confusion for automakers by streamlining their services.
Qualcomm also launched two new chips designed to enhance driving experiences. The Snapdragon Cockpit Elite will focus on powering dashboards, while the Snapdragon Ride Elite will support autonomous driving systems. These innovations build on Qualcomm’s growing presence in the automotive sector, which includes partnerships with companies like General Motors.
Mercedes-Benz plans to integrate the Snapdragon Cockpit Elite chip into future models, though the exact timing and vehicle models remain undisclosed. Qualcomm continues to expand its influence in automotive technology, further positioning itself as a key player in the industry’s digital transformation.
Anthropic, the AI startup backed by Alphabet and Amazon, has launched updated AI models with a new feature designed to automate computer tasks, reducing the need for human interaction. The company’s latest innovation allows AI to perform actions like moving the mouse, clicking, and typing, simplifying complex tasks for software developers. This capability brings Anthropic closer to creating AI agents that can handle multi-step processes, a significant advancement beyond traditional chatbots.
The new feature, included in Anthropic’s mid-tier Claude 3.5 Sonnet model, is tailored to help developers with tasks like coding and even navigating programs like Google Search or Apple Maps. While it shows promise, the company has implemented safeguards to prevent misuse, such as spam or election interference. Anthropic continues to seek feedback from businesses to refine the tool and is exploring how to make it available to consumers in the future.
Anthropic’s Chief Science Officer, Jared Kaplan, demonstrated the potential of this AI to automate workflows, while Instagram co-founder Mike Krieger, now Anthropic’s chief product officer, expressed excitement about further advancing the technology to fully automate tasks like booking flights.
