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On June 7, according to Alternative data, the cryptocurrency Fear and Greed Index today stands at 12 (unchanged from yesterday), indicating that market sentiment continues to be in 'extreme fear'. Note: The fear index ranges from 0 to 100 and includes indicators such as volatility (25%), market trading volume (25%), social media activity (15%), market surveys (15%), Bitcoin's dominance in the market (10%), and Google Trends analysis (10%).

[Crypto Fear Index Reports 12, Market Remains in 'Extreme Fear']On June 7, according to Alternative data, the cryptocurrency Fear and Greed Index today stands at 12 (unchanged from yesterday), indicating that market sentiment continues to be in 'extreme fear'. Note: The fear index ranges from 0 to 100 and includes indicators such as volatility (25%), market trading volume (25%), social media activity (15%), market surveys (15%), Bitcoin's dominance in the market (10%), and Google Trends analysis (10%).

Crypto Fear Index Reports 12, Market Remains in 'Extreme Fear'

According to monitoring by Dongcha Beating, OpenAI is preparing for the largest upgrade of ChatGPT since its launch, seeking new growth engines before going public. OpenAI intends to transform ChatGPT into a 'super app' by integrating programming tools and AI agents, adding several new products that executives believe could generate higher revenue. According to more than a dozen current and former employees, these adjustments are part of OpenAI's overall restructuring plan. OpenAI is reallocating resources to aggressively pursue high-profit enterprise clients and intensify competition with rivals like Anthropic. This adjustment will enhance the status of OpenAI's programming product Codex and increase resource investment, reflecting a growing consensus within the company that the future of artificial intelligence is not merely chatbots that answer questions, but intelligent agents capable of performing tasks for users.

[OpenAI to Significantly Upgrade ChatGPT into a 'Super App', Integrating Programming Tools and AI Agents]According to monitoring by Dongcha Beating, OpenAI is preparing for the largest upgrade of ChatGPT since its launch, seeking new growth engines before going public. OpenAI intends to transform ChatGPT into a 'super app' by integrating programming tools and AI agents, adding several new products that executives believe could generate higher revenue. According to more than a dozen current and former employees, these adjustments are part of OpenAI's overall restructuring plan. OpenAI is reallocating resources to aggressively pursue high-profit enterprise clients and intensify competition with rivals like Anthropic. This adjustment will enhance the status of OpenAI's programming product Codex and increase resource investment, reflecting a growing consensus within the company that the future of artificial intelligence is not merely chatbots that answer questions, but intelligent agents capable of performing tasks for users.

OpenAI to Significantly Upgrade ChatGPT into a 'Super App', Integrating Programming Tools and AI Agents

According to monitoring by Beating, AI startup Boson AI has released the weights for its autoregressive text-to-speech (TTS) model Higgs Audio v3 TTS. The model is built on the Qwen3-4B foundation with approximately 4 billion parameters, specifically optimized for streaming interactions of real-time voice agents. It supports streaming synthesis even before the text is fully generated, reducing latency in real-time voice conversations. Higgs Audio v3 TTS supports over 100 languages and dialects, achieving a single-digit word error rate on test sets such as Seed-TTS, CV3, and MiniMax-Multilingual. The model supports zero-shot voice cloning and allows for the direct embedding of over 20 emotions and various inline control tags (including tone, speech rate, pitch, pauses, as well as effects like coughing, sighing, and laughter) in the input text for highly controllable vocal expressiveness. Boson AI has collaborated with the LMSYS team to optimize the end-to-end serving performance of Higgs Audio v3 TTS on the SGLang-Omni inference framework. Testing on an H100 GPU achieved a single concurrent real-time factor (RTF) of 0.147. The weights have been made publicly available on Hugging Face under a non-commercial research license.

[Boson AI Releases Open Source 4B Audio Model Higgs Audio v3 with Streaming Emotion Control]According to monitoring by Beating, AI startup Boson AI has released the weights for its autoregressive text-to-speech (TTS) model Higgs Audio v3 TTS. The model is built on the Qwen3-4B foundation with approximately 4 billion parameters, specifically optimized for streaming interactions of real-time voice agents. It supports streaming synthesis even before the text is fully generated, reducing latency in real-time voice conversations. Higgs Audio v3 TTS supports over 100 languages and dialects, achieving a single-digit word error rate on test sets such as Seed-TTS, CV3, and MiniMax-Multilingual. The model supports zero-shot voice cloning and allows for the direct embedding of over 20 emotions and various inline control tags (including tone, speech rate, pitch, pauses, as well as effects like coughing, sighing, and laughter) in the input text for highly controllable vocal expressiveness. Boson AI has collaborated with the LMSYS team to optimize the end-to-end serving performance of Higgs Audio v3 TTS on the SGLang-Omni inference framework. Testing on an H100 GPU achieved a single concurrent real-time factor (RTF) of 0.147. The weights have been made publicly available on Hugging Face under a non-commercial research license.

Boson AI Releases Open Source 4B Audio Model Higgs Audio v3 with Streaming Emotion Control

According to monitoring by Dongcha Beating, JetBrains has open-sourced the 12B code mixed expert model Mellum-2, aimed at software engineering. Mellum-2 has a total parameter count of 12 billion, with only 2.5 billion parameters activated per token to control inference overhead. Currently, all weights have been released on Hugging Face under the Apache 2.0 license. The architecture of Mellum-2 introduces a multi-token prediction (MTP) module. During the pre-training phase, the MTP module is trained with auxiliary objectives to optimize representations. During inference, the MTP head acts as a built-in draft model for speculative sampling to accelerate generation, eliminating the need for an external independent small model, and can be directly stripped before production deployment. Mellum-2 employs a grouped query attention (GQA) mechanism with 32 query heads and 4 KV heads, and applies a sliding window attention (SWA) mechanism with a window size of 1024 in three-quarters of its layers, controlling KV cache overhead while achieving a 128K context window through layer-selective YaRN expansion. JetBrains positions Mellum-2 as a focal model in local IDEs or agent workflows, specifically designed for low-latency scenarios such as routing, retrieval, and sub-task validation, rather than directly replacing large-scale frontier models. Mellum-2 is available in three versions: Base, Instruct, and Thinking. The Thinking version, trained with rule-based verification reinforcement learning (RLVR), can display explicit reasoning chains before outputting final answers. In benchmark tests, the Base version scored 41.46% on HumanEval and achieved a 70.87% accuracy on MMLU. The Thinking version scored 69.9% on LiveCodeBench and 58.4% on AIME.

[JetBrains Open Sources Mellum-2 Code Model: Built-in MTP Head Supports Speculative Decoding Acceleration]According to monitoring by Dongcha Beating, JetBrains has open-sourced the 12B code mixed expert model Mellum-2, aimed at software engineering. Mellum-2 has a total parameter count of 12 billion, with only 2.5 billion parameters activated per token to control inference overhead. Currently, all weights have been released on Hugging Face under the Apache 2.0 license. The architecture of Mellum-2 introduces a multi-token prediction (MTP) module. During the pre-training phase, the MTP module is trained with auxiliary objectives to optimize representations. During inference, the MTP head acts as a built-in draft model for speculative sampling to accelerate generation, eliminating the need for an external independent small model, and can be directly stripped before production deployment. Mellum-2 employs a grouped query attention (GQA) mechanism with 32 query heads and 4 KV heads, and applies a sliding window attention (SWA) mechanism with a window size of 1024 in three-quarters of its layers, controlling KV cache overhead while achieving a 128K context window through layer-selective YaRN expansion. JetBrains positions Mellum-2 as a focal model in local IDEs or agent workflows, specifically designed for low-latency scenarios such as routing, retrieval, and sub-task validation, rather than directly replacing large-scale frontier models. Mellum-2 is available in three versions: Base, Instruct, and Thinking. The Thinking version, trained with rule-based verification reinforcement learning (RLVR), can display explicit reasoning chains before outputting final answers. In benchmark tests, the Base version scored 41.46% on HumanEval and achieved a 70.87% accuracy on MMLU. The Thinking version scored 69.9% on LiveCodeBench and 58.4% on AIME.

JetBrains Open Sources Mellum-2 Code Model: Built-in MTP Head Supports Speculative Decoding Acceleration

According to monitoring by Dongcha Beating, Clive Chan, an early member of OpenAI's chip development team and the company's second hardware employee, has announced his departure from OpenAI to join Anthropic this week, where he will work on custom chips and hardware-software co-design. Chan expressed pride in witnessing the team's growth into a leading chip design force over the past two and a half years. While he could not disclose further details about the chips, he noted that, based on the collaboration previously announced between OpenAI and Broadcom, the custom chip project is scheduled to enter production in the second half of 2026. The reason for Chan's departure was the irresistible allure of 'climbing new heights from scratch.' Before joining OpenAI, Chan was involved in the development of the Dojo supercomputer at Tesla.

[OpenAI Hardware Employee Clive Chan Joins Anthropic for Custom Chip Development]According to monitoring by Dongcha Beating, Clive Chan, an early member of OpenAI's chip development team and the company's second hardware employee, has announced his departure from OpenAI to join Anthropic this week, where he will work on custom chips and hardware-software co-design. Chan expressed pride in witnessing the team's growth into a leading chip design force over the past two and a half years. While he could not disclose further details about the chips, he noted that, based on the collaboration previously announced between OpenAI and Broadcom, the custom chip project is scheduled to enter production in the second half of 2026. The reason for Chan's departure was the irresistible allure of 'climbing new heights from scratch.' Before joining OpenAI, Chan was involved in the development of the Dojo supercomputer at Tesla.

OpenAI Hardware Employee Clive Chan Joins Anthropic for Custom Chip Development

According to monitoring by Beating, White House AI policy advisor Sriram Krishnan has announced that he will voluntarily step down from his position at the end of June this year. Krishnan has served since January 2025 in the Trump administration as a senior policy advisor on artificial intelligence, closely collaborating with AI and cryptocurrency mogul David Sacks. After completing approximately 18 months in office and taking a brief break, he plans to establish a new policy and technology agency that will recruit engineers to continue supporting the U.S. government's and allies' AI initiatives in critical areas such as energy, data centers, and broader policy. During his tenure, Krishnan assisted in advancing several core AI initiatives of the Trump administration. Key achievements include designing and publishing the American AI Action Plan (released in July 2025), promoting the 'AI Accelerate Partnership' aimed at enhancing the global competitiveness of U.S. AI technology, drafting the recently signed Presidential Executive Order on the National AI Policy Framework (which also serves as the basis for this year's legislative collaboration with Congress), and actively advocating for and promoting the U.S. AI tech stack at AI summits in countries like France and India, as well as during state visits. Krishnan immigrated to the U.S. from India in 2007 and joined Microsoft, becoming a general partner at Andreessen Horowitz (a16z) in 2020. His appointment faced attacks from far-right figures like Laura Loomer due to his immigrant background, but he received broad support from both parties and Silicon Valley figures. In May of this year, Trump publicly praised his contributions to enhancing U.S. advanced chip manufacturing during the swearing-in ceremony of the new Federal Reserve Chair. Krishnan's departure comes at a time of adjustment for White House AI policy. In response to cybersecurity threats posed by cutting-edge models like Anthropic's Mythos, White House officials have recently pushed for stricter security measures, leading to the latest executive order signed by Trump this week. During the policy-making process, David Sacks advocated for a deregulatory stance, persuading Trump to withdraw a draft requiring AI companies to share cutting-edge models with the government 90 days prior to release, ultimately shortening that deadline to 30 days.

[White House AI Policy Advisor Sriram Krishnan to Depart by End of June to Establish New Agency Supporting Government AI Initiatives]According to monitoring by Beating, White House AI policy advisor Sriram Krishnan has announced that he will voluntarily step down from his position at the end of June this year. Krishnan has served since January 2025 in the Trump administration as a senior policy advisor on artificial intelligence, closely collaborating with AI and cryptocurrency mogul David Sacks. After completing approximately 18 months in office and taking a brief break, he plans to establish a new policy and technology agency that will recruit engineers to continue supporting the U.S. government's and allies' AI initiatives in critical areas such as energy, data centers, and broader policy. During his tenure, Krishnan assisted in advancing several core AI initiatives of the Trump administration. Key achievements include designing and publishing the American AI Action Plan (released in July 2025), promoting the 'AI Accelerate Partnership' aimed at enhancing the global competitiveness of U.S. AI technology, drafting the recently signed Presidential Executive Order on the National AI Policy Framework (which also serves as the basis for this year's legislative collaboration with Congress), and actively advocating for and promoting the U.S. AI tech stack at AI summits in countries like France and India, as well as during state visits. Krishnan immigrated to the U.S. from India in 2007 and joined Microsoft, becoming a general partner at Andreessen Horowitz (a16z) in 2020. His appointment faced attacks from far-right figures like Laura Loomer due to his immigrant background, but he received broad support from both parties and Silicon Valley figures. In May of this year, Trump publicly praised his contributions to enhancing U.S. advanced chip manufacturing during the swearing-in ceremony of the new Federal Reserve Chair. Krishnan's departure comes at a time of adjustment for White House AI policy. In response to cybersecurity threats posed by cutting-edge models like Anthropic's Mythos, White House officials have recently pushed for stricter security measures, leading to the latest executive order signed by Trump this week. During the policy-making process, David Sacks advocated for a deregulatory stance, persuading Trump to withdraw a draft requiring AI companies to share cutting-edge models with the government 90 days prior to release, ultimately shortening that deadline to 30 days.

White House AI Policy Advisor Sriram Krishnan to Depart by End of June to Establish New Agency Supporting Government AI Initiatives

On June 7, Grayscale submitted an S-1 registration statement to the U.S. Securities and Exchange Commission (SEC) on June 5, planning to launch the Grayscale Canton ETF. According to the disclosure, the Grayscale Canton ETF is a spot ETF, with specific product details yet to be announced.

[Grayscale Submits Registration Application for Canton ETF]On June 7, Grayscale submitted an S-1 registration statement to the U.S. Securities and Exchange Commission (SEC) on June 5, planning to launch the Grayscale Canton ETF. According to the disclosure, the Grayscale Canton ETF is a spot ETF, with specific product details yet to be announced.

Grayscale Submits Registration Application for Canton ETF

On June 7, 'New Stock Guru' Serenity published an article sharing his investment methodology, stating that his investment style essentially belongs to discretionary investing. The core focus is on discovering industry trends that the market has not yet reached a consensus on, combining real-world observations, industry research, and revenue forecasts for high-confidence projections. 
Serenity used Raspberry Pi (RPI) as an example, indicating that while most investors still view it as an educational and DIY hardware, he observed an increasing number of developers starting to use Raspberry Pi and Apple Mac Mini to deploy AI applications, validating this trend through online tutorials, and ultimately concluding that AI would become a new growth engine for companies. Subsequently, the company's financial report showed a 58% year-on-year revenue growth, significantly exceeding the market's previous growth expectation of 14%. 
Discussing the investment case of AXT (AXTI), Serenity stated that his judgment was based on research of the indium phosphide (InP) substrate supply chain and expectations of a photonics supercycle. At that time, the market generally believed that the related market size was limited, but he believed that AXT held about 40% of the InP supply chain share, possessing a critical bottleneck position, thus its long-term value was severely underestimated. Following this, Goldman Sachs and related industry chain companies successively released research and performance data that validated some of his views. 
Regarding X-FAB (XFAB), Serenity mentioned that it is currently still in the 'projection validation stage.' Although the market generally does not view it as a photonics company, he found in government documents, ASE data, and industry chain information that the company is becoming an important player, and Nvidia is evaluating its related capabilities. He will continue to observe in the coming months to see if more evidence validates this investment logic. 
Serenity stated that many current investment opportunities arise from a comprehensive inference of fragmented information, real trends, and industry changes, rather than just traditional valuation models. He believes that investing is essentially a process of combining long-accumulated industry knowledge, life experience, and market analysis. While high-confidence projections may sometimes be wrong, they are often a significant source of excess returns.

[New Stock Guru Serenity Shares Investment Methodology: Discovering Trends Not Yet Recognized by the Market Rather Than Following Consensus]On June 7, 'New Stock Guru' Serenity published an article sharing his investment methodology, stating that his investment style essentially belongs to discretionary investing. The core focus is on discovering industry trends that the market has not yet reached a consensus on, combining real-world observations, industry research, and revenue forecasts for high-confidence projections. 
Serenity used Raspberry Pi (RPI) as an example, indicating that while most investors still view it as an educational and DIY hardware, he observed an increasing number of developers starting to use Raspberry Pi and Apple Mac Mini to deploy AI applications, validating this trend through online tutorials, and ultimately concluding that AI would become a new growth engine for companies. Subsequently, the company's financial report showed a 58% year-on-year revenue growth, significantly exceeding the market's previous growth expectation of 14%. 
Discussing the investment case of AXT (AXTI), Serenity stated that his judgment was based on research of the indium phosphide (InP) substrate supply chain and expectations of a photonics supercycle. At that time, the market generally believed that the related market size was limited, but he believed that AXT held about 40% of the InP supply chain share, possessing a critical bottleneck position, thus its long-term value was severely underestimated. Following this, Goldman Sachs and related industry chain companies successively released research and performance data that validated some of his views. 
Regarding X-FAB (XFAB), Serenity mentioned that it is currently still in the 'projection validation stage.' Although the market generally does not view it as a photonics company, he found in government documents, ASE data, and industry chain information that the company is becoming an important player, and Nvidia is evaluating its related capabilities. He will continue to observe in the coming months to see if more evidence validates this investment logic. 
Serenity stated that many current investment opportunities arise from a comprehensive inference of fragmented information, real trends, and industry changes, rather than just traditional valuation models. He believes that investing is essentially a process of combining long-accumulated industry knowledge, life experience, and market analysis. While high-confidence projections may sometimes be wrong, they are often a significant source of excess returns.

New Stock Guru Serenity Shares Investment Methodology: Discovering Trends Not Yet Recognized by the Market Rather Than Following Consensus

On June 7, Grayscale submitted an S-1 application to the U.S. Securities and Exchange Commission on June 5, planning to launch a spot ETF for the Canton token CC.

[Grayscale Submits S-1 Application for Spot ETF of Canton Token CC]On June 7, Grayscale submitted an S-1 application to the U.S. Securities and Exchange Commission on June 5, planning to launch a spot ETF for the Canton token CC.

Grayscale Submits S-1 Application for Spot ETF of Canton Token CC

According to Decenter, Korean Lotte Group will enter the virtual asset business by investing a stake in Blocko, a blockchain technology company. Lotte Group is considering an equity investment worth 3.95 million in Blocko, a blockchain technology company, through its marketing affiliate Daehong Planning. If the due diligence stage is reached, the investment is expected to be completed in May.

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【Lotte Group plans to enter the virtual asset business by investing stake in blockchain company】According to Decenter, Korean Lotte Group will enter the virtual asset business by investing a stake in Blocko, a blockchain technology company. Lotte Group is considering an equity investment worth 3.95 million in Blocko, a blockchain technology company, through its marketing affiliate Daehong Planning. If the due diligence stage is reached, the investment is expected to be completed in May.

Lotte Group plans to enter the virtual asset business by investing stake in blockchain company

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Disclaimer：Il contenuto di cui sopra non rappresenta le posizioni di HTX.，HTX non fornisce alcuna raccomandazione di trading.。

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