MAROKO133 Eksklusif ai: ChatGPT Group Chats are here … but not for everyone (yet) Hari Ini

📌 MAROKO133 Hot ai: ChatGPT Group Chats are here … but not for everyone (yet) Hari

It was originally found in leaked code and publicized by AI influencers on X, but OpenAI has made it official: ChatGPT now offers Group Chats, allowing multiple users to join the same, single ChatGPT conversation and send messages to each other and the underlying large language model (LLM), online and via its mobile apps.

Imagine adding ChatGPT as another member of your existing group chats, allowing you to text it as you would one of your friends or family members and have them respond as well, and you'll have an idea of the intriguing power and potential of this feature.

However, the feature is only available as a limited pilot for now to ChatGPT users in Japan, New Zealand, South Korea, and Taiwan (all tiers, including free usage).

“Group chats are just the beginning of ChatGPT becoming a shared space to collaborate and interact with others,” OpenAI wrote in its announcement.

This development builds on internal experimentation at OpenAI, where technical staffer Keyan Zhang said in a post on X that OpenAI's team initially considered multiplayer ChatGPT to be “a wild, out-of-distribution idea.”

According to Zhang, the model’s performance in those early tests demonstrated far more potential than existing interfaces typically allow.

The move follows OpenAI investor yet competitor Microsoft's update of its Copilot AI assistant to allow group chats last month, as well as Anthropic's introduction of shareable context and chat histories from its Claude AI models through its Projects feature introduced summer 2024, though this is not a simultaneous, realtime group chat in the same way.

Collaborative functionality integrated into ChatGPT

Group chats function as shared conversational spaces where users can plan events, brainstorm ideas, or collaborate on projects with the added support of ChatGPT.

These conversations are distinct from individual chats and are excluded from ChatGPT’s memory system—meaning no data from these group threads is used to train or personalize future interactions.

Users can initiate a group chat by selecting the people icon in a new or existing conversation. Adding others creates a copy of the original thread, preserving the source dialogue. Participants can join via a shareable link and are prompted to create a profile with a name, username, and photo. The feature supports 1 to 20 participants per group.

Each group chat is listed in a new section of the ChatGPT interface, and users can manage settings like naming the group, adding or removing participants, or muting notifications.

Powered by GPT-5.1 with expanded tools

The new group chat feature runs on GPT-5.1 Auto, a backend setting that chooses the optimal model based on the user’s subscription tier and the prompt.

Functionality such as search, image generation, file upload, and dictation is available inside group conversations.

Importantly, the system applies rate limits only when ChatGPT is producing responses. Direct messages between human users in the group do not count toward any plan’s message cap.

OpenAI has added new social features to ChatGPT in support of this group dynamic. The model can react with emojis, interpret conversational context to decide when to respond, and personalize generated content using members’ profile photos—such as inserting user likenesses into images when asked.

Privacy by default, controls for younger users

OpenAI emphasized that privacy and user control are integral to group chat design. The feature operates independently of the user’s personalized ChatGPT memory, and no new memories are created from these interactions.

Participation requires an invitation link, and members are always able to see who is in a chat or leave at any time.

Users under the age of 18 are automatically shielded from sensitive content in group chats. Parents or guardians can disable group chat access altogether via built-in parental controls.

Group creators retain special permissions, including immunity from being removed by others. All other participants can be added or removed by group members.

A testbed for shared AI experiences

OpenAI frames group chats as an early step toward richer, multi-user applications of AI, hinting at broader ambitions for ChatGPT as a shared workspace. The company expects to expand access over time and refine the feature based on how early users engage with it.

Keyan Zhang’s post suggests that the underlying model capabilities are far ahead of the interfaces users currently interact with. This pilot, in OpenAI’s view, offers a new “container” where more of the model’s latent capacity can be surfaced.

“Our models have a lot more room to shine than today’s experiences show, and the current containers only use a fraction of their capabilities,” Zhang said.

With this initial pilot focused on a limited set of markets, OpenAI is likely monitoring both usage patterns and cultural fit as it plans for broader deployment. For now, the group chat experiment offers a new way for users to interact with ChatGPT—and with each other—in real time, using a conversational interface that blends productivity and personalization.

Developer access: Still unclear

OpenAI has not provided any indication that Group Chats will be accessible via the API or SDK. The current rollout is framed strictly within the ChatGPT product environment, with no mention of tool calls, developer hooks, or integration support for programmatic use. This absence of signaling leaves it unclear whether the company views group interaction as a future developer primitive or as a contained UX feature for end users only.

For enterprise teams exploring how to replicate multi-user collaboration with generative models, any current implementation would require custom orchestration—such as managing multi-party context and prompts across separate API calls, and handling session state and response merging externally. Until OpenAI provides formal support, Group Chats remain a closed interface feature rather than a developer-accessible capability.

Here is a standalone concluding subsection tailored for the article, focusing on what the ChatGPT Group Chat rollout means for enterprise decision makers in both pilot regions and globally:

Implications for enterprise AI and data leaders

For enterprise teams already leveraging AI platforms—or preparing to—OpenAI’s group chat feature introduces a new layer of multi-user collaboration that could shift how generative models are deployed across workflows. While the pilot is limited to users in Japan, New Zealand, South Korea, and Taiwan, its design and roadmap offer key signals for AI engineers, orchestration specialists, and data leads globally.

AI engineers managing large language model (LLM) deployments can now begin to conceptualize real-time, multi-user interfaces not just as support tools, but as collaborative environments for research, content generation, and ideation. This adds another front in model tuning: not just how models respond to individuals, but how they behave in live group settings with context shifts and varied user intentions.

For AI orchestration leads, the ability to integrate ChatGPT into collaborative flows without exposing private memory or requiring custom builds may reduce …

Konten dipersingkat otomatis.

🔗 Sumber: venturebeat.com

📌 MAROKO133 Eksklusif ai: 11,000-ton aircraft carrier to get boost in operational

An 11,000-ton aircraft carrier is set to get a new upgrade to bolster its capabilities. With the new upgrade, the Royal Thai Navy’s HTMS Chakri Naruebet aircraft carrier will be able to adapt to fast-changing operational requirements.

Thales and Universal Communication Systems Co. Ltd. (UCS) signed an agreement for the supply of an Integrated Platform Management System (IPMS) on the HTMS Chakri Naruebet for the Royal Thai Navy (RTN).

Automation of processes can boost operational effectiveness

The companies claimed that automation of processes can greatly support operators by driving decision support, enabling quick adjustment, increasing operational effectiveness and ensuring the safe and secure operation of the platform.

“As a designated Key Industrial Partner (KIP) of Thales in Thailand, UCS will receive a comprehensive transfer of technological expertise in the IPMS systems. This will enable UCS to perform effective in-country maintenance and through-life support for the system following its delivery to the Royal Thai Navy,” said Supich ANSVANANDA, Managing Director, UCS.

“The initiative constitutes a significant contribution to strengthening Thailand’s defense industrial base and enhancing the Royal Thai Navy’s long-term self-reliance and sustainment capability.”

Integrated interface with combat and navigation systems

The IPMS serves as ship’s operational system, providing an integrated interface with combat and navigation systems, training simulators and other hardware. With real-time monitoring, automation, and user-friendly interfaces, the IPMS will modernize the infrastructure of the 28-year-old HTMS Chakri Naruebet, enabling the Navy to control the ship’s mechanical, electrical, and damage control systems, according to a press release.

The companies also pointed out that modular and scalable solution will be adapted to the unique requirements and significant size of the vessel, which is the flagship of the RTN and Southeast Asia’s first and only aircraft carrier.

Reports have revealed that the HTMS Chakri Naruebet (CVH-911) is the flagship of the Royal Thai Navy and the first—and so far only—aircraft carrier ever operated by Thailand.

Built in Spain by Bazán (now Navantia) and commissioned in 1997, the ship was based on the Spanish Navy’s Príncipe de Asturias design, making it one of the smallest carriers in the world.

Displacing around 11,000 tonnes and measuring roughly 183 meters in length, it was originally conceived as a light STOVL carrier capable of operating AV-8S Matador (Harrier-type) jets along with naval helicopters.

“Modernizing the flagship vessel of the RTN is no easy task and we are grateful for the trust in Thales to bring this long-awaited project forward. The IPMS will enhance the operational capability of this significant platform and marks a new chapter of partnership between Thales and UCS, a leading Thai defense and technology player,” said Nicolas Bernardin, Country Director, Thales in Thailand.

“With our deep understanding of the operational needs of the RTN, coupled with the technical expertise of our teams, I am proud that our solution will help contribute to Thailand’s maritime sovereignty.”

🔗 Sumber: interestingengineering.com