When IBM sees it, it's 50 times higher

Original by KarenZ, Foresight News

A collaborative IBM message that allows Solana eco-project three.ws to quickly enter the market view and take 50 times the increase。

Line up direct catalyst from IBM. On the evening of June 1st, until the early hours of June 2nd, IBM officials responded twice to the content of their cooperation.ws。

During the fermentation, these.ws tokens three fast up. According to GMGN data, the market value of the green rose from around $0.3 million before the IBM response to a peak of $16.38 million on June 4, up 53 times. The current market value of three is about $13 million。

As can be seen, this is not a pattern of continuous warming from the moment the tokens are issued. Three were released on the Solana chain as early as the end of April, with the main increase concentrated on IBM's public response and cooperation announcements before and after。

But if only three.ws is understood as a Solana AI project that has been endorsed by IBM, it ignores what it really wants: Most AIAgents are still hidden in chat boxes and back-office programs, which users do not see, and it is difficult to identify, own or call in different web sites, equipment and chains。

three.ws wants to complete the body, memory, identity, wallet and distribution channels for AI Agent, making it a 3D digital character that can appear on the web, perform actions and trade。

PUT AI FROM THE CHAT BOX TO THE WEB PAGE LET'S GO

three.ws defined itself as "3D Agent Layer" on the Internet. Founder @nichxbt currently has 20,000 + fans on Twitter with blue V authentication。

The project is now on line with the AWS Marketplace and the Aliyun International Market and joins the Google Cloud for Web3 Startups project. Three.ws is also listed in the Anthropic official MCP Registry, a W3C contributor and Solana Frontier Hackathon。

From the existing project codes and documents, the underlying capabilities of the three-D model at the end of the web site include loading, checking and displaying, followed by access to large-language models, memory, voice, skills, chain identity and payment functions。

Simply put, the developers can create a 3D role on the platform that connects it to large language models, memory systems, voice and skills, and embeds it on the website through a & lt; angent-3d> web component。

For example, an enterprise could deploy a 3D pilot on the product page to introduce commodities, answer questions and demonstrate product functionality through action. Developers can also build digital guest services, virtual teachers, game players or personal AI assistants。

This process is some sort of embedded in a YouTube video. Developer does not need to build a complex 3D page to add components and Agent ID to the browser to see and interact with Agent。

three.ws offers many ways to create roles. Users can upload their own self-images and generate animated 3D images within about 60 seconds; they can also generate models by text or image, upload their own GLB, glTF files, or make them using role editors。

The role generation allows developers to equip them with different large language models, voice and skills。

three.ws also connected Agent to the chain. Agent can own Solana's wallet, pay USDC for the fee-paying interface through x 402, and register identity as Metaplex Core assets on Solana, or register on the EVM chain through ERC-804. There is a need to distinguish between identity and money: the chain of identity is used to prove who and where this Agent belongs; the wallet is responsible for payment and execution of the transaction。

How does a 3D Agent run

three.ws consists of four separate and separately reversible technical layers. developers can use four layers in combination or only part of them。

The bottom floor is the Viewer layer, the rendering layer。

This layer is responsible for loading and displaying 3D models in browsers, including lights, cameras, materials and animations. It is built on three.js and does not know whether an AI, wallet or chain identity exists behind the model. Therefore, even without access to Agent, Viewer can act as a single 3D model viewer。

The second level is AgentAnd that's the brain and behavioral system of the character。

When the user enters the content, the large-language model is judged in conjunction with role setting, historical memory and installed skills. If the user asks the role to wave, the model calls the corresponding tool and the scene controller plays the wave animation; if the role needs to remember something, the memory module keeps the relevant information。

This layer also contains an emotional system. Roles can change faces, visions and movements depending on the event, for example by showing greater happiness after the mission has been completed and by showing a state of anxiety when the operation has failed。

The third level is identity. The layer is an optional module。

The identity level is responsible for keeping Agent in the same identity in different websites, devices and sessions. Agent's information, memory mode and resource address can be written to the Manifest file and stored through IPFS or a platform server。

According to the three.ws official document, its Solana Agent has supported identity through the Metaplex Core registration chain, but the ERC-8004 related chain-based credit registration and authentication registration form is currently available only at the EVM end, where the certification registration form is still in the testing network。

The fourth level is embedded and distributedI don't know. This floor is responsible for bringing Agent to the user. Developers can add roles to websites, applications and business interfaces through web-based components, furame, Widget or SDK。

Generally speaking, the rendering layer is responsible for body and movement, the Agent layer provides brain, memory and skills, the identity layer provides an optional digital passport, and the embedded layer is responsible for deploying the role to the website and application。

the fee system for three.ws should be understood in two dimensions: through what channels do users use or purchase services? what are the costs of using the platform

For purchase/ access, direct subscription, free versions, Pro (US$ 49 per month) or enterprise packages are selected on the basis of usage needs. AWS Marketplace is an enterprise procurement channel。

After subscription to three.ws, developers can use x402 for chats, content generation, or API calls to set prices, and callers use USDC to make subpayments. The platform fee is deducted from the developer ' s income: out of this, the cost of the free version of the platform is 0 per cent during the open test period and the rate after the test has not yet been published; the cost of the Pro version of the platform is 2.9 per cent and the cost of the enterprise version of the platform is customized according to the agreement。

IBM COMPLETING ENTERPRISE CAPACITY, AWS, ETC

For the 3D AI Agent project, it is not difficult to produce a digital role that can be demonstrated. The real challenge lies in bringing products into the enterprise procurement system and meeting the requirements of costing, deployment, authentication and AI governance。

three.ws is completing these links through platforms such as IBM and AWS Marketplace。

On May 27, the Three.ws announced that they would be part of the AWS Partnership Network (APN) and then went online. This means that business customers can purchase three.ws services through existing AWS accounts。

Then, there.ws published its technical article on SaaS product billing on the AWS Builder Center blog. The program links AWS Marketplace ' s customer validation, usage billing and subscription management to the x 402 pay interface on the chain。

In the context of IBM cooperation, these ws plan to combine their 3D Agent technology with IBM ' s corporate AI, hybrid cloud and market channels, and to access the IBM Granite series model for dialogue AI, image understanding, semantic matching, market forecasting and corporate governance。

AWS Marketplace helps three.ws access the enterprise procurement and accounting system, while IBM provides them with AI technology and commercial channels. The two partnerships point to the same objective: to transform the 3D AI Agent in the browser from a demonstration that attracts the eye to a service that businesses can procure, deploy and manage。

In Bear City, IBM's public response has given three.ws scarce market attention。

But after heat, the project still needs to answer the more practical question: whether businesses and developers really need an AI Agent with a physical, technical and digital identity, and what role three will eventually play in the system。