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16 Sept

Unlocking the Trillion-Token Era: B.AI’s Global Settlement Layer for the Agent Economy

Summary: Positioned squarely between foundation models and AI agents, B.AI is integrating compute routing, decentralized settlement, and full-stack agent infrastructure to establish itself as an undoubted spearhead in AI infrastructure. Just five months after its launch, B.AI has already set a new industry record with a daily throughput of over 1.51 trillion tokens—a 71,500x-plus increase […]

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2 sources16 Sept

Justin Sun Establishes the Justin Sun Prize: “My Wealth Came from Mathematics and Will Return to Mathematics”

3 sources4 Aug

Alibaba Just Gave Away Its Best AI Model For Free, Almost Matching Claude and ChatGPT

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Unlocking the Trillion-Token Era: B.AI’s Global Settlement Layer for the Agent Economy

Summary: Positioned squarely between foundation models and AI agents, B.AI is integrating compute routing, decentralized settlement, and full-stack agent infrastructure to establish itself as an undoubted spearhead in AI infrastructure. Just five months after its launch, B.AI has already set a new industry record with a daily throughput of over 1.51 trillion tokens—a 71,500x-plus increase since inception. B.AI achieved in just over 100 days what took OpenRouter, an early aggregation pioneer, roughly two years. Driven by the integration of settlement networks with core infrastructure, the exponential growth pulled off by B.AI highlights the viability of its full-stack commercial strategy while also demonstrating to the global market that the platform has risen to be the absolute leader in the next-generation AI infrastructure stack. B.AI has secured its leadership thanks largely to its ability to capture and cater to the global demand for cost-effective, high-performance Chinese LLMs. While offering homegrown LLM products a critical gateway for international adoption, the platform has also gained a head start by positioning itself as a global compute distribution hub. B.AI’s ability to rise in this tailwind is rooted in its unique ecosystem design. Co-incubated by TRON and YZi Labs, B.AI disrupts the market via a dual engine of settlement and distribution, plus its complete infrastructure for the emerging agent economy. The platform enables global access to top-tier LLM compute while equipping AI agents with native resource scheduling and execution capabilities—unlocking liquidity and value exchange across the global agent economy.   Unprecedented Infrastructure Growth: B.AI Builds Global Distribution Hub for LLMs To reach 1.51 trillion tokens in its daily throughput, simply seizing the tailwind is far from enough. B.AI has also responded swiftly to two macro trends in the AI industry: the cost-performance advantage of leading Chinese LLMs and the surging demand for high-throughput, low-cost inference in the agentic era. Over the past year, Chinese LLM developers like DeepSeek, Kimi, Qwen, and GLM have matched top global benchmarks at a fraction of the API cost. This unbeatable cost efficiency makes adoption virtually inevitable for developers worldwide.  As a global, next-generation infrastructure, B.AI aggregates top international models like GPT and Claude alongside rising Chinese LLMs. The platform has established close partnerships with Tencent, Alibaba, ByteDance, DeepSeek, Zhipu AI, Kimi, and MiniMax—all top LLM players in the Chinese market—to build a comprehensive model portfolio. This all-star model lineup has, in turn, made B.AI the default launchpad for Chinese LLMs seeking global expansion. Chinese LLMs, including DeepSeek-V4-Flash, Qwen3.8-Flash, and GLM-5.3 Flash, have stood out as top-performing models on B.AI with the highest usage. Building on the momentum, B.AI continues to drive adoption through model discounts, limited-time free access, tiered API pricing (with discounts up to 90%), and developer incentives, aiming to convert model cost efficiencies into usable throughput for developers worldwide. The traction from this strategic positioning is clearly backed by the numbers: B.AI’s daily token throughput has breached 1.51 trillion—a massive 71,500x-plus surge since its first day upon launch. Beyond its organic growth momentum, ecosystem partner YZi Labs serves as B.AI’s core distribution engine, continuously onboarding early-stage projects and developer communities. This ecosystem support enables B.AI to penetrate diverse real-world use cases, driving a steady influx of incremental traffic and commercial demand. For foundation model providers, B.AI’s multi-trillion, high-concurrency architecture provides a fast track to high-value global workloads. Within this massive pool of demand, B.AI has evolved from a simple distribution channel into a primary facilitator—scaling the commercial reach of leading LLMs while reshaping the global AI landscape.   Beyond Aggregation and Routing: B.AI Builds Closed-Loop Infrastructure for the Agent Economy Yet for this super amplifier to truly sustain a trillion-dollar agent economy, front-end compute routing is nowhere near enough. Building on the API aggregation foundation pioneered by early movers like OpenRouter, B.AI recognized a critical insight: fully unlocking massive agent collaboration requires a closed financial loop at the foundational layer.  To achieve this, B.AI bridges models and agents, creating a global settlement layer for intelligence. This core differentiator transforms the platform from a simple traffic conduit into the central master ledger for the entire agent economy, ensuring every cross-region call and task allocation is seamlessly routed, precisely metered, and automatically settled.  To achieve this vision, B.AI embeds settlement directly into the infrastructure layer, creating a dual-track Web2 and Web3 payment network. Built on Web3 principles, the architecture maintains backward compatibility with traditional Web2 payment systems. On the Web3 front, B.AI leverages on-chain settlement channels to provide global developers with decentralized, verifiable, and low-friction options that enable fully automated transactions and micropayments between agents. On the Web2 front, it preserves legacy gateways like WeChat Pay, Alipay, UnionPay, and Visa, ensuring effortless integration into existing enterprise workflows. Together, this dual-track model delivers a single integration point for frictionless global capital flow.  At the heart of this global liquidity is B.AI’s deep integration with TRON. As the world’s largest stablecoin transfer network, TRON offers B.AI a native payment rail through its massive USDT ecosystem, built for maximum liquidity and minimal friction. As of September 10, total TRC-20 USDT supply surpassed 94.2 billion, continuing to set record highs. Backed by TRON’s battle-tested on-chain capacity, B.AI provides the essential infrastructure required to scale cross-border compute scheduling and high-frequency automated agent micro-transactions.     The true ambition of this architecture is to capture the emerging landscape of automated transactions in the agent economy ahead of the pack. The coming explosion in agent adoption will inevitably drive agent-to-agent (A2A) collaboration and autonomous commerce. Yet, fully unlocking this automated A2A synergy requires far more than just a foundational payment rail. B.AI builds beyond its Web3 smart settlement network by deploying a dedicated full-stack runtime environment for agents. This establishes an end-to-end, high-precision technical loop bridging compute scheduling, task execution, and financial settlement.      At the scheduling layer, B.AI drives fine-grained compute allocation.  Its tiered API system fundamentally reshapes compute procurement logic, offering structured invocation plans that allow developers to match specific business demands with optimal compute resources.  At the execution layer, B.AI constructs a native agent collaboration ecosystem.  It endows agents with direct operational capabilities to act across the digital world. Powered by embedded toolchains like Skills and Agent Wallet, alongside natively integrated AI assistants BAIclaw and BAI code, agents evolve into fully fledged digital workers capable of autonomous data acquisition and execution, laying a solid engineering foundation for multi-agent synergy.  At the protocol layer, B.AI establishes foundational transaction standards for A2A commerce.  This marks B.AI’s most strategically profound move. By natively integrating the x402 payment protocol and the 8004 identity authentication protocol, the platform paves a standardized path for mutual trust, identity verification, and high-frequency automated settlement between agents.  From fine-grained model scheduling to intelligent collaboration systems and standardized transaction protocols, this architecture seamlessly fuses perception, reasoning, action, and settlement. This holistic infrastructure propels B.AI into a central hub for the agent economy, engineered to handle micro-transactions and compute settlement at scale. Crossing into the trillion-token era is merely a new starting point for B.AI. As next-generation AI infrastructure, its core value extends beyond distributing intelligence to powering transactions. By establishing foundational standards for high-frequency A2A collaboration, B.AI is reshaping the global flow of compute value, driving AI infrastructure into a new era built explicitly for agents and machine intelligence.  B.AI Team Singapore support@b.ai

NewsBTCNewsBTC•BlockmanPR17h ago

Justin Sun Establishes the Justin Sun Prize: “My Wealth Came from Mathematics and Will Return to Mathematics”

Geneva, Switzerland — September 16, 2026 — The Office of Justin Sun today announced the establishment of the Justin Sun Prize, a zero-trust, decentralized academic bounty mechanism based on a “problem list,” with breakthroughs in fundamental disciplines and machine formal verification as the criteria for awarding prizes, and a top prize of up to US$1 million for a single problem. The prize seeks to redefine scientific rewards in the AI era and accelerate fundamental scientific research through collaboration between humans and AI. The first list of Justin Sun Prize winners was also announced, recognizing solutions and formalized proofs involving 66 mathematical problems. The top prize, worth US$1 million, was awarded to the OpenAI research team in recognition of its solution and formalized proof for the Existence and Smoothness of the Three-Dimensional Navier–Stokes Equations problem. According to information published by OpenAI, the relevant proof was produced by its internal model, and the Lean formalization and verification were completed by GPT‑6 Astra. This problem concerns the Navier–Stokes equations, which describe the motion of fluids and are commonly abbreviated as the N–S equations. The equations were developed in the 19th century by French physicist Claude-Louis Navier, Irish-born British mathematician George Gabriel Stokes, and others, and have a history of approximately two hundred years. In 2000, the Clay Mathematics Institute listed the Navier–Stokes Existence and Smoothness problem as one of the seven Millennium Prize Problems and offered a US$1 million reward for its solution. The Justin Sun Prize does not use traditional nominations or credential thresholds as barriers to entry, nor does it operate on a four-year cycle or the rhythm of lifetime achievement. Instead, it ties the prize directly to mathematical problems and machine-verifiable formalized proofs. Anyone can receive the prize as long as they are the first to achieve a qualifying breakthrough. The vision of the Justin Sun Prize is to become the “Nobel Prize of the AI Era,” responding to the profound transformation of scientific research and incentives in the new era in a more decentralized, formalized, and machine-driven way. The repository of mathematical problems and formalized code will be maintained and publicly updated on an ongoing basis. Once a problem is listed, it is locked in: problems can be added only, never removed; awarded prize funds do not need to be returned under any circumstances. The current problem list already includes formal verification of the Poincaré Conjecture, the Riemann Hypothesis, Goldbach’s Conjecture, and a large number of unsolved problems proposed during the lifetime of the late mathematician and Wolf Prize laureate Paul Erdős.   In addition to the prize, winners will also receive a certificate and a medal. The edge of the medal is inscribed with the Latin phrase “Quod probatur, solvitur,” meaning “Proved, then paid.”   The Justin Sun Prize adheres to three core principles: openness, public benefit, and open source. It is open to all eligible contributors, with no restrictions based on nationality, institution, or identity, and makes no distinction between humans and AI; funds are used exclusively for prize awards and open initiatives and are not intended for profit; the problem list, confirmation standards, proofs, and verification materials are all made available to the public through GitHub, while prize disbursement records are recorded on-chain for permanent traceability and immutability.   “An award named after a person is the least political thing in the world,” said Sun. “More importantly, it gives me an answer to myself—my wealth is rooted in mathematics. It came from mathematics, and it will return to mathematics.”    According to public records, Sun has donated more than US$45 million across technology, environmental protection, disaster relief, and other fields. The Justin Sun Prize will become a central focus of Sun’s philanthropic efforts, continuing to support breakthroughs in fundamental science through an open and verifiable model.   The prize will be paid out in either USDT on TRON (TRC-20) or USDC on Ethereum (ERC-20) based on the recipient’s choice. For more information, please visit www.hejustinsun.com/prize.    About the Office of Justin Sun The Office of Justin Sun supports Justin Sun’s global business, philanthropic and public initiatives across technology, blockchain, artificial intelligence, scientific research, investment, art and space exploration.    Justin Sun is the Ambassador and former Permanent Representative of Grenada to the World Trade Organization and the Founder of TRON. TRON is the leading blockchain for the stablecoin revolution, processing over $13 trillion in volume since its inception. In the world’s emerging markets, people rely on USDT on TRON to access the global financial system.   A protégé of Alibaba founder Jack Ma, Sun has been recognized internationally for his work in the digital asset industry, including a Forbes cover profile in April 2025 and multiple appearances on the Forbes 30 Under 30 list. In August 2025, he flew aboard Blue Origin’s NS-34 mission, becoming the 712th person in history to travel to space. His broader interests span technology, investment, philanthropy, art, gaming, and space exploration.   Office of Justin Sun Contact: info@hejustinsun.com    About Justin Sun Prize  The Justin Sun Prize is an academic initiative established by Justin Sun to support advances in mathematics, formal verification, and AI-assisted scientific discovery. The prize is decentralized and built around the principle that mathematical work should be judged by the strength, rigor, and verifiability of the proof itself, not the prestige or reputation of those submitting it.   Justin Sun established the prize in his own name as a long-term commitment to return wealth created through mathematics and technology back to mathematics itself. Its legacy is intended to be defined by the body of work it recognizes and the laureates whose discoveries stand the test of time. The prize links clearly defined mathematical challenges to machine-verifiable proof. Its guiding principles are openness, public benefit and open-source access.   Visit https://www.hejustinsun.com/prize for more information.    Contact: thejustinsunprize@hejustinsun.com

NewsBTCNewsBTC•BlockmanPR16 Sept