Press Release
EMCD launches Miner Support Program with up to $30M for miners amid industry’s steepest profitability squeeze
Panama City, Panama, July 27th, 2026, Chainwire
EMCD, a global crypto-fintech platform and one of the world’s largest Bitcoin mining pools, announced the launch of its Miner Support Program, providing eligible miners with access to up to $30 millions* in financing, fee relief and partner benefits.
The program launches against a challenging backdrop. Bitcoin’s hashprice — the key measure of mining revenue per unit of compute — has declined to approximately $28/PH/day, a 50% drop from its October 2025 peak and an all-time post-halving low, per CoinShares Q1 2026 data. An estimated 252 EH/s has been taken offline (According to Hashrate Index data, cited in CoinCentral, April 2026) as operators running older-generation hardware found margins no longer viable. Three consecutive negative difficulty adjustments, the first such streak since July 2022, signal broad capitulation across the sector. EMCD, which has operated its mining pool since 2017 and processed over 4,550 BTC mined by its users in 2025, sees the current period as both a stress test and a structural opportunity for operators who remain active.
Program Structure
As margins compress across the industry, EMCD has put together a concrete response: restructured fees, negotiated hardware and infrastructure deals, and opened access to its liquidity and yield products — a toolkit built around how mining businesses actually work, available to operators in any region.
Miners facing cash flow pressure can access EMCD’s secured liquidity facilities at 3.9% APR — to cover operational costs without selling assets into a down market. Unlike generic crypto-backed credit lines, EMCD products are built around mining-specific cash flow cycles and are bundled with the rest of the program, so the effective cost of capital comes down further when combined with fee relief and hardware savings rather than being judged on rate alone.
Those looking to protect margins on every block can apply for zero pool commission for 60 days, reducing overhead while hashprice remains depressed. Miners running older or underperforming hardware can unlock preferential pricing on Vnish firmware — the market’s leading third-party ASIC optimization software. Those looking to expand or relocate capacity get access to special terms on equipment and data center services through EMCD’s partner network.
Partner Participation
EMCD is inviting hardware manufacturers, data centers, and hosting providers to join the program by offering exclusive terms to eligible miners. Partner applications can be submitted at the website: https://support-miners.emcd.io/.
“We’ve been through every cycle in this industry since 2017 — the rallies, the winters, the halvings. What we’ve learned is that the operators who survive aren’t the ones who wait out the downturns. They’re the ones who use them. This program is our commitment to making sure our miners have the tools to do exactly that.” — Michael Jerlis, Founder & CEO, EMCD.
*The stated amount reflects the maximum aggregate value of support (including financing, fee reductions and partner offers) that may be made available under the program and does not constitute a reserved fund.
About EMCD
EMCD is the global cryptocurrency mining pool and infrastructure provider. Founded in 2017 as an early industrial BTC mining operation in Europe, EMCD now serves users and businesses across 120+ markets. With over 30 EH/s of hashrate and a place in the global top ten, EMCD committed to security, reliability and transparency. EMCD’s mission is to make it simpler for individuals and businesses to build, earn and transact with digital assets. EMCD was recognised as Best Mining Pool by Coingape in 2026 and Finance Feeds in 2025.
Contact
PR
Nadia Pereira
EMCD
pr@emcd.io
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Press Release
Unlocking the Trillion-Token Era: B.AI’s Global Settlement Layer for the Agent Economy

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.
Singapore- 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
support@b.ai
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Press Release
Matech Delivers Custom-Machined Shaft and Pulley Solution for Small-Batch Replacement Project
China, 17th Sep 2026 – Matech has completed a small-batch customized machining project involving the production of replacement shafts and pulleys for a customer whose original components had been damaged and required replacement. The project demonstrates an approach to handling non-standard mechanical components where precise dimensional requirements, component compatibility, and limited production quantities need to be addressed within a single manufacturing process.
The project began in July 2025 after the customer identified damage to an existing shaft and pulley assembly. Because the required components were non-standard parts and were not readily available as standard products in the Chinese market, the replacement parts needed to be manufactured according to the customer’s specific requirements.
Addressing a Small-Quantity Manufacturing Challenge
The customer required only 10 sets of components, creating an additional manufacturing challenge. Small-volume orders for fully machined, non-standard mechanical parts can be difficult to place because conventional production processes are often structured around higher production volumes.
Matech accepted the small-batch requirement and developed a machining approach based on the customer’s existing component information. The project focused on reproducing the required functional relationship between the shaft and pulley while maintaining the specified dimensional and surface requirements.
The customer required the shaft and pulley to fit together and interlock correctly. In addition, the finished components needed to have smooth surfaces without obvious defects. These requirements made dimensional verification and communication particularly important throughout the project.
Drawing Verification and Product Reference Review
Before production, Matech worked with the customer to carefully review the available 2D drawings and confirm the required tolerances. The company also requested assembly videos and photographs of the original products to obtain additional information about how the components were assembled and used.
This additional reference material provided supplementary information alongside the technical drawings. By combining drawing review with visual references from the existing assembly, the production team could better understand the required fit and functional relationship between the components before machining began.
The process also included attention to potential manufacturing risks and processing considerations. Production stages were reviewed progressively to identify potential quality issues and address them before they affected the finished components.
Precision Machining for Component Compatibility
A central requirement of the project was ensuring that the shaft and pulley could be assembled correctly after machining. The manufacturing process therefore placed emphasis on dimensional accuracy and the compatibility of the mating components.
Matech’s project approach included stage-by-stage verification during production, allowing measurements and processing results to be reviewed at different points rather than relying solely on final inspection. This approach was intended to reduce the risk of dimensional deviations affecting final assembly.
The project also considered the relationship between material characteristics and machining accuracy. For customized mechanical components, material behavior during processing can influence dimensional results, making the selection of appropriate machining parameters and verification procedures an important part of production.
Final Components Meet Assembly Requirements
Following completion of machining, the replacement shaft and pulley components were delivered for assembly. According to the customer feedback provided for the project, the products were successfully assembled.
The completed components featured smooth surfaces and achieved the required fitting relationship between the shaft and pulley. As a result, the project consequently provided the customer with a small-batch replacement solution for components that were not available as standard products.
Beyond the immediate replacement requirement, the case highlights the importance of technical communication and process control when manufacturing customized mechanical components in limited quantities.
Process-Based Approach to Customized Manufacturing
Matech’s approach to the project included four key stages: detailed alignment with customer requirements, early identification of potential project risks, verification throughout the manufacturing process, and delivery support intended to help reduce potential difficulties during on-site assembly and use.
The case also reflects several technical considerations relevant to customized machining, including managing stress-related dimensional changes, matching material properties with machining requirements, and maintaining dimensional stability.
For applications requiring specialized component configurations, these considerations can become particularly important when replacement parts must reproduce the functional relationship of an existing assembly rather than follow a standard catalog specification.
Supporting Non-Standard and Small-Batch Requirements
The completed shaft and pulley project illustrates how detailed technical communication can support the manufacture of non-standard mechanical components when production quantities are limited. By combining drawing verification, reference materials, process-stage inspection, and customized machining, Matech provided a replacement solution aligned with the customer’s stated requirements.
For customers seeking customized mechanical components, the project demonstrates the potential value of working directly from technical drawings and existing product references, particularly when standard replacement parts are unavailable or unsuitable.
About Matech
As a professional conveyor chains manufacturer in China, Matech provides customized manufacturing and machining solutions for customers requiring non-standard mechanical components and small-batch production.
Media Contact:
Website: https://www.matechin.com/
Email: ma@matechin.com
Tel: 0086 21 56076732
Mobile: 0086 13818971637
Media Contact
Organization: Matech
Contact Person: Matech
Website: https://www.matechin.com/
Email: Send Email
Country: China
Release id: 49223
The post Matech Delivers Custom-Machined Shaft and Pulley Solution for Small-Batch Replacement Project appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
Press Release
MileageTracker.com Expands Smart Business Mileage Management for Contractors, Drivers and Field Teams
United States, 17th Sep 2026 — MileageTracker.com is expanding its focus on smarter business mileage management, helping contractors, delivery drivers, sales professionals, field-service teams, and small businesses simplify the way they track business travel, manage mileage reimbursement, and maintain digital vehicle expense records.
For businesses and professionals that rely on driving as part of their daily operations, maintaining accurate mileage records can become a time-consuming administrative task. Manual logs, forgotten trips, and disconnected expense records can make it difficult to maintain consistent documentation. MileageTracker.com provides a digital approach designed to make business mileage tracking easier while reducing the need for manual mileage entry.
MileageTracker.com uses automatic trip detection and GPS-based mileage tracking to help users capture business travel as it occurs. By creating digital mileage records, the platform supports businesses that need a more streamlined method for documenting business vehicle mileage and organizing travel-related information.
The platform is designed for a range of business users, including independent contractors, delivery professionals, sales teams, field-service workers, and small businesses. These users may spend significant portions of their working day traveling between customers, jobsites, deliveries, appointments, and other business locations.
For contractors, contractor mileage tracking can provide a structured way to record business trips and organize contractor mileage expenses. Delivery professionals can use delivery mileage tracking to document travel associated with their work, while sales professionals can maintain records of business travel between client meetings and appointments.
Field-service organizations can also benefit from field service mileage tracking, particularly when employees regularly travel between multiple job locations. By using automated mileage records, businesses can create a more consistent process for collecting travel information across mobile teams.
MileageTracker.com also supports businesses managing employee travel and reimbursement processes. Employee mileage tracking can help organizations collect mileage information from employees who use vehicles for business purposes, while mileage reimbursement tracking can provide a digital record of mileage-related information needed for internal expense management.
The focus extends beyond mileage alone. Businesses can use digital mileage and expense tracking to bring business travel information into a more organized workflow. This can be useful for companies seeking to simplify business travel expense tracking, maintain accurate records, and reduce reliance on paper-based or manually maintained mileage logs.
For small businesses in particular, managing vehicle-related information can take valuable administrative time. Small business mileage tracking provides a way to organize business travel records digitally, helping owners and teams maintain a clearer record of work-related driving.
MileageTracker.com is also positioned for businesses with mobile workforces. Contractors, sales representatives, delivery drivers, and field-service employees may operate across multiple locations during a typical workday. A system designed around automatic trip detection and GPS-based mileage tracking can help capture travel information without requiring users to manually document every trip.
By bringing mileage tracking, digital records, and expense-related information into a simpler workflow, MileageTracker.com aims to support automated business mileage management for businesses of different sizes and operating models.
The platform’s approach reflects a broader shift toward digital tools for routine business administration. As companies increasingly manage distributed teams and mobile operations, automated systems can help reduce repetitive recordkeeping while giving businesses a more structured way to manage operational information.
MileageTracker.com provides a solution centered on smart business mileage tracking, with applications across contractor operations, employee travel, delivery services, sales activities, field-service work, and small-business vehicle management.
Businesses looking for a simpler approach to mileage tracking for businesses, employee mileage reimbursement, business vehicle mileage, and automated mileage records can learn more about MileageTracker.com and its business mileage management solutions through the company’s website.
About MileageTracker.com
MileageTracker.com focuses on helping businesses and mobile professionals simplify business mileage management through automatic trip detection, GPS-based mileage tracking, and digital mileage reports. The platform supports contractors, delivery drivers, sales professionals, field-service teams, and small businesses seeking simplified mileage tracking and digital mileage and expense records.
Media Contact
Organization: MileageTracker.com
Contact Person: Support Team
Website: https://mileagetracker.com/
Email: Send Email
Country: United States
Release id: 49220
The post MileageTracker.com Expands Smart Business Mileage Management for Contractors, Drivers and Field Teams appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section
About Author
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.
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