United States, 14th Jun 2025, Grand Newswire – As artificial intelligence moves beyond isolated capabilities and becomes a foundational layer in enterprise operations, Andrew Evan Watkins, Chief Analyst and Board Director at HorizonPointe Financial Group, believes the industry is approaching a critical inflection point. The next wave of AI innovation, he argues, will not be defined by larger models or faster responses—but by the emergence of system-level awareness: intelligent systems that can manage themselves, optimize performance over time, and operate with a deep understanding of their broader environment.

According to Watkins, most current AI systems still rely heavily on human prompts, external orchestration, and task-by-task execution. While they may demonstrate fluency in language or generate high-quality content, their ability to adapt across workflows, reallocate resources, or improve through autonomous feedback remains limited.

“The future of AI isn’t just about answering questions—it’s about knowing what needs to be done before you even ask,”
said Andrew Evan Watkins.

He describes system-level AI as having the ability to interpret broader objectives, manage interdependent tasks, and evolve its own internal behavior without constant human intervention. This next generation of AI will understand not only individual commands, but also context, intent, and system-wide dependencies—leading to more resilient, scalable, and truly intelligent behavior.

In Watkins’ view, this evolution will fundamentally change how organizations design and deploy AI. Instead of layering isolated models on top of existing workflows, companies will begin building AI-native systems, where intelligence is embedded in the very fabric of process execution, decision-making, and adaptation. AI will no longer be a tool bolted onto a strategy—it will become part of the strategy itself.

This shift, however, requires more than algorithmic improvements. It demands architectural readiness: systems that support task memory, adaptive learning, and modular behavior; infrastructures that enable continuous optimization and seamless handoffs between different models or agents. Without this structural foundation, even the most capable models will eventually hit operational ceilings.

Watkins cautions that with growing autonomy comes the need for robust oversight. As AI systems begin to make more decisions independently, organizations must invest in transparent governance frameworks, audit-ready behavior tracking, and permission-based access controls. In his view, truly intelligent systems are not only powerful, but also explainable, accountable, and secure.

“We’re not talking about AI gaining consciousness—we’re talking about AI gaining structure,” he noted.
“The systems that win will be those that are both adaptive and governable.”

Ultimately, Watkins believes that system-aware AI will become the backbone of modern infrastructure—interwoven with data pipelines, operational platforms, and decision layers. These intelligent systems will not only respond to input, but learn from history, anticipate needs, and optimize performance over time.

“AI that can think is impressive. But AI that can evolve, coordinate, and manage itself—that’s transformational,”
Watkins concluded.
“This is no longer a model race. It’s a systems race.”

About Andrew Evan Watkins

Andrew Evan Watkins is Chief Analyst and Board Director at HorizonPointe Financial Group. His research focuses on the strategic integration of AI across architectures, long-range system governance, and the role of machine intelligence in enterprise transformation. He is known for advocating intelligent infrastructure as a core element of digital strategy.

About HorizonPointe Financial Group

HorizonPointe Financial Group (HPFG) is a leading financial services firm specializing in institutional asset management, investment banking, and wealth management solutions. Founded on principles of innovation and client service excellence, HorizonPointe Financial Group combines advanced technology with deep market expertise to deliver superior investment outcomes. The company serves a diverse global client base including pension funds, sovereign wealth funds, corporations, and high-net-worth individuals. HorizonPointe Financial Group is headquartered in Los Angeles, California, with additional offices in major financial centers worldwide.

Media Contact

Organization: HorizonPointe Financial Group (HPFG)

Contact
Person: Andrew Evan Watkins

Website:

Home

Email:

media@horizonpointefinance.com

Address:1800 North Vine Street Los Angeles, CA 90028

Country:United States

The post Andrew Evan Watkins Predicts the Next AI Breakthrough: From Tool to System-Level Intelligence appeared first on
Grand Newswire.
It is provided by a third-party content
provider. Grand Newswire makes no
warranties or representations in connection with it.

United States, 14th Jun 2025, Grand Newswire – As artificial intelligence moves beyond isolated capabilities and becomes a foundational layer in enterprise operations, Andrew Evan Watkins, Chief Analyst and Board Director at HorizonPointe Financial Group, believes the industry is approaching a critical inflection point. The next wave of AI innovation, he argues, will not be defined by larger models or faster responses—but by the emergence of system-level awareness: intelligent systems that can manage themselves, optimize performance over time, and operate with a deep understanding of their broader environment.

According to Watkins, most current AI systems still rely heavily on human prompts, external orchestration, and task-by-task execution. While they may demonstrate fluency in language or generate high-quality content, their ability to adapt across workflows, reallocate resources, or improve through autonomous feedback remains limited.

“The future of AI isn’t just about answering questions—it’s about knowing what needs to be done before you even ask,”
said Andrew Evan Watkins.

He describes system-level AI as having the ability to interpret broader objectives, manage interdependent tasks, and evolve its own internal behavior without constant human intervention. This next generation of AI will understand not only individual commands, but also context, intent, and system-wide dependencies—leading to more resilient, scalable, and truly intelligent behavior.

In Watkins’ view, this evolution will fundamentally change how organizations design and deploy AI. Instead of layering isolated models on top of existing workflows, companies will begin building AI-native systems, where intelligence is embedded in the very fabric of process execution, decision-making, and adaptation. AI will no longer be a tool bolted onto a strategy—it will become part of the strategy itself.

This shift, however, requires more than algorithmic improvements. It demands architectural readiness: systems that support task memory, adaptive learning, and modular behavior; infrastructures that enable continuous optimization and seamless handoffs between different models or agents. Without this structural foundation, even the most capable models will eventually hit operational ceilings.

Watkins cautions that with growing autonomy comes the need for robust oversight. As AI systems begin to make more decisions independently, organizations must invest in transparent governance frameworks, audit-ready behavior tracking, and permission-based access controls. In his view, truly intelligent systems are not only powerful, but also explainable, accountable, and secure.

“We’re not talking about AI gaining consciousness—we’re talking about AI gaining structure,” he noted.
“The systems that win will be those that are both adaptive and governable.”

Ultimately, Watkins believes that system-aware AI will become the backbone of modern infrastructure—interwoven with data pipelines, operational platforms, and decision layers. These intelligent systems will not only respond to input, but learn from history, anticipate needs, and optimize performance over time.

“AI that can think is impressive. But AI that can evolve, coordinate, and manage itself—that’s transformational,”
Watkins concluded.
“This is no longer a model race. It’s a systems race.”

About Andrew Evan Watkins

Andrew Evan Watkins is Chief Analyst and Board Director at HorizonPointe Financial Group. His research focuses on the strategic integration of AI across architectures, long-range system governance, and the role of machine intelligence in enterprise transformation. He is known for advocating intelligent infrastructure as a core element of digital strategy.

About HorizonPointe Financial Group

HorizonPointe Financial Group (HPFG) is a leading financial services firm specializing in institutional asset management, investment banking, and wealth management solutions. Founded on principles of innovation and client service excellence, HorizonPointe Financial Group combines advanced technology with deep market expertise to deliver superior investment outcomes. The company serves a diverse global client base including pension funds, sovereign wealth funds, corporations, and high-net-worth individuals. HorizonPointe Financial Group is headquartered in Los Angeles, California, with additional offices in major financial centers worldwide.

Media Contact

Organization: HorizonPointe Financial Group (HPFG)

Contact
Person: Andrew Evan Watkins

Website:

Home

Email:

media@horizonpointefinance.com

Address:1800 North Vine Street Los Angeles, CA 90028

Country:United States

The post Andrew Evan Watkins Predicts the Next AI Breakthrough: From Tool to System-Level Intelligence appeared first on
Grand Newswire.
It is provided by a third-party content
provider. Grand Newswire makes no
warranties or representations in connection with it.

China, 14th Jun 2025, Grand Newswire – Amid rising digital noise, Viwoods has embraced a different path — designing paper tablets that prioritize clarity over complexity. The AiPaper and AiPaper Mini reflect a philosophy of intentional technology, where every feature serves focus, not distraction.

With crisp E Ink displays and thoughtfully minimal interfaces, the devices are built for writing, planning, and thinking without interruption. From creative work to daily structure, Viwoods offers a quieter way to interact with digital tools.

Seamless File Flow Built for Calm, Connected Work
Modern workflows often span multiple devices, but rarely without friction. The AiPaper and AiPaper Mini were developed to close these gaps through a file-sharing system that feels as effortless as writing itself.

Flexible Transfer Options for Every Environment
Engineered for cross-platform synchronization, the paper tablets support wireless and offline transfer methods, allowing documents to move securely and intuitively across environments. Whether over local networks, direct connections, or privacy-focused alternatives, every pathway is designed to preserve focus and eliminate digital clutter.

Workflow Support Without Interruption
This system is designed to support real work without disruption. Whether transferring annotated documents, syncing handwritten notes, or moving between tasks, the interaction remains fluid and unobtrusive, allowing users to focus on content, not coordination.

Daily: A Centered Workspace for Structured Thinking
Built into the AiPaper and AiPaper Mini, the Daily Section functions as an integrated workspace to simplify day-to-day planning. More Than a calendar, Daily offers a centralized interface where notes, events, and action items are organized with purpose and clarity.

Streamlined Planning Across Notes, Tasks, and Projects
Daily enables users to create to-do lists, handwritten notes, and project outlines in a single, uncluttered environment. Whether used for managing coursework, coordinating workflows, or maintaining daily routines, the layout is built to reduce friction and support focused execution.

Continuity That Aligns with Daily Workflow
Daily preserves recent activity, whether documents, notes, or reading materials, according to the day they were accessed. This temporal view enables users to pick up where they left off, supporting a natural flow of thought across sessions without manual tracking or reorganization.

Connected Calendars, Simplified Inputs
Calendar synchronization brings schedules into view without leaving the minimalist interface. Events can be added using voice input or cropping content directly from the screen, offering subtle, in-context ways to manage tasks without interrupting focus.
 

File Organization Designed for Clarity and Control
Beyond writing and planning, the AiPaper and AiPaper Mini introduce a file management system shaped by real-world workflows. Instead of layering complexity, the structure brings clarity, aligning storage, access, and retrieval with how information is used in context.

Folder Structures that Reflect Working Logic
Files can be grouped using nested folders that follow natural mental models by project, client, subject, or theme. This framework supports professionals, students, and creators to organize large volumes of material without relying on memory or routine searching.

Tagging and Prioritization Built In
Documents can be labeled with tags to reflect urgency, topic, or task status, enabling filtered views across workstreams. A dedicated favorites section keeps high-priority files visible and close at hand, reducing disruption during focused sessions.

Discreet Protection for Private Materials
Individual files can be secured using passcodes or biometric authentication, providing additional control for confidential documents. Whether managing sensitive records, personal notes, or strategic content, privacy remains fully under user control.

Open Platform Flexibility Without Distraction
The AiPaper and AiPaper Mini are built on an open Android 13 foundation, offering users the freedom to personalize their workspace without sacrificing the minimalist experience that defines E Ink.

App Integration Within a Paper-Centric Interface
Users can install diverse third-party tools that support scheduling, communication, and document creation. It extends the devices beyond notetaking, transforming them into adaptable workstations for reading, planning, and task management, all without compromising screen clarity or visual comfort.

Optimized for Reading and Deep Work
Whether used for long-form content consumption or structured daily work, the high-contrast Carta 1300 display supports seamless transitions between refresh modes. Text remains legible and immersive, even during extended use, while the paper-like interface helps maintain concentration.

Responsiveness Aligned with Real Tasks
The system aims to run third-party applications with high stability and minimal latency, ensuring fluid interactions across writing, sketching, or collaboration tools. Specific optimizations enhance input accuracy and stroke response, reflecting ongoing attention to performance at the application level.

In-Context Annotation Tools
Built-in features like screen capture and markup allow on-screen content to be annotated without switching modes or interrupting focus. It creates a smoother workflow for reviewing materials, analyzing visuals, or capturing moments of insight directly within the active environment.
 

Handwriting Reimagined for the Digital Workspace
The writing experience on the AiPaper and AiPaper Mini has been engineered to restore the immediacy and focus often lost in modern digital tools. By blending tactile precision with responsive performance, the tablets provide a familiar yet elevated interface for capturing ideas by hand.

Designed for Precision and Comfort
The display technology features a high-contrast screen with optimized stroke responsiveness, reducing latency and enhancing input clarity. With a pen-to-display distance engineered for a natural feel, the writing process mirrors the rhythm and flow of traditional handwriting, without the interruption of digital lag.

Built to Capture Thought in Motion
The interface supports expressive, intentional writing, whether sketching, outlining, or drafting long-form text. The hardware and software work in tandem to ensure that every line reflects immediate feedback, helping users remain engaged in their process rather than the tool itself.
 

Slim Form, Built for Movement
The AiPaper and AiPaper Mini are configured to stay out of the way, physically and mentally. At just 4.5 mm thick and 370 grams, the AiPaper delivers a full 10.65-inch workspace in a profile that’s easy to carry and comfortable to hold for extended periods. Its companion, the AiPaper Mini, weighs 230 grams and measures only 5.2 mm in thickness, perfect for compact bags or jacket pockets.

Both models are built to support fluid, location-independent workflows, whether in transit, at a desk, or between meetings. By minimizing physical burden without compromising usability, these two paper tablets reflect a core Viwoods principle: technology should move with its users, not slow them down.

AI Features Designed to Support
The AiPaper and AiPaper Mini integrate on-device AI tools that enhance how information is processed, organized, and refined, quietly augmenting user workflows without overwhelming them.

Handwriting Conversion and Content Structuring
Handwritten notes can be converted into clean outlines or refined drafts, supporting a smoother transition from early ideas to shareable content. It helps reduce manual rewriting and improves the efficiency of daily planning and creative work.

Contextual Tools for Reading and Editing
AI support extends to language translation, content simplification, and structural organization, all designed to enhance clarity without interrupting flow. It doesn’t access user files unless explicitly invoked. Viwoods enforces strict privacy protections, ensuring that all data remains secure and under the user’s control.

Subtle AI Integration Within a Minimal Interface
The AI features on AiPaper tablet endeavor to stay unobtrusive, appearing only when activated by the user. This approach preserves the device’s focus-first environment, offering intelligent support without interrupting the core writing or planning experience.

A New Chapter in Purposeful Productivity
Viwoods continues to define a quieter approach to digital productivity rooted in clarity, focus, and deliberate design. Through its paper tablets, the company integrates hardware, software, and AI to support structured thinking and seamless workflows. As the landscape of digital tools evolves, Viwoods remains committed to developing technology that serves with intention and adapts to how people think, create, and work.

Media Contact

Organization: Viwoods International Limited.Co

Contact
Person: Cindy

Website:

https://viwoods.com/

Email:

support@viwoods.com

Country:China

The post Viwoods AiPaper Embodies a New Philosophy of Digital Focus appeared first on
Grand Newswire.
It is provided by a third-party content
provider. Grand Newswire makes no
warranties or representations in connection with it.

China, 14th Jun 2025, Grand Newswire – Amid rising digital noise, Viwoods has embraced a different path — designing paper tablets that prioritize clarity over complexity. The AiPaper and AiPaper Mini reflect a philosophy of intentional technology, where every feature serves focus, not distraction.

With crisp E Ink displays and thoughtfully minimal interfaces, the devices are built for writing, planning, and thinking without interruption. From creative work to daily structure, Viwoods offers a quieter way to interact with digital tools.

Seamless File Flow Built for Calm, Connected Work
Modern workflows often span multiple devices, but rarely without friction. The AiPaper and AiPaper Mini were developed to close these gaps through a file-sharing system that feels as effortless as writing itself.

Flexible Transfer Options for Every Environment
Engineered for cross-platform synchronization, the paper tablets support wireless and offline transfer methods, allowing documents to move securely and intuitively across environments. Whether over local networks, direct connections, or privacy-focused alternatives, every pathway is designed to preserve focus and eliminate digital clutter.

Workflow Support Without Interruption
This system is designed to support real work without disruption. Whether transferring annotated documents, syncing handwritten notes, or moving between tasks, the interaction remains fluid and unobtrusive, allowing users to focus on content, not coordination.

Daily: A Centered Workspace for Structured Thinking
Built into the AiPaper and AiPaper Mini, the Daily Section functions as an integrated workspace to simplify day-to-day planning. More Than a calendar, Daily offers a centralized interface where notes, events, and action items are organized with purpose and clarity.

Streamlined Planning Across Notes, Tasks, and Projects
Daily enables users to create to-do lists, handwritten notes, and project outlines in a single, uncluttered environment. Whether used for managing coursework, coordinating workflows, or maintaining daily routines, the layout is built to reduce friction and support focused execution.

Continuity That Aligns with Daily Workflow
Daily preserves recent activity, whether documents, notes, or reading materials, according to the day they were accessed. This temporal view enables users to pick up where they left off, supporting a natural flow of thought across sessions without manual tracking or reorganization.

Connected Calendars, Simplified Inputs
Calendar synchronization brings schedules into view without leaving the minimalist interface. Events can be added using voice input or cropping content directly from the screen, offering subtle, in-context ways to manage tasks without interrupting focus.
 

File Organization Designed for Clarity and Control
Beyond writing and planning, the AiPaper and AiPaper Mini introduce a file management system shaped by real-world workflows. Instead of layering complexity, the structure brings clarity, aligning storage, access, and retrieval with how information is used in context.

Folder Structures that Reflect Working Logic
Files can be grouped using nested folders that follow natural mental models by project, client, subject, or theme. This framework supports professionals, students, and creators to organize large volumes of material without relying on memory or routine searching.

Tagging and Prioritization Built In
Documents can be labeled with tags to reflect urgency, topic, or task status, enabling filtered views across workstreams. A dedicated favorites section keeps high-priority files visible and close at hand, reducing disruption during focused sessions.

Discreet Protection for Private Materials
Individual files can be secured using passcodes or biometric authentication, providing additional control for confidential documents. Whether managing sensitive records, personal notes, or strategic content, privacy remains fully under user control.

Open Platform Flexibility Without Distraction
The AiPaper and AiPaper Mini are built on an open Android 13 foundation, offering users the freedom to personalize their workspace without sacrificing the minimalist experience that defines E Ink.

App Integration Within a Paper-Centric Interface
Users can install diverse third-party tools that support scheduling, communication, and document creation. It extends the devices beyond notetaking, transforming them into adaptable workstations for reading, planning, and task management, all without compromising screen clarity or visual comfort.

Optimized for Reading and Deep Work
Whether used for long-form content consumption or structured daily work, the high-contrast Carta 1300 display supports seamless transitions between refresh modes. Text remains legible and immersive, even during extended use, while the paper-like interface helps maintain concentration.

Responsiveness Aligned with Real Tasks
The system aims to run third-party applications with high stability and minimal latency, ensuring fluid interactions across writing, sketching, or collaboration tools. Specific optimizations enhance input accuracy and stroke response, reflecting ongoing attention to performance at the application level.

In-Context Annotation Tools
Built-in features like screen capture and markup allow on-screen content to be annotated without switching modes or interrupting focus. It creates a smoother workflow for reviewing materials, analyzing visuals, or capturing moments of insight directly within the active environment.
 

Handwriting Reimagined for the Digital Workspace
The writing experience on the AiPaper and AiPaper Mini has been engineered to restore the immediacy and focus often lost in modern digital tools. By blending tactile precision with responsive performance, the tablets provide a familiar yet elevated interface for capturing ideas by hand.

Designed for Precision and Comfort
The display technology features a high-contrast screen with optimized stroke responsiveness, reducing latency and enhancing input clarity. With a pen-to-display distance engineered for a natural feel, the writing process mirrors the rhythm and flow of traditional handwriting, without the interruption of digital lag.

Built to Capture Thought in Motion
The interface supports expressive, intentional writing, whether sketching, outlining, or drafting long-form text. The hardware and software work in tandem to ensure that every line reflects immediate feedback, helping users remain engaged in their process rather than the tool itself.
 

Slim Form, Built for Movement
The AiPaper and AiPaper Mini are configured to stay out of the way, physically and mentally. At just 4.5 mm thick and 370 grams, the AiPaper delivers a full 10.65-inch workspace in a profile that’s easy to carry and comfortable to hold for extended periods. Its companion, the AiPaper Mini, weighs 230 grams and measures only 5.2 mm in thickness, perfect for compact bags or jacket pockets.

Both models are built to support fluid, location-independent workflows, whether in transit, at a desk, or between meetings. By minimizing physical burden without compromising usability, these two paper tablets reflect a core Viwoods principle: technology should move with its users, not slow them down.

AI Features Designed to Support
The AiPaper and AiPaper Mini integrate on-device AI tools that enhance how information is processed, organized, and refined, quietly augmenting user workflows without overwhelming them.

Handwriting Conversion and Content Structuring
Handwritten notes can be converted into clean outlines or refined drafts, supporting a smoother transition from early ideas to shareable content. It helps reduce manual rewriting and improves the efficiency of daily planning and creative work.

Contextual Tools for Reading and Editing
AI support extends to language translation, content simplification, and structural organization, all designed to enhance clarity without interrupting flow. It doesn’t access user files unless explicitly invoked. Viwoods enforces strict privacy protections, ensuring that all data remains secure and under the user’s control.

Subtle AI Integration Within a Minimal Interface
The AI features on AiPaper tablet endeavor to stay unobtrusive, appearing only when activated by the user. This approach preserves the device’s focus-first environment, offering intelligent support without interrupting the core writing or planning experience.

A New Chapter in Purposeful Productivity
Viwoods continues to define a quieter approach to digital productivity rooted in clarity, focus, and deliberate design. Through its paper tablets, the company integrates hardware, software, and AI to support structured thinking and seamless workflows. As the landscape of digital tools evolves, Viwoods remains committed to developing technology that serves with intention and adapts to how people think, create, and work.

Media Contact

Organization: Viwoods International Limited.Co

Contact
Person: Cindy

Website:

https://viwoods.com/

Email:

support@viwoods.com

Country:China

The post Viwoods AiPaper Embodies a New Philosophy of Digital Focus appeared first on
Grand Newswire.
It is provided by a third-party content
provider. Grand Newswire makes no
warranties or representations in connection with it.

United States, 14th Jun 2025, – Rundeer, the U.S.-based electric bike brand known for blending rugged performance with clean design, has officially unveiled its latest flagship model: the Attack 11. Building on the cult success of the Attack 10, the new Attack 11 represents the next evolution in engineering, comfort, and off-road performance for riders who demand more from their electric ride.

A Precision-Built Frame for Uncompromising Riders

At the heart of the Attack 11 is a redesigned high-strength aluminum alloy frame, now extended for improved stability and control. The geometry has been refined to provide a better center of gravity and more confident handling across technical terrain, without sacrificing comfort on longer rides. Whether you’re weaving through city streets or powering through gravel trails, the frame delivers strength, balance, and durability.

Pro-Level Suspension and Impact Control

The Attack 11 is equipped with the DNM USD-8FAT inverted air suspension fork, offering 160mm of travel and precise adjustability via rebound and compression dials. This air-hydraulic system is built to absorb heavy impacts while maintaining rigidity, responsiveness, and stability—thanks in part to a robust 15mm thru-axle and upgraded seal design. In the rear, dual spring shocks provide additional cushioning and control, making the ride feel planted yet agile on rugged terrain.

Dual Motor Powertrain and Long-Range Battery

The Attack 11 comes equipped with a powerful 750W Bafang rear hub motor, capable of delivering up to 89Nm of torque—making steep climbs and rugged terrain feel effortless. For riders seeking maximum traction and performance, an optional dual motor AWD configuration is available, supplying 500W to both the front and rear wheels. The setup supports speeds of up to 30 miles per hour. Powering the drivetrain is a UL-certified 960Wh Samsung lithium battery, delivering reliable energy with an estimated range of up to 40 miles in throttle-only mode, and up to 68 miles with pedal assist, depending on rider weight, terrain, and assist level. 

Confident Braking and Precision Components

Performance isn’t just about power—it’s about control. The Attack 11 features quad-piston hydraulic disc brakes, giving riders smooth, powerful stopping ability even on descents or in wet conditions. A thumb throttle and Shimano 7-speed freewheel offer intuitive speed modulation, while a premium controller ensures seamless power delivery across various ride modes. All-terrain fat tires, integrated LED lighting, high-quality wiring, highest quality nylon pedals and a sturdy accessory mount system make the Attack 11 a complete package for both daily commutes and weekend off-road escapes. 

Early Bird Deal: Ride More, Get More

The Attack 11 is now available at a launch price of $2,299, with the dual motor version offered at $2,599.

To celebrate the launch, Rundeer is offering an early bird promotion through June 30th. Customers who order the Attack 11 before the deadline will receive a special discount – $200 OFF and a free accessory bundle valued at $457, including a set of custom-fit fenders, a set of wheel side covers, a heavy-duty rear rack, and a versatile rear cargo basket. This accessory bundle is designed to enhance both commuting and cargo-carrying experiences, making it an ideal companion for urban and outdoor riders alike.

For more information or media inquiries, contact: support@rundeers.com | (800)-590-2468

Media Contact

Organization: RUNDEER

Contact
Person: Media Relations

Website:

https://www.rundeers.com/

Email:

support@rundeers.com

Contact Number: 18005902468

Country:United States

The post Rundeer Launches the Attack 11: A Bold Step Forward in Moped-Style E-Bikes appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

China, 14th Jun 2025, – OurPCB, a provider of printed circuit board manufacturing and assembly services based in Shijiazhuang, China, has announced the expansion of its high frequency PCB production capabilities. This development is intended to meet the growing requirements of industries such as aerospace, telecommunications, automotive radar, and next-generation wireless infrastructure.

Recent upgrades include the integration of advanced fabrication technologies and specialized materials designed for high-frequency applications. These changes enable tighter impedance control, reduced dielectric loss, and greater thermal stability—parameters that are essential for the performance and reliability of RF (radio frequency) and microwave circuits.

Hommer Zhao, Owner of OurPCB, commented on the advancement, “High frequency electronic systems demand consistent signal integrity and precise fabrication tolerances. The new manufacturing capabilities reflect a response to increased technical demands across various industries. High frequency PCB production now requires not only specialized materials but also rigorous process control and inspection standards. These improvements position the company to support more complex and performance-sensitive projects.”

High frequency PCBs typically operate above 1 GHz and require substrates such as PTFE, hydrocarbon ceramic, or other low-loss laminates. Manufacturing these boards involves critical challenges, including fine line definition, minimal conductor surface roughness, and controlled dielectric properties. The updated production process is designed to address these challenges while maintaining manufacturing efficiency and product consistency.

The current industry landscape reflects a clear shift toward higher data rates, lower latency, and more compact designs. As a result, electronic design teams are increasingly incorporating high frequency functionality into a broader range of products, from automotive safety systems to advanced communication devices. Manufacturing partners are expected to meet not only volume demands but also complex engineering requirements.

To support these needs, the company has implemented advanced quality assurance protocols specific to high frequency applications. These include time-domain reflectometry for impedance verification, automated optical inspection for micro-scale defects, and high-resolution layer alignment procedures. These systems ensure that each production batch meets strict performance specifications required by critical-use industries.

In addition to technical improvements, the expansion of high frequency PCB capabilities includes a renewed emphasis on design collaboration and process transparency. By aligning fabrication procedures with the latest design requirements, the company aims to reduce development cycles and improve first-pass yield in high-complexity projects.

Zhao offered a statement on the long-term direction, “Ongoing developments in electronics continue to push boundaries in terms of speed, density, and reliability. Future investment will focus on process automation, specialized talent acquisition, and the expansion of testing infrastructure to meet evolving industry benchmarks. High frequency PCBs represent a critical component of tomorrow’s electronic systems, and the goal is to be fully prepared for that future.”

Established in Shijiazhuang, Hebei Province, OurPCB operates across global markets with a full spectrum of services, including PCB prototyping, volume production, component sourcing, and assembly. The company supports various sectors, from consumer electronics to industrial instrumentation, with a focus on precision, reliability, and responsiveness to market needs.

The introduction of enhanced high frequency PCB manufacturing processes represents a strategic step toward addressing complex design and production challenges. As the demand for high-performance electronic systems continues to increase, the capability to deliver specialized circuit boards remains a key factor in enabling technological progress.

For further information, please contact the high frequency PCB manufacturer, OurPCB, at +86-311-85981900 or via email at hommer.z@ourpcb.com. The company is located on the 3rd Floor of Nanhai Plaza, No. 505 Xinhua Road, Xinhua District, Shijiazhuang, Hebei, China.

Media Contact

Organization: OurPCB

Contact
Person: Hommer Zhao

Website:

https://www.ourpcb.com/

Email:

hommer.z@ourpcb.com

Contact Number: 8631185981900

Address:3rd Floor, Nanhai Plaza

Address 2: NO. 505 Xinhua Road Xinhua District, Shijiazhuang Hebei

Country:China

The post OurPCB Advances High Frequency PCB Manufacturing for Demanding Electronic Applications appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 14th Jun 2025, – Rundeer, the U.S.-based electric bike brand known for blending rugged performance with clean design, has officially unveiled its latest flagship model: the Attack 11. Building on the cult success of the Attack 10, the new Attack 11 represents the next evolution in engineering, comfort, and off-road performance for riders who demand more from their electric ride.

A Precision-Built Frame for Uncompromising Riders

At the heart of the Attack 11 is a redesigned high-strength aluminum alloy frame, now extended for improved stability and control. The geometry has been refined to provide a better center of gravity and more confident handling across technical terrain, without sacrificing comfort on longer rides. Whether you’re weaving through city streets or powering through gravel trails, the frame delivers strength, balance, and durability.

Pro-Level Suspension and Impact Control

The Attack 11 is equipped with the DNM USD-8FAT inverted air suspension fork, offering 160mm of travel and precise adjustability via rebound and compression dials. This air-hydraulic system is built to absorb heavy impacts while maintaining rigidity, responsiveness, and stability—thanks in part to a robust 15mm thru-axle and upgraded seal design. In the rear, dual spring shocks provide additional cushioning and control, making the ride feel planted yet agile on rugged terrain.

Dual Motor Powertrain and Long-Range Battery

The Attack 11 comes equipped with a powerful 750W Bafang rear hub motor, capable of delivering up to 89Nm of torque—making steep climbs and rugged terrain feel effortless. For riders seeking maximum traction and performance, an optional dual motor AWD configuration is available, supplying 500W to both the front and rear wheels. The setup supports speeds of up to 30 miles per hour. Powering the drivetrain is a UL-certified 960Wh Samsung lithium battery, delivering reliable energy with an estimated range of up to 40 miles in throttle-only mode, and up to 68 miles with pedal assist, depending on rider weight, terrain, and assist level. 

Confident Braking and Precision Components

Performance isn’t just about power—it’s about control. The Attack 11 features quad-piston hydraulic disc brakes, giving riders smooth, powerful stopping ability even on descents or in wet conditions. A thumb throttle and Shimano 7-speed freewheel offer intuitive speed modulation, while a premium controller ensures seamless power delivery across various ride modes. All-terrain fat tires, integrated LED lighting, high-quality wiring, highest quality nylon pedals and a sturdy accessory mount system make the Attack 11 a complete package for both daily commutes and weekend off-road escapes. 

Early Bird Deal: Ride More, Get More

The Attack 11 is now available at a launch price of $2,299, with the dual motor version offered at $2,599.

To celebrate the launch, Rundeer is offering an early bird promotion through June 30th. Customers who order the Attack 11 before the deadline will receive a special discount – $200 OFF and a free accessory bundle valued at $457, including a set of custom-fit fenders, a set of wheel side covers, a heavy-duty rear rack, and a versatile rear cargo basket. This accessory bundle is designed to enhance both commuting and cargo-carrying experiences, making it an ideal companion for urban and outdoor riders alike.

For more information or media inquiries, contact: support@rundeers.com | (800)-590-2468

Media Contact

Organization: RUNDEER

Contact
Person: Media Relations

Website:

https://www.rundeers.com/

Email:

support@rundeers.com

Contact Number: 18005902468

Country:United States

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United States, 14th Jun 2025, – Cloom Tech, a manufacturer specializing in custom wire harnesses and cable assemblies for the automotive, aerospace, robotics, and medical device industries, has announced the commencement of operations at two newly constructed production facilities in Southeast Asia. The new sites are located in Rosario, Cavite, Philippines, and Bang Pa-In, Ayutthaya, Thailand.

This development marks a significant addition to the company’s global manufacturing footprint and reflects a strategic commitment to increasing capacity, improving operational resilience, and strengthening support for regional and international clients. The two facilities have been developed to support complex wiring projects across a broad spectrum of technical requirements and regulatory environments.

The Cavite facility is situated within the Cavite Economic Zone, an industrial area recognized for export manufacturing and skilled workforce availability. The Ayutthaya location, strategically positioned along Thailand’s major logistics corridors, provides access to regional infrastructure that supports high-volume manufacturing and rapid distribution across Asia and beyond.

“These facilities were designed to align with the growing needs of clients requiring reliable, high-precision wiring systems in sectors where consistency and performance are essential,” said Ivy Zhao, spokesperson for Cloom Tech. “This expansion enables streamlined production and closer proximity to several major supply chain nodes.”

Each site has been built to accommodate end-to-end project development, from prototype engineering through full-scale production. Cleanroom environments, digital design workstations, and inline testing systems have been integrated to meet quality expectations for mission-critical applications. The facilities are compliant with international certifications, including ISO 9001 and IPC/WHMA-A-620 standards.

The decision to invest in Southeast Asia was driven by several factors, including access to a technically capable labor force, favorable manufacturing environments, and logistical advantages that support faster delivery timelines. The dual-site setup also provides a degree of production continuity that minimizes disruption in the event of regional instability or supply interruptions.

Construction began in the first quarter of 2024 and was completed on schedule. Equipment installation, staff recruitment, and operational trials were finalized in early 2025. Both sites are now producing and shipping to global clients, with production volumes expected to scale gradually through the end of the year.

The expansion follows increased demand from industries transitioning to electric systems, miniaturized components, and high-density cable configurations. Specific areas of growth include electric vehicle integration, robotic motion control systems, and medical instrumentation—fields that require robust and precise electrical connectivity under strict compliance protocols.

Future investments are expected to focus on manufacturing automation, data integration for process monitoring, and expanded testing capabilities for aerospace and defense-grade products. These developments are intended to enhance traceability, improve throughput, and maintain adherence to international client specifications.

“The ability to respond quickly to engineering changes and market shifts is becoming central to manufacturing success in high-reliability sectors,” Zhao added. “These new operations are positioned to serve evolving technical requirements while supporting long-term manufacturing sustainability across multiple industries.”

Cloom Tech will continue to monitor regional and sector-specific trends to inform future expansion and innovation efforts. The company remains engaged in workforce development and collaboration with local institutions to build specialized training programs that support high-performance manufacturing.

For further information, Cloom Tech, a cable assembly manufacturer Southeast Asia, can be contacted by phone at +1 863 434 8447 or via email at sales@cloomtech.com. The company operates manufacturing facilities at Lot 12, Block 16, Phase IV, Cavite Economic Zone, Rosario, Cavite 4106, Philippines, and at 140/15 Moo 7, Phaholyothin Road, Chieng Rak-Noi, Bang Pa-In, Ayutthaya 13180, Thailand.

Media Contact

Organization: Cloom Tech

Contact
Person: Ivy Zhao

Website:

https://cloomtech.com/

Email:

sales@cloomtech.com

Contact Number: 18634348447

Address:9251 NW 112th Ave

Address 2: Medley, FL 33178

Country:United States

The post Cloom Tech Expands Global Manufacturing Network with New Facilities in Thailand and the Philippines appeared first on
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United States, 14th Jun 2025, – Lontto, a manufacturer of industrial block and brick making machinery based in Chicago, has launched a new line of high-performance paver block machines designed to address growing demands for precision, durability, and scalability in construction practices.

The latest paver block machines have been developed to meet the increasing needs of contractors and infrastructure developers for efficient, reliable block production. These machines introduce a series of functional improvements, including enhanced molding accuracy, improved compaction systems, and reduced cycle times. The design emphasizes compatibility with a wide variety of raw materials, enabling operation under differing regional construction standards.

Industry analysts have noted a steady shift in the global construction sector toward more standardized and sustainable practices. Paver blocks, widely used in roadways, pavements, and pedestrian zones, require consistent dimensions and high compressive strength—factors that are directly influenced by the capabilities of the production machinery used. Lontto’s latest product range responds to these needs with a focus on consistency, long-term operation, and minimal material waste.

Chao Zhang, Chief Executive Officer of Lontto, addressed the announcement by stating, “The introduction of this new line of paver block machines marks a technical response to the evolving structural demands present in both urban development and regional infrastructure projects. The equipment has been engineered to provide stable, repeatable results while remaining adaptable to varied project conditions.”

The new systems also incorporate design features intended to facilitate on-site setup and operational training. These improvements are intended to reduce downtime during installation and enable machine operators to achieve optimal performance from the outset. The machines support both large-scale manufacturing environments and mobile, decentralized construction efforts.

Current economic and environmental considerations in the construction sector have heightened the importance of reducing operational waste and maximizing material efficiency. The machines are designed to contribute to these objectives through optimized compaction and precise material handling.

Following field testing across multiple operational environments, the machines were fine-tuned to reflect user feedback on mechanical reliability, ease of use, and throughput. Modifications were incorporated to enhance long-term maintenance and simplify service intervals. The result is a system that not only meets technical requirements but aligns with broader construction workflow needs.

With the successful deployment of this equipment line, Lontto is currently engaged in further development aimed at digital integration. Initial efforts include the incorporation of basic sensor technology to monitor production consistency and detect anomalies in block formation. Additional features under consideration include automated quality reporting and remote diagnostic capabilities.

Chao Zhang also provided commentary on the company’s direction for future innovation, “Continued investment in machine development is necessary to remain responsive to shifting market dynamics. Focus areas currently include automation, data integration, and sustainability. These are not isolated trends, but long-term shifts that will define the performance expectations of future construction systems.”

The release of the paver block machine line represents Lontto’s ongoing engagement with global infrastructure development. By emphasizing operational accuracy, modular design, and efficiency, the company aims to support foundational improvements in construction practices without reliance on speculative features or excessive complexity.

Lontto operates from its facility in Chicago, manufacturing a wide range of equipment including concrete block machines, mobile block units, and compressed earth block machines. In addition to product manufacturing, the company provides setup support and operator training to ensure the correct deployment of its machinery in diverse environments.

For further details regarding the Paver Block Machine or other construction equipment, contact Lontto, a manufacturer specializing in block and brick making machines, at 708 260 8300 or via email at lontto66@gmail.com. The company is located at 4992 S Austin Ave, Chicago, IL 60638, USA.

Media Contact

Organization: Lontto

Contact
Person: Chao Zhang

Website:

https://www.block-machine.net/

Email:

lontto66@gmail.com

Contact Number: 17082608300

Address:4992 S Austin Ave

Address 2: Chicago, IL 60638

Country:United States

The post Lontto Elevates Construction Standards with High-Performance Paver Block Machines appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.

United States, 14th Jun 2025, – Cloom Tech, a manufacturer specializing in custom wire harnesses and cable assemblies for the automotive, aerospace, robotics, and medical device industries, has announced the commencement of operations at two newly constructed production facilities in Southeast Asia. The new sites are located in Rosario, Cavite, Philippines, and Bang Pa-In, Ayutthaya, Thailand.

This development marks a significant addition to the company’s global manufacturing footprint and reflects a strategic commitment to increasing capacity, improving operational resilience, and strengthening support for regional and international clients. The two facilities have been developed to support complex wiring projects across a broad spectrum of technical requirements and regulatory environments.

The Cavite facility is situated within the Cavite Economic Zone, an industrial area recognized for export manufacturing and skilled workforce availability. The Ayutthaya location, strategically positioned along Thailand’s major logistics corridors, provides access to regional infrastructure that supports high-volume manufacturing and rapid distribution across Asia and beyond.

“These facilities were designed to align with the growing needs of clients requiring reliable, high-precision wiring systems in sectors where consistency and performance are essential,” said Ivy Zhao, spokesperson for Cloom Tech. “This expansion enables streamlined production and closer proximity to several major supply chain nodes.”

Each site has been built to accommodate end-to-end project development, from prototype engineering through full-scale production. Cleanroom environments, digital design workstations, and inline testing systems have been integrated to meet quality expectations for mission-critical applications. The facilities are compliant with international certifications, including ISO 9001 and IPC/WHMA-A-620 standards.

The decision to invest in Southeast Asia was driven by several factors, including access to a technically capable labor force, favorable manufacturing environments, and logistical advantages that support faster delivery timelines. The dual-site setup also provides a degree of production continuity that minimizes disruption in the event of regional instability or supply interruptions.

Construction began in the first quarter of 2024 and was completed on schedule. Equipment installation, staff recruitment, and operational trials were finalized in early 2025. Both sites are now producing and shipping to global clients, with production volumes expected to scale gradually through the end of the year.

The expansion follows increased demand from industries transitioning to electric systems, miniaturized components, and high-density cable configurations. Specific areas of growth include electric vehicle integration, robotic motion control systems, and medical instrumentation—fields that require robust and precise electrical connectivity under strict compliance protocols.

Future investments are expected to focus on manufacturing automation, data integration for process monitoring, and expanded testing capabilities for aerospace and defense-grade products. These developments are intended to enhance traceability, improve throughput, and maintain adherence to international client specifications.

“The ability to respond quickly to engineering changes and market shifts is becoming central to manufacturing success in high-reliability sectors,” Zhao added. “These new operations are positioned to serve evolving technical requirements while supporting long-term manufacturing sustainability across multiple industries.”

Cloom Tech will continue to monitor regional and sector-specific trends to inform future expansion and innovation efforts. The company remains engaged in workforce development and collaboration with local institutions to build specialized training programs that support high-performance manufacturing.

For further information, Cloom Tech, a cable assembly manufacturer Southeast Asia, can be contacted by phone at +1 863 434 8447 or via email at sales@cloomtech.com. The company operates manufacturing facilities at Lot 12, Block 16, Phase IV, Cavite Economic Zone, Rosario, Cavite 4106, Philippines, and at 140/15 Moo 7, Phaholyothin Road, Chieng Rak-Noi, Bang Pa-In, Ayutthaya 13180, Thailand.

Media Contact

Organization: Cloom Tech

Contact
Person: Ivy Zhao

Website:

https://cloomtech.com/

Email:

sales@cloomtech.com

Contact Number: 18634348447

Address:9251 NW 112th Ave

Address 2: Medley, FL 33178

Country:United States

The post Cloom Tech Expands Global Manufacturing Network with New Facilities in Thailand and the Philippines appeared first on
Brand News 24.
It is provided by a third-party content
provider. Brand News 24 makes no
warranties or representations in connection with it.