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Zebra Technologies has recognized Kaylie Rose with its Global Marketing Excellence Award, making her the first recipient of the honor in 2026. The award acknowledges her outstanding leadership and contributions to the company’s marketing initiatives, particularly during the North America Sales Kick Off and Channel Partner Summit. The recognition underscores the importance of strategic collaboration, innovative event experiences, and cross-functional…

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Customer Stories

ACADEMIA & INDUSTRY

Helix by Figure: The Future of Robotics with Vision-Language-Action Models

Helix combines vision, language understanding, and action control to advance AI and robotics

Editorial Desk

Interview

ACADEMIA & INDUSTRY

UpClose with AI thought leader & Futurist Zack Kass

A candid conversation with AI futurist Zack Kass on the future of technology.
Editorial Desk
WOMEN SPECIAL

The Gender Gap in Tech: Why Are There So Few Women in Coding?

A study by Dr. Siân Brooke (LSE) explores gender disparity in coding, its causes, and its impact on tech innovation
Editorial Desk
CUSTOMER STORIES

How Snowflake’s New CEO Plans to Scale the $50.96B Giant

Snowflake CEO Sridhar Ramaswamy shares his plan to scale the $50.96B giant.
Editorial Desk
AI & ROBOTICS

Setting the standard for responsible and impactful AI

Discussing how to build AI systems that are responsible and impactful...
Editorial Desk
INTERVIEW

Lowe’s talent stack is shaping the future of omnichannel retail

A look at Lowe’s innovative approach to omnichannel retail...
Editorial Desk
ACADEMIA & INDUSTRY

Figure Unveils BotQ: The World's Largest Humanoid Production Line

Figure is set to revolutionize the robotics industry with BotQ...
Editorial Desk
ACADEMIA & INDUSTRY

Helix by Figure: The Future of Robotics with Vision-Language-Action Models

Helix represents a groundbreaking step in AI and robotics...
Editorial Desk

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Expert Knowledge Hub -Insights & Thought Leadership

Manufacturing Robotics

An engineer's guide to understanding the state

Global Progress Report 2025

Sustainable Banking and Finance Network

Technology Report 2025

AI leaders are extending their edge.

Cloud computing

Cloud Adoption

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MiTAC Computing Technology Corporation, a leading server platform designer, and Belgian renewable energy innovator Tonomia have signed a Memorandum of Understanding (MOU) to establish a strategic partnership aimed at delivering sustainable AI infrastructure. The agreement was formalized during the Belgian Economic Mission to the U.S. West Coast, attended by dignitaries and HRH Princess Astrid.

The partnership combines MiTAC’s advanced GPU server platforms with Tonomia’s renewable energy solutions to create low-carbon, high-performance AI clusters. This initiative targets global enterprises seeking scalable, eco-friendly computing solutions.

Operational Details

Tonomia’s modular approach integrates solar carports, on-site battery storage, and distributed AI infrastructure. Underutilized spaces like parking lots are converted into clean energy hubs, powering AI workloads while utilizing waste heat for greater efficiency. MiTAC contributes GPU servers and advanced computing platforms optimized for HPC, AI, and cloud applications.

Community and Environmental Impact

By reducing the environmental footprint of energy-intensive AI operations, this collaboration addresses the growing demand for sustainable, high-performance computing. It benefits building owners and operators with optimized grid support and efficient energy use, while providing enterprises with powerful AI capabilities on a clean energy foundation.

Strategic Significance

“This partnership demonstrates MiTAC’s commitment to open innovation and practical sustainability in data centers,” said Rick Hwang, President of MiTAC Computing Technology. Dr. Mustapha Belhabib, CEO of Tonomia, added that the collaboration enables deployment of GPU-enabled AI clusters powered entirely by renewable energy.

About MiTAC Computing Technology Corporation

A subsidiary of MiTAC Holdings, MiTAC Computing specializes in energy-efficient servers and integrated AI, HPC, cloud, and edge computing solutions. With global R&D, manufacturing, and support capabilities, MiTAC empowers businesses with scalable, high-performance platforms optimized for sustainability.

The New Mexico Economic Development Department (EDD) and GreenPower Motor Company Inc. have unveiled the New Mexico All-Electric, Purpose-Built, Zero-Emission School Bus Pilot Project, marking a significant step toward sustainable transportation in public education. The pilot begins with three GreenPower Nano BEAST buses serving schools in Las Vegas and Santa Fe.

A First for New Mexico Schools

The two-year pilot project introduces Type A Nano BEAST buses to Las Vegas City Schools, West Las Vegas Schools, and Monte del Sol Charter School in Santa Fe. Supported by $5 million in state capital outlay funding, the initiative aligns with New Mexico’s Energy Transition Act, targeting 100% zero-carbon electricity by 2045.

Operational Details of the Pilot

In year one (2025–26), three Nano BEAST buses will rotate across districts, each tested under different charging and operating conditions. Year two (2026–27) will expand with two Type D BEAST buses and one Mega BEAST bus. GreenPower will oversee charging infrastructure installation, driver and mechanic training, first responder readiness, and telematics monitoring in partnership with Highland Electric Fleets and Geotab.

Economic and Environmental Impact

The state anticipates reduced operating and maintenance costs, improved air quality, and new opportunities for federal funding support. According to GreenPower CEO Fraser Atkinson, data on range, infrastructure, cost savings, and community response will guide broader adoption. If successful, the state has pledged an additional $15 million investment for expanding zero-emission fleets.

Strategic Significance for GreenPower

GreenPower’s Nano BEAST buses are designed with 118 kWh battery packs, up to 140-mile range, and flexible seating options, including accessibility features. Built on the EV Star Cab & Chassis platform, these vehicles integrate global components while meeting U.S. regulatory standards. The pilot project also enhances GreenPower’s role as a key partner in the U.S. transition to all-electric school and transit fleets.

Leadership and Community Voices

Governor Michelle Lujan Grisham and EDD Secretary Rob Black highlighted the project’s role in shaping a sustainable, diversified economy and inspiring students as future environmental stewards. Local school leaders welcomed the initiative, citing benefits in student health, fleet modernization, and alignment with sustainability values.

MAIRE announces that NEXTCHEM and Siemens Energy have signed a Memorandum of Understanding to jointly develop and commercialize a modular high-temperature methanol fuel cell for maritime applications. The solution targets high-end yachts initially, with plans to expand into industrial, stationary, and off-grid energy markets, enabling efficient, net-zero onboard power generation.

NEXTCHEM will design and supply the advanced methanol fuel cell modules, while Siemens Energy will provide onboard system integration, electrification, and energy management. The fuel cell reforms low-carbon methanol into hydrogen, powering vessels while eliminating emissions of nitrous and sulphur oxides and reducing reliance on fossil marine diesel.

Operational Details:
The first industrial-scale installation is planned for a flagship net-zero yacht currently under construction. The modular fuel cell design allows scalability, adaptability, and application across diverse markets, including data centers, industrial processes, and remote power generation, ensuring a flexible path to net-zero energy solutions.

Strategic Significance:
Fabio Fritelli, Managing Director of NEXTCHEM, emphasized the modular solution covers the entire low-carbon methanol value chain, promoting wider adoption and accelerating demand for sustainable fuels. Giuseppe Sachero of Siemens Energy highlighted the collaboration’s potential to leverage expertise across the energy transition ecosystem, integrating fuel cells into clean fuel technology solutions globally.