TECHNOLOGY & AUTOMATION
As the United States accelerates efforts to rebuild advanced manufacturing, robotics is becoming a cornerstone of next-generation industrial production. In a significant step toward intelligent factory automation, Skild AI and NVIDIA have announced the commercial deployment of a generalized AI-powered…
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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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A major leadership development unfolds as Larry Kellerman, Chief Power Officer of Fermi America, has been nominated to join the company’s Board of Directors by…
Kai Kölsch has joined NEURA Robotics as Head of CEO Office, marking a strategic leadership addition as the company scales its efforts in robotics and…
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Georgia Power has officially begun construction on a 260 megawatt (MW) battery energy storage system (BESS) in Jefferson County, Georgia.…
OCI Energy and Arava Power have executed a Membership Interest Purchase Agreement (MIPA) for the development of the 670 MWdc…
Mariana Minerals has announced the restart of its Copper One site in Utah, positioning it as the world’s first autonomous-first…
Triumvirate Environmental has announced a major expansion of its waste processing facility in Casa Grande, Arizona, aimed at enhancing hazardous…
Cox Automotive has announced a major milestone in electric vehicle battery recycling. The company revealed that its EV Battery Solutions…
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AI & ROBOTICS
Humanoid Robot Accompanies Melania Trump at White House Tech Summit
A jaw-dropping moment as a walking, talking humanoid robot joins Melania Trump at the White House during the international technology summit. Is this the future of AI and human interaction? Watch till the end to see how the robot interacts in a real-world setting.
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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
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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.
ROBOTICS & AUTOMATION
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Lowe’s talent stack is shaping the future of omnichannel retail
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AI & ROBOTICS
Ubtech’s Walker S2 Enters Full-Scale Industrial Deployment
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Georgia Power has officially begun construction on a 260 megawatt (MW) battery energy storage system (BESS) in Jefferson County, Georgia. Approved by the Georgia Public Service Commission, the project is strategically located near an existing solar facility and transmission infrastructure to maximize efficiency and grid integration.
Project Overview & Infrastructure
The Wadley BESS is designed to store and dispatch energy over a four-hour period, ensuring power availability during peak demand. By co-locating the battery system with solar infrastructure, the project enhances the utilization of renewable energy.
Key highlights include:
- 260 MW storage capacity
- Four-hour dispatch capability
- Integration with solar generation
- Strategic proximity to transmission networks
Strengthening Grid Reliability
Battery energy storage plays a crucial role in stabilizing the grid by capturing excess renewable energy during low-demand periods and releasing it when demand rises. This is particularly valuable during peak usage times such as cold winter mornings.
The project supports Georgia’s long-term energy strategy outlined in the 2025 Integrated Resource Plan (IRP).
Statewide Expansion of Energy Storage
Beyond Wadley, Georgia Power is rapidly expanding its energy storage footprint:
- 765 MW of BESS projects nearing completion across multiple counties
- Plans for ~3,000 MW of additional storage capacity across seven sites
- New solar + storage projects totaling 350 MW
These initiatives position the company as a leader in large-scale energy storage deployment in the United States.
Economic & Community Impact
The project is expected to deliver long-term economic benefits to Jefferson County, including job creation and infrastructure development. Local officials and community leaders participated in the groundbreaking ceremony, highlighting strong regional support.
Construction is being led by Burns & McDonnell, with completion targeted for 2027.
Strategic Significance
As renewable energy adoption accelerates, large-scale battery systems like the Wadley BESS are essential for ensuring grid stability and flexibility. By investing in storage infrastructure, Georgia Power is enabling a more resilient and sustainable energy ecosystem.
OCI Energy and Arava Power have executed a Membership Interest Purchase Agreement (MIPA) for the development of the 670 MWdc La Salle Solar project in La Salle County, Texas. Under the agreement, Arava Power will acquire a 50% ownership stake in the utility-scale solar facility, with both companies jointly financing, constructing, owning, and operating the project.
The signing ceremony marks a major milestone for the two renewable energy developers, as La Salle Solar becomes the largest single-site solar project undertaken by either company to date. The transaction also strengthens the long-standing collaboration between OCI Energy and Arava Power, representing their third joint renewable energy project in the Texas market.
Located in South Texas, the La Salle Solar project is expected to contribute significantly to regional energy reliability and clean power generation. Once fully operational, the facility is projected to generate enough renewable electricity to power approximately 100,000 homes. The project is expected to support increasing electricity demand in Texas, one of the fastest-growing energy markets in the United States.
Sabah Bayatli, President of OCI Energy, described the project as a reflection of the company’s development expertise and long-term commitment to the Texas renewable energy market. According to the company, La Salle Solar demonstrates OCI Energy’s ability to execute large-scale solar projects through strategic partnerships, strong market positioning, and scalable infrastructure planning.
Arava Power CEO Ilan Zidkony highlighted the agreement as an important step in expanding the company’s U.S. renewable energy portfolio. He noted that the project strengthens Arava Power’s position in the American clean energy sector while reinforcing its collaboration with OCI Energy. The company also confirmed that construction activities are expected to begin before the end of 2026.
The La Salle Solar project is scheduled to commence commercial operations in 2028. The development aligns with broader industry efforts to accelerate utility-scale solar deployment and support grid modernization initiatives across North America.
Founded in 2012, OCI Energy develops, owns, and operates utility-scale solar and battery energy storage projects across the United States, with a portfolio target of up to 10 GW by 2028. Meanwhile, Arava Power, established in 2007, is recognized as one of Israel’s early pioneers in utility-scale photovoltaic energy development and continues to expand its multi-gigawatt renewable energy portfolio across Israel and the United States.
Mariana Minerals has announced the restart of its Copper One site in Utah, positioning it as the world’s first autonomous-first mine and refinery. The project integrates end-to-end automation across mining, refining, and infrastructure development through a unified AI-driven operating system.
Rising Demand for Critical Minerals
The restart comes at a time when copper demand is surging globally, driven by AI data centers, electric vehicles, defense systems, and grid modernization. The United States currently imports nearly half of its refined copper, creating a widening supply gap.
Autonomous mining is increasingly viewed as a solution to improve productivity, reduce costs, and accelerate domestic production in response to these strategic challenges.
Operational Details: The MarianaOS Platform
At the core of the Copper One operation is MarianaOS, a proprietary platform that integrates three subsystems—MineOS, PlantOS, and CapitalProjectOS—into a single intelligence layer.
The mining operation leverages autonomous haulage from Pronto, drilling automation via Sandvik’s AutoMine®, and robotic inspection using Boston Dynamics’ Spot robots. These systems feed real-time data into MineOS for optimization.
Meanwhile, PlantOS automates refining by monitoring chemistry, temperature, and production variables, while CapitalProjectOS manages expansion, engineering, and construction processes with predictive analytics.
Economic Impact: Accelerating Production and Efficiency
The Copper One site, spanning approximately 10,000 acres, has produced high-purity copper since 2009. With existing infrastructure in place, Mariana aims to rapidly scale output rather than build from scratch.
The company plans to increase production to 50,000 metric tons annually by 2030, leveraging automation to compress timelines, reduce operational inefficiencies, and enhance output consistency.
Strategic Significance: Redefining Mining Through Automation
According to Turner Caldwell, Copper One is designed to demonstrate full-scale autonomy across mining operations, addressing both efficiency and supply challenges.
The initiative also reflects broader geopolitical concerns, as U.S. policymakers highlight copper supply dependency as a national security issue. Autonomous, domestic mining operations like Copper One could play a critical role in securing supply chains while advancing industrial innovation.
Triumvirate Environmental has announced a major expansion of its waste processing facility in Casa Grande, Arizona, aimed at enhancing hazardous waste disposal capabilities and addressing growing demand across the West Coast and Southwest regions. The development marks a significant step in strengthening environmental infrastructure in the United States.
Facility Expansion and Strategic Location
Located in Casa Grande, approximately an hour south of Phoenix, the 25-acre site currently operates as a non-hazardous waste processing facility. The expansion introduces a new RCRA Part B hazardous waste facility, positioning it as one of the most comprehensive treatment, storage, and disposal facilities (TSDFs) west of the Mississippi River.
The upgraded facility is expected to become operational later in 2026.
Operational Capabilities and Technology Integration
The expansion will add approximately 60,000 square feet of advanced processing space equipped with fuel blending systems, wastewater treatment infrastructure, and stabilization tanks. The facility will support a wide range of hazardous waste streams, including flammable materials, chemicals, sludges, and industrial byproducts.
With integrated treatment technologies and rail infrastructure, the site will enable efficient inbound and outbound waste logistics while ensuring compliance with strict environmental regulations.
Efficiency and Industry Impact
By consolidating hazardous and non-hazardous waste management into a single location, Triumvirate Environmental aims to reduce logistical complexity and costs for its customers. The facility is designed to serve industries such as life sciences, manufacturing, higher education, and technology.
The ability to manage multiple waste streams under one roof will improve operational efficiency and support sustainable waste management practices across sectors.
Regional and Economic Significance
The expansion represents a critical investment in a region that has historically faced limited hazardous waste disposal capacity. By enhancing local infrastructure, the project reduces the need for long-distance transportation, lowering both costs and environmental impact.
Additionally, the facility incorporates modern safety systems, fire protection technologies, and advanced monitoring mechanisms, setting new benchmarks compared to legacy waste processing sites.
Strategic Outlook
This development reinforces the growing importance of integrated environmental services in industrial ecosystems. As regulatory requirements and sustainability goals become more stringent, facilities like Triumvirate’s Casa Grande site will play a pivotal role in enabling compliant, scalable, and efficient waste management solutions.
The expansion also strengthens the company’s ability to provide end-to-end services, from waste collection and transportation to final disposal, positioning it as a key player in North America’s environmental services sector.
Cox Automotive has announced a major milestone in electric vehicle battery recycling. The company revealed that its EV Battery Solutions division has successfully processed and recovered more than 10 million pounds of black mass, a key material containing valuable battery minerals used in manufacturing new batteries.
The achievement highlights the growing importance of recycling and lifecycle management as electric vehicles become more common in global transportation markets.
Rising Need for EV Battery Lifecycle Management
The milestone comes at a time when more electric vehicles are entering the secondary market. EVs represented roughly 5% of lease maturities in 2025, and the share is expected to exceed 12% in 2026 and reach nearly 23% by 2028.
As EV adoption increases, the need for safe battery diagnostics, repair, second-life applications, and responsible recycling is becoming critical. Recycling prevents batteries from ending up in landfills while helping maintain a steady supply of essential minerals needed for battery production.
Operational Approach to Battery Recovery
Through its EV Battery Solutions division, Cox Automotive focuses on extending the usable life of batteries through repair, refurbishment, and remanufacturing, before moving to recycling at the end of the lifecycle.
The company uses proprietary depowering and dry-shredding technologies designed to reduce fire risk during battery processing. These systems help ensure safer handling and material recovery while protecting workers and nearby communities.
Advanced Recycling Facility in Oklahoma City
At Cox Automotive’s recycling center in Oklahoma City, technicians employ a patented dry recycling process that avoids the use of water and chemical treatments.
The process involves mechanical disassembly, shredding, and air-based material separation, enabling the recovery of valuable battery components. According to the company, the facility achieves material recovery rates of up to 94%, significantly reducing the need for virgin mining of battery minerals.
Importance of Black Mass in Battery Manufacturing
Black mass is a powder-like substance created during the mechanical recycling of lithium-ion batteries. It contains valuable materials such as lithium, nickel, cobalt, and manganese, which can be refined and reused in the production of new batteries.
By recovering these materials, recycling programs help build a circular battery economy, reducing environmental impact and supporting sustainable EV production.
Sustainability Strategy and Industry Impact
The recycling milestone also contributes to the sustainability commitments of Cox Enterprises through its environmental initiative Cox Conserves. Since launching in 2007, the program has supported more than 500 sustainability projects and invested over $165 million in initiatives aimed at reducing waste, conserving resources, and promoting biodiversity.
With global EV battery service facilities across the United States, Europe, and other markets, Cox Automotive is expanding its role in supporting the full lifecycle of electric vehicle batteries, from logistics and diagnostics to reuse and recycling.
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