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Breaking News: KULR to Unveil Game-Changing
KULR ONE® MAX for AI Data Centers

Hi “FDR” Member,

This is Michael Reece with “FinancialDrivenResearch” delivering you an important update on KULR Technology (NYSE: KULR).

Make sure you have KULR pulled up on your trading screen, so far its hit a high of $4.15 and starting to gain the streets attention.

The company just released breaking news this moring that it will introduce the KULR ONE® MAX, an ORV3-based reference design engineered to help AI-scale data centers transition from legacy BBU architectures to safe, certifiable, high-power lithium-ion systems built on the widely adopted 21700 cell platform.

Michael Mo, CEO of KULR. “Reuters Energy Live is the ideal venue to demonstrate how the KULR ONE® MAX ORV3 architecture with its integrated safety designs can enable the next chapter of data-center electrification. It positions KULR upstream in the AI build-out and creates long-term strategic lock-in with AI server manufacturers and cloud service platforms.”

News Link Here – snapshot below

KULR to Showcase AI Datacenter Battery Energy
Storage Solution at Reuters Energy Live 2025

HOUSTON / GLOBENEWSWIRE / December 09, 2025 / KULR Technology Group, Inc. (NYSE American: KULR) (the “Company” or “KULR”), a BTC+ Treasury company that builds a portfolio of frontier high-performance energy systems for cross-industry applications, today announced it will serve as a Sponsor of Reuters Energy Live 2025 and CTO Dr. William Walker will deliver a presentation on the Company’s next-generation Battery Backup Units (BBUs) titled, “Re-Shaping Backup Power: Inside the KULR ONE® MAX ORV3 Architecture for Safe, High-Performance 21700-Based BBU Systems” on Wednesday, December 10th at 10:40 AM CT.

“AI server racks are evolving toward integrated battery backup as a standard requirement – not an accessory. BBUs are becoming a key part of the core power architecture as it solves two macro bottlenecks: AI power instability and grid reliability – making it indispensable as compute scales,” said Michael Mo, CEO of KULR. “Reuters Energy Live is the ideal venue to demonstrate how the KULR ONE® MAX ORV3 architecture with its integrated safety designs can enable the next chapter of data-center electrification. It positions KULR upstream in the AI build-out and creates long-term strategic lock-in with AI server manufacturers and cloud service platforms.”

During the session, KULR will introduce the KULR ONE® MAX, an ORV3-based reference design engineered to help AI-scale data centers transition from legacy BBU architectures to safe, certifiable, high-power lithium-ion systems built on the widely adopted 21700 cell platform.

Demonstrating Safety-by-Design for the AI Power Era

The KULR ONE® MAX brings together advanced cell screening, pack engineering, thermal-propagation resistance, and UL 9540/9540A qualification within a vertically integrated workflow — demonstrating how safety can be embedded into the earliest stages of BBU design rather than treated as a late-stage certification hurdle.

“Abuse testing in prototype units of the KULR ONE® MAX (K1M) architecture have successfully prevented thermal runaway propagation in 8 of 8 performed tests to date,” added Peter Hughes, Vice President of Engineering at KULR. “The K1M shares similar features to the KULR ONE® SPACE (K1S) battery line, reinforcing a cell agnostic, passive propagation resistant (PPR), architecture worthy of future UL9540/9540A certification.”

The system’s standardized 48V module and scalable architecture offer a repeatable path for OEMs seeking:

Predictable discharge characteristics.
Tray-level parallelization for AI power shelves.
Thermal and electrical stability under high C-rate loads.
Compliance with increasingly stringent UL 9540A safety requirements.

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Positioning KULR at the Center of Data-Center Electrification

KULR’s presentation will underscore how standardized building blocks like the KULR ONE® MAX can:

Accelerate deployment cycles for hyperscale and edge data centers.
Reduce risk and cost within CSP BBU development pipelines.
Support global supply chain alignment around U.S.-built critical-power infrastructure.
Enable a shift from reactive safety testing to proactive engineering discipline.

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The discussion will also address why tomorrow’s BBUs must operate as fully engineered systems, integrating chemistry, electronics, firmware, thermal controls, and compliance, while still delivering the power density and dynamic performance required for high-intensity AI workloads.

Not only are their technicals bullish but there are also several catalysts in play right now that could be key factors for potential breakout to the upside.

Significant Milestone: KULR Rapidly Develops Counter-UAS Directed Energy Battery System: From Purchase Order to Prototype in 5 Weeks.

Directed Energy Weapons Market Forecasted
To Expand Rapidly From $7.9B to $39.9B

The directed energy weapons (DEW) market is forecasted to expand rapidly over the next decade, increasing from an estimated $7.9B to $39.9B over the period (17.6% CAGR). This expansion is driven by rising global defense budgets, military modernization initiatives, and the urgent demand for advanced countermeasures against missiles and drones. Armed forces across the world are prioritizing high-energy laser, high-power microwave, and particle beam technologies to address emerging aerial and ground threats with greater precision and minimal collateral damage.

News Link Here – snapshot below

KULR Rapidly Develops Counter-UAS Directed
Energy Battery System: From Purchase
Order to Prototype in 5 Weeks

HOUSTON / GLOBENEWSWIRE / November 24, 2025 / KULR Technology Group, Inc. (NYSE American: KULR) (the “Company” or “KULR”), a BTC+ Treasury company that builds a portfolio of frontier technology businesses ranging from high-performance energy systems to AI Robotics, today announced that it is developing a next-generation 400V battery system to support a Counter-UAS Directed Energy System, delivering a complete design package and prototype build in 5 weeks after receipt of the purchase order. The system is planned to enter production in 2026.

This milestone reflects KULR’s deep experience in mission-critical battery design and its disciplined approach to engineering for performance, safety, and manufacturability. Leveraging methodologies refined through years of supporting aerospace, defense, and high-reliability applications, KULR has established a rapid development framework that minimizes design cycles while maintaining the highest safety and quality standards.

For the Counter-UAS Directed Energy Battery System, KULR utilized its model-based electrical and thermal simulations, proprietary cell selection process, and design-for-safety architecture to produce a battery capable of meeting the power requirements of advanced energy weapon platforms. The company’s in-house integration capabilities, from electrical layout and mechanical packaging to testing and validation of the system, enabled a seamless transition from concept to prototype in record time.

“KULR is expanding its KULR ONE Guardian (K1G) platform with enhanced solutions engineered specifically for defense applications requiring the rigorous performance standards of MIL-STD-810H. Leveraging our in-house manufacturing capabilities at our Webster, Texas facility, we accelerated development and brought this program to life with exceptional speed and precision,” said Peter Hughes, VP of Engineering at KULR Technology Group.

KULR’s engineering approach emphasizes modular design principles, advanced CAD and thermal modeling, and rapid prototyping workflows that allow simultaneous progress across electrical, mechanical, and firmware domains. These proven methodologies not only reduce time-to-prototype but also streamline the pathway to low-rate initial production (LRIP) and full-rate manufacturing for defense and aerospace customers.

The rapid turnaround underscores KULR’s role as a trusted technical partner for programs that demand high energy density, robust safety, and fast design execution. By combining proprietary thermal management IP with agile engineering processes, KULR continues to demonstrate its capability to meet the stringent timelines and performance expectations of next generation directed energy systems.

#1 Tech Disruptor (NYSE: KULR) Partner Giants
Like NASA, Lockheed Martin, and Raytheon

KULR’s technology is cutting-edge, with applications in robotics, drones, and even space exploration. The company has earned contracts and partnerships with giants like NASA, Lockheed Martin, and Raytheon, a clear sign of credibility and trust at the highest levels.

KULR Technology is at the forefront of pioneering the next generation of engineering solutions across various sectors, including space, aerospace, defense, and transportation. Their expertise spans from small-satellite (CubeSat) batteries to JSC 20793 human-rated batteries, offering both off-the-shelf products and custom solutions tailored to meet specific needs.

KULR has expanded their core capabilities to include bespoke, engineered-to-spec battery design, production, and testing services—all under one roof. Whether for space exploration, aerospace missions, defense applications, or any other demanding environment.

KULR has announced multiple news releases recently representing significant milestones in the aerospace, defense sectors, and digital asset strategy sectors.

This is why it’s the ideal time to turn your attention to KULR, its positioning itself as a game-changer, in multiple booming industries.

The Space Economy is Growing to $1.8T by 2030

Presenting Significant Market for KULR

KULR Technology just launched its next-generation Battery Management System (kBMS), offering advanced solutions for both defense/terrestrial and spacecraft applications.

News Link Here – snapshot below

KULR Redefines Battery Safety and
Reliability Standards with Next-Gen
Battery Management System

HOUSTON / GLOBENEWSWIRE / October 02, 2025 / KULR Technology Group, Inc. (NYSE American: KULR) (the “Company” or “KULR”), a BTC+ Treasury company that builds a portfolio of frontier technology businesses ranging from high-performance energy systems to AI Robotics, today announced the launch of its next generation KULR-developed Battery Management System (kBMS) an advanced solution engineered to set a new industry benchmark for reliability, safety, and energy efficiency.

The kBMS is offered in two variants: one tailored for defense and terrestrial mission-critical applications, and another optimized for spacecraft power systems. The space-focused version can be configured in two ways — as a cost-effective system built with commercial chipsets protected from radiation within customer housings, or as a premium build utilizing radiation-tolerant components throughout. This flexibility allows KULR to deliver space-rated BMS solutions at multiple price points, giving integrators new options for balancing budget, safety, and mission assurance.

“With the launch of the kBMS, our team has built a solution that delivers reliability, safety, and efficiency for mission-critical power systems,” said Peter Hughes, Vice President of Engineering at KULR. “Its analog architecture, radiation-tolerant integration, and redundant hardware give customers confidence their systems will perform under the toughest conditions.”

Key Features and Innovations

Analog Architecture with Rad-Tolerant Chipset Integration – KULR’s design leverages an analog architecture and operational amplifier (op-amp) programming strategy, enabling the use of rad-tolerant processors. This breakthrough overcomes the absence of radiation-tolerant BMS chipsets, allowing the kBMS to be deployed in cost-effective or premium space-rated configurations.
Firmware and Redundant Hardware for Maximum Reliability and Safety Robust firmware paired with a dual-redundancy hardware architecture ensures safe operation even under extreme conditions, minimizing single points of failure.
Reduced Power Draw with Lower-Impedance MOSFETs – By using lower-impedance MOSFETs, the kBMS improves energy efficiency, reduces thermal losses, and extends system runtime for enhanced overall performance.
Isolated Communication Interface for Load and Power Protection – The system features an isolated communication interface that shields both the load and power electronics from damaging voltage spikes under certain conditions.
Unique Calibration Capability – Unlike most BMS solutions that must be replaced when calibration drift occurs, the kBMS can be recalibrated to restore full accuracy, lowering lifecycle costs and reducing downtime.

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The introduction of the kBMS expands KULR’s offerings beyond thermal management and energy storage products, cementing its role as a comprehensive battery safety and intelligence provider. With availability beginning immediately for design-in and qualification programs, the kBMS platform is expected to accelerate adoption across Space, Defense, and other mission-critical applications where uptime, safety, and system resilience are paramount.

KULR Launches Six New CubeSat Batteries

KULR ONE Space CubeSat Battery Line

KULR Technology has expanded its space power systems portfolio with the launch of six new commercial off-the-shelf (COTS) K1S CubeSat batteries of its KULR ONE Space (K1S) CubeSat battery line.

The K1S batteries incorporate KULR’s NASA-proven thermal management and safety technologies, serving various CubeSat and small satellite operators.

The new K1S batteries are the next evolution, built on KULR’s flight-proven space battery heritage, offering customers enhanced flexibility with designs that prioritize safety, weight efficiency, and mission-specific customization.

Versatile Designs to Power Any Mission Profiles

The six new K1S battery models were developed to serve the wide range of demands from CubeSat and small satellite operators. Customers can now choose from:

Passive Propagation Resistant (PPR) Series – Designed for customers prioritizing maximum safety in orbital and deep-space missions, leveraging KULR’s NASA-proven PPR architecture.⠀
Lightweight Models – Optimized for customers requiring mass savings to extend payload capacity or achieve tighter orbital injection budgets.
Customizable Platforms – Configurable platforms that allow tailored designs to meet and exceed missions with unique requirements.

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Commitment to Safety and Performance

KULR’s K1S battery line continues to integrate the company’s core thermal management and safety technologies, providing reliable energy storage that has been trusted by NASA, the U.S. Department of Defense, and commercial space pioneers. The introduction of PPR-enabled models ensures compliance with the highest safety standards while still delivering high-performance energy density.

Supporting a Growing Space Ecosystem

With this product release, KULR strengthens its position as a leading provider of next-generation space power solutions. The K1S line provides a modular path to scale, enabling customers—from research institutions to major aerospace primes—to access space-proven technology with faster lead times and cost efficiencies.

The new K1S battery models are immediately available for commercial orders, with production based at KULR’s cutting edge facility in Webster, Texas.

10 Reasons Why (NYSE: KULR) Is Poised
For Significant Upside Potential:

KULR Technology Rapidly Develops Counter-UAS Directed Energy Battery System: From Purchase Order to Prototype in 5 Weeks.
Strong Financial Position: KULR has a strong financial position with over approx. $140M in ca·sh and BTC holdings with no debt.
Strong BTC Holdings: KULR holds 1,035 BTC as of August 2025, a key part of its treasury strategy to balance its sheet and fund growth, with these holdings valued at approx. $120M as of the Q2 2025 earnings report.
Secured $20M BTC-Backed Facility with Coinbase: KULR has arranged a $20M multi-draw credit facility with Coinbase Credit, secured by its BTC holdings, marking the company’s first non-dilutive financing specifically for its rapidly growing BTC treasury.
Launched Its Next-Generation Battery Management System (kBMS): KULR is strengthening its position in the mission-critical power systems sector with the launch of its next-generation Battery Management System (kBMS). Offering advanced solutions for both defense, terrestrial and spacecraft applications.
Expanded Its Space Power Systems Portfolio: KULR launch of six new Commercial Off-The-Shelf (COTS) K1S CubeSat batteries. The new battery line ranges from 100 to 500Wh capacity and includes three distinct series: Passive Propagation Resistant (PPR), Lightweight Models, and Customizable Platforms. The K1S batteries incorporate KULR’s NASA-proven thermal management and safety technologies, serving various CubeSat and small satellite operators.
Partners with Amprius and Molicel to Launch KULR ONE Air for Unmanned Aircraft Systems: Strategic partnerships with Molicel, a subsidiary of publicly traded Taiwan Cement, and Amprius Technologies to power its new KULR ONE Air (K1A) product line — a family of advanced battery systems purpose-built for the rapidly expanding unmanned aircraft systems (UAS) market.
Strategic Partnerships and Grants: KULR secured a $6.7M grant from the Texas Space Commission for next-generation space battery systems and partnered with German Bionic to distribute exoskeleton suits in North America.
NASA-Certified Battery Cells: KULR’s NASA-certified M35A battery cells were selected by a leading private U.S. space company for integration into their spaceflight programs, according to KULR Technology.
Leverage Energy Expertise to Serve Space, Robotics, and AI markets: KULR expands into high-growth robotics market with German Bionic AI-Powered Exoskeletons for U.S. Workforce.

I am urging all of my members to add (NYSE: KULR) to the top of your watch list right now.

To Your Trading Success,

Michael Reece

Editor, Financial Driven Research