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AGIS’ Tactical, C2 Smartwatch Ushers in a New Era in Soldier Health Awareness and Operational Efficiency.

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AGIS, a pioneer in defense technology innovation, has developed software for a Biometric Smartwatch that assures Commanders know the health of their personnel whether in Training or in Combat.

Jupiter, FL, United States, 19th Mar 2025 – AGIS, a pioneer in defense technology innovation, has developed software for a Biometric Smartwatch that assures Commanders know the health of their personnel whether in Training or in Combat.

The Nature of war has changed, and soldiers need to know UAV locations (Watch) and avoid RF targeting means that only transmitting when essential and leaving low-cost radios to deceive and dispersion of units but then need to know location of wounded.

Smartwatch Enables UAV Location data and the Soldier/Marine to be part of the COP

It is now evident that all personnel in battle need to be aware of the presence of hostile Unmanned Aerial Vehicles (UAVs) and the possibility of their being RF targeted when using radios. Therefore, the wearer communications equipment needs to be provided with a form of communication that both addresses the need to know when UAVs are in the area and provides a communications means that significantly reduces the probability of being RF targeted. The high level of artillery, UAV and missile attack is also dictating dispersion of personnel.  At the same time, personnel need to know the locations of their dispersed unit members and be able to coordinate their activities.

The weight and limitation of chest-mounted Smartphone Command and Control is a hinderance and requires the user to stop standup and flip down the chest-mounted Smartphone to view the COP. Furthermore, the Smartphones and their associate batteries, headsets and cables both restrict and add weight to an already overburdened Solider/Marine. All this is not required if a Smartwatch is used to display the data. While a Smartphone may be appropriate for the Platoon leader or even the Squad leader, it probably is not appropriate for the Fire Team Leader or the Fire Teams members who need to fight and maneuver. a watch avoids these issues.

To address this issue AGIS has developed software that utilizes a communications-enabled Smartwatch that provides much of the capabilities of the Smartphone. The COP and other data is available by simply looking at your wrist. The AGIS LifeRing enabled Smartwatch can also take Biometric health readings of the wearer and notify the Command if the wearer is injured. The Biometric COP Smartwatch (BCS) receives and transmits MDDL communications and can selectively display the Air, Ground, Sea, Space COP on a map and, most importantly, the locations of friendly and hostile units, UAVs and aircraft near them. Additionally, the BCS supports Voice PTT, Chat and Emergency declarations with others on network and transmits the wearers’ location and biometric data to others when they are injured.  The BCS software selectively displays the map, an integrated compass that is visible around the watch’s bezel. The BCS transmits its biometric data to the AGIS Server, which forwards the data to AGIS PCs, Smartphones, and other BCSs.

Commanders can now know the health of their personnel, whether in Training or in Combat, while Smartwatch wearers receive the COP on their wrist.

— Malcolm K. Beyer, Jr.

Real-Time Data Access: The C5ISR software enables military personnel to receive and analyze real-time operational data directly on their Smartwatches. This functionality enhances decision-making capabilities by providing instant access to vital information, including situational awareness, mission updates, and command directives.

Enhanced Communication: The integration supports secure, encrypted communications between soldiers, command centers, and allied forces. This ensures that all parties have access to the most accurate and timely information, fostering improved coordination and mission success.

Advanced Navigation: Equipped with sophisticated GPS and mapping technologies, the Smartwatch offers precise navigation and location tracking. This feature is crucial for coordinating movements and avoiding potential hazards in dynamic combat environments.

Intuitive Interface: Designed with user experience in mind, the Smartwatch interface is streamlined for ease of use under challenging conditions. Its rugged design ensures durability and reliability in extreme environments. The Smartwatch has the additional biometric capabilities of measuring Pulse, Oxygen Level, Diastolic and Systolic Blood Pressure and Body Temperature.

User-Friendly Interface: Designed with a focus on usability, the Smartwatch interface allows soldiers to easily access and understand their health data.

The rugged, durable design ensures reliability and performance even in the most demanding environments.

A Major Leap Forward in Military Technology:
“We are thrilled to introduce our C5ISR software for Smartwatches, a development that represents a significant advancement in military technology,” says Malcolm K. Beyer, Jr., CEO of AGIS. “Our goal is to provide military personnel with a powerful, portable tool that enhances operational efficiency and safety. By leveraging the latest in wearable technology, we are enabling a greater reach for command-and-control systems. This innovative solution not only improves the ability to monitor and respond to health issues in real-time but also enhances overall mission effectiveness by providing critical insights into the Joint COP with data from Link-16, Friendly and Hostile satellite overpass data, and other C5ISR data.”

The AGIS C5ISR software has undergone rigorous testing to ensure that it meets the highest standards of performance and reliability. Smartwatch integration is expected to greatly improve the speed and accuracy with which military operations are conducted, ultimately enhancing mission outcomes and augmenting personnel safety.

A New Era in Soldier Health Awareness and Operational Efficiency
Smartwatches are low cost, low SWAP, battery efficient, and easy to distribute to all personnel in a unit. AGIS’ C2 Smartwatch enables commanders other networked PC and Smartwatch users to view the physical health metrics of Pulse, Oxygen Level, Diastolic and Systolic Blood Pressure and Body Temperature information for the wearer and other networked PC and Smartwatch users to see.

The secure C5ISR Smartwatch can also view those in their immediate vicinity or a larger AGIS CJADC2 C5ISR Common Operational Picture (COP) in MIL STD 2525 format. The Smartwatch displays Friendly and Hostile data link tracks including Ground tracks (received from JVMF), Air tracks (received from Link-16) and Sea tracks (Received from OTH Gold) as well as Friendly and Hostile satellites over passing the area of operations. All data is transmitted and received from AGIS’ Server, which additionally enables the Smartwatch to be interoperable with ATAK.

The C5ISR Smartwatch has the following capabilities that enable it to communicate with others on the network: Incoming / Outgoing Chat, Must Comply Orders from Command where users have to respond with a HAVECO, WILLCO, or CANTCO, Push-to-Talk voice, Emergency Audible Alert Messaging, Biometric Health Monitoring, Integrated Bezel Compass, Digital Map of your area showing locations of friendly and hostile Ground, Air, and Sea tracks, sensor reports including AIS, ADS-B and Satellite, Cellular status, GPS status, and FCM (Firebase Cloud Messaging) for Worldwide Alert Messaging.

The AGIS C2 Smartwatch also can receive notifications from the commander’s PC (i.e., “Hostile attack at…”) even when the AGIS C2 Smartwatch app is not running. And be anywhere in the world and receive the alert.

To view the AGIS enabled C2 Smartwatch in action; go to: https://www.agisinc.com/videos/watch-702-3.mp4

Malcolm K. Beyer. Jr.
Advanced Ground Information Systems, Inc.
+1 561-744-3213
beyerm@agisinc.com

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AI-Powered Cybersecurity And Generative Intelligence: How Venkata Sai Swaroop Reddy Is Redefining Digital Security And AI Innovation

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AUSTIN, ROUND ROCK, Taxes, United States, 20th Mar 2025, – Venkata Sai Swaroop Reddy’s groundbreaking IEEE research titled “Modified AI-based Learning Approach to Secure Data using Deep Learning Algorithms,” presented at the 2024 International Conference on Intelligent Computing and Emerging Communication Technologies (ICEC), has introduced significant innovations in cybersecurity. His pioneering work, recognized with a prestigious IEEE certificate of paper presentation, demonstrates a remarkable shift from traditional cybersecurity practices to proactive AI-driven solutions.

AI-Powered Cybersecurity And Generative Intelligence: How Venkata Sai Swaroop Reddy Is Redefining Digital Security And AI Innovation

The award-winning IEEE conference paper, “Modified AI-based Learning Approach to Secure Data using Deep Learning Algorithms,” unveils a paradigm shift in cybersecurity by leveraging advanced neural networks and deep learning methodologies. With an emphasis on Generative Adversarial Networks (GANs), Autoencoders, Deep Belief Networks, and Deep Reinforcement Learning, this research presents an innovative approach to cyber risk analytics and AI-driven defense mechanisms.

This paper underscores the efficacy of multilayer perceptrons (MLPs), convolutional neural networks (CNNs), and recurrent neural networks (RNNs) in detecting and neutralizing sophisticated cyber threats. The research further elaborates on optimization techniques, including Adam, Stochastic Gradient Descent (SGD), and Limited Memory BFGS (L-BFGS), ensuring robust AI model training for cybersecurity applications. The findings highlight the profound impact of deep learning-driven intrusion detection, malware analysis, and IoT security enhancement, heralding a new era of resilient cyber architectures.

The research significantly enhances cybersecurity frameworks by employing sophisticated neural networks and advanced deep-learning methodologies. Leveraging Generative Adversarial Networks (GANs), the approach proactively anticipates cyber threats, enabling organizations to neutralize attacks before they exploit system vulnerabilities. This revolutionary method departs from traditional security frameworks that typically react after breaches occur, thus marking a pivotal advancement in cybersecurity standards.

Industry impact metrics demonstrate this research’s effectiveness, including:

  • Reduction in successful phishing attacks by up to 65%.
  • Improvement in threat detection rates by over 40% compared to traditional rule-based systems.
  • Reduction of cybersecurity operational overhead costs by approximately 35%.

“The future of cybersecurity is increasingly becoming AI versus AI,” remarks Dr. Rajeev Chandrasekhar, Senior AI Security Architect at Google. He further highlights, “Venkata Sai’s research represents the cutting edge in AI-driven threat mitigation, showing that defensive AI can evolve alongside-and ahead of-intelligent cyber threats.”

Further validating his influence in AI and cybersecurity, Venkata Sai has also authored the influential book, “Generative AI in Action: From Neural Networks to Google Bard and ChatGPT,” now widely adopted by enterprise leaders and cybersecurity professionals. The book provides comprehensive guidance on implementing Generative AI, addressing critical aspects from neural network evolution to ethical implications and practical enterprise applications. Also, This book meticulously dissects the evolution of neural networks, large language models (LLMs), and transformers, offering a lucid yet profound analysis of modern AI frameworks.

Why This Book is Becoming Essential for AI Leaders

  • Explains the Evolution of Generative AI – From early neural networks to cutting-edge LLMs, the book traces how AI has evolved to create human-like text, images, and decision-making systems.
  • Enterprise AI Implementation Strategies – The book dives into real-world AI adoption-how businesses can leverage Generative AI to streamline operations, automate decision-making, and secure digital assets.
  • AI Ethics and Security in the Generative AI Era – With deepfake threats, AI-generated misinformation, and adversarial attacks on the rise, the book provides guidelines for building ethical and secure AI applications.

“Generative AI is not just about text generation-it is fundamentally changing how security threats are identified and mitigated,” says Dr. Arun Menon, Head of AI Research at OpenAI. “Venkata Sai’s book is one of the first to connect the dots between Generative AI’s potential and its implications for security, automation, and enterprise-scale AI adoption.”

Doctoral professors in the field, fellow AI researcher and IEEE member, acknowledges, “Venkata Sai’s work bridges theoretical research and practical industry applications, profoundly influencing how businesses and national security infrastructures integrate AI-driven cybersecurity solutions today.”

With his IEEE-recognized research and authoritative writings, Venkata Sai continues to significantly shape the landscape of intelligent cybersecurity and generative AI, positioning himself as an essential voice for contemporary cybersecurity practices.

About the Author: Sai Nallapa Reddy, the author of the Book “GENERATIVE AI IN ACTION FROM NEURAL NETWORKS TO GOOGLE BARD AND CHATGPT” is an esteemed researcher, AI expert, and author with a profound focus on cybersecurity, deep learning, and artificial intelligence. His work in machine learning-driven security frameworks and generative AI systems has been widely recognized, making significant contributions to both academia and industry.

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Case Studies in Success: Real-Life Applications of Lean Six Sigma Black Belt Practices by Jeff MacBride

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Philadelphia, PA, 20th March 2025, ZEX PR WIRE, In today’s fast-paced business environment, operational excellence is more crucial than ever. Companies across industries are seeking ways to improve efficiency, reduce costs, and enhance customer satisfaction. One proven methodology that continues to drive transformative results is Lean Six Sigma. As an industry expert with over 18 years of experience in project and operations management, Jeff MacBride, shed light on the power of Lean Six Sigma Black Belt practices through real-world case studies that demonstrate measurable business improvements.

Transforming Supply Chain Operations

One of the most significant applications of Lean Six Sigma Black Belt practices can be found in supply chain optimization. During my tenure as Director of Project Operations for a supply chain firm, my team faced challenges related to excess inventory, inefficient workflows, and delayed shipments. Leveraging Lean Six Sigma methodologies, we conducted a root cause analysis, identified bottlenecks, and implemented streamlined processes. The result? A 32% reduction in inventory holding costs, a 20% decrease in shipment delays, and a 15% improvement in overall supply chain efficiency. This case highlights how data-driven decision-making and continuous improvement principles can yield substantial financial and operational benefits.

Enhancing Digital Agency Performance

As the Director of Project Management for multiple digital agencies, I encountered a common industry challenge—projects frequently exceeded timelines and budgets. By introducing Lean Six Sigma techniques such as DMAIC (Define, Measure, Analyze, Improve, Control), we identified inefficiencies in project scoping and resource allocation. Implementing standardized workflows, automating reporting processes, and improving cross-functional communication led to a 40% reduction in project turnaround time and a 25% increase in profit margins. These improvements underscored the power of Lean Six Sigma in digital transformation and project execution.

Driving Growth in Financial Consulting

In the financial consulting sector, precision and accuracy are paramount. As Director of Client Operations for a financial consulting firm, I led a Lean Six Sigma initiative to enhance service delivery and client satisfaction. By mapping out existing processes and identifying redundancies, we introduced a more streamlined approach to data analysis and reporting. These changes resulted in a 50% improvement in report accuracy, a 30% reduction in client onboarding time, and a 20% boost in customer retention rates. These figures demonstrate how operational efficiency directly correlates with customer trust and business growth.

Optimizing Aerospace and Defense Projects

Complex industries such as aerospace and defense demand high levels of precision and reliability. As a Senior Program Manager in this sector, I spearheaded a Lean Six Sigma initiative to reduce defects in product development. Our Six Sigma-driven quality control process minimized production errors, ensuring compliance with rigorous industry standards. The outcome was a 25% reduction in defects, a 35% improvement in production efficiency, and a 15% increase in contract renewals. This case study proves how Lean Six Sigma methodologies can enhance quality assurance and long-term business relationships.

Revolutionizing Executive Coaching and Training

Lean Six Sigma principles are not limited to manufacturing and technology—they also apply to the service sector. While serving as Program Director for an executive coaching company, I utilized these principles to optimize training modules and streamline client engagement processes. The refinements led to a 45% increase in training session efficiency, a 20% growth in client satisfaction scores, and a 10% expansion in revenue. By eliminating inefficiencies and focusing on value-added activities, service-based businesses can achieve outstanding results.

The Power of Lean Six Sigma in Project and Operations Management

Through my extensive experience leading projects across diverse industries, I have witnessed firsthand the power of Lean Six Sigma in driving measurable business improvements. As a Project Management Professional (PMP), Certified Scrum Master (CSM), and Lean Six Sigma Black Belt, I am dedicated to helping organizations implement best practices that lead to cost savings, increased efficiency, and sustained growth. My team and I prioritize clear communication, strategic execution, and data-driven decision-making to deliver high-impact results.

Conclusion

The case studies highlighted above exemplify the undeniable value of Lean Six Sigma Black Belt practices in real-world business applications. Whether in supply chain management, digital transformation, financial consulting, aerospace, or executive coaching, these methodologies offer a structured approach to problem-solving and continuous improvement. Organizations that embrace Lean Six Sigma can expect reduced costs, improved efficiency, and enhanced customer satisfaction, ultimately leading to long-term success.

For organizations seeking to optimize their processes and drive significant performance improvements, adopting Lean Six Sigma methodologies is a strategic investment. With the right expertise and commitment to excellence, businesses can navigate complex challenges and achieve sustainable growth in an increasingly competitive landscape.

About Jeff MacBride Philadelphia

Jeffrey MacBride is a highly experienced freelance project and operations manager based in the Greater Philadelphia Area. With an 18-year career spanning digital project management, management consulting, and process optimization, he has led initiatives that drive efficiency, reduce costs, and enhance project success. He holds dual master’s degrees in Software Engineering and Engineering Management from Drexel University, as well as a bachelor’s degree in Electrical and Computer Engineering from Rowan University. His certifications include Project Management Professional (PMP), Certified Scrum Master (CSM), Product Owner, and Lean Six Sigma Black Belt.

Jeffrey’s expertise in Agile and Waterfall methodologies, business strategy, and Lean Six Sigma principles has positioned him as a leader in driving organizational excellence. He is committed to delivering measurable results and helping businesses achieve sustainable growth through strategic project and operations management.

Jeffrey’s approach to project management is grounded in strategic planning, meticulous execution, and continuous improvement. He has a remarkable ability to optimize processes, reduce costs, and deliver projects within scope, schedule, and budget. His leadership skills and financial oversight ensure that projects are completed efficiently, contributing to increased profitability and growth for his clients. 

With certifications as a Certified Scrum Master and Product Owner, Jeffrey specializes in both agile and waterfall methodologies, allowing him to seamlessly adapt to different project lifecycles. His focus on unified project management has enabled him to establish and optimize project management offices, streamline operations, and lead multi-million-dollar projects to completion. As a freelance consulting project and operations manager, Jeffrey MacBride is committed to achieving measurable outcomes for his clients, ensuring that each project he leads results in long-term success and sustainable organizational growth.  

For media inquiries, interviews, or consulting opportunities, please contact:

Jeffrey MacBride Management Consulting 

Website: http://jeff-macbride.com

Greater Philadelphia Area 

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UBX Exchange Secures $3 Million from GC Capital, Advancing to a New Level in the Global Digital Asset Market

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The globally renowned investment firm Golden Carrot Capital (GC Capital) announced a new $3 million funding round for the rapidly growing emerging cryptocurrency exchange UBX, taking the lead in this investment.

Singapore, 20th March 2025, ZEX PR WIRE, This investment not only acknowledges the existing market performance of UBX but also signifies GC Capital’s deep commitment to the long-term potential and industry value of UBX in the global trading market. With this round of funding, UBX will further expand into international markets, enhance its trading ecosystem, and continuously strengthen its regulatory operations to align with the development trends of the global digital asset industry.


GC Capital: Long-term Digital Asset Investment Pioneers

It is reported that the lead investor, GC Capital, was established by a team with extensive experience in crypto finance, with founders who have served at global cryptocurrency exchanges such as Binance and MEXC Global. GC Capital has demonstrated sharp market judgment and capital operation capabilities by investing in high-growth projects like SHIB, GALA, and STEPN in the past.

This investment in UBX is another strategic move by GC Capital in the digital asset trading space. UBX’s strength in technology infrastructure, market growth, and global strategy has made it one of the key projects supported by GC Capital. In the future, GC Capital will not only provide capital support but also use its industry resources to help UBX connect with more institutional capital, optimize liquidity management, enhance ecosystem collaboration, and further penetrate the global trading market.

UBX: Regulatory Compliance and Steady Market Expansion

The global digital asset market is currently undergoing a new phase of structural adjustment, with compliance being a fundamental prerequisite for the sustainable growth of trading platforms.
Since its inception, UBX has adhered to compliant operations and has secured MSB licenses in the United States, Canada, and AUSTRAC in Australia, providing a legal and compliant trading environment for users worldwide. Amid increasing regulatory scrutiny of crypto assets in major markets like Europe and the Asia-Pacific, UBX has built a robust market trust system by proactively embracing regulation.

In terms of market growth, UBX has also shown impressive performance over the past year. As of November 2024, UBX has exceeded 300,000 global registered users, with daily active users surpassing 90,000 and an average daily trading volume consistently above $2 billion. Earlier, UBX secured a $20 million strategic investment from BlackRock and formed strategic partnerships with top global trading platforms like OKX, Binance, and Coinbase, further strengthening its market competitiveness.

Capital Boost: UBX Embarks on a New Growth Cycle

Evidently, this strategic lead investment by GC Capital will provide stronger support for UBX’s deep market expansion globally.

According to public information, UBX plans to establish five global operation centers by Q2 2025, covering core markets in Asia, Europe, and the Middle East, to enhance local service capabilities and more efficiently connect global users with capital markets under a compliant framework.

Simultaneously, UBX plans to continue its focus on technology innovation, trading experience, and ecosystem enhancement, further increasing its competitiveness in the institutional trading market. UBX also plans to expand more asset categories and advance cross-market trading functionalities, offering global users deeper investment options and continually enhancing the platform’s long-term stability and resilience.

Advancing to the Global Market, Shaping a New Digital Asset Trading Structure

With GC Capital’s increased lead investment and the incubation by GC Labs, this marks not only a significant milestone in UBX’s development but also signifies deep collaboration between UBX and GC Capital in the global digital asset trading market. Leveraging GC Capital’s advantages in capital market operations, institutional investment, and trade liquidity management, UBX is expected to make greater breakthroughs in global market expansion, financial product innovation, and trading ecosystem development in the future.

Driven by trends in compliance, globalization, and ecosystem synergy, UBX will continue to advance the optimization and upgrading of the trading market, strengthen the institutional trading environment, and collaborate with global industry partners to promote the long-term, robust development of the digital asset market.

UBX Official Website:https://www.ubx.one/

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