Linkedin Share this article with your network. Atlanta, GA, November 1, 2024 – Mahjee, Inc., a leader in digital solutions for water asset management, proudly announces that Chief Technology Officer Calvin A. Levy will be a featured speaker at the Buried Asset Management Institute-International’s (BAMI-I) 2nd Annual Global Buried Asset Management Congress (GBAMC). The event, set to take place November 14-16, 2024, at the Omni Severin Hotel in Indianapolis, IN, will bring together industry leaders, policymakers, and innovators to discuss the latest advancements and emerging challenges in underground infrastructure management. This year’s theme, “New Horizons in Buried Asset Management,” highlights the importance of innovation, resilience, and digital security in supporting infrastructure’s future. Mr. Levy’s presentation, titled “Digital Defense for Hidden Infrastructure and Water Networks,” will delve into the pressing need for comprehensive cybersecurity measures in the water and buried asset sectors. His talk will outline how essential digital defense strategies can be applied to protect critical infrastructure systems that are often out of sight but essential to everyday life, especially water networks and other underground utilities. As threats from cyber-attacks increase, especially targeting utility and infrastructure sectors, Calvin’s insights will underscore how advanced cyber strategies are pivotal in creating resilient infrastructure capable of withstanding and adapting to modern security challenges. With an extensive background in business technology and data security, Mr. Levy is at the forefront of cybersecurity solutions for the water asset management industry. Under his technical guidance, Mahjee is developing an Automated Water Intelligence (AWI) platform, “Liquid Lens” an advanced tool that harnesses data analytics to aid in decision-making, predictive modeling, and risk assessment within water networks. Liquid Lens is designed to operate across diverse datasets, analyzing data from various sources to provide insights that are crucial for monitoring, forecasting, and protecting water infrastructures. Calvin’s expertise is instrumental in advancing Mahjee’s mission to provide a reliable, secure, and proactive approach to water asset management. “The rise of interconnected digital infrastructure in our water networks calls for an equally sophisticated approach to cybersecurity,” said Calvin Levy. “As these systems increasingly incorporate IoT devices, AI, and real-time data sharing, protecting hidden assets from cyber threats is essential to ensure the uninterrupted and secure delivery of water to communities globally. At Mahjee, we’re committed to advancing solutions that not only enhance operational efficiency but also bolster the resilience of critical infrastructure against cyber risks.” The GBAMC conference provides a platform for global thought leaders to share knowledge, explore challenges, and collaborate on solutions for managing underground infrastructure assets. Attendees include representatives from public and private sectors, regulatory bodies, and technology innovators. As the conversation around infrastructure sustainability expands to include digital resilience and security, Calvin Levy’s presentation will contribute valuable insights into the intersection of cybersecurity and asset management—a critical focus for stakeholders invested in the future of water and buried infrastructure systems. With discussions ranging from asset preservation and maintenance to cutting-edge technologies in digital asset protection, the BAMI-I congress aims to set new standards for the industry. Mahjee is honored to contribute to this important event, furthering its commitment to driving innovative solutions and helping to ensure the security of vital water infrastructure systems around the world. We are also proud to announce that the Mahjee team, Marilyn Jackson – Chief Executive Officer, Calvin A. Levy – Chief Technology Officer, and Trischia Khouri – Chief Marketing Officer have all been awarded the BAMI-I GBAMC Scholarship, generously sponsored by Braindrip, LLC. This prestigious scholarship will enable the team to attend the Buried Asset Management Institute-International’s (BAMI-I) 2nd Annual Global Buried Asset Management Congress (GBAMC), held from November 14-16, 2024, at the Omni Severin Hotel in Indianapolis, IN. Reflecting on the scholarship, the CEO, Marilyn Jackson expressed her gratitude, stating, “Thank you, Braindrip, for your support and for providing us with this incredible opportunity to attend GBAMC. We applied for this scholarship because we are eager to deepen our knowledge of Buried Asset Management and bring new insights back to my organization. This congress will allow us to learn from the industry’s top experts and engage in discussions that will impact the future of Water Infrastructure Management.” This opportunity aligns with Mahjee’s mission to drive innovation and promote sustainable, secure infrastructure solutions.  The leadership team’s attendance at GBAMC will enable us to further strengthen Mahjee’s commitment to advancing best practices in digital asset protection and water network resilience.

Linkedin Share this article with your network. Atlanta, GA, October 2, 2024 – Mahjee, a pioneering company in digital water asset management and cybersecurity solutions, recognizes that “Water” is one of the most critical and vulnerable resources within any nation’s infrastructure. In an time where cyberattacks on public utilities have become more frequent, ensuring the cyber defense of water municipalities and infrastructures has never been more important. With the increasing digitization of water systems, from treatment plants to delivery networks, there’s a pressing need for sophisticated cybersecurity measures to protect this essential public service from malicious threats. Calvin Levy, CTO of Mahjee, recognizes the significant challenges and the importance of protecting water systems from cyberattacks, especially as these infrastructures incorporate more advanced technologies like AI, blockchain, and machine learning (ML) into their operations. The Growing Importance of Cyber Defense in Water Infrastructure Water infrastructure is vital to the health and well-being of communities, yet it is increasingly at risk due to its reliance on interconnected digital systems. The growing sophistication of cybercriminals and state-sponsored attackers has made it clear that water municipalities must prioritize their cybersecurity strategies. From securing digital monitoring systems to preventing disruptions in water supply, the cyber defense of these infrastructures is now a matter of national security. A successful breach could have catastrophic effects, compromising both public safety and access to clean water. Vulnerabilities in Water Systems and the Role of SCADA Water infrastructure, by its nature, requires interconnected networks of sensors, control systems, and data exchanges to function efficiently. Supervisory Control and Data Acquisition (SCADA) systems are a common example of the technology used to monitor and control water treatment and distribution processes. However, these systems are also prime targets for cyberattacks due to their typically outdated security protocols and lack of segmentation. Attackers could potentially access these systems and manipulate water quality, interrupt service delivery, or even inflict damage on critical equipment, endangering both public health and safety. Mitigating Ransomware Attacks on Water Utilities One of the primary concerns is the threat of ransomware attacks, which have risen dramatically in recent years. Water municipalities, with their reliance on continuous operations, are particularly susceptible to these types of attacks. A successful ransomware attack could lock operators out of essential systems, bringing water distribution to a standstill. Mahjee’s Cyber Defense strategy emphasizes the need for continuous monitoring, strong encryption, and regular system backups to mitigate the impact of such attacks. Additionally, implementing multi-factor authentication (MFA) across all systems significantly reduces the likelihood of unauthorized access to sensitive control systems. The goal is to present a system with multiple layers of protection to slow and inhibit attacks on infrastructure. The Proactive Cybersecurity Approach: Anticipating Threats Calvin Levy also stresses the importance of adopting a proactive approach to cybersecurity. It’s not just about reacting to threats after they happen but about anticipating vulnerabilities and hardening systems before an attack can occur. This requires a comprehensive cybersecurity framework that includes regular vulnerability assessments, patch management, and ongoing employee training. Many water municipalities still operate with legacy systems that lack modern security features, and these must be updated or supplemented with additional defense layers. Integrating blockchain technology, as Mahjee has done with its Automated Water Intelligence (AWI) platform, adds an extra layer of security. Blockchain can ensure the immutability of critical data, making it nearly impossible for attackers to alter information undetected.  Calvin Levy also acknowledges the cost prohibitive nature of solutions that have slowed adoption of a proactive posture and works at continuing to drive down expenditures to fosture growth plans.   Securing Data with Blockchain, AI, and Machine Learning In addition to safeguarding physical infrastructure, protecting data is equally important. Water municipalities collect vast amounts of data—from usage patterns to water quality measurements—and this information needs to be securely stored and transmitted. Any compromise of this data can lead to significant operational and reputational damage. Mahjee’s approach to cybersecurity also involves using AI and machine learning to enhance threat detection. These technologies can analyze patterns in data traffic, flagging anomalies in real-time and allowing for quicker incident response. AI-driven tools are increasingly being employed to identify zero-day exploits, ensuring that water utilities remain one step ahead of potential threats. Compliance and Regulatory Standards for Water Infrastructure Cybersecurity Protecting water infrastructure extends beyond the technology itself. Governance, compliance, and regulatory adherence are all integral aspects of cyber defense. Calvin advocates for aligning with frameworks such as the National Institute of Standards and Technology (NIST) 800-171 and the Cybersecurity Maturity Model Certification (CMMC) to ensure that municipalities and water facilities adhere to strict security guidelines. Following these standards helps organizations create a structured approach to managing cybersecurity risks, focusing on access control, incident response, and system recovery. The Role of Cloud Security in Water Municipalities As more water utilities shift to cloud-based systems to manage data and operations, secure cloud environments become crucial. Cloud security strategies should incorporate encryption, identity management, and regular audits to ensure that water data remains secure. The flexibility offered by cloud computing can enhance the resilience of water municipalities by enabling rapid disaster recovery in the event of an attack. Mahjee’s solutions include sovereign and private cloud options that allow water municipalities to maintain full control over their data while benefiting from the advanced security features available through modern cloud infrastructure. The Future of Cyber Defense in Water Infrastructure As the threat landscape continues to evolve, the cyber defense of water municipalities and infrastructures will require ongoing vigilance and adaptation. The stakes are too high to ignore, and it is essential that all stakeholders—from government agencies to private sector partners—work together to protect this vital infrastructure. Under the leadership of CTO Calvin Levy, Mahjee remains at the forefront of water cybersecurity, offering solutions that not only secure water systems today but also prepare them for the challenges of tomorrow. Through the combination of advanced technology, strategic planning, and a commitment to compliance, Mahjee is helping to ensure that water infrastructures remain safe, reliable, and

Linkedin Share this article with your network. Atlanta, GA, September 17, 2024 – Mahjee, a pioneering company in digital water asset management and cybersecurity solutions, is pleased to announce that its team members have been invited as featured speakers at the 2nd Global Buried Asset Management Congress (GBAMC), hosted by The Buried Asset Management Institute – International (BAMI-I). The congress will be held from November 14-16, 2024, in Indianapolis, IN. The GBAMC is a highly regarded global forum that brings together leaders from the water management, infrastructure, and technology sectors. This year’s event will focus on the critical issue of securing buried assets, including pipelines, water installations, and other vital infrastructure, from emerging threats. In recognition of Mahjee’s cutting-edge work in cybersecurity for water infrastructure, the team has been invited to share their expertise on protecting water supply installations through advanced cyber defense measures. As cyberattacks targeting critical infrastructure become increasingly sophisticated, the need for robust security strategies in the water sector has never been greater. Mahjee’s new platform integrates blockchain, artificial intelligence (AI), and machine learning (ML) technologies, offering not only predictive asset management but also advanced cybersecurity protections. Marilyn Jackson, CEO of Mahjee, expressed her enthusiasm about the company’s participation in the event, stating: “It is an honor to be invited to speak at this important global congress. The protection of water supply systems is a national priority, and at Mahjee, we’ve been at the forefront of developing cybersecurity solutions that address the growing threats to critical infrastructure. We look forward to sharing our insights on how our platform safeguards water assets from cyber risks, ensuring the safety and reliability of water supplies.” During the congress, the Mahjee team will present on the following key topics: Cybersecurity for Water Supply Installations: An in-depth look at the latest threats targeting water supply infrastructure and the comprehensive security strategies Mahjee has implemented to mitigate these risks. Blockchain for Secure Water Asset Management: Demonstrating how Mahjee’s blockchain technology ensures data integrity, transparency, and protection from unauthorized access. AI and Machine Learning in Cyber Defense: Explaining how these technologies detect and prevent potential cyber threats by continuously monitoring system vulnerabilities and analyzing patterns in real time. Proactive Defense for Critical Infrastructure: Outlining Mahjee’s cyber defense framework designed to protect water infrastructure from both external cyberattacks and internal vulnerabilities.     The congress will provide an opportunity for industry professionals to collaborate on pressing issues related to water infrastructure security and management. Mahjee’s contribution to the discussion will emphasize the importance of cybersecurity in ensuring the resilience of water systems, particularly in an age where critical infrastructure is increasingly targeted by cyber adversaries. Cybersecurity Leadership in Water Management Mahjee’s platform stands out not only for its ability to manage water assets efficiently but also for its focus on cybersecurity. The company’s approach to securing water infrastructure includes end-to-end encryption, real-time threat detection, and compliance with industry standards such as NIST 800-171 and CMMC. The team will elaborate on these measures during the event, showcasing their commitment to protecting the future of water systems. For more information about Mahjee’s involvement in the 2nd GBAMC or to learn more about the company’s cybersecurity solutions, please visit Mahjee’s official website or contact us at info@mahjee.com. About Mahjee Mahjee, Inc. is a leading platform for managing and securing water assets using blockchain, AI, and machine learning technologies. With a focus on both cybersecurity and water asset management, Mahjee is committed to safeguarding critical infrastructure while optimizing water system performance for commercial and governmental sectors. About BAMI-I The Buried Asset Management Institute – International (BAMI-I) is a global authority that advocates for best practices in managing buried assets, including water infrastructure. The organization facilitates international collaboration on managing, maintaining, and securing critical infrastructure worldwide.  

Linkedin Share this article with your network. Atlanta, GA, September 10, 2024 – Mahjee, a trailblazing company specializing in blockchain, AI, ML, and water asset management, is currently validating the use of cutting-edge handheld portable water testing technology to serve both commercial and Department of Defense (DoD) markets. This initiative is part of Mahjee’s involvement in an exclusive cohort with FEDTECH and the National Security Innovation Network (NSIN), aimed at exploring the technology’s potential for dual-use applications. Under the leadership of Marilyn Jackson, CEO of Mahjee, Inc., the company is taking significant steps toward ensuring this technology meets the stringent requirements of both public and private sectors. The device, capable of delivering real-time water quality analysis, is poised to revolutionize water testing in industries ranging from environmental management to defense operations. Ensuring Dual Use Across Markets The technology under validation can analyze water quality in real time, detecting contaminants, pollutants, and anomalies that may affect the safety and usability of water sources. Mahjee’s goal is to prove that this portable testing device not only addresses commercial needs—such as environmental monitoring, industrial water treatment, and public utilities—but can also meet the critical standards required for military applications. “Our objective is to validate this technology as a solution capable of operating efficiently in both commercial markets and DoD environments,” said Marilyn Jackson, emphasizing Mahjee’s strategic commitment to providing versatile, high-performance tools. Expanding into Defense For DoD markets, rapid and accurate water testing is essential, especially in remote or conflict-prone areas where water sources may be compromised. Mahjee’s handheld device, paired with its AI-powered data analysis platform, will offer military units on the ground the ability to quickly test water sources and make informed decisions about resource usage. Moreover, Mahjee’s platform utilizes blockchain technology to securely manage the collected data, ensuring traceability, security, and reliability—key concerns for military operations. A Broader Commercial Impact On the commercial side, industries that depend on high-quality water standards—such as agriculture, manufacturing, and municipal water systems—will benefit from the speed and precision of this device. Mahjee’s technology enables users to monitor water quality in real-time, responding quickly to issues and optimizing water resource management. As part of the FEDTECH and NSIN cohort, Mahjee is working with top-tier innovators to bring this solution to market, while ensuring it meets the technical specifications required for dual-use applications. Building the Future of Water Management Mahjee is advancing its mission of providing secure, scalable, and intelligent solutions for water management, with this validation process playing a crucial role in positioning the company for success in both commercial and defense sectors. The technology, backed by AI-driven decision augmentation and probabilistic forecasting, will not only help protect vital water resources but also enhance national security. Stay tuned as Mahjee continues to push boundaries, validating innovative technology for diverse markets while establishing itself as a leader in dual-use water management solutions.