Disseminated on behalf of SPARC AI Inc. (CSE: SPAI) (OTCQB: SPAIF) and may include paid advertising.

• SPARC AI is developing and commercializing proprietary spatial and predictive AI technologies for real-world sensing applications
• The company’s SPARC technology transforms sensors, cameras, and mobile devices into precise coordinate-acquisition systems
• These capabilities support SPARC AI’s broader mission: To enable accurate, scalable, and autonomous spatial intelligence across defense, aerospace, and commercial markets

SPARC AI (CSE: SPAI) (OTCQB: SPAIF) is an emerging engineering and software company primarily focused on finding solutions to some of the most difficult challenges in modern sensing and autonomy: accurately determining the location of distant objects in real-time. Leveraging its flagship Spatial, Predictive, Approximation, and Radial Convolution (“SPARC”) technology, the company is strategically building high-performance tools that transform everyday sensors and imaging systems into reliable spatial intelligence platforms (ibn.fm/FM2Mp).

Located in Melbourne, Australia, SPARC AI develops, patents, and commercializes technologies that connect computer vision, artificial intelligence, and geospatial analytics. The company’s core innovation lies in enabling sensors, cameras, and mobile devices, whether airborne, fixed, handheld, or portable, to operate as precise target coordination systems without needing any specialized or expensive hardware.

The company’s Target Acquisition System (“TAS”) operates as a software platform created to pinpoint the geographic location of distant objects using visual data. By leveraging advanced AI and mathematically driven models, SPARC AI’s technology helps extract the spatial meaning of sensor inputs and images, providing intelligence in areas where traditional hardware-heavy solutions may not be available.

SPARC AI’s strategy focuses on software-first scalability. Instead of relying only on customized hardware, its solutions are crafted to integrate with already existing cameras, sensors, and smartphones. With this flexibility, the technology can be deployed across a broad spectrum ranging from aerospace to defense and industrial monitoring. The unique ability to turn easily available devices into precision targeting tools helps to cut down barriers to adoption while increasing addressable markets.

Additionally, SPARC is also working on an autonomous flight module, helping to extend its capabilities into semi-autonomous and unmanned platforms. Through the combination of autonomous navigation and spatial intelligence, SPARC AI is strategically placing itself at the nexus of AI-driven mobility and perception, a space that is drawing increasing interest from commercial and government sectors.

At the core of SPARC AI’s technology portfolio is its quickly growing intellectual property foundation. The company currently focuses on patenting its core innovations, which reflects its strategy aimed at long-term commercialization. With AI-enabled sensing quickly becoming more important in both civilian and security applications, proprietary algorithms and protected methodologies may play a critical role.

For more information, visit the company’s website at https://sparcai.co.

NOTE TO INVESTORS: The latest news and updates relating to SPAIF are available in the company’s newsroom at https://ibn.fm/SPAIF

• Wearable Devices recently announced updates to the Mudra Link to simplify and standardize interactions across the smart-glasses ecosystem
• It also successfully demonstrated and implemented an electromyography (“EMG”)-driven weight-estimation capability on the Mudra Link, which is a major advancement for the company’s neuromuscular computing roadmap
• The company has also partnered with Rokid to bring neural gesture control to AI and AR glasses ahead, with the companies planning to demonstrate the combined experience at CES 2026

Wearable Devices (NASDAQ: WLDS), a tech company specializing in AI-powered touchless sensing wearables, recently announced a few updates to improve gesture-based interaction across the smart-glasses ecosystem.

This includes customized presets, and compatibility of the Mudra Link app on certain smart glasses models. Each of these updates help to reduce onboarding friction, speed up the setup process, and give users a predictable control experience.

As the smart-glasses category expands, input consistency becomes incredibly important. This update helps support that shift, as it provides immediate usability right out of the box, lets users onboard entirely on the glasses, ensure familiar gestures work the same across devices, and provide a more cohesive experience in general.

These customized presets and the Mudra Link app for select smart glasses are expected to roll out in the first quarter of 2026, with a plan to add more models throughout the year.

In addition to these updates, WLDS also recently demonstrated and implemented an EMG-driven weight-estimation capability on the Mudra Link that’s based on the company’s recent patent for weight, torque, and force estimation.

This represents a major advancement for WLDS in the company’s neuromuscular computing roadmap and is part of the company’s ongoing research and development aimed at harnessing neuromuscular-signals-based technology to support new capabilities.

Using the proprietary neural interface, this pre-commercial model analyzes EMG patterns in the wrist when the wearer lifts something. While the capability is currently being used for benchmarking, testing, and proof-of-concept, it has potential use cases in industries like robotics, sports, healthcare, and extended reality (“XR”).

To further their footprint, WLDS recently partnered with Rokid to deliver gesture control for AI and augmented reality (“AR”) glasses that’s natural, fast, and consistent in daily use.

The collaboration ensures that the Mudra Link wearable and Rokid Glasses are compatible with one another, and the companies plan for joint marketing and consumer bundle opportunities in the second quarter of 2026.

The partnership will include out-of-the-box pairing, pre-mapped gestures, and a shared setup flow to streamline the process.

WLDS and Rokid are planning to demonstrate this combined experience between the devices at CES 2026, which takes place in Las Vegas from January 6^th to January 9^th. Media and analysts alike can request briefings, hands-on demos, or joint interviews during the show. In addition to their presentation, Wearable Devices is showcasing its neural-input technology at CES, demonstrating hands-free, gesture-based interaction with smart glasses and screens using its Mudra Link wristband. The demos highlight how neural and touchless controls can enable more intuitive, AI-driven user experiences and position the company within the growing smart-glasses and XR ecosystem.

About Wearable Devices Ltd. (NASDAQ: WLDS)

Wearable Devices Ltd. is a tech company that’s developing a neural input interface that lets users control devices with subtle finger and hand gestures. The company is pioneering the next generation of human-computer interaction, and it envisions a future where human intent is the language of technology.

For more information, visit www.WearableDevices.co.il.

NOTE TO INVESTORS: The latest news and updates relating to WLDS are available in the company’s newsroom at https://ibn.fm/WLDS

• LIXTE is advancing a first-in-class PP2A inhibitor platform designed to enhance, rather than replace, established chemotherapy and immunotherapy regimens.
• The company is conducting multiple active clinical trials in solid tumors with significant unmet medical need, supported by academic and industry collaborations.
• LIXTE’s scientific strategy is protected by a comprehensive patent portfolio, with management noting no known direct competitors targeting PP2A inhibition.
• Strategic actions in 2025, including the acquisition of Liora Technologies and a registered direct offering completed in December 2025, reflect an effort to broaden capabilities and strengthen operational flexibility.
• Expansion of the ovarian clear cell carcinoma trial in December 2025, with plans to double patient enrollment and present initial findings in 2026, underscores continued clinical momentum.

LIXTE Biotechnology Holdings (NASDAQ: LIXT) is a clinical-stage pharmaceutical company developing differentiated cancer therapies built around a novel biological target. Rather than introducing standalone treatments, the company is focused on advancing a first-in-class approach designed to enhance the effectiveness of established cancer therapies, addressing persistent challenges that continue to limit outcomes in oncology.

LIXTE’s work centers on improving how chemotherapy and immunotherapy perform in difficult-to-treat cancers with significant unmet medical need. By translating a distinct scientific concept into therapies that can be integrated into existing treatment frameworks, the company aims to expand the reach and impact of current standards of care without requiring wholesale changes to clinical practice.

Alongside internal development, LIXTE has pursued selective strategic actions that extend its capabilities beyond drug development, supporting its evolution into a platform-oriented oncology company spanning both pharmaceutical and technology-driven approaches.

The company is headquartered in Boca Raton, Florida.

Portfolio

LB-100 (PP2A Inhibitor Platform)

LIXTE’s lead clinical candidate, LB-100, is a proprietary small-molecule inhibitor of protein phosphatase 2A (“PP2A”) designed to enhance the activity of chemotherapy and immunotherapy. The compound has demonstrated a favorable safety profile in Phase 1 clinical trials and has been supported by more than 25 published preclinical and translational studies. LB-100 is currently being evaluated in multiple clinical programs targeting solid tumors with limited treatment options.

Ongoing trials include combinations of LB-100 with immunotherapy in ovarian clear cell carcinoma and metastatic MSI-low colon cancer, as well as combination therapy with chemotherapy in advanced soft tissue sarcoma. These studies are being conducted in collaboration with leading academic cancer centers and industry partners, reflecting LIXTE’s emphasis on externally validated clinical execution.

Radiotherapy Platform Expansion (Liora Technologies)

In November 2025, LIXTE expanded beyond pharmaceuticals with the acquisition of Liora Technologies Europe Ltd., adding an electronically controlled proton therapy platform known as the LiGHT System. This acquisition established LIXTE’s entry into radiotherapy, complementing its drug development activities and creating optionality for future recurring revenue models tied to jointly operated treatment centers.

Market Opportunity

LIXTE is targeting cancers where existing therapies show limited durability due to resistance, toxicity constraints, or suboptimal patient response. Chemotherapy and immunotherapy are widely applicable across tumor types but remain constrained by these factors, creating an opportunity for approaches that improve efficacy without proportionally increasing toxicity.

The company’s clinical programs focus on ovarian clear cell carcinoma, metastatic colon cancer, and advanced soft tissue sarcoma, indications characterized by high unmet need and limited effective treatment options. Rather than reshaping oncology care, LIXTE is developing LB-100 to augment existing therapies, an approach that could support wider clinical use within established treatment pathways.

Leadership Team

Geordan Pursglove, Chairman, President and Chief Executive Officer, is an accomplished executive and entrepreneur with more than a decade of experience spanning mergers and acquisitions, capital markets, strategic growth initiatives, and operational leadership across both public and private companies. His background includes leadership roles across technology, logistics, customer experience, sports, and marketing, with a focus on scaling organizations, raising capital, and executing transformative strategies.

Bas van der Baan, Chief Scientific Officer, has more than 20 years of experience in biotechnology with a concentration in oncology and diagnostics. He previously served as Chief Clinical and Business Development Officer at Agendia, where he played a key role in initiating and executing clinical trials that supported the commercialization of precision molecular oncology diagnostics in both the U.S. and Europe.

Peter Stazzone, Chief Financial Officer, brings over two decades of financial management experience across publicly traded and privately held companies. His background includes leading capital raises, mergers and acquisitions, financial controls, and public company reporting, with prior CFO roles at companies including Beyond Commerce, Strainz, and Voice Telecom.

For more information, visit the company’s website at https://lixte.com.

NOTE TO INVESTORS: The latest news and updates relating to LIXT are available in the company’s newsroom at https://ibn.fm/LIXT

Disseminated on behalf of SPARC AI Inc. (CSE: SPAI) (OTCQB: SPAIF) and may include paid advertising.

• At the core of SPARC AI’s platform is a complement of spatial, predictive, approximation and radial convolution algorithms collectively known as “SPARC”
• Proprietary technology can be applied across a wide range of use cases, including drone navigation, infrastructure inspection, logistics planning and defense operations
• Spatial computing is becoming a foundational element of wartime modernization

As today’s militaries increasingly depend on data-driven decision-making, the ability to understand terrain, movement and spatial risk in real-time has become a strategic priority rather than a technical luxury. This shift toward spatial computing and predictive analytics is reshaping how defense organizations plan, operate and deploy autonomous systems, and it is also creating opportunities for companies, such as SPARC AI (CSE: SPAI) (OTCQB: SPAIF), that are developing mathematically grounded location-intelligence tools. Specifically, SPARC AI is positioning its technology to support military and defense applications by applying advanced mathematical modeling to spatial risk assessment, an approach that aligns closely with emerging priorities outlined in recent defense and technology reports.

A recent Proactive Investors article outlines SPARC AI’s core tech and explains how its mathematical approach to location assessment is particularly well suited for drones and other autonomous platforms. “For military applications, undermining the effectiveness of a drone by denying it use of critical data and control inputs is something all major armed forces are likely working on,” the article noted. “As such, the more independent one can make a drone, the greater its chance to be effective today and in the environments of the future.

“SPARC AI has developed a solution that enables drones to assess object location without the use of GPS, radar or other inputs that most such devices currently rely on,” the report continued. “Its technology is ready to commercialize, and other innovations for drone operator control platforms are just around the corner.

At the core of SPARC AI’s platform is a complement of spatial, predictive, approximation and radial convolution algorithms collectively known by the acronym “SPARC.” Instead of relying on GPS, active sensors or AI image interpretation, the system calculates target coordinates and flight paths using camera input, device telemetry and mathematical modeling, operating as a self-contained navigation and geolocation engine. The system produces precision output without using broadcasting signals or expensive hardware payloads.

“This architecture diverges sharply from traditional autonomy providers that rely on high-power processors, large sensor arrays and extensive training datasets,” the company observes. “SPARC AI’s solution consumes less power, produces no electromagnetic signature and functions in conditions where visual classifiers and sensor-based algorithms fail. With patents registered across seven countries including the U.S., the platform reflects more than 15 years of foundational research.”

According to the company, its proprietary technology can be applied across a wide range of use cases, including drone navigation, infrastructure inspection, logistics planning and defense operations. By focusing on mathematical certainty and probability rather than static maps or predefined routes, the company’s platform is intended to help users anticipate potential hazards and dynamically adapt to changing conditions. This capability is increasingly relevant as military planners seek tools that can reduce risk to personnel while improving the effectiveness of autonomous and semi-autonomous systems in the field.

These themes closely align with an Association of the United States Army (“AUSA”) report that examines how spatial computing is becoming a foundational element of Army modernization. The AUSA report explains that spatial computing integrates physical space with digital information, enabling more accurate situational awareness, mission planning and real-time decision-making. It highlights how technologies such as artificial intelligence, advanced analytics, and three-dimensional spatial models are being incorporated into training, command systems, and operational planning to give commanders a clearer understanding of complex environments.

The AUSA also underscores that modern battlefields are increasingly multidimensional, involving land, air, cyber and space domains, all of which must be understood simultaneously. Spatial computing, according to the article, allows military forces to model terrain, infrastructure and movement patterns in ways that improve readiness and reduce uncertainty. It also notes that these capabilities are critical for supporting autonomous systems, including drones, which rely on accurate spatial data to navigate safely and accomplish mission objectives.

SPARC AI’s tech represents a clear convergence between private-sector innovation and military modernization goals. The company’s emphasis on mathematical location assessment directly supports the type of spatial computing capabilities the Army is prioritizing, particularly in environments where traditional GPS-dependent or sensor-intensive approaches may be degraded or unreliable. By offering a software-driven method for understanding spatial risk and opportunity, SPARC AI’s platform fits into a broader defense trend toward predictive, AI-enabled decision tools.

For investors, the connection between SPARC AI’s technology and the Army’s stated modernization priorities provides important context. Defense organizations are increasingly seeking commercially developed, software-based solutions that can be integrated into existing systems and adapted as mission requirements evolve. The growing emphasis on spatial computing suggests sustained demand for tools that can analyze terrain and movement with greater precision, particularly as autonomous systems become more central to military operations.

By aligning its platform with these needs, SPARC AI is positioning itself at the intersection of artificial intelligence, spatial computing and defense modernization. While adoption timelines and procurement processes can be complex in the defense sector, the company’s focus on mathematically grounded location intelligence reflects a broader shift toward predictive analytics and data-driven planning that is shaping the future of military operations.

For more information, visit the company’s website at https://sparcai.co.

NOTE TO INVESTORS: The latest news and updates relating to SPAIF are available in the company’s newsroom at https://ibn.fm/SPAIF

• The company has added more than 30 U.S. electronic monitoring contracts since mid-2024, entering 15 new states, finishing 2025 with an important North Carolina service provider agreement marking SuperCom’s first deployment in that state.
• Record nine-month profitability in 2025 provided operational flexibility to support new deployments.
• International deployments, complementing the company’s growing U.S. footprint.
• SuperCom’s PureSecurity(TM) platform underpins its offender monitoring and domestic violence prevention offerings.

SuperCom (NASDAQ: SPCB), a global provider of secured e-Government, IoT, and cybersecurity solutions, is beginning the new year with momentum built over an extended period of contract wins and geographic expansion in the electronic monitoring (“EM”) market. The company spent much of 2024 and 2025 broadening its presence across U.S. jurisdictions while maintaining an established international footprint in EMEA and North America.

That trajectory continued into late December, when SuperCom announced a new electronic monitoring service provider partnership in North Carolina, its first deployment in the state (https://ibn.fm/zoexc). The agreement marked the company’s 16th new U.S. service provider partnership and its 15th new state entered since mid-2024. Under the contract, a local provider will transition its existing GPS tracking infrastructure to SuperCom’s proprietary hardware and software, with revenue generated on a recurring basis tied to active daily monitoring units.

Management noted that the North Carolina agreement followed a competitive evaluation process and was independent of a separate procurement vehicle contract awarded earlier in the year by the North Carolina Sheriff’s Association. As with several prior wins, the provider elected to replace an incumbent vendor, a pattern that has characterized SuperCom’s U.S. expansion over the past 18 months.

The accumulation of such agreements reflects a broader reassessment underway among courts, corrections agencies, and service providers. Many jurisdictions are evaluating alternatives to incarceration that balance supervision, public safety, and cost considerations. Electronic monitoring has become a central component of those discussions, particularly for home detention, probation and parole supervision, inmate monitoring, and domestic violence prevention programs.

SuperCom’s core offering in this area is its PureSecurity(TM) platform, a modular suite integrating GPS, RFID, and cloud-based monitoring tools. The platform is designed to allow agencies and service providers to configure solutions based on operational needs rather than relying on a single, fixed device type.

Hardware options include PureOne, a one-piece GPS bracelet for continuous indoor and outdoor monitoring, and two-piece configurations that separate the GPS tracking unit from the wearable component. For house arrest and RF-based monitoring, the PureCom base station and PureTag bracelet can be deployed. The company also offers smartphone-based tracking through PureTrack(TM), paired with its RF solutions. Complementary devices such as PureBeacon and PureReader extend monitoring capabilities to indoor environments and detention facilities.

Software is delivered through PureMonitor, SuperCom’s cloud-based system that aggregates location data, alerts, and compliance reporting. For domestic violence prevention programs, SuperCom provides PureShield(TM) in the U.S. and PureProtect(TM) in Europe, mobile devices that deliver proximity alerts to support enforcement of court-ordered restrictions.

This modular approach has been a recurring theme in SuperCom’s recent contract announcements. By allowing agencies to combine devices and software tools, the company positions its platform to address varied supervision requirements across counties and states. Since mid-2024, SuperCom has reported securing more than 30 new U.S. EM contracts, frequently displacing established providers as agencies transition to newer systems (https://ibn.fm/PFXOn).

The company’s expansion has not been limited to county-level or service provider agreements. In late 2025, SuperCom disclosed its first U.S. state-level Department of Corrections contract, awarded through a strategic partnership under Arizona’s statewide behavioral health services framework (https://ibn.fm/w1ppj). The contract includes deployment of SuperCom’s GPS-based monitoring technology as part of a broader supervision and rehabilitation program, with implementation expected to begin in early 2026.

Financial performance has provided a foundation for this activity. SuperCom reported record net income of $6 million for the first nine months of 2025, with EBITDA margins exceeding 35%, according to company disclosures (https://ibn.fm/CgaSH). Those results followed a period in which management emphasized profitability and cash generation alongside geographic expansion, allowing the company to support new deployments without materially altering its operating model.

The underlying demand drivers for electronic monitoring are well documented. Academic research from multiple jurisdictions has associated EM programs with reductions in reoffending when compared with traditional incarceration. Studies in Argentina, Australia, and France have reported reductions in recidivism ranging from approximately 10% to nearly 50%, depending on program design and follow-up period. These findings have informed policy discussions in the U.S. and abroad as governments seek cost-efficient approaches to supervision and rehabilitation.

For more information, visit the company’s website at www.SuperCom.com.

NOTE TO INVESTORS: The latest news and updates relating to SPCB are available in the company’s newsroom at http://ibn.fm/SPCB

Disseminated on behalf of LaFleur Minerals Inc. (CSE: LFLR) (OTCQB: LFLRF) (FSE: 3WK0) and may include paid advertising.

• LaFleur Minerals Inc., a Canadian near-term gold producer, just closed its upsized, fully subscribed LIFE offering and FT offering, raising gross proceeds of over $6.9 million, funding the restart of its key asset the Beacon Gold Mill.
• The company is moving quickly to capitalize on its unique processing opportunities offered by its Beacon Gold Mill, and the overall strength of the gold market.
• LaFleur now anticipates 2026 as an especially significant year, both for the company’s shareholders and for firmly establishing LaFleur’s position as the newest gold producer in Canada’s Abitibi belt.

LaFleur Minerals (CSE: LFLR) (OTCQB: LFLRF) (FSE: 3WK0), a Canadian gold exploration and development company has reached a pivotal milestone after closing a significant financing intended to fund the restart of its gold mill. With these funds, LaFleur will further advance its district-scale Swanson Gold Project in Québec’s prolific Abitibi Gold Belt and progress towards the near-term restart of gold production at its wholly owned Beacon Gold Mill, remaining bullish about the gold market, and the company’s standing compared to its peers. Just last month, the company announced an upsizing of its investment opportunity due to high demand for the offering, allowing it to now fund restart activities to launch gold production at its Beacon Gold Mill, first aiming to process the 10,000-20,000 metric tons (“mt”) of mineralized stockpiles remaining on site.

Back in November, LaFleur also made significant progress on its district-scale Swanson Gold Project, having kicked off a confirmation drilling program. The move was intended to bring it closer to near-term gold production and provide it with substantial valuation upside. It also helped validate historical results on the property and improve resource confidence, supporting the geological model of the area, all for the purpose of delivering a technically robust Preliminary Economic Assessment (“PEA”), scheduled to finalize and release results sometime this month, led by recognized global mining, sustainability, and environmental consulting firm, ERM (https://ibn.fm/DVQLy). The PEA is conducted for the purpose of evaluating the restart of gold production at LaFleur’s wholly owned and recently refurbished Beacon Gold Mill (with over $20 million previously invested into equipment and infrastructure upgrades) using mineralized material from its nearby Swanson Gold Deposit, both located in the recognized mining camp of Val-d’Or, Québec.

While announcing these milestones, LaFleur’s management pointed out that the company is positioning itself to quickly take advantage of this gold value growth, with initiatives and investments that most of its peers are not adopting or pursuing given their lack of immediate access to infrastructure and long permitted timelines to reach the inflection point from explorer to producer.

“Advancing the Beacon Gold Mill to restart gold production with gold prices at record levels above $4,000 per ounce offers amazing economic potential,” noted Paul Teniere, LaFleur’s CEO. “We are well underway to completing a comprehensive PEA for the restart of the Beacon Gold Mill, and at the suggestion of ERM, we are nearing completion of twinning historical holes that form the basis of the mineral resource at our Swanson Gold Deposit, with the intention to supply mineralized material from Swanson to the Beacon Gold Mill,” he added (https://ibn.fm/JiH6a).

Back in 2022, the previous operator invested $20 million in upgrades at its Beacon Gold Mill, equipping it with crushing, grinding, flotation, leaching, and Merrill-Crowe circuits. These upgrades brought it closer to realizing its full potential of processing 750 tonnes per day, a production asset that also has the potential to expand in capacity down the line with additional investment. LaFleur closed its upsized, fully subscribed offerings, closing an upsized amount and gross proceeds of $4,695,000 under its LIFE Offering and an oversubscribed amount and gross proceeds of $2,205,421 under its Flow-Through Offering, the company is well on its way to restart production at its Beacon Gold Mill (https://ibn.fm/tImBL).

With the steps made thus far, LaFleur is one of the few junior gold companies in Canada that owns a fully permitted, existing gold mill, in a region of miners needing processing to take advantage of high gold prices. It also becomes one of the few companies with a clear pathway to cash flow without dilution, while avoiding the lengthy timelines and capital intensity typically associated with mill construction. The financings materially de-risk LaFleur’s business model, giving it a significant advantage over competitors and enabling it to advance directly into gold production while controlling its value chain.

For company information, visit the company’s website at www.LaFleurMinerals.com.

Qualified Person Statement:

All scientific and technical information contained in this article has been reviewed and approved by Louis Martin, P.Geo. (OGQ), Exploration Manager and Technical Advisor of the company, and considered a Qualified Person for the purposes of NI 43-101.

NOTE TO INVESTORS: The latest news and updates relating to LFLRF are available in the company’s newsroom at https://ibn.fm/LFLRF

• Forward Industries, a Solana digital asset treasury company, recently announced that the company’s shares are now live on the Solana blockchain through Superstate’s Opening Bell platform.
• This move is important for the industry, marking the first time that a regulated public equity is able to be used as collateral within a live decentralized finance (“DeFi”) market.
• The partnership shows how companies can extend the utility and life of their shares beyond traditional exchanges.

Forward Industries (NASDAQ: FWDI), a company that is building and managing a large-scale Solana (“SOL”) treasury, recently announced that their SEC-registered shares are now live on the Solana blockchain through Superstate’s Opening Bell platform (https://ibn.fm/JIh1m).

This integration allows ex-US holders of the company’s tokenized FWDI shares to post their equity as collateral on Kamino, which is one of Solana’s leading lending protocols. Eligible investors are able to borrow stablecoins against tokenized shares, which gains them access to onchain liquidity while still being exposed to the equity position.

It’s the first time that a regulated public equity is able to be used as collateral within a live DeFi market. While other tokenized stock products often rely on synthetic structures, Opening Bell allows for the direct tokenization of SEC-registered shares. The move shows how public companies can boost the utility and extend the life of their stock beyond exchanges, enabling programmable ownership that connects directly to the digital-asset economy. 

Chairman of Forward Industries, Kyle Samani, said that “This milestone demonstrates the next evolution of tokenized markets where real equity can function natively within DeFi,” adding that “By enabling FWDI stock to serve as collateral on Solana, we’re unlocking a tangible bridge between traditional markets and the programmable financial systems that define the digital economy.” 

Robert Leshner, CEO of Superstate, echoes these statements: “Our announcement today with Forward brings a whole new level of transformation for public markets,” and adds that “Superstate has now made it possible to unlock the full potential of DeFi for real public equity onchain.”

Those who currently hold FWDI shares are able to hold these shares on Solana by creating an account with Superstate, and following the provided guidance and instructions to transfer the shares from a brokerage account to an allowlisted Solana wallet.

About Forward Industries Inc. (NASDAQ: FWDI)

Forward Industries is a Solana treasury company that’s backed by some of the most influential investors in the space. The company seeks to create long-term shareholder value by actively participating in the Solana ecosystem, through not only acquiring SOL, but also strategically deploying assets through various on-chain opportunities like staking and lending.

For more information, visit the company’s website at www.forwardindustries.com.

NOTE TO INVESTORS: The latest news and updates relating to FWDI are available in the company’s newsroom at https://ibn.fm/FWDI

• Safe Pro Group has announced that it has deployed significant upgrades to the advanced AI algorithms in the company’s Safe Pro Object Threat Detection (“SPOTD”) technology.
• Key enhancements to the technology include the ability to turn video clips into 2D/3D models and create threat and terrain maps from drones operating in GPS-denied environments.
• The technology is powered by Safe Pro’s extensive real-world datasets that include millions of high-resolution drone images and GPS-tagged geospatial data.

Safe Pro Group (NASDAQ: SPAI), an AI-powered defense and security provider, recently announced that it has deployed a number of upgraded AI algorithms to the SPOTD technology for drone operations in GPS-denied environments, thanks to customer requests (https://ibn.fm/J3Jtv).

Some of the major enhancements to SPOTD include:

• The ability to process any drone video data, which turns video clips into 2D and 3D models with AI-trained explosive threat detections.
• Better robustness and an enhanced capability in GPS-denied environments.
• Terrain modeling, to support threat and terrain mapping for better route planning for unmanned ground vehicles (“UGVs”).
• A Rapid Mapping Only Mode, which offers mapping for Intelligence, Surveillance and Reconnaissance (“ISR”) and missions that don’t need AI-powered threat detection.
• Up to 10x reduction in processing time powered by the company’s proprietary geospatial AI algorithms.

These new capabilities will be on display at an upcoming U.S. Army 2026 Concept Focused Warfighter Experiment (“CFWE”) technology demonstration at Ford Hood, Texas.

When speaking about the enhancements, Chairman of Safe Pro Group Inc., Dan Erdberg, said that “The enhancements now deployed in SPOTD bring significant operational advantages to our customers, making it an indispensable tool for government end users seeking actionable intelligence in the harshest electronic warfare-contested environments.”

He also added that “Building upon rapidly evolving Tactics, Techniques, and Procedures (“TTPs”) and on-the-ground feedback of our users, we believe SPOTD will continue to redefine the role that AI can play in providing actionable intelligence on the modern battlefield.”

The SPOTD technology operates on the Amazon Web Services (“AWS”) Cloud or at the Edge and is a rapid image analysis platform that helps to detect and identify small objects in drone imagery. The technology is able to locate and identify a variety of small explosive threats like landmines and unexploded ordnance (“UXO”), rapidly providing greater situational awareness and safety to teams on the ground.

This SPOTD technology is powered by Safe Pro’s real-world datasets that include drone imagery and GPS-tagged geospatial data. The company has analyzed over 2.2 million drone images and has identified more than 41,400 threats across 11,400 hectares (around 28,000 acres) to date.

About Safe Pro Group Inc. (NASDAQ: SPAI)

Safe Pro Group Inc. is a mission-driven tech company that delivers AI-driven defense and security solutions serving customers in industries like homeland security, humanitarian, law enforcement, and others. The company’s computer vision technology analyzes drone-based images and videos to rapidly detect and identify small objects like landmines and UXO, to allow for safer and more effective field operations.

For more information, visit the company’s website at www.SafeProGroup.com.

NOTE TO INVESTORS: The latest news and updates relating to SPAI are available in the company’s newsroom at https://ibn.fm/SPAI

• ParaZero’s expanding portfolio encompasses autonomous safety systems, precision payload delivery and counter-drone interception technologies
• At the forefront of the company’s defense offerings is its DefendAir family of counter-UAS systems
• ParaZero recently completed a live demonstration of its personal DefendAir net gun system, achieving a reported 100% interception success rate against fast-incoming multirotor drone threats in real-world scenarios

In an era where unmanned aerial threats are rapidly transforming security landscapes around the world, the need for effective, safe and adaptable defense solutions has never been more urgent. ParaZero Technologies (NASDAQ: PRZO) is positioning itself at the leading edge of this shift with innovative counter-UAS (unmanned aerial systems) technologies designed to protect military, governmental and critical infrastructure from hostile drones and related threats.

Founded in 2014 by aviation professionals and veteran drone operators, ParaZero’s mission is to develop intelligent, autonomous systems that enhance safety in aerial operations and address emerging defense challenges. While the company’s early focus was on safety systems for commercial drone operations, including parachute recovery technologies, it has increasingly expanded into defense-oriented solutions to counter unauthorized or hostile drone activity. ParaZero’s expanding portfolio encompasses autonomous safety systems, precision payload delivery and counter-drone interception technologies that reflect the evolving needs of modern defense and security sectors.

At the forefront of ParaZero’s defense offerings is its DefendAir family of counter-UAS systems. The systems provide layered defense against aerial threats using nonexplosive net interception technology. The DefendAir system employs patented net launchers that can intercept and neutralize hostile drones at range without the collateral damage associated with traditional kinetic or explosive anti-air weapons, an important feature in urban or sensitive environments where minimizing risk to people and property is paramount.

ParaZero’s counter-drone technologies are designed not to replace existing detection tools such as radar, RF or optical sensor systems, but to complement them. This technology is the key part of the company’s robust, layered defense strategy that integrates detection, tracking, command and control, and interception.

DefendAir’s product family includes multiple form factors tailored to different operational requirements. Among these is the personal or handheld net launcher, a compact, portable launcher that enables security forces and defense personnel to rapidly respond to rogue drones within line-of-sight. This handheld solution provides frontline defenders with a nimble, nonlethal tool capable of intercepting small drones in close range scenarios where rapid response is crucial.

In addition to personal launchers, ParaZero has developed larger, autonomous turret systems equipped with advanced optics and tracking subsystems that can independently detect, track and intercept hostile drones across a full 360-degree perimeter. These stationary configurations are designed to secure critical infrastructure, perimeters of military bases, and other high-value assets against increasingly sophisticated aerial threats.

Field demonstrations and trials have highlighted the effectiveness of ParaZero’s DefendAir systems. In mid-2025, the company successfully completed a live demonstration of its personal DefendAir net gun system, achieving a reported 100% interception success rate against fast-incoming multirotor drone threats in real-world scenarios. ParaZero’s stationary net turret system also showed complete interception capability during trials aimed at protecting critical sites, underscoring the practical viability of the technology in defense and homeland security applications.

“This successful trial demonstrates the agility of our engineering teams and our strategic commitment to building an integrated, layered defense ecosystem,” said ParaZero CEO Ariel Alon. “As threats evolve, so must the tools designed to stop them—and this milestone represents a meaningful expansion of ParaZero’s ability to protect high-value assets against emerging aerial threats.”

The strategic importance of counter-UAS technologies has become clearer as drone usage proliferates across conflict zones, public spaces and critical infrastructure environments. According to industry forecasts, the global counter-drone market, including detection, tracking and mitigation solutions, is expected to grow significantly in the coming decade as nations and organizations invest in capabilities to defend against small, inexpensive drones that can otherwise impose disproportionate risk and disruption.

According to recent market research, the global anti-drone market size was valued at $2.4 billion last year. Studies project market value to grow from $3.1 billion this year to $12.24 billion by 2032, exhibiting a CAGR of 21.62% during the forecast period.

In addition to its defense-oriented products, ParaZero also offers a broader portfolio of UAS technologies, including SafeAir and DropAir. The company’s SafeAir product line is focused on drone safety and autonomy, offering parachute recovery systems that enhance regulatory compliance and operational safety for commercial unmanned aircraft. It’s DropAir offering is a unique, adaptable precision-airdrop high-altitude, low-opening (“HALO”) system that transforms drone logistics by enabling pinpoint, low-signature deliveries in the most challenging environments. This ongoing commitment to safety technology reflects ParaZero’s origins and reinforces its reputation for engineering robust, mission-ready systems that span both commercial and defense applications.

ParaZero’s increasing traction in the defense market is further evidenced by its recent commercial orders from major global defense partners. In late 2025, the company announced that it had secured a substantial order for DefendAir counter-UAS systems from a tier 1 global defense corporation, signaling confidence in the technology’s operational capability and expanding its presence in key international defense supply channels.  order includes both the DefendAir systems and associated training packages, illustrating the comprehensive support ParaZero provides to its defense customers. 

Partnerships and distribution agreements have also bolstered ParaZero’s global reach, particularly in western Europe, where the company secured a significant purchase order for its counter-UAS solutions through a leading Dutch defense distributor. This development highlights growing demand for advanced drone defense technologies in regions where airspace security is a strategic priority. By expanding its presence in established defense markets, ParaZero is positioning itself to serve a broader set of military and homeland security customers seeking adaptable, layered protection against aerial threats.

As global defense agencies and security organizations continue to prioritize counter-drone capabilities, ParaZero Technologies stands out as an emerging contributor in this rapidly expanding market. By combining autonomous, layered defense solutions with nonexplosive interception technologies and a growing international footprint, the company aims to strengthen aerial defense landscapes and enhance protection for critical infrastructure, military assets, and civilian environments alike.

For more information, visit the company website at www.ParaZero.com.

Disseminated on behalf of Fairchild Gold Corp. (TSX.V: FAIR) (OTCQB: FCHDF) and may include paid advertising.

• At Nevada Titan, high-resolution drone magnetics identified eight discrete subsurface targets across the Nevada Titan project, confirming a vertically developed mineral system
• A steeply oriented Pipe Target aligns surface geology, magnetic anomalies, and skarn-related mineralogy, strengthening the case for a porphyry copper source at depth
• Fairchild’s recent OTCQB uplisting expands U.S. market visibility as the company advances toward drill readiness

For much of mining history, districts were defined by what could be seen at surface. Shallow workings, hand-dug shafts, and narrow stopes extracted high-grade material where it outcropped, often leaving deeper mineral systems unexplored. Today, the most compelling exploration stories are not about discovering new districts, but about resolving old ones with modern tools. Fairchild (TSX.V: FAIR) (OTCQB: FCHDF) is applying that approach at its flagship Nevada Titan project in southern Nevada.

Located approximately 26 miles southwest of Las Vegas in the historic Goodsprings Mining District, Nevada Titan hosts more than 100 past-producing mines and workings developed between the late 1800s and mid-1900s. While those operations confirmed widespread copper mineralization, they predated modern geophysical techniques capable of identifying the sources of those metals at depth. Fairchild’s recent exploration update suggests that gap is now closing.

A District Long on History, Short on Subsurface Data

Nevada Titan covers approximately 26 square kilometers and encompasses a broad copper-gold skarn system with porphyry affinities. Historic production focused on zinc, lead, and copper extracted from near-surface workings, but exploration was limited to what could be accessed with hand tools and shallow drilling.

Surface sampling conducted by Fairchild over the past year outlined a 1.5-kilometer discontinuous copper trend, with multiple historic mines returning high-grade copper values. Assays reported from sites such as the Azurite, Copper Chief, Fitzhugh Lee, and Copperside mines included copper values ranging from several percent to as high as 34% Cu. These results demonstrated a broad oxidized copper footprint, but the geometry and source of the system remained unresolved.

That uncertainty framed Fairchild’s decision to deploy high-resolution drone-based magnetic surveying across the entire property.

Magnetic Data Brings the System Into Focus

The recently completed drone magnetic survey identified eight distinct subsurface magnetic targets across Nevada Titan. Independent 3D modeling of the data revealed multiple coherent magnetic bodies beneath known mineralized areas, marking a shift from surface mapping toward system-scale interpretation.

One feature, referred to as the Pipe Target, emerged as a focal point. The target appears as a compact, steeply oriented magnetic body extending vertically at depth. Field mapping identified a pipe-shaped geological feature directly above the modeled anomaly, aligning surface observations with geophysical data.

A key sample collected over the Pipe Target (“P07”) contained magnetite and garnet, minerals commonly associated with skarn systems proximal to porphyry intrusions. The presence of magnetite provided a physical explanation for the magnetic anomaly and reinforced the interpretation of a vertically developed mineralizing conduit.

The Pipe Target is interpreted as peripheral to a high-grade copper-gold skarn located approximately 500 meters to the northwest at the Sandy Mines, suggesting a connected system rather than isolated occurrences.

From Fragmented Occurrences to an Integrated Model

The integration of geology, geochemistry, and geophysics is central to Fairchild’s evolving model at Nevada Titan. MVI 3D inversion of the magnetic data identified eight underground magnetic bodies, while surface mapping outlined intrusive rocks, hydrothermal breccias, and skarn alteration consistent with porphyry-related systems.

Senior Geologist Aaron McBreairty noted that recent fieldwork has observed extensive copper mineralization both within historic mines and surrounding host rocks, pointing toward a larger source system at depth. A recently identified intrusive pipe is believed to be a potential conduit linking surface mineralization to that source.

This convergence of datasets marks a turning point. What was once a patchwork of high-grade surface occurrences is now being interpreted as a coherent copper-gold system with vertical continuity.

Final Steps Before Drilling

With magnetic targets now defined, Fairchild plans to conduct induced polarization (“IP”) surveys over select anomalies. IP surveys can help distinguish sulfide-rich zones from surrounding rock and provide additional context on chargeability and resistivity, critical parameters for porphyry targeting.

Management has described these surveys as the final step before completing drill targeting. Once integrated, the data will guide initial drill programs aimed at testing the most prospective zones beneath historic workings.

Re-evaluating Legacy Districts

Nevada Titan exemplifies a broader trend in mineral exploration: revisiting historic districts with tools capable of seeing beneath surface complexity. With infrastructure, road access, and proximity to Las Vegas, the project benefits from logistical advantages uncommon in early-stage exploration.

Fairchild’s approach does not rely on discovery hype, but on systematically reducing geological uncertainty. By validating a porphyry-skarn model through aligned datasets, the company is reframing Nevada Titan from a collection of old mines into a unified exploration system. In a sector where new districts are rare, the ability to extract new understanding from old ground may prove just as valuable.

In a concurrent development, Fairchild Gold Corp. recently announced that its common stock have commenced trading on the OTCQB Venture Market in the United States, providing enhanced visibility, trading access, and liquidity for U.S. investors as the company advances its Nevada-focused gold, copper, and silver exploration portfolio. This uplisting to the OTCQB, a recognized trading platform for emerging companies that meet financial and regulatory requirements, represents a key capital markets milestone and further supports Fairchild’s strategy of broadening its investor base while progressing projects like Nevada Titan.

For more information, visit the company’s website at www.FairchildGold.com.

NOTE TO INVESTORS: The latest news and updates relating to FAIR are available in the company’s newsroom at ibn.fm/FAIR