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

• Fiber-optic drones have become essential for evading electronic warfare but leave hazardous cable webs across battlefields that force soldiers to move with extreme caution
• SPARC AI’s GPS-free navigation and targeting technology eliminates the need for physical tethers, delivering precision without leaving battlefield debris
• The company’s recent STRIKE-1 drone acquisition and pixel-level geolocation capability position it as a software-first alternative to hardware-dependent solutions in contested environments

On modern battlefields, the solution to one problem has created another. To counter pervasive electronic warfare and signal jamming, both Russian and Ukrainian forces have turned to fiber-optic FPV drones controlled by physical cables instead of radio frequencies. These un-jammable systems have become so widespread that their fiber-optic cables now litter combat zones, creating tangled webs that Ukrainian special operator Khyzhak describes as a dangerous tactical obstacle. Soldiers must now navigate carefully around these threads, unable to distinguish between harmless cables and deliberate booby traps.

SPARC AI (CSE: SPAI) (OTCQB: SPAIF) offers a different approach entirely. Rather than replacing one physical dependency with another, the company has developed software-only solutions that enable drones and robotic systems to acquire targets and navigate autonomously without GPS, sensors, radar, lidar, or physical tethers. In signal-jammed environments where fiber-optic drones currently dominate, SPARC AI’s technology delivers the same jamming resistance without leaving physical evidence behind.

The Software Alternative to Physical Tethers

Traditional drone warfare relied on radio-frequency connections until both sides mastered signal jamming. The fiber-optic response solved the jamming problem but introduced new complications. These cables range from 10 to 50 kilometers in length, get tangled in trees and terrain, and force ground troops to slow their movements or halt entirely when encountering suspicious webbing. The cables become battlefield litter that complicates operations long after the drones have completed their missions.

SPARC AI’s approach eliminates these issues through mathematical modeling instead of hardware. The company’s patented technology builds three-dimensional spatial understanding of terrain and position using only basic telemetry data from cameras. This enables drones to determine precise geolocations and navigate autonomously in Denied, Degraded, Intermittent, and Limited environments where GPS and radio communications fail.

On November 25, 2025, SPARC AI announced delivery of two custom STRIKE-1 drones specifically designed to demonstrate these capabilities. The platforms provide consistent testing environments for the company’s target acquisition system and autonomous navigation technology, supporting both internal validation and customer trials. This hardware acquisition marks a shift from purely software development to integrated demonstration capability.

Recent Technological Advancements

The company’s December 2 announcement of pixel-level target acquisition capability represents a significant technical milestone. The new Image Targeting module within the Overwatch platform calculates latitude, longitude, and military MGRS coordinates for any pixel in a still image. Testing demonstrated the system’s ability to measure object height from single images, with one scenario accurately determining a building that stood 13.62 meters tall at 318 meters distance while the drone operated at 60 meters above ground level.

This capability transforms ordinary photographs into spatially referenced intelligence. Field personnel can capture standard images that enable mission control to identify both operator position and target coordinates without additional hardware. For military operations in signal-denied environments, this converts any smartphone or camera into a precision targeting tool.

SPARC AI integrates these capabilities into its Overwatch Intelligence Platform, which combines targeting and navigation into a unified workflow. The system operates with zero detectable emissions, ensuring complete operational security in contested environments. Unlike competitors such as Visual-Aided Inertial Navigation Systems that require accelerometers, gyros, and visual sensors, SPARC AI’s software-first architecture eliminates weight, power draw, and hardware dependencies.

Strategic Positioning and Market Approach

The company’s business model centers on recurring annual fees per connected device, targeting defense, security, and commercial markets. SPARC AI’s successful integration with the Parrot ANAFI USA GOV military drone establishes a proven benchmark for lightweight, battle-ready applications. Parrot features SPARC AI on its Solution Partner website, providing validation for the technology’s defense readiness.

With 15 years of research and development backing registered patents in seven countries including the United States, SPARC AI has built substantial intellectual property around its core technology. The company’s mission targets to connect one million devices to the Overwatch platform, enabling target acquisition and autonomous navigation across any device type without GPS dependency.

The Broader Electronic Warfare Context

Modern warfare increasingly centers on electronic warfare capabilities. The proliferation of fiber-optic drones in Ukraine demonstrates how quickly combatants adapt to jamming environments. Russian forces have deployed fiber-optic variants with 50-kilometer range, exceeding typical cable limitations. Ukraine has responded with protective netting over supply routes, though this provides incomplete defense against the threat.

These developments highlight the strategic value of technologies that operate effectively in signal-denied environments without creating new vulnerabilities. Fiber-optic drones trade radio-frequency vulnerability for physical cable limitations. SPARC AI’s approach sidesteps both issues through mathematical precision that requires neither radio signals nor physical connections.

NATO leadership has taken notice of innovations emerging from the conflict, using battlefield lessons to inform military planning. Technologies proven in Ukraine’s high-intensity electronic warfare environment carry significant credibility for defense procurement decisions globally.

For defense contractors and military planners evaluating GPS-denied navigation solutions, SPARC AI represents a fundamentally different architecture. Rather than adding sensors to compensate for GPS loss, or tethering systems with fiber-optic cables, the company’s software calculates position and targeting through terrain-based mathematical models. This zero-signature, hardware-independent approach addresses the core problem that fiber-optic drones solve while eliminating the battlefield debris they create.

The tangled webs forcing Ukrainian soldiers to advance with caution illustrate how tactical solutions can introduce new complications. SPARC AI’s technology offers precision without cables.

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

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

• Nevada Titan sits in the historic Goodsprings district, where recent sampling returned grades up to 34% copper with gold and silver credits across a 1.5-kilometer corridor
• Fairchild acquired Carlin Queen in October 2025, positioned at the intersection of the Carlin Trend (98 million ounces produced) and Midas-Hollister corridor
• Golden Arrow acquisition adds a NI 43-101 historic resource metric (from 2018 and currently being updated) of measured and indicated 12,172,000 million tons averaging 0.024 oz/ton Au and 0.33 oz/ton Ag, yielding 296,500 oz Au and 4,008,000 oz Ag 3,790,000 million tons averaging 0.013 oz/ton Au and 0.33 oz/ton Ag, for 50,400 oz Au and 1,249,000 oz Ag

America’s resource landscape is undergoing one of its most significant shifts in decades. Global copper inventories are tightening, new mine development is failing to keep pace with demand from artificial intelligence infrastructure and electrification, and the U.S. is rethinking the role domestic mining must play in national security. Federal agencies that once remained on the sidelines are now taking equity stakes in U.S. projects, funding early-stage exploration, and prioritizing critical minerals in policy discussions.

Nowhere is this change more evident than in Nevada. Long recognized for its gold endowment, the state is fast becoming a focal point for the broader strategic metals push. Ranked second globally for mining investment attractiveness by the Fraser Institute, Nevada combines world-class geology, permissive permitting, and a workforce skilled in modern mining. As the nation works to reduce reliance on foreign supply chains, Nevada’s combination of stability, infrastructure, and mineral diversity places it at the center of a new domestic resource strategy.

Against this backdrop, junior explorers that can secure meaningful land positions and execute disciplined exploration programs are uniquely positioned. Fairchild (TSX.V: FAIR) (OTCID: FCHDF) represents this opportunity, methodically assembling a Nevada-focused copper and gold portfolio that aligns with both industry trends and emerging federal priorities.

The Nevada Titan Advantage

Fairchild’s flagship Nevada Titan project illustrates the structural opportunity emerging in America’s copper sector. Located just 35 kilometers from Las Vegas in the historic Goodsprings Mining District, the project sits within a belt that produced the equivalent of more than $250 million in minerals (in today’s dollars) between the late 1800s and mid-1900s. Historical miners focused primarily on zinc and lead, leaving extensive copper mineralization largely untested by modern techniques.

Recent surface sampling highlights why interest is returning to districts like Goodsprings. Copper grades reaching as high as 34% at the Copperside Mine area represent some of the strongest surface results reported in Nevada in recent years. Multiple samples exceeded 20% copper, confirming a 1.5-kilometer mineralized corridor containing both high-grade pods and broader system potential. Sample 350436 returned 34.0% copper alongside 1.27 grams per ton gold and 134 grams per ton silver, a signature consistent with a larger intrusive-driven system.

Geologically, the district offers compelling upside. The technical team believes a porphyry intrusive body may underline the skarn and vein mineralization, a model supported by the recent discovery of a steeply dipping hydrothermal breccia pipe, a classic porphyry indicator. If future drilling confirms a porphyry-skarn system like those of the American Southwest, Nevada Titan could represent a district-scale copper opportunity at a time when the U.S. needs it most.

The exploration plan is systematic and capital efficient. Drone magnetics completed in September 2025, followed by induced polarization surveys and AI-supported targeting, will culminate in a planned 2026 drill program. This methodical approach aligns with modern best practices while maximizing discovery probability.

Building a Nevada-Wide Platform

Beyond Titan, Fairchild is expanding strategically across Nevada’s most productive mineral belts.

In October 2025, the company acquired the Carlin Queen project, a drill-ready asset positioned at the intersection of the Carlin Trend (98 million ounces of past gold production) and the Midas-Hollister corridor. With multiple untested Carlin-type and epithermal targets just 11 miles from Nevada Gold Mines’ Goldstrike complex, Carlin Queen provides high geological optionality in a tier-one jurisdiction.

Even more transformative is the memorandum of understanding to acquire Golden Arrow near Tonopah. Hosting a historical NI 43-101 measured and indicated resource of approximately 296,500 ounces of gold and 4 million ounces of silver, plus inferred resources of 50,400 oz Au and 1,249,000 oz Ag across 16 million tons supported by 361 drill holes, Golden Arrow offers rare scale for a junior explorer. The acquisition structure, blending cash, shares, and a secured note, reflects creative deal-making that preserves exploration capital while securing advanced-stage assets.

Together, Nevada Titan, Carlin Queen, and Golden Arrow form a diversified, Nevada-wide metals platform with exposure to copper, gold, and silver across multiple deposit types and development stages. This approach mirrors the strategy historically used to consolidate major mining districts: acquire strategically, explore systematically, and build optionality across commodity cycles.

Copper’s Reemergence as a National Priority

Macroeconomic forces underscore the importance of domestic copper exposure. Global traders have warned that U.S. imports aimed at capturing the Comex premium could drain global inventories, while geopolitical trade considerations may accelerate domestic demand. With copper underpinning everything from power grids to data centers to defense technology, the U.S. is increasingly motivated to secure reliable domestic supplies.

In this context, high-grade North American copper projects carry greater strategic importance, and greater potential valuation leverage. Nevada Titan’s untested Copper Hill anomaly represents a meaningful future catalyst.

Positioning for Nevada’s Next Growth Cycle

Fairchild’s strategy, patient land assembly, disciplined exploration, and commodity diversification, positions it advantageously within Nevada’s modern mining renaissance. The company’s Strategic Advisory Board, which includes former U.S. Ambassador Hans Hertell and diplomatic advisor Jill Kelley, adds a policy-focused dimension unusual for a junior explorer. In a climate where the federal government is actively engaging with domestic mining firms, such connections may prove material.

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

• The company is positioning itself as a digital-first mortgage and title platform aimed at reducing friction and accelerating loan approvals.
• Its AI-powered system can provide borrowers with a qualification decision in seven to eight minutes, offering 90% certainty of qualification.
• The fintech lender is targeting two large demographics: millennials and Gen Z buyers seeking access to mortgages for personal or investment purposes, as well as baby boomers who hold an estimated $10 trillion in home equity.
• Beeline announced that its lending entity achieved cash-flow positivity in October, and the firm is targeting company-wide cash-flow positivity in the first quarter of 2026.

Beeline Holdings (NASDAQ: BLNE),  a fast-growing digital mortgage platform redefining the path to homeownership, is expanding its effort to modernize the U.S. home-lending process with a digital platform built on automation, AI, and faster decision-making. The company describes its mission as enabling simpler and faster home loans, aiming to support financial mobility for both homebuyers and real estate investors.

The company’s approach reflects a shift within the broader mortgage market, where younger buyers are struggling to secure financing. According to National Mortgage Professional, only 26.1% of Gen Z and 54.9% of millennials owned a home in 2024, a marginal improvement attributed largely to limited mortgage access (https://ibn.fm/ZiNnO). Beeline says it is targeting this gap with a system that can determine borrower eligibility in minutes, a process the firm argues could support broader homeownership and investment participation.

Since completing its merger with Eastside Distilling in October 2024, Beeline has focused on building what it describes as a technology-forward mortgage and title platform. The ecosystem includes AI chatbot Bob, a proprietary production engine called Hive, and a suite of SaaS products intended to automate underwriting, streamline documentation, and shorten closing timelines. The company reports loan closings within 14-21 days, compared with a national average that often extends beyond 40 days.

Beeline Loans Inc., its lending subsidiary, provides mortgages for primary residences as well as investment properties. The latter category has become increasingly important as millennials and Gen Z look for avenues into property investment even if traditional homeownership remains out of reach. Management says a notable portion of its volume now comes from buyers pursuing rental or income-producing assets.

The company is also targeting baby boomers, a segment that holds an estimated $10 trillion in home equity. Beeline’s home-equity products are positioned to offer this demographic an accessible way to deploy capital or supplement retirement income.

In a recent operating update released in November 2025, the company reported that its lending unit achieved cash-flow positivity in October, a key milestone after a year of cost-streamlining and increased adoption of its digital lending platform. Executives said the performance reflects improving efficiency across its AI-driven workflow and a scalable lending model designed to support a larger national footprint.

Management also said the company is now aiming for organization-wide cash-flow positivity in the first quarter of 2026, noting that it does not anticipate further capital raises to fund operations. Beeline became debt-free in early September, reducing financial overhead as demand for its technology increases.

To support working-capital needs and strengthen the balance sheet, Beeline completed a $7.4 million registered direct offering of 4.62 million common shares. The company plans to use the capital for corporate activities, warehouse banking requirements, and to redeem its Series E preferred shares. By redeeming the preferred stock in cash, the firm avoids issuing roughly 800,000 shares, which management described as a way to prevent dilution of existing shareholders.

Beeline’s focus on automation and an end-to-end digital mortgage experience reflects broader changes in the lending landscape. The company argues that borrowers, particularly younger ones, are seeking lower-friction alternatives to traditional lender workflows, which often involve manual processing, physical documentation, and lengthy underwriting timelines. The firm’s design centers on transparency, a streamlined application flow, and rapid qualification decisions.

The company emphasizes the potential for AI tools to reduce uncertainty for first-time buyers, a group often discouraged by unclear requirements or inconsistent loan outcomes. With a reported 90% level of certainty in its qualification decisions, Beeline is positioning its platform as a way to establish early confidence in the loan process.

Real estate investors, another core market segment, are drawn to faster approval and closing cycles. For this demographic, the ability to move quickly is essential when acquiring competitive rental properties or renovating and flipping residential assets. Beeline’s platform is structured to appeal to this group through reduced documentation demands and more predictable processing times.

In a mortgage market undergoing rapid technological change, Beeline is seeking to differentiate itself through speed, automation, and digital accessibility, an approach designed to address long-standing structural challenges in U.S. home lending while positioning the company for long-term growth.

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

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

• Industry data shows small molecules achieve 5–10% approval rates over 15–20 years; antisense oligonucleotides (“ASOs”) are shifting the odds through rational design.
• Six new antisense drugs gained FDA approval in 2023–2024, bringing total approvals above 20; evidence of accelerating regulatory momentum.
• Oncotelic Therapeutics’ OT-101 (Trabedersen) is the only TGF-β2-specific antisense in Phase 3 trials, targeting pancreatic cancer and other resistant malignancies.

The pharmaceutical industry has long faced sobering odds: about 90% of drug candidates fail before reaching market. For small molecules, approval rates hover at very low odds, often requiring up to two decades of development. In oncology, success rates fall to just 3%. These economics have created a bottleneck that leaves patients waiting years for new treatments that rarely arrive.

Antisense oligonucleotides, short synthetic strands of DNA or RNA that silence disease-causing genes, are beginning to rewrite those odds. With six new FDA approvals since 2023 and more than 50 candidates in active trials, ASOs are experiencing a long-anticipated breakout. Oncotelic Therapeutics Inc. (OTCQB: OTLC) aims to be at the forefront with OT-101 (Trabedersen), the only TGF-β2-specific antisense therapy in Phase 3 development, an important distinction after several high-profile failures from larger pharmaceutical peers targeting the same pathway.

The Rational Design Advantage

Unlike traditional drug discovery, which relies on screening millions of compounds, antisense therapeutics are rationally designed. Scientists identify a specific genetic sequence responsible for disease, then engineer a complementary molecule to silence it. This precision reduces much of the trial-and-error that slows and inflates the cost of small-molecule programs.

ASOs occupy a unique middle ground: small enough to penetrate tissues (roughly 5,000–7,000 daltons) but large enough for precise gene targeting. Between 2016 and 2024, the FDA approved 18 new antisense or siRNA therapies, compared to just two in the prior 18 years, underscoring the acceleration of RNA-based innovation.

Manufacturing is also more predictable. ASOs are produced using standardized solid-phase synthesis, bypassing the complex bioreactors required for biologics. This simplifies quality control, shortens timelines, and reduces regulatory risk.

Why TGF-β2 Matters

OT-101 (Trabedersen) is an 18-mer phosphorothioate antisense oligonucleotide designed to suppress TGF-β2, an immunosuppressive cytokine linked to tumor progression and treatment resistance. While TGF-β exists in three isoforms, only TGF-β2 consistently correlates with poor survival. In pancreatic cancer, patients with high TGF-β2 expression survive a median of just 15 months, less than half that of those with low expression.

Earlier industry attempts to block the broader TGF-β pathway have failed. Novartis’s NIS793 and Merck’s bintrafusp alfa were both discontinued after missing survival endpoints or poor performance relative to the benefit and risk. Both targeted all three isoforms indiscriminately, blunting immune response. OT-101, by contrast, isolates TGF-β2, the specific driver that converts tumor-fighting M1 macrophages into tumor-promoting M2 macrophages.

Clinical Validation and Phase 3 Pathway

Across seven completed studies involving more than 200 patients, OT-101 has demonstrated encouraging results. In a Phase 2b glioblastoma trial, the therapy achieved a 22% objective response rate, with responders living more than three times longer than non-responders. In pancreatic cancer, OT-101 produced disease control in 55% of patients, and those who subsequently received chemotherapy doubled median survival compared to immediate progressors.

These data underpin Oncotelic’s ongoing Phase 3 trial (NCT06079346) combining OT-101 with mFOLFIRINOX in metastatic pancreatic cancer. Preclinical work showed TGF-β2 inhibition synergizes with irinotecan, a key FOLFIRINOX component, but not with gemcitabine, the backbone of failed prior trials. With pancreatic cancer projected to become the second-leading cause of U.S. cancer death by 2030, even modest efficacy could represent a multibillion-dollar opportunity.

Platform Potential and Strategic Positioning

Beyond pancreatic cancer, OT-101 has received Rare Pediatric Disease Designation for diffuse intrinsic pontine glioma (“DIPG”), qualifying Oncotelic for a potential Priority Review Voucher worth $100–350 million. The company is also studying OT-101 in combination with PD-1 inhibitors. Bioinformatic analyses show that patients with low TGF-β2 expression experience median survival of 32.6 months on checkpoint inhibitors versus 14.5 months for those with high expression, suggesting OT-101 could enhance response to immunotherapy.

A Phase 1/2 trial pairing OT-101 with pembrolizumab in non-small-cell lung cancer is also in the works. Unlike most antisense companies focused on rare genetic disorders, Oncotelic is applying the platform to immuno-oncology, potentially unlocking far broader markets.

Regulatory Tailwinds and Economic Leverage

Regulators are increasingly receptive to RNA-based drugs. Six ASOs approved since 2023, including Qalsody for ALS and Izervay for geographic atrophy, demonstrate comfort with the modality across diverse diseases. Accelerated approval pathways and Orphan Drug incentives further de-risk development, granting up to seven years of market exclusivity and significant tax credits.

For Oncotelic, this convergence of science, regulation, and economics represents a rare alignment. OT-101’s late-stage status, selective mechanism, and combination potential position the company at the leading edge of antisense oncology. With a market capitalization below $50 million and an addressable market measured in billions, the asymmetry between valuation and opportunity is striking.

Oncotelic’s bet is clear: rational design is not just redefining how drugs are discovered; it’s reshaping what’s economically possible in cancer therapy.

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

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

• Xeriant offers diversified exposure to next-generation aerospace, advanced materials, and sustainability-focused technologies through its strategic holding-company model.
• The company’s NEXBOARD product line targets rapidly expanding markets in green construction and fire-resistant materials, supported by ongoing certification efforts and strong early interest from industry partners.
• Factor X, Xeriant’s innovation division, provides a structured pathway to accelerate commercialization across high-growth sectors through coordinated, interdisciplinary development.
• Strategic interests in aerospace technologies, including Halo and XTI Aircraft, position the company to participate in long-term shifts toward urban air mobility, VTOL platforms, and advanced aircraft systems.
• Xeriant’s leadership team brings decades of experience in finance, aerospace, materials science, technology integration, and operational execution, strengthening the company’s ability to evaluate, acquire, and develop breakthrough innovations.

Xeriant (OTCQB: XERI) is dedicated to the discovery, development and commercialization of emergent, transformative technologies, focusing on eco-friendly advanced materials with applications across multiple industries.

The company builds its technology portfolio through strategic partnerships, acquisitions, and internal development programs, emphasizing diversification and synergy, and is supported by its innovation platform called Factor X Research Group. Xeriant’s affiliated entities maintain operational focus and expertise while becoming part of a collaborative interdisciplinary innovation hub aimed at enhancing capabilities and accelerating technology development and deployment.

Xeriant’s advanced materials line is marketed under the DUREVER(TM) brand and includes NEXBOARD(TM), a patent-pending composite construction panel made from recycled plastic and fiber waste, designed to replace drywall, plywood, OSB, MDF, MgO board and other construction panels.

The company is headquartered in Boca Raton, Florida.

Portfolio

NEXBOARD(TM)

Xeriant’s primary commercial focus is NEXBOARD(TM), an eco-friendly composite construction panel made from recycled plastic and fiber waste and enhanced with the company’s proprietary nanotechnology-based fire retardant, marketed under the DUREVER(TM) brand. Internal tests have demonstrated exceptional fire resistance, including a five-minute torch test reaching up to 2,500ºF and an 80-minute high-heat evaluation exceeding 2,000ºF.

The company has completed multiple limited production runs and internal tests to support certification, with accredited agencies documenting materials, processes, and quality controls. Upcoming certification testing includes NFPA 286 and ASTM E84, along with structural and durability testing.

Factor X Research Group

Factor X is Xeriant’s advanced innovation division, established to accelerate high-impact technologies from concept to commercial deployment. Modeled after Lockheed’s Skunk Works(TM), the group brings together experts across advanced materials, aerospace, artificial intelligence, critical infrastructure, and related disciplines to streamline development and strengthen cross-functional collaboration.

Its expanded mandate includes identifying acquisition opportunities; targeting disruptive technologies in areas such as AI, quantum computing, and data science; and supporting products like NEXBOARD(TM) as they move through the company’s commercialization pipeline.

Under the leadership of Brig. Gen. (Ret.) Blaine D. Holt, Factor X provides a coordinated environment designed to unify technical teams, reduce development barriers, and advance innovations with near-term market potential.

Market Opportunity

Xeriant operates at the intersection of several rapidly expanding sectors, including advanced aerospace systems, sustainable construction materials, and next-generation industrial technologies. Demand for eco-friendly building materials continues to accelerate, with the green construction market projected to reach $1.8 trillion by 2030, according to a World Economic Forum report, supported by rising global standards for safety, sustainability, and carbon reduction. NEXBOARD also participates in the broader fire-protection materials market, which is projected to grow from $37.69 billion in 2025 to $59.9 billion by 2034, according to Market Research Future, driven by stricter building codes and increasing awareness of fire-resistant alternatives.

Xeriant plans to capitalize on opportunities emerging from green construction, modular homebuilding, advanced composites engineering, nanotechnology, thermal-management innovations, and cross-disciplinary integration for new product development. Each prospective technology undergoes rigorous due diligence, including market forecasting, management evaluation, competitive assessment, and financial analysis, allowing Xeriant to pursue selective, strategically aligned acquisitions and partnerships.

Leadership Team

Keith F. Duffy, Chairman and Chief Executive Officer, has more than 30 years of experience across investment banking, finance, strategic planning, and operations, and has served as a principal in multiple start-ups spanning aviation, software, banking, and biotech. He arranged the merger that created Xeriant, established the company’s partnership with Florida Atlantic University, and previously held roles ranging from securities broker to controller of an aviation FBO. He is a licensed real estate and mortgage professional and holds a B.A. in Business Administration and Mathematics from Rollins College.

Scott M. Duffy, Executive Director of Corporate Operations, has built a career of over 30 years in management, operations, strategic planning, IT, marketing, and distribution, including oversight of a $545 million retail sales division at American Media. He has collaborated on business development efforts for several start-ups, including Xeriant, and has held senior roles supporting large-scale operational and administrative functions. He earned a B.A. in Business Administration and Mathematics from Rollins College.

Pablo Lavigna, Chief Information Officer, has more than 20 years of experience in information technology and software engineering, supporting Xeriant through technology sourcing, internal systems management, and the development of security and software solutions. His background includes directing IT operations for private firms and implementing network security and specialized software tools across multiple industries. He holds Microsoft and CompTIA certifications and graduated magna cum laude from Florida International University with a degree in Information Technology and Business.

Brian Carey, Chief Financial Officer, has spent over 30 years in accounting, tax, financial management, and business development, having founded and operated a long-standing accounting and advisory firm serving start-ups and established companies. His experience includes business planning, financial oversight, and operational support for partner organizations. He holds a Bachelor of Accounting degree from Penn State University.

Brig. Gen. (Ret.) Blaine D. Holt, President of Factor X Research Group, has a distinguished background in multinational operations, aerospace leadership, and technology-driven enterprise, including service as Deputy U.S. Military Representative to NATO and as a command pilot with more than 3,900 flight hours. His experience spans advanced manufacturing, AI-enabled logistics, large-scale aviation turnarounds, and advisory work supporting emerging technologies, strengthening Xeriant’s ability to evaluate and advance high-impact innovations.

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

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

Disseminated on behalf of Search Minerals Inc. (TSX.V: SMY) (OTC: SHCMF) and may include paid advertising.

• Search Minerals Inc. controls two district-scale rare earth land packages in Labrador, including the Port Hope Simpson – St. Lewis CREE District and the Red Wine CREE District
• Each district features many prospects and deposits that the company has explored, sampled, surveyed, and drilled to learn what resides there
• The districts are home to a range of rare earth elements (“REE”) including Nd (Neodymium), Pr (Praseodymium), Tb (Terbium), Dy (Dysprosium), and other elements and metals that are crucial to the future of the world

Search Minerals (TSX.V: SMY) (OTC: SHCMF), a mine exploration and development company, is working hard to advance Canada’s strategically positioned rare earth portfolio.

 The company controls two districts: the Port Hope Simpson – St. Lewis CREE District and the Red Wine CREE District. These properties are both located in Labrador, a mining-friendly province on the eastern edge of Canada, where Search Minerals has operated since 2009.

This section of the country is part of the eastern Canadian Shield, which is home to some of the planets oldest rocks, which have gone through intense deformation, metamorphism, and glacial scouring over the years. This creates a suitable environment for mineral deposits, and the area is full of diverse types of rocks and deposits, as well.

Port Hope Simpson – St. Lewis CREE District

In 2009, Search Minerals acquired a regional land position and started exploring Labrador in search of rare earth elements (“REE”) around communities like Port Hope Simpson, St. Lewis, and Mary’s Harbour.

By taking a systemic approach to exploration, the company was able to identify the 64 km (just shy of 40 miles) long Fox Harbour volcanic belt. The area contained not only REE but also had the potential of hosting critical rare earth elements (“CREE”) deposits, as well. This district eventually became the Port Hope Simpson – St. Lewis CREE District.

Various exploration programs have taken place in the district through the years, with the first major discovery being the Foxtrot deposit in 2010. Plenty of work has been completed at Foxtrot including 1,484 channel samples, 14,322 core samples, and 72 drill holes.

As a result of this work, the mineral context and composition of the area is very well understood, and surface sampling results are consistent with deeper analysis. The total indicated mineral resource estimate for Foxtrot is over 10 million tonnes, and the deposit is estimated to have 366 parts per million (“ppm”) of Pr, 1,368 ppm of Nd, 176 ppm of Dy, and 30 ppm of Tb.

The second major discovery in the Port Hope Simpson – St. Lewis CREE District was the Deep Fox deposit. This deposit consists of highly strained peralkaline gneiss rock, called pantellerite, which is enriched in high field strength elements.

The exploration of Deep Fox has included diamond drilling, surveys, surface mapping, and surface channel samples. In total, the company has completed 44 surface channels, 137 drill holes, and analyzed nearly 15,500 samples.

Deep Fox has a total indicated mineral resource estimate of over 5 million tons, and it is estimated to have 394 ppm of Pr, 1,469 ppm of Nd, 202 ppm of Dy, and 34 ppm of Tb. Due to Deep Fox having 15% higher CREE values than Foxtrot, it has become Search Minerals’ leading resource.

Finally, there’s the Fox Meadow deposit, which has a larger surficial extent than both Deep Fox and Foxtrot. The mineralization of this deposit is associated with a magnetic anomaly, which shows the area is prospective for a large REE deposit. Results from channel samples reveal that the grade is lower than Deep Fox and Foxtrot, but the sheer size, as well as the low thorium and uranium levels, are a plus for Fox Meadow.

The geology of this deposit is complex, as several phases of deformation can be identified in the rocks. A drill program and channel sampling program were completed in 2022, but the results are pending.

In Fall 2025, the company also announced a CREE channel program taking place in the Fox Harbour volcanic belt. This exploration campaign will focus on four key prospects: Fox Lady, Fox Run, Krazy Fox, and Silver Fox. The work will include prospecting, mapping, channeling, and trenching.

Red Wine CREE District

Search Minerals also controls 17 licenses, which is a total of 427 claims, in the Red Wine CREE District. The district has a northern area with potential for light rare earth elements (“LREE”), while the southern part of the area has potential for heavy rare earth elements (“HREE”).

The north includes prospects like Two Tom Lakes and Mann #1, while the south has prospects such as Merlot, Dory Pond, Cabernet, Barbera, and Narnia Hill.

These two main districts, and the many prospects they host, provide a source of many critical rare earth elements that have the potential to shape our future. With vast exposure to a variety of rare earth elements, and a project pipeline that’s progressing, Search Minerals not only has exploration potential, but also a practical pathway to future development.

For more information, visit the company’s website at https://searchminerals.ca.

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

• GlobalTech Corp. is a tech holding company focusing on companies and platforms across AI, big data, and the overall digital infrastructure
• The company is committed to not only acquiring tech-centric assets with strong growth potential, but also helping them succeed with access to capital, better technology, and more
• The GLTK portfolio spans a variety of industries, such as digital lending, e-commerce, HR, sports management, and others
• The company recently announced of a 51% interest in Moda in Pelle (“MIP”), a premium UK footwear brand

GlobalTech (OTC: GLTK), a technology holding company focused on acquiring, developing, and scaling AI, big data, and digital infrastructure platforms, is committed to supporting high-potential assets and accelerating their growth through access to capital markets and emerging technologies.

This vision goes hand-in-hand with GLTK’s mission to leverage the company’s expertise and a strong network to invest in companies with high business potential and robust operations already in place.

The company’s diverse portfolio currently includes platforms like:

• CADNZ, a comprehensive lending platform
• ThrivoAI, an AI-powered e-commerce platform
• Baseball Blitz, an end-to-end platform for sports league and player management
• TalinaAI, a reinventive AI recruiting assistant
• ProtoEd, a project-based learning platform, and many other platforms across a variety of industries

The company also recently entered into a definitive purchase agreement to acquire 51% interest in Moda in Pelle (“MIP”), which is a premium UK footwear brand established in 1975. It has a strong presence in the UK market, generated net revenues of $37 million in the last fiscal year, and has remained at the cutting edge of tech deployment throughout the company’s operations.

The move not only gives GLTK an additional revenue stream but also strengthens the company’s operational footprint in the UK. Also, it significantly enhances ecommerce capabilities through activating and deploying ThrivoAI within the MIP ecosystem. GLTK expects this acquisition to close within the next 30 days, subject to closing conditions.

In addition to the company’s assets, GLTK also focuses on internal innovation and sees this innovation as a major cornerstone of success. GlobalTech is always seeking new ways to create value, while also ensuring the company always conducts business with not only high ethical standards, but also transparency and integrity.

The company places strong emphasis on collaboration and partnership, leveraging shared resources and expertise to achieve common goals. GlobalTech is equally focused on key strategic priorities that drive sustainable, high-impact growth, including acquiring scalable assets, maximizing investor value, advancing responsible and ethical innovation, cultivating a strong talent pipeline, and forging strategic partnerships to support global expansion. With the addition of the AI and Big Data Center of Excellence (“COE”) that helps organizations in a variety of ways, including consulting, digitally transforming, upskilling, and more. The COE partners with industry leaders to shape the future of AI-powered ecosystems.

GLTK recently released the company’s Q3 2025 financial results, and some highlights from the release include:

• A 10% increase in net revenue compared to Q3 2024 ($5.5 million vs. $5 million)
• An operating loss of $516,000 vs. a $1.1 million loss in the year-ago period
• Cash and cash equivalents of $3.8 million as of the end of Q3 2025, including $2.8 million in restricted cash

The company also stated that the Technology Services and Products segments continue to expand, thanks to factors including growing software revenues and strong client delivery. The release mentions that several platforms are reaching (or nearing) commercial launch in global markets, as well.

About GlobalTech Corp. (OTC: GLTK)

Based in the U.S., GlobalTech Corporation is a tech holding company that acquires and partners with a diverse portfolio of companies across industries like AI, big data, digital infrastructure. It helps to accelerate these platforms by offering access to cutting-edge technology and capital.

For more information, visit www.GlobalTechCorporation.com.

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

This article has been disseminated on behalf of LaFleur Minerals Inc. (CSE: LFLR) (OTCQB: LFLRF) (FSE: 3WK0) and may include paid advertising.

• LaFleur Minerals Inc., a Canadian exploration and near-term gold producer, anticipates 2026 to be biggest year yet, beginning with the restart of gold production at its wholly owned Beacon Gold Mill
• The company has doubled down on its near-term gold production strategy that involves exploration on its own promising properties, while offering the mill’s capacity to other actively productive miners in the area
• With gold having rocketed in value to above the $4,000 per ounce mark this year, and demand only rising, LaFleur is set to capitalize on this booming market

LaFleur Minerals (CSE: LFLR) (OTCQB: LFLRF) (FSE: 3WK0), a Canadian exploration and near-term gold producer advancing the district-scale Swanson Gold Project in Québec’s prolific Abitibi Gold Belt and progressing towards the restart of gold production at its wholly owned Beacon Gold Mill, is proving to be an excellent investment vehicle for individuals looking to make it big in the not-so-distant future. Having doubled down on its vertically integrated, near-term gold production strategy, which involves exploration and eventual bulk sampling at its Swanson Gold property to provide source of mineralized material for its nearby Beacon Gold Mill, the next factor is the availability of offering its milling capacity to the many surrounding productive miners who can use it, a rare combination that differentiates LaFleur from other junior miners.

LaFleur looks to fire up its flagship operation in the renowned Abitibi Gold Belt of Québec in early 2026. It will source material from its district-scale Swanson Gold Project and produce it through its de-risked 750-ton capacity, fully permitted and refurbished Beacon Gold Mill (https://ibn.fm/OYz5V). The company has already finalized a comprehensive restart plan for this mill, budgeting between C$5 and C$6 million to facilitate its completion during a six-to-eight-month recommissioning process. This is a testament to LaFleur’s bullishness about the industry’s opportunities and the role such an initiative will play in advancing its operations in the country and beyond (https://ibn.fm/HsNyI).

This, coupled with market factors, is favoring LaFleur and its operations. Gold has already rocketed to above $4,000 per ounce this year, up from $1,600 in 2022 (https://ibn.fm/fQ6GB). Demand for the product continues to climb, and industry experts note that the trend is expected to persist given underlying worldwide economic developments. Seeing that the location of both the Swanson and Beacon properties in Val-d’Or, they benefit from being in one of the most prolific and lowest-risk mining jurisdictions globally. The region, specifically the Abitibi Gold Belt of Québec, is known for its gold production, having delivered over 190 million ounces in the past century. LaFleur looks to capitalize heavily on that.

As a means to edge closer to production, the company was set to release its Preliminary Economic Assessment (“PEA”) results this month. LaFleur is also running metallurgical testing of the historical drill core in tandem with drilling twin holes and additional holes at its Swanson deposit.

“We’re looking at having (the PEA) results out in December,” noted Paul Ténière, LaFleur’s CEO. “We have lots of side projects on the go as part of the PEA. We’re also going to be doing some metallurgical testing of the historical drill core, and also some drilling that we’re doing now at Swanson. The purpose of that is to verify the historical drilling but also looking at infill as well. So we’ll have all those results back in the next few weeks, and that will all be part of the PEA,” he added (https://ibn.fm/aPjw8).

All these developments mean that LaFleur will enter 2026 strong, and its management is extremely optimistic, now believing that 2026 will be its biggest year yet.

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

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

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.

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

• By reimagining how machines perceive surroundings, Sparc AI is helping create a new class of flexible, lightweight and stealth-oriented navigation and intelligence tools
• Sparc AI’s core platform, Overwatch, is built on an in-house mathematical and AI framework known as SPARC, which enables sensor-free targeting and geolocation
• Newest system can now determine precise latitude/longitude (and even object-height) from any single image, enabling GPS-free geolocation from just a photo
• The company recently introduced a universal API and software development kit designed to integrate SPARC capabilities into almost any drone or robotic system

The next wave of autonomous technology is being defined by systems that can think, navigate and interpret the world without relying on traditional signals or bulky hardware. As drones, robots and mobile devices increasingly operate in complex or contested environments, the ability to extract precise location intelligence from nothing more than visual data is becoming one of the most transformative capabilities in the field. It is into this rapidly shifting landscape that SPARC AI (CSE: SPAI) (OTCQB: SPAIF) is emerging as a notable innovator, developing software that enables unmanned platforms to identify, map and navigate toward targets using only image or video inputs.

By reimagining how machines perceive their surroundings, Sparc AI is helping create a new class of flexible, lightweight and stealth-oriented navigation and intelligence tools suited to modern operational demands. The company is emerging as one of the most intriguing innovators in the rapidly evolving field of autonomous navigation and image-based geolocation. Its technology is designed for a world where machines must operate reliably even when traditional tools such as GPS, radar, lidar or satellite signals are unavailable.

By transforming simple video or image inputs into precise location intelligence, the company is creating a new class of capability for drones, robots, cameras and mobile devices. Sparc AI is developing software that allows unmanned systems to identify, map and navigate toward targets using only visual data, offering a level of flexibility and stealth that aligns with some of the most pressing technological needs in modern environments.

Sparc AI’s core platform, Overwatch, is built on an in-house mathematical and AI framework known as SPARC, which enables sensor-free targeting and geolocation. Unlike conventional navigation or targeting systems that rely on GPS or active sensors, SPARC processes pixels within images to determine precise coordinates for distant or near-field objects. Overwatch allows a user to extract pinpoint location information from any still image or video feed by clicking on any pixel in an image to generate latitude and longitude or other coordinate formats.

This software-only approach is significant because it removes the need for heavy, power-intensive or detectable hardware. Systems that rely on radar, lidar or high-bandwidth sensors can be expensive, bulky or easily traced. Sparc AI’s model turns existing hardware into intelligent platforms without modifying the physical payload. 

A standard drone, ground robot, surveillance camera or rugged mobile device can be enhanced with capabilities typically restricted to high-end defense technology. That approach represents a shift in how autonomy and reconnaissance systems can be deployed, potentially making advanced navigation more accessible across both commercial and government sectors.

In addition, the company recently introduced a universal API and software development kit designed to integrate SPARC capabilities into almost any drone or robotic system. This means manufacturers or developers can embed autonomous mapping, targeting and navigation into new or existing devices without designing custom hardware. For industries adopting robotics at scale, such as infrastructure inspection, agriculture, energy, construction and emergency response, flexible software-based autonomy may reduce costs and accelerate deployment.

Sparc AI’s timing is notable given the global demand for systems that can operate in contested or degraded signal environments. Civilian, industrial and defense organizations increasingly face situations where GPS is unavailable, unreliable or intentionally disrupted. High-end sensors are not always practical in field conditions, particularly when weight, battery life, cost or detectability are concerns. A software-driven, zero-signature method of geolocation is well aligned with these evolving constraints. As the number of autonomous and semi-autonomous systems continues to grow worldwide, demand for solutions that offer silent, precise and resilient navigation is accelerating.

Sparc AI is positioning itself at the intersection of autonomy, computer vision, geospatial intelligence and next-generation robotics. Its technology responds to a clear market need for navigation and targeting systems that operate dependably in environments where traditional tools are compromised.

By providing a flexible, software-first solution, the company is creating opportunities for a new class of unmanned operations capable of meeting the challenges of modern deployment conditions. As adoption grows across civilian, industrial and defense markets, Sparc AI may become one of the defining contributors to the future of autonomous navigation and image-based intelligence.

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 new agreement marks the company’s entry into Texas, while expanding its U.S. footprint to 14 states.
• The Texas agency selected SuperCom to replace a long-standing incumbent vendor, underscoring rising demand for more advanced EM technologies.
• More than 30 U.S. EM contracts have been awarded to the company since mid-2024, reflecting a steady displacement of incumbent providers.
• SuperCom’s PureSecurity(TM) platform integrates modular GPS, RFID, and cloud tools suited for home detention, offender supervision, and domestic violence prevention.
• With deployments across EMEA and North America, SuperCom continues to expand its presence in high-value public safety markets.

SuperCom (NASDAQ: SPCB), a global provider of secured e-Government, IoT, and cybersecurity solutions, has added another state to its growing U.S. footprint with a new contract in Texas. The agreement, announced early this month, introduces the company’s PureSecurity(TM) platform to a juvenile probation agency seeking to modernize its monitoring program and transition away from an incumbent provider (https://ibn.fm/BziW6).

The Texas award marks SuperCom’s first entry into the state and extends the company’s U.S. presence to 14 states. Since mid-2024, more than 30 U.S. agencies have selected SuperCom for new or replacement EM programs, a trend that highlights the company’s increasing ability to displace long-entrenched vendors.

SuperCom says the contract will follow a recurring revenue model based on active daily units, aligning with the subscription-based structure widely used in the EM industry. President and CEO Ordan Trabelsi described the Texas win as part of a broader national momentum. Agencies, he noted, are increasingly looking for “reliable, effective, and modern alternatives,” particularly systems that can be deployed quickly and provide real-time data to support youth and adult supervision programs.

“Our field-proven technology, scalable platform, and rapid deployment capabilities are driving real results in both juvenile and adult supervision programs,” Trabelsi said. “We believe our entry into Texas will be no different, as agencies across the state seek reliable, effective, and modern alternatives.”

The company’s core EM offering is the PureSecurity platform, a modular suite that integrates GPS, RF, and cloud-based monitoring tools. According to SuperCom’s solutions overview, the system can be configured for a range of environments, from juvenile probation and parole monitoring to house arrest, inmate management, and domestic violence prevention. Devices and tools within the suite include the PureOne one-piece GPS bracelet, PureCom RF base station for house arrest, PureTag RF bracelet, and smartphone-based PureTrack(TM) system. The platform’s PureShield(TM) and PureProtect(TM) mobile apps allow domestic violence victims to receive proximity alerts when an offender approaches restricted zones.

The flexibility of the PureSecurity system has been central to SuperCom’s competitive positioning. Agencies adopting the technology often report that legacy systems lack the integration, reliability, or remote-management capabilities now considered essential for community supervision programs. The company’s recent string of contract wins suggests that these system-upgrade needs are widespread.

Electronic monitoring itself continues to expand as states and counties search for alternatives to overcrowded correctional facilities and rising detention costs. Multiple studies have found that EM can reduce recidivism when paired with adequate supervision and support services. Research shows reductions in reoffending ranging from 10% in France to nearly 50% in Argentina, with Australia reporting a 28% decrease in two-year recidivism rates for monitored individuals. While these results vary by jurisdiction, they have helped reinforce the role of EM as a tool for rehabilitation rather than simply surveillance.

In the U.S., demand for EM is influenced by multiple factors: rising juvenile caseloads, pressure to reduce jail populations, and state-level shifts toward evidence-based supervision. Many agencies also face internal technology challenges, ranging from outdated hardware to fragmented software systems, that affect their ability to track compliance and manage caseloads efficiently. These conditions create openings for vendors capable of integrating field devices with cloud-based platforms and offering analytics to support officer decision-making.

SuperCom’s activity offers an example of how smaller EM providers are carving out market share from long-established vendors. The company has positioned its offerings as both cost-efficient and adaptable, qualities that resonate in environments where budgets are pressured and legislative demands are evolving. With its entry into Texas and a growing roster of state contracts, SuperCom appears intent on positioning itself as a scalable alternative to incumbent EM providers. 

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