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The copper story is changing fast. For years, copper was mostly discussed through the lens of construction, manufacturing, and commodity cycles, but the latest Investing.com interview with former U.S. military commander Phil Ehr makes it clear that the conversation is now shifting toward national security, energy resilience, and strategic infrastructure.

Ehr explained that roughly 75% of global copper demand is tied directly to electrical uses, which means tightening supply immediately affects power systems, communications infrastructure, transportation networks, industrial capacity, and defense systems. He also pointed out that current market conditions are no longer localized because copper prices are elevated simultaneously across COMEX, the London Metal Exchange, and Shanghai markets.

The geopolitical backdrop is becoming increasingly important. According to S&P Global’s January 2026 study, global copper demand could rise from roughly 28 million metric tons in 2025 to approximately 42 million metric tons by 2040, representing nearly 50% growth. At the same time, six countries account for about two-thirds of global mine supply, while China controls approximately 40% of global smelting capacity.

The supply side is becoming even tighter after China announced a sulfuric acid export ban beginning in May 2026, with Goldman Sachs estimating the move could place roughly 200,000 tonnes of Chilean copper production at risk, equal to around 1% of global supply. Combined with Middle East instability, rising freight costs, diesel constraints, and pressure on industrial energy systems, copper is increasingly being discussed as a strategic vulnerability rather than a simple commodity.

That is where NovaRed Mining (CSE: NRED / OTCQB: NREDF) becomes interesting to watch. Phil Ehr now serves as an Advisory Board Member at NovaRed, while the company’s Wilmac Copper-Gold Project in British Columbia sits approximately 10 km west of Hudbay Minerals Inc.’s (NYSE: HBM) producing Copper Mountain Mine, an operation processing approximately 45,000 tonnes of ore daily.

NovaRed’s latest historical 3DIP/AMT update added another layer to the thesis. The company reported two interpreted intrusive centres beneath the Lamont Grid, multiple upward-extending pipe-like porphyry features, AMT depth penetration reaching approximately 1,500 metres, chargeability anomalies, conductivity/resistivity structure, and copper-in-soil values up to 1,125 ppm Cu. The Wilmac land package itself now spans approximately 16,078 hectares, or about 160.78 km².

What stands out is that the story has evolved beyond isolated soil anomalies. NovaRed now has integrated geophysics, geochemistry, interpreted intrusive bodies, and district-scale positioning inside one of British Columbia’s established porphyry belts. In a market increasingly worried about long-term copper security, projects located in stable North American jurisdictions may start attracting more strategic attention.

What stood out to me in NovaRed’s (CSE: NRED / OTCQB: NREDF) latest release was not just another copper-in-soil anomaly. The important part is that the company now has multiple layers of geological evidence beginning to align over the same target area.

The new historical 3DIP/AMT interpretation outlines two separate intrusive bodies beneath the Lamont Grid, both showing upward-extending pipe-like features interpreted as potential porphyry centres. According to the release, those intrusive volumes appear to coalesce with depth into a larger composite intrusive complex. That kind of geometry matters because porphyry systems are often linked to intrusive centres feeding mineralized fluids upward through structural corridors.

The survey itself was fairly substantial for an early-stage junior. It included 7 survey lines spaced 300 metres apart, line lengths between 2,400 and 2,800 metres, and 100 metre station spacing. The AMT component reportedly penetrated to depths of roughly 1,500 metres, well beyond normal shallow IP coverage.

The geochemistry side also got stronger. Earlier North Lamont work included a 43-sample four-acid soil program that returned a western cluster averaging 209 ppm copper across 9 samples above 150 ppm Cu, including values of 157, 169, 175, 179, 227, 237, 265, 323 and 379 ppm copper.

Now the company is reporting copper-in-soil values up to 1,125 ppm Cu trending northward and broadly correlating with near-surface chargeability and deeper conductivity anomalies identified in the geophysical interpretation.

That changes the discussion quite a bit because the target is no longer just "interesting soil values." Now there is interpreted intrusive architecture, structural controls, conductivity anomalies, chargeability support and copper geochemistry all pointing toward the same broader target corridor.

The scale is also hard to ignore. Wilmac now covers approximately 16,078 hectares, or about 160.78 km² and roughly 39,732 acres. That is close to 30,000 football fields and approximately 2.7x the size of Manhattan. On land scale alone, Wilmac now sits in the same broad footprint category as several known global copper districts, although obviously land size alone does not imply comparable grades or economics.

Location matters too. Wilmac sits roughly 10 km west of Hudbay’s producing Copper Mountain Mine in the Quesnel porphyry belt of British Columbia. Hudbay has reported Proven and Probable reserves at Copper Mountain of 345 million tonnes grading 0.26% copper and 0.12 g/t gold. Nearby mineralization does not prove anything at Wilmac, but it absolutely strengthens the regional exploration thesis.

At the same time, the macro backdrop for copper keeps tightening. Copper futures recently traded around $6.553/lb, only about 0.45% below the 52-week high of $6.583/lb, while LME copper recently posted a new all-time closing high. IEA and S&P forecasts continue pointing toward long-term supply deficits as AI infrastructure, power grids, EVs, electrification and data centers keep increasing copper demand.

Still speculative of course. NovaRed is an early-stage explorer with no defined resource, no producing mine and no revenue. Geophysics and soil anomalies are not drill results. But the latest release definitely made the Wilmac thesis look more technically coherent than it did a few weeks ago.

Copper above $6/lb changes the psychology around junior exploration fast.

As of May 11, copper was trading around $6.40/lb, up roughly 39% year-over-year, and near record territory. That matters because when copper prices move, investors usually start looking beyond producers and into the next layer of leverage: developers and explorers.

That is where NovaRed Mining fits.

CSE: NRED / OTCQB: NREDF is not a producer. It does not have a defined resource. It is an early-stage copper-gold explorer focused on the Wilmac Copper-Gold Project in British Columbia.

But the setup is getting more interesting.

Wilmac now covers about 16,078 hectares, or roughly 160 square kilometers**. For scale, that is about 39,700 acres, roughly 30,000 American football fields, or about 2.7x the size of Manhattan.

That is district-scale ground in the Quesnel porphyry belt, roughly 10 km west of Hudbay’s producing Copper Mountain Mine. Copper Mountain has reported Proven and Probable Reserves of 345 million tonnes grading 0.26% copper and 0.12 g/t gold.

Important caveat: nearby mineralization does not prove Wilmac hosts the same thing. The comparison is useful for regional context, not proof of discovery.

The latest update comes from North Lamont, where NovaRed reported soil geochemistry results from a 43-sample program completed in 2024 by the previous optionee.

The samples were collected from B-horizon soils along two forestry-road segments, at 35 to 40 meter spacing and 15 to 30 cm depth, then analyzed at ALS Canada in North Vancouver using four-acid near-total digestion and 34-element ICP-AES.

That matters because four-acid digestion is more aggressive than Aqua Regia partial digestion. In plain English, it can give a stronger read on copper and intrusive-related chemistry, which is useful when exploring for buried porphyry-style systems.

The copper numbers were not drill results, but they were notable for soil samples:

Eastern pyroxenite exposure:

• 162 ppm Cu
• 200 ppm Cu
• 258 ppm Cu

Western / borrow-pit cluster:

• 157, 169, 175, 179, 227, 237, 265, 323, and 379 ppm Cu
• Average of that cluster: 209 ppm Cu
• Highest reported soil value: 379 ppm Cu

The point is not that 379 ppm soil copper is a mine. It is not. The point is that elevated copper in soils appears to line up with magnetic anomalies and porphyry-style geochemical indicators.

That is how early exploration targets get better.

NovaRed also reported moderate-to-high Sr/Y signatures and moderate V/Sc values across the four-acid samples, with two nearby Aqua Regia samples showing high V/Sc.

Plain English:

Sr/Y is used as a proxy for magma fertility. It helps geologists ask whether the original magma had characteristics associated with porphyry copper-gold systems.

V/Sc is used as a proxy for magma oxidation state. Oxidized or transitional magma systems can be more favorable for porphyry-style copper-gold mineralization.

The important part is the overlap.

At North Lamont, NovaRed says the copper-in-soil anomalies, Sr/Y fertility indicators, V/Sc oxidation indicators, and magnetic data all show spatial agreement. The company interprets the target as a predominantly blind, multi-phase intrusive complex, with the mapped pyroxenite exposures potentially acting as limited surface windows into a larger buried body.

That is exactly the type of layered evidence explorers want before spending money on drilling.

The next catalyst is the North Lamont IP/AMT survey.

North Lamont currently ranks as a moderate-priority drill target, but NovaRed says it could be upgraded to high priority depending on the IP/AMT results. The survey has already received "No Permit Required" authorization and is part of the company’s broader 2026 geophysical program.

Why IP/AMT matters: IP can help detect chargeability features often associated with sulfide minerals, while AMT can image deeper resistivity structures. NovaRed’s March program description said the combined method can evaluate targets from surface to depths exceeding 1,500 meters.

That gives the company a way to test whether the soil chemistry and magnetic data are pointing at something bigger below surface.

The macro backdrop is also doing NRED a favor.

Copper demand is being pulled by AI data centers, grid upgrades, electrification, EVs, defense, robotics, renewables, and power infrastructure. AI is not just chips and GPUs. It is substations, transformers, cooling systems, high-capacity wiring, backup power, and grid expansion.

Global copper demand is projected to rise from about 28 million metric tons to more than 42 million metric tons by 2040, a roughly 50% increase. Forecasts also point to a possible 10 million metric ton copper shortfall by 2040.

Data center copper demand alone is forecast to rise from about 1.1 million metric tons in 2025 to 2.5 million metric tons by 2040.

That is why junior copper explorers can get attention when copper moves. From 4/30/2021 to 4/30/2026, Sprott data showed junior copper miners delivered the strongest five-year torque among the comparison group:

• Junior copper miners:+139.29%
• Copper miners:+90.92%
• U.S. equities:+85.39%
• Commodities:+55.50%
• Copper spot price:+31.35%

That does not mean juniors always outperform. They are risky and volatile. But when copper is strong, juniors can offer discovery leverage that producers do not.

NovaRed also recently added Gregory Fedun to its advisory board. According to the company, Fedun brings more than 30 years of experience across natural resources, project development, capital markets, and international transactions. He is expected to help with development pathways, strategic partnerships, and capital markets strategy.

That does not make the rocks better. But it can matter when a junior is trying to move from land consolidation into fieldwork, financing, partnerships, and target generation.

Bottom line:

NRED is still highly speculative, but the story has more substance now than just "AI needs copper."

It has:

• A copper price backdrop near record territory
• A 16,078-hectare BC copper-gold project
• District-scale land in the Quesnel porphyry belt
• Location near existing copper infrastructure
• North Lamont soil copper up to **379 ppm**
• Moderate-to-high Sr/Y fertility signals
• V/Sc oxidation-state indicators
• Magnetic anomaly overlap
• A pending IP/AMT catalyst
• A data-driven exploration angle

Risk is real. NovaRed has no producing mine, no defined resource, and no revenue. Soil geochemistry and geophysics are not drill results. Financing and dilution risk are part of the junior exploration game.

But if copper is becoming the backbone metal of the AI infrastructure buildout, then large copper-gold exploration packages in stable jurisdictions deserve attention.

NRED / NREDF is one to watch ahead of the North Lamont IP/AMT results.

Not advice.

A lot of junior mining companies focus only on geology in the early stages. What usually separates the companies that attract serious market attention later is whether they start building the right strategic network before the project matures.

That is why NovaRed’s (CSE: NRED / OTCQB: NREDF) appointment of Gregory Fedun stood out to me.

Fedun brings more than 30 years of experience advising companies across natural resources, project development, and capital markets. According to the company, his background includes projects across North America, South America, Africa, and the Middle East, advisory work involving the Al Mualla Royal Family in the UAE, and helping facilitate a $70 million business combination tied to Anadarko Petroleum.

For an exploration-stage company, that kind of experience can become extremely valuable once the market starts looking beyond basic drill speculation and toward financing, partnerships, and long-term development pathways.

The timing also feels important. Copper remains near historically elevated levels around ~$5.9/lb while long-term demand projections continue climbing because of AI infrastructure, data centers, electrification, transformers, and grid expansion. At the same time, bringing new copper supply online is getting slower and more difficult globally.

NovaRed already controls a district-scale ~16,078 hectare copper-gold project in British Columbia’s Quesnel Belt, roughly 10 km from Hudbay’s Copper Mountain Mine. The company also secured the 2,062.64-hectare Plume tenure and continues advancing geophysics ahead of future targeting work.

To me, this advisory addition looks like management preparing for a larger stage of growth rather than simply maintaining an early exploration company structure. In strong commodity cycles, those kinds of moves sometimes become more important than people realize at first.

NFA

What stands out in NextNRG’s latest dashboard evolution is not another layer of "AI features," but something more foundational: measurement becoming part of the product itself.

Commercial energy customers today don’t suffer from a lack of hardware. They suffer from fragmentation. Solar in one system, batteries in another, grid billing in a third, generators tracked manually, EV charging often separated entirely, and carbon reporting handled after the fact for compliance rather than operations. The result is that energy decisions are slow, and optimization is mostly reactive.

NextNRG is pushing into a different model where all of that becomes a single operating layer: energy flow visibility, cost allocation, emissions tracking, asset inventory, and EV charging management, all in one system that reflects what is actually happening on-site in real time.

The bullish part is not just efficiency. It is verifiability. When a customer can see exactly how much energy came from solar, storage, grid, or backup generation, and translate that into monthly cost and carbon output, the infrastructure stops being abstract and becomes financially legible inside the organization. That matters for internal approvals, budgeting cycles, and long-term procurement decisions.

That shift quietly turns software into infrastructure glue rather than a reporting tool. In energy markets, that usually determines who becomes embedded long-term and who stays interchangeable.