u/AaronWhitakerX

The latest U.S. copper policy proposals weren't only about imports.

They also focused on supply security.

The White House recommendations included a 15% refined copper tariff in 2027, rising to 30% in 2028, alongside measures intended to keep more copper inside domestic supply chains.

That makes me think about exploration differently.

A project isn't just competing on grade anymore.

Location.

Infrastructure.

Political stability.

Access to North American markets.

Those factors may carry more weight if governments continue prioritizing domestic supply.

That's one reason I keep Canadian explorers like KDKCF, BADEF, CAMNF and NREDF on my watchlist.

NovaRed's Wilmac project is still early-stage, but being located in British Columbia naturally places it inside that broader North American supply-chain conversation.

The drilling still has to work.

The location already exists.

One of the most overlooked parts of the Wilmac update might be the discussion around magnetic anomalies.

According to the company's interpretation, clusters of anomalous copper values in soils show a strong spatial relationship with intense magnetic highs. That matters because major porphyry systems are often associated with intrusive bodies that can produce distinctive geophysical signatures.

The geological team believes these magnetic features may represent some of the most attractive targets on the property. As a result, future work is being directed toward understanding the size, depth, and geometry of these zones before additional drilling decisions are made.

What makes this particularly interesting is that the magnetic signatures are not being viewed in isolation. They are being supported by copper-bearing rock samples, historical drilling, and widespread geochemical anomalies.

Exploration success is never guaranteed, but I generally like seeing multiple lines of evidence converge on the same targets. That's exactly what appears to be happening at Wilmac, and it's one reason I'll be following the 2026 program closely.

Most Canadian investing conversations eventually focus on banks and energy producers. I've been looking elsewhere and found several companies that I think deserve more attention.

Topicus.com (TOI.V) continues to follow a software acquisition model that has produced impressive results.

MDA Space (MDA.TO) gives investors exposure to a rapidly evolving space industry without relying on pure speculation.

Celestica (CLS.TO) has quietly become one of the more interesting technology-related names in Canada.

Aritzia (ATZ.TO) continues expanding beyond its traditional customer base while maintaining strong brand recognition.

Finally, EQB (EQB.TO) remains one of the more interesting financial-sector growth stories in the country.

These are all very different businesses, which is exactly why I find the list interesting.

The Canadian junior market has been pretty quiet overall, but I’ve started building a small watchlist again because a few names look like they are stabilizing after long downtrends.

At the moment I’m watching companies like Rackla Metals (RAK), Sitka Gold (SIG), Northisle Copper and Gold (NCX), Power Metallic Mines (PNPN), and NovaRed (NRED). The interesting part is that this group is not driven by a single narrative, but rather a mix of different resource angles that tend to move at different times depending on sentiment.

PNPN and NCX seem to attract the most consistent attention when Canadian copper and base metal themes come back into focus. RAK and SIG are more early-stage exploration stories where sentiment can shift quickly on drilling news. NRED is also on the list, mostly because of its exposure to critical minerals, although it tends to fly under the radar compared to some of the other names.

Nothing here is being treated as a sure thing, but in this part of the market it often comes down to positioning early before momentum starts to build.

Everyone keeps asking where the next big trade is.

The market is basically screaming the answer.

AI needs data centers.
Data centers need chips.
Chips need power.
Power needs nuclear.
Nuclear needs uranium.
Robots need AI.
Drones need chips.
Space needs communications.

It's all connected.

People are still trying to find some secret stock nobody knows about while capital is pouring into the same themes every day: AI, space, nuclear, robotics, quantum, and defense tech.

Maybe the next few years aren't about finding hidden gems.

Maybe it's just about owning the sectors that governments and trillion-dollar companies are already spending billions on.

If you could only pick one theme for the rest of 2026 - AI, space, quantum, nuclear, robotics, or crypto - which one do you think produces the biggest winner?

Everyone talks about AI like it is only GPUs, chips, and software.

But every data center also needs a huge physical supply chain: copper wiring, silver connectors, gallium power electronics, rare earth magnets, lithium backup batteries, germanium fiber optics, and specialty metals for server hardware.

This is my AI metals watchlist. Not saying every name is a buy. Some are clean bottleneck plays. Some are secondary infrastructure plays.

Watchlist

Rare earths - MP, NEO - why: China dominates rare earth processing. AI needs rare earths for magnets, cooling systems, hard drives, wafer polishing, and optical infrastructure. MP is the cleanest US rare earth name. NEO adds downstream rare metals and magnetic materials.

Copper - FCX, NRED, HBM - why: Copper is the big volume bottleneck. Data centers need wiring, transformers, busbars, switchgear, cooling, grounding, and grid upgrades. NRED is more speculative explorer, main thesis - large land 39k acres, good sampling results, and AI angle. FCX is the large liquid play. HBM is smaller and higher beta.

Gallium - NEO, RIO - why: Gallium nitride helps make AI server power supplies more efficient. China controls most supply, making it a geopolitical chokepoint. NEO is the more direct rare-metals angle. RIO has a Quebec gallium project angle.

Silver - PAAS, AG - why: Silver is already in structural deficit and is used in electronics, connectors, switchgear, thermal materials, and solar buildouts. PAAS is the quality silver major. AG is more volatile silver beta.

Germanium - TECK, VNP - why: Germanium matters for fiber optics, high-speed transistors, and semiconductor applications. TECK is a larger-cap way to play it. VNP is a specialty materials and refining/recycling angle.

Gold - NEM, AEM - why: AI chips use gold in advanced packaging and interconnects, but gold is more of a cost driver than a supply bottleneck. NEM and AEM are the clean North American majors.

Zinc - TECK, NEXA - why: Zinc itself is not a huge AI bottleneck, but zinc ores are a major source of germanium. TECK is higher quality. NEXA is more zinc-focused.

Aluminum - AA, CENX - why: Data centers need aluminum for racks, cooling, HVAC, radiators, and structures. But supply looks manageable, so this is a lower-conviction AI trade.

Nickel - TLO, VALE - why: Nickel matters through backup batteries, storage, stainless, and power infrastructure. AI demand is still small compared with EV demand. TLO is higher-risk North American exposure. VALE is the liquid global producer.

Cobalt - WPM, VALE - why: Cobalt is tied to batteries and supply-chain risk. WPM has cobalt stream exposure. VALE has diversified nickel/cobalt exposure.

Lithium - ALB, LAC - why: Data centers use lithium-ion backup batteries, but EVs are still the main demand driver. ALB is the established producer. LAC is the higher-risk North American lithium play.

Tantalum - NEO, MTRN - why: Tantalum is used in capacitors and server-board components. NEO has rare metals exposure. MTRN is a downstream advanced-materials proxy.

Indium - VNP, NEO - why: Indium matters for semiconductors, displays, and specialty electronics. VNP and NEO are specialty-materials plays.

Arsenic / GaAs - AXTI, QRVO - why: No clean arsenic mining trade. AXTI is a compound semiconductor substrate play. QRVO is a downstream GaAs/GaN semiconductor proxy.

Fluorspar - CC, ARS.CN - why: Not a metal, but important for chipmaking chemicals and etching gases. CC is a fluorochemical proxy. ARS.CN is more direct but CSE-listed.

Platinum / Palladium - SBSW, IVN - why: PGMs matter in hard drives, capacitors, and specialty electronics. SBSW is the direct PGM producer/recycler. IVN gives Platreef exposure.

TLDR

AI is not just a chip trade. It is a metals, grid, power, mining, and refining trade too. The strongest AI-metal themes look like rare earths, copper, gallium, silver, and germanium. Rare earths are about Chinese processing dominance. Copper is the huge volume bottleneck for data centers and grid upgrades. Gallium is a small but critical chokepoint for efficient AI server power supplies. Silver is already in deficit and used across electronics, connectors, switchgear, and solar. Germanium is a hidden fiber optic and semiconductor material.

The broad watchlist: MP, NEO, FCX, NRED, HBM, PAAS, AG, RIO, TECK, VNP, ALB, LAC, WPM, VALE, TLO, AA, CENX, AXTI, QRVO, CC, SBSW, IVN.

Ranking of the AI-metal themes (my opinion, may vary): rare earths, copper, gallium, silver, germanium.

The requirement to invest $8.5 million into exploration, including $1.5 million in the near term, sets a clear direction for the project.

That level of planned spending means the next phases - geophysics, data integration, and target definition - are not theoretical. They are funded steps that need to be executed.

In junior mining, projects often stall because they lack either capital or a clear plan.

Here, both are present.

The funding structure effectively creates a roadmap: complete the work, define targets, and move toward drilling.

Each step reduces uncertainty incrementally.

That does not guarantee success.

But it ensures that the project will advance along the exploration curve, rather than remain static.

And that progression is what the market tends to reward in stories like NRED.

Most companies are punished for being "too complex." $NXXТ is an interesting case where complexity might actually be the upside.

There are four distinct revenue paths under one ticker:

Mobile fueling is already scaling, with $81.8M in revenue and improving margins driven by route density and fleet expansion. This is the cash engine today.

Microgrids represent long-duration contracted infrastructure, with 28-year PPAs and a $750M pipeline. That’s a completely different revenue profile - less transactional, more annuitized.

Wireless charging is still pre-revenue, but it includes 7 patents, a 3-mile pilot, and external validation in the broader industry (including state and university-level testing across the sector). This functions more like embedded optionality.

AI energy software (UOS) adds another layer, reportedly already deployed at utility scale (~6M customers referenced) with a future SaaS direction.

The key point is not that all four are equally mature - they aren’t.

It’s that they are independent enough that success in just one additional line materially changes the company’s profile.

At a ~$70M valuation, even a single additional engine working at scale would re-rate the structure.