Education
This is a plain-language guide to how capital actually moves through the resource sector, written for generalists, not geologists. If you're new to mining and resource equities, start at the top and work down — it's built as a short course, not a reference manual.
Where a company sits shapes what kind of investment it is
Every mining company's path from an idea to a producing mine tends to follow the same broad share-price shape, whatever the commodity. Click a stage on the chart to see what's actually happening there.
The idea stage
A company's holding ground it thinks is prospective — usually based on geology, regional analogues, or old, incomplete data — but there's little or no drilling of its own yet. The share price runs almost entirely on story.
Watch for — Management's track record and how good the land package actually is, because there's usually no drill result yet to judge it by.
Browse Grassroots Explorer companies →A different business model entirely
Royalty and streaming companies don't operate mines — they finance them, for a cut of future production or revenue. That's exposure spread across many projects and operators at once, without any single project's execution risk. It's not on the curve above because it isn't one company moving through stages — it's a way to own a slice of the whole curve at once.
Watch for — Portfolio quality and diversification, not any one mine's timeline.
Browse Royalty/Streaming companies →How capital cascades through the sector
The Lassonde Curve is about one company's life. This is about where money in the whole sector goes first, and where it goes last — and it follows a pretty predictable order every cycle.
When a commodity cycle turns, capital doesn't fan out evenly. It moves in a cascade, from safe and liquid down to small and speculative, and it takes real confidence for it to reach the bottom. The reverse happens on the way down, too — juniors and explorers are usually the first thing sold in a downturn, and majors the last, which is exactly why the small end of this sector is so much more volatile than the large end.
The first move when a commodity cycle turns is almost never a stock pick — it's a macro bet. Big, liquid capital that can't afford to be wrong buys the trade at the index or futures level before it ever touches a single mining stock.
Once that macro view firms up, generalist money looks for equity exposure it can actually trade in size without moving the price. Majors are liquid, index-eligible, and already making money — the safest way to get leveraged to a rising commodity price.
As the trade works and confidence builds, capital starts wanting more torque per dollar. Mid-tiers offer more upside than a major for the same commodity move, with less balance-sheet safety.
Now speculative appetite is really turning on. Developers have a real project and a path to production, but no cash flow yet — genuinely levered to the commodity price working, and genuinely exposed if it doesn't.
This is where risk tolerance has to be running hot. No production, no study proving economics yet — just ounces in the ground and a story about what they might be worth.
The last stop, and the most levered. A single drill result can double or halve the stock. This is where capital only shows up once every stage above it is already running.
Reading the CDNX
The S&P/TSX Venture Composite — CDNX — is dominated by small, speculative resource companies. That makes it less useful as an investment on its own and far more useful as a mood ring: it's one of the cleanest real-time reads on risk appetite for exactly the kind of company at the bottom of the cascade above.
A rising CDNX usually means speculative capital has actually made it down to juniors and explorers, not just parked in majors. A falling or flat CDNX means capital's still sitting higher up the cascade and hasn't rotated down yet — even if gold or copper prices themselves look fine.
Level matters less than direction. A "low" CDNX isn't automatically cheap — it can stay low for years. What actually matters is whether it's breaking above or below its own moving averages, and how that compares to the broader gold or base metals indices. You can track all of this live on the index tracker on the homepage.
The ground matters as much as what's in it
A great deposit in the wrong jurisdiction is often worth less than a mediocre one in a good jurisdiction, because where a project sits decides whether it ever gets built at all — and how long that takes. Time is money in this business: every year of delay is another year of dilution before any revenue shows up.
Political & regulatory stability
Tax and royalty regimes, expropriation risk, how consistently the rules actually get enforced. This can change under a new government, sometimes fast.
Permitting speed
Some jurisdictions permit a mine in two years, others take a decade. That timeline alone can decide whether a project's economic.
Infrastructure
Roads, power, and water access aren't glamorous, but a remote deposit with none of them can need hundreds of millions in infrastructure before a single ounce gets produced.
Social license to operate
Real, ongoing consent from local and Indigenous communities — not just a permit on paper. A project can have every legal approval and still get stalled for years by community opposition. This is increasingly the single biggest risk factor that a government permit doesn't actually cover.
Reclamation planning and tailings management matter here too, and not just for the current project — a company with a poor environmental track record elsewhere faces more resistance and slower permitting on the next one. Sustainability isn't a side issue in this sector; it's directly load-bearing for whether capital gets deployed at all.
Every company profile on Speculator carries a weighted jurisdiction score built from exactly these factors — worth checking before you assume a deposit's quality is the whole story.
How junior miners actually get money
Most junior miners have no revenue. The share is the currency they use to pay for drilling, studies, and permitting — which means understanding financing is really understanding how much of the company you'll actually own a year from now.
The standard tool is the private placement — shares sold directly to a set of investors outside the open market, usually at a discount. In Canada, a lot of these are structured as flow-through shares: the company gives up its own tax deduction for exploration spending and passes it to the investor instead, who gets to claim it personally. That's why you'll see this structure everywhere on the TSXV — it lets high-tax-bracket Canadians fund exploration at an effectively lower after-tax cost, and it's a real, ongoing source of demand for junior financings specifically in Canada.
Placements often come with a warrant attached — the right to buy more stock later at a fixed price. If the stock runs, warrant holders exercise and buy in cheap, which means more shares outstanding down the road on top of whatever the original placement diluted.
None of this is inherently bad — it's just how the sector is funded. But it means share count is a real cost, not a footnote. A company that's grown its resource 5x but its share count 8x hasn't actually created value per share, even if the headline number looks good.
What "X million ounces" actually means
A resource estimate is an inventory, not a promise. It tells you what's plausibly in the ground based on the drilling done so far — it says nothing about whether digging it up will ever make money.
Every estimate splits ounces into Measured, Indicated, and Inferred categories — most confident to least. Inferred is closer to an educated geological guess than a hard number, and it's not unusual for a chunk of inferred ounces to simply disappear once more drilling is done. Don't read a headline ounce count without checking how much of it is actually measured or indicated.
The cut-off grade — the minimum grade assumed economic to mine — decides how big the resource looks on paper. Raise the assumed metal price or lower the assumed cost, and the same deposit can suddenly report a much bigger resource, without a single new drill hole. That's why comparing two companies' ounce counts isn't always fair unless you check what cut-off each one used.
And contained ounces aren't recoverable ounces — processing always loses some metal along the way, sometimes a lot. The resource estimate is step one. The economic study (PEA, then PFS, then a full feasibility study) is what actually tests whether digging it up is worth doing.
Everything starts as a hole in the ground
Copper runs the grid and every electric motor built. Lithium and rare earths are in the battery and the phone in your pocket. Gold's still the oldest form of money anyone's ever agreed on, and the standard hedge when people stop trusting currencies. Uranium runs a growing share of the world's carbon-free power.
None of that exists without someone finding it, proving it out, financing it, and building it — which is the entire chain this page just walked through. The energy transition and most of modern infrastructure runs through metals that have to be dug up somewhere first, by companies that look exactly like the ones on this platform.
Terminology
Organized the same way news releases are tagged on this platform — so if you see an unfamiliar term on a headline, this is where to look it up.
Educational content only — not investment advice.