Both technologies are in advanced development and moving toward field validation at Canadian sites
Decision Focus
On July 9, 2026, Canada’s DIGITAL cluster announced C$6.7 million across two projects: C$3.8 million to Novamera Inc. for a precision narrow-vein drilling system and C$2.9 million to Koonkie Canada Inc. for an AI-powered ecological restoration monitoring platform. Neither is a lab concept. Novamera completed a field demonstration on eastern Canadian narrow-vein deposits in 2024 with industry partners under a prior C$3.5 million DIGITAL commitment. The operational signal for Mining Operations Directors is specific: two cost and compliance burdens — marginal deposit economics and site closure liability — now have funded technology pathways moving toward commercial deployment.
90-Second Brief
As the week closes, dIGITAL directed C$6.7 million to two Canadian mining technology companies on July 9, 2026. Novamera’s Surgical Mining system combines downhole imaging, AI-driven simulation, and large-diameter reverse circulation drilling to extract narrow or irregular veins while limiting surrounding rock removal, the stated design target is up to 90% waste reduction, qualified by site conditions. Koonkie’s platform integrates environmental DNA, mobile soil analysis, and remote sensing into a single AI model; project partners project five to ten years off ecological restoration timelines and up to 40% reduction in restoration costs against legacy methods. Both technologies are in advanced development and moving toward field validation at Canadian sites.
What Is Really Happening?
The surface story is a government-backed funding announcement. The underlying dynamic is more structurally significant. As near-surface, high-grade ore bodies deplete, operations are increasingly confronted with deposits that are technically accessible but economically marginal under conventional bulk extraction — narrow veins, remote geometries, or mineralized zones embedded in waste that conventional blasting cannot selectively reach. Surgical Mining addresses that gap by substituting precision imaging and guided drilling for volume-based extraction. The economic logic is not just waste reduction; it is about unlocking resources that currently fail the strip ratio or dilution hurdle.
On the closure side, the funding reflects a different but equally pressing cost category. Regulators in most major mining jurisdictions are tightening expectations around site rehabilitation, and the monitoring burden — biological surveys, soil sampling, landscape assessment — is resource-intensive and slow. Koonkie’s platform consolidates data streams currently gathered through separate systems, reducing both monitoring effort and the interpretive lag between field observation and management decision.
DIGITAL’s model deserves attention in its own right. Established in 2018 under Canada’s Cluster Initiative, the organization explicitly bridges the gap between technology developers and industry partners willing to test and validate in operating environments. The typical failure mode for mining technology is not scientific — it is the cost and risk of field validation. Funded demonstration projects reduce that barrier and generate the documented operating results that procurement teams require before committing to new systems.
Why It Matters for Mining Operations Directors
For operators managing assets with narrow-vein or structurally complex ore bodies, Novamera’s next development phase is worth tracking. The current project will develop higher-resolution imaging tools and test them at a Canadian copper project. Higher imaging resolution directly addresses dilution risk — one of the costliest invisible line items in narrow-vein operations where grade sent to the mill chronically underperforms the resource model.
The permitting angle is equally notable. The project includes work with Ontario toward a faster permitting pathway for the Surgical Mining approach. If that regulatory work produces a replicable framework, it could materially shorten the timeline between deposit delineation and first production at sites where conventional methods are not viable.
On the restoration side, operators carrying significant closure liability — particularly at aging or multi-phase operations — should evaluate whether Koonkie’s platform could be integrated into current monitoring programs. Consolidating environmental DNA, soil metrics, and remote sensing into one forecasting model would reduce coordination burden across site environmental teams and external monitoring contractors. The cost reduction projection of up to 40% comes from project partners, not audited operating results, and warrants scrutiny in your own cost structure before it becomes a budget assumption.
Forward View
Three fronts are worth watching as both projects move toward field testing. The copper project where Novamera will test its enhanced imaging tools will generate the first detailed extraction data under the new configuration — that dataset will be the clearest indicator of whether waste reduction performance holds at commercial scale. The permitting framework work with Ontario could establish a precedent that other Canadian jurisdictions follow, reshaping the economic calculus for marginal narrow-vein assets across the country. Koonkie’s structural integration of Indigenous ecological knowledge into its monitoring model also introduces a dimension regulators and communities are increasingly requiring; platforms that embed that dimension rather than treating it as an add-on are likely to see stronger regulatory acceptance during closure reviews.
What Is Still Uncertain
Several material questions remain open. The 90% waste reduction figure for Surgical Mining is a design target qualified by site conditions — no independently verified production data from commercial-scale operations has been cited. The restoration cost and timeline projections from Koonkie’s project partners reflect expected outcomes, not demonstrated results from operating closures. Neither technology has a disclosed commercial deployment at a major producing mine. DIGITAL’s funded demonstration model reduces development risk but does not guarantee adoption, and the timeline from current testing to commercial availability has not been specified. The scope of the Ontario permitting collaboration is also unclear: whether it will produce binding regulatory guidance or an advisory process has not been stated in the announcement.
One Question for Your Team
Which deposits in your current resource inventory are stranded not because the mineralization is absent, but because conventional extraction makes them uneconomic — and what would selective precision extraction change about that inventory?
Sources
- Metaltechnews — DIGITAL funds mining from ore to closure (Link)
