Research

G
Research/Mining — Go-to-Market Strategy
Last updated: March 19, 2026·Published

Mining — Go-to-Market Strategy

Research compiled: March 2026 | For: Drover Labs CEO


Key Conferences & Events

Tier 1 — Must Attend

MINExpo International

  • Organized by: National Mining Association (NMA)
  • Location: Las Vegas Convention Center
  • Frequency: Every 4 years
  • Last held: September 24–26, 2024 — drew 45,000+ attendees from 148 countries; 2,000 exhibitors; 825,000 sq ft exhibit space
  • Next: 2028 (tentative)
  • Who attends: Mining executives, mine managers, engineers, geologists, procurement
  • Why: The world's largest mining event — "if it's mining, it lives here"
  • Source: minexpo.com, NMA

SME Annual Conference & Expo (Society for Mining, Metallurgy & Exploration)

  • Organized by: SME (smenet.org)
  • Location: Varies (Denver, Phoenix, Salt Lake City typical)
  • Frequency: Annual (February/March)
  • Attendees: ~8,000 mining engineers, geologists, academics
  • Why: Technical audience — this is where mining engineers who write purchase specs gather
  • Key: SME has formal underground mining and mine health/safety division committees

PDAC (Prospectors & Developers Association of Canada)

  • Location: Toronto, Canada
  • Frequency: Annual (March)
  • Attendees: ~25,000 from 130 countries
  • Focus: Exploration and junior miners — good for Canadian market entry
  • Buyer profile: Exploration managers, JV decision-makers

Tier 2 — High Value for Mining Tech

IMARC (International Mining and Resources Conference)

  • Location: Melbourne, Australia
  • Frequency: Annual (October/November)
  • Attendees: ~7,000 from 100 countries
  • Focus: Australian and Asia-Pacific mining — excellent for Rio Tinto, BHP, Newmont territory

The Electric Mine Conference

  • Location: Rotating (Perth 2024, 2025)
  • Focus: Underground electrification and autonomy — directly overlaps with Drover's value prop
  • Buyer type: Innovation and technology VPs at major miners

ISEE (International Society of Explosives Engineers)

  • Focus: Blasting and post-blast operations — directly relevant to stope inspection use case

Hoist & Haul (SME)

  • Focus: Underground transportation and infrastructure — good for tunnel inspection

Tier 3 — Niche but Targeted

MINEXCHANGE (annual SME event) Underground Construction Technology (UCT) — tunnel inspection CONEXPO-CON/AGG — broader construction/mining crossover AusIMM (Australasian Institute of Mining and Metallurgy) — Australia/NZ


Industry Associations

Association Relevance Membership Benefits
NMA (National Mining Association) US lobby group; owns MINExpo Access to major US miners; regulatory input
SME (Society for Mining, Metallurgy & Exploration) Technical body, 15,000 members Conference access; technical credibility
NMA Safety Committee Direct interface with MSHA Policy influence on robot certification
MSHA stakeholder groups Regulatory engagement Shaping underground robotics rules
MCA (Minerals Council of Australia) Australian major miners BHP, Rio Tinto, Newmont access
MAC (Mining Association of Canada) Canadian majors Agnico Eagle, Barrick, Kinross access
AusIMM Australian technical mining body Peer credibility in Australia
CAMIRO (Canadian Mining Innovation Council) R&D partnerships Co-development grants with miners
CRC ORE (Australia) Australian mining R&D cooperative Co-development with Australian miners

Who Makes Buying Decisions at Mining Companies

Decision Structure (Tier 1 Miners: BHP, Rio Tinto, Newmont, Barrick, Agnico Eagle)

1. Mine Manager / General Manager (Site Level)

  • Has authority to approve pilot programs up to ~$50K–$200K
  • Pain: "My surveyors are spending hours in dangerous zones and I lose production time"
  • Key trigger: MSHA/safety incident, insurance pressure, near-miss event
  • Approves: One-day trial ($15K) and short-term pilots

2. Mine Surveyor / Chief Surveyor

  • Technical champion — they experience the daily pain
  • Most likely to have heard of Emesent/Exyn — understand the technology
  • Will advocate internally for adoption
  • Can be found at SME conferences and LinkedIn mining groups

3. VP Technology / Head of Digital (Innovation Function)

  • Manages the digital twin, automation, and innovation portfolio
  • Authority to approve $500K–$5M contracts
  • Thinking about: vendor consolidation, data platform integration, digital twin ROI
  • Profile: Often a young (35–45) engineer with MBA; tech-forward

4. VP Safety / Head of Health & Safety

  • Key decision-maker when fatality/injury is the primary driver
  • MSHA compliance pressure lands on their desk
  • Approves technology if it demonstrably reduces worker exposure
  • Language to use: "worker exposure hours eliminated," "zero-harm contribution"

5. Procurement / Supply Chain

  • Controls the PO process — critical for closing deals
  • Mining majors have approved vendor lists — Drover needs to be on them
  • Contract terms: Often require ISO 9001, liability insurance ($5M+ coverage), local support

Decision Timeline for Mining Purchases

  1. Awareness → Interest: 3–6 months (conference, referral, LinkedIn)
  2. Trial/Pilot: 1–3 months (one-day demo → week-long pilot)
  3. Internal evaluation: 3–6 months (procurement review, IT security, engineering sign-off)
  4. Contract: 2–4 months (legal, vendor qualification)
  5. Total sales cycle: 9–18 months for Tier 1 miners

Shortcut: Junior and Mid-Tier Miners

  • Tier 2/3 miners (Kinross, First Majestic, Fortuna Silver, SSR Mining) have faster decisions
  • Often site-level managers can approve $50–200K
  • More willing to trial unproven tech than majors
  • Recommendation: Get 2–3 mid-tier mine references first; use to crack majors

How to Get Pilot Deals

The One-Day Trial Play ($15K)

This is Drover's strongest GTM tool. Mining companies are notoriously conservative, and $15K for a one-day trial is below budget authority for a mine manager at most sites. Key elements:

  1. Pre-work: Call site surveyor, identify ONE specific high-value problem (a stope that hasn't been surveyed in 6 months because it's too dangerous)
  2. Day of trial: Deploy in that exact stope; deliver 3D point cloud and 360° inspection report same day
  3. Report: Show before/after comparison; calculate the production delay cost that was eliminated
  4. Follow-up: Within 48 hours, present the monthly contract proposal

Expected conversion rate from good trial: 30–50% (if problem-solution fit is right)

Lead Generation Channels

  1. Direct outreach on LinkedIn: Mine surveyors, mine managers, VP Technology at mid-tier miners

    • Search: "mine surveyor" + "underground" + [company name]
    • Message: "Saw your post about [stope inspection issue] — we can do that in 15 minutes with a robot"
  2. Conference booth/speaking at SME: Get on the technical session agenda for underground mining automation

  3. MSHA compliance angle: Reach out to mines that received citations for inadequate workplace examinations (MSHA data is public at msha.gov) — they need compliance tools NOW

  4. Partner with mine technology consultants: Companies like SCS Engineers (both at MINExpo 2024), Barr Engineering, AMC Consultants — they advise miners on tech adoption

  5. Cold outreach via Engineering Firms: Parsons, AECOM, WSP have mining divisions that specify technology on new mine projects

Priority Target Companies for First Pilots

These are companies that have already invested in drone/robot technology, proving innovation appetite:

Company Why Target HQ
Agnico Eagle Already using Exyn AND Emesent; tech-forward; Nunavut + Canada operations Toronto, Canada
Northern Star Resources Uses Exyn at Pogo Mine (Alaska) Perth, Australia
LKAB Uses Elios 3 at Kiruna; Swedish, large budget Luleå, Sweden
Ascot Resources Early Exyn adopter; Premier Mine BC reopening Vancouver, Canada
Kinross Gold Active innovation program; multiple underground mines globally Toronto, Canada
First Majestic Silver Mexico operations; mid-tier, faster decisions Vancouver, Canada
Coeur Mining US-based underground silver/gold; innovation-friendly Chicago, US
Hecla Mining US-based underground silver; Lucky Friday Mine, Greens Creek Coeur d'Alene, US

The Regulatory Angle (US Only)

  • MSHA requires mines to demonstrate safe working places before each shift
  • A robot that can certify a working place faster and safer than a human examiner = direct compliance value
  • Target: Mines with recent MSHA "significant and substantial" (S&S) violations related to inadequate workplace examinations
  • This reframes Drover as compliance infrastructure, not just a productivity tool

Pricing Strategy Context

Current Market Reference Points

  • Emesent Hovermap: $34–51K to buy hardware (no RaaS model)
  • Exyn: Unknown; likely similar capital purchase
  • Flyability Elios 3: $80K purchase; no monthly service
  • Spot: $75K–150K purchase; ~$10K/month for RaaS

What Drover Offers

  • $15K one-day trial — unique in the market; lowest barrier to entry
  • $5K–10K/month ongoing — competitive with Spot RaaS; includes full service + data delivery
  • Value to mine: Replacing a 4-person survey team for 2 days/week saves $15–30K/month in labor and risk exposure

How to Frame the ROI Pitch

Scenario: Stope volume reconciliation

  • Traditional method: 2–4 hours, 2-person team, re-entry after blast wait period, incomplete data
  • Drover: 15–30 minutes, 0 personnel in hazardous zone, complete data
  • Labor cost avoided: 2 people × 3 hours × $75/hr = $450/mission
  • Risk: If a ground fall injures a surveyor: $500K–$2M workers comp + production stoppage
  • At 2 missions/week: $3,600/month in labor savings, near-zero risk exposure
  • Drover at $5K/month pays for itself if it prevents one injury event per year

Scenario: MSHA compliance examination

  • Mines required to inspect each working place every shift
  • 10 active headings × 3 shifts × 20 min/inspection = 100 person-hours/day
  • Drover reduces each inspection to 5 min autonomous run: saves 75 person-hours/day
  • At $75/hr fully loaded: $5,625/day in labor savings
  • This alone justifies $5K–10K/month subscription easily