Oil & Gas — Go-to-Market Strategy

Last updated: March 2026 | Research by TARS subagent

Strategic Recommendation

Lead with storage tank inspection at independent refineries and terminal operators.

This is the highest-probability wedge because:

1. No ATEX certification required (tanks are degassed before inspection = non-classified atmosphere)
2. Clear, measurable ROI (scaffold cost savings, downtime reduction)
3. Regulatory mandate (API 653) creates recurring demand
4. Mid-market operators ($50M–2B revenue) are underserved — Gecko goes upmarket
5. Tank inspection is a repeatable, high-frequency engagement that builds long-term contracts

Target Customer Segments (Prioritized)

Priority 1: Independent Refinery Operators (Months 1–12)

• Who: Marathon Petroleum, HollyFrontier, Par Pacific, Calumet, CVR Energy, and ~100 smaller independent refineries
• Pain: Annual maintenance spend ~$9M/refinery; TAR inspection bottleneck; H2S exposure risk
• Decision-maker: Reliability/Maintenance Manager, Plant Manager, HSE Director
• Contract path: TAR inspection contract ($50–200K/turnaround) → annual monitoring → software subscription
• # of prospects (US): ~130 operating refineries, ~80 are independent

Priority 2: Liquid Terminal Operators (Months 6–18)

• Who: Kinder Morgan, Buckeye Partners, NGL Energy Partners, Magellan Midstream, and hundreds of smaller terminal operators
• # of tanks: 15,000+ registered petroleum storage tanks in the US (EPA data)
• Pain: API 653 requires internal inspection every 5–10 years; current cost $50K–200K+ per tank
• Decision-maker: Terminal Manager, Asset Integrity Engineer
• Contract path: Tank inspection trial ($15K) → multi-tank inspection contract → annual digital twin subscription
• Key event: ILTA (Independent Liquid Terminals Association) Annual Conference, June, Houston

Priority 3: Midstream Pipeline Operators (Months 12–24)

• Who: Williams Companies, Energy Transfer, Targa Resources, DCP Midstream
• Pain: Above-ground pipeline inspection, above-grade facility inspection, compressor station inspection
• Not: In-pipe inspection (requires different hardware — ILI pigs)
• Use case for Drover: External visual/thermal inspection of above-ground piping, valve stations, compressor buildings

Priority 4: Offshore / FPSO (Months 18–36)

• Who: Shell, Chevron, BP, ExxonMobil, Murphy Oil
• Pain: Ballast tank inspection, topside inspection, confined space on FPSOs
• Higher barrier: Need FPSO-rated equipment, marine certification, offshore safety certs (GWO, OPITO)
• Path: Partner with Oceaneering or Cyberhawk as a technology provider first

Ideal Customer Profile (ICP) — Year 1

Industry:       Oil refining or petroleum terminal operations
Geography:      US Gulf Coast (TX, LA, MS), Midwest refinery corridor
Revenue:        $50M–$5B
Infrastructure: 5–200+ storage tanks; annual inspection program
Pain:           Currently using rope-access or scaffold for internal tank inspection
Decision:       Reliability/Plant Manager with HSE authority
Budget signal:  Has had a confined space incident OR is under consent decree / regulatory scrutiny
Trigger:        Upcoming TAR (turnaround), new tank coming online, recent OSHA CSE finding

Sales Process

Phase 1: Discovery

• Cold outreach to Reliability Managers and HSE Directors at target refineries/terminals
• LinkedIn targeting: Title = "Tank Inspector", "Asset Integrity", "Reliability Engineer", "Process Safety"
• Conference presence at ILTA (June) and NACE Corrosion (April)

Phase 2: Trial ($15K One-Day Demo)

• Propose a specific tank (already degassed, or scheduled for inspection)
• Deliver: Full 3D digital twin of tank interior, visual anomaly report, comparison to API 653 requirements
• Goal: Show they get more data, faster, with zero CSE exposure

Phase 3: Contract

• Multi-tank inspection agreement: $5K–10K/tank on recurring basis
• Annual digital twin subscription: $2K–5K/tank/year for data hosting, change detection, trend analysis
• TAR inspection package: fixed price per turnaround event

Phase 4: Expand

• Add UT (ultrasonic thickness) capability to satisfy API 653 thickness measurement requirements
• Integrate digital twin data with customer's asset management system (SAP PM, Maximo, Meridium)
• Expand to other assets (pipelines, vessels, heat exchangers)

Messaging Framework

For HSE Director:

"Eliminate confined space entry from your tank inspection program. Zero OSHA 1910.146 exposure. Full API 653 compliance. No scaffold, no permit-required entries."

For Reliability Manager:

"Get 3x more inspection coverage in 20% of the time. Every defect geo-tagged and trend-tracked in a digital twin you own. No more paper reports."

For Plant Manager / Finance:

"Cut tank inspection costs by 60–80%. Our $15K trial vs. your current $100K+ scaffold-and-rope-access approach. ROI in the first inspection."

Channel Strategy

Direct (Primary)

• Direct outreach to target accounts
• Conference presence (ILTA, NACE, OTC)
• LinkedIn + email sequences targeting Reliability/Integrity engineers

Partner / Reseller

• NDT inspection service companies: Companies like Team Industrial, Corelab, SGS who already have O&G relationships and want to add robotics capability
• MISTRAS Group: Large NDT contractor — could white-label Drover services or co-sell
• Inspection software vendors: Meridium APM, Bentley, Hexagon — integration partnerships drive adoption

Technical Channel

• API standards committees — getting Drover data formats certified under API standards
• NACE corrosion training programs — certification of Drover inspectors
• ILTA Technology Committee: Get on the ILTA agenda as technology demo

Pricing Strategy

Competitive context:

• Traditional 1 tank inspection: $50K–200K (scaffold + labor + downtime)
• Drover trial at $15K = 85–92% savings
• This pricing has massive room to compress further if competitive pressure increases

Key Objections & Responses

Key Events Calendar

Sources

• OSHA Confined Space: https://osha.gov/storage-tanks/hazard-solutions
• API 653 standard: https://www.api.org/products-and-services/standards/important-standards-and-products/api-653
• ILTA: https://www.ilta.org
• Flyability case studies: https://flyability.com/oil-and-gas-drones
• NACE/AMPP: https://www.ampp.org