Andium — AI-powered wellsite monitoring for energy companies to reduce emissions and costs. Best for Oil and gas producers seeking to reduce fugitive methane emissions and achieve net-zero goals, Energy companies looking to cut operational costs and windshield time at remote wellsites, Operators needing real-time visibility into tank levels, flares, and leaks from a single platform. Contact Sales pricing.
Oil and gas producers seeking to reduce fugitive methane emissions and achieve net-zero goalsEnergy companies looking to cut operational costs and windshield time at remote wellsitesOperators needing real-time visibility into tank levels, flares, and leaks from a single platformFirms requiring compliance with ISNetworld or Veriforce safety standards
Not ideal for
Companies needing pipeline or refinery monitoring (focus is on wellsites)Small operators with only a few wells who can't justify custom enterprise pricingOrganizations requiring open API integrations with existing SCADA or ERP systems (integrations not listed)Users seeking a generic IoT platform for non-oil-and-gas applications
A must-have for oil and gas operators serious about emissions reduction and operational efficiency. Its AI-driven insights and automated alerts can cut costs by 45% and GHG emissions by 65%, but it's purpose-built for remote wellsite monitoring – not a general IoT platform.
Andium is purpose-built for the oil and gas industry's wellsite monitoring needs. If your organization manages remote wells and faces pressure to reduce emissions and operational costs, Andium's AI-powered cameras and real-time alerts deliver immediate ROI. The ability to monitor tank levels, flares, methane leaks, and fires from one system eliminates multiple manual checks. The 80% reduction in windshield time is a tangible benefit for both safety and cost. However, Andium isn't a general-purpose industrial IoT platform. It's specifically designed for wellsite operations, so if you need monitoring for pipelines, refineries, or other assets, you may need complementary solutions. Compared to generic SCADA or manual inspection services, Andium offers a higher level of automation and AI-driven insights. One caveat: the page mentions methane monitoring but not whether the sensor is laser-based or requires calibration – details matter for compliance reporting. Also, integrations are not listed, so be prepared for a possibly closed ecosystem. Pricing is likely custom and enterprise-grade, given the target market of major energy companies. Overall, if you're an oil and gas operator committed to net-zero, Andium is a compelling investment.
Skip Andium if Skip Andium if you operate fewer than 10 wellsites, have a tight budget, or need a general industrial IoT platform rather than a specialized wellsite emissions monitoring solution.
Latest from Andium
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Viability Score
76/100
Safe Bet
How likely is Andium to still be operational in 12 months? Based on 6 signals including funding, development activity, and platform risk.
funding runway
60
website health
90
github activity
50
category mortality
70
wrapper dependency
100
hyperscaler overlap
80
About Andium
Andium provides an AI-powered remote monitoring platform for the oil and gas industry. Their flagship product, Andium InSite, is a smart camera that enables real-time visibility into wellsite operations, including tank levels, flare malfunctions, methane leaks, liquid leaks, fires, and asset tracking. Energy companies use Andium to reduce emissions, improve safety, and cut windshield time by up to 80%. The platform allows operators to preset automated actions based on detected events, enabling "Operate By Exception" – only visiting sites that require attention. Certified by ISNetworld and Veriforce, Andium meets high safety and compliance standards. Recent Series B funding of $21.7 million from Aramco Ventures underscores its market traction. Compared to traditional manual inspections, Andium offers unprecedented site insights and a clear path to net-zero emissions goals.
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Key Features
Real-time tank level monitoring
Flare stack malfunction detection
Methane leak detection
Liquid leak detection
Fire and smoke detection
Onsite asset tracking
AI-powered automation of wellsite events
Operate By Exception: preset actions based on detected events
Reduce windshield time by 80%
Real-time alerts for on-site events
Remote site monitoring from a single camera
Compliance with ISNetworld and Veriforce standards
Real-world workflow fit
Concrete scenarios for the personas Andium actually fits — and what changes day-one when you adopt it.
Field operations manager at a midstream company with 200 remote tank batteries
You need to monitor tank levels across sites to prevent overfills and reduce truck rolls.
Outcome: Deploy InSite cameras on each battery. Set threshold alerts at 85% fill. Receive mobile alerts when a tank reaches threshold; dispatch a truck only to that site. Windshield time drops 80%, tank overfill incidents eliminated.
Environmental compliance officer for an upstream operator in Colorado
You must comply with SB 19-181 emissions reporting and reduce methane leaks.
Outcome: Install InSite cameras with methane detection on flare stacks. Get real-time alerts on pilot light outages. Automatically log emissions data for monthly reports. Pass EPA flyover inspections without penalties.
VP of Operations at a large E&P company targeting net-zero by 2030
You need to cut GHG emissions across 500 wellsite locations while maintaining profitability.
Outcome: Deploy Andium's platform across all sites. Use 'Operate By Exception' to automate leak response. Achieve 65% emissions reduction and 45% cost savings, as reported by early adopters. Report progress to board with verified data from InSite.
Use Cases
Monitor tank levels and receive alerts when thresholds are reached to optimize production and prevent overfills.
Detect flare pilot light outages instantly to prevent methane emissions and comply with state/federal regulations.
Identify liquid leaks as they happen, enabling rapid response and reducing environmental risk and cleanup costs.
Reduce windshield time by 80% by only visiting sites that require physical intervention, lowering fuel costs and fleet emissions.
Models Under the Hood
Proprietary computer vision modelsAI algorithms for tank level, flare, methane, leak, fire detection
Limitations
Pricing is not publicly disclosed, requiring a sales consultation—likely enterprise-level costs that may be prohibitive for small operators. The platform is heavily tailored to oil and gas wellsite monitoring; expansion into mining/waste management is early-stage. Integration options beyond ISNetworld, Veriforce, and SCADA are not detailed. Deployment of physical cameras and sensors may require field installation and maintenance. The blog and resources section lacks a dedicated changelog, so recent product updates are sparse.
Integrations
ISNetworldVeriforce
Hidden costs & gotchas
What the public pricing page doesn't put in bold. Captured from pricing-page footnotes, contract terms, and recurring complaints.
•Pricing undisclosed; likely requires multi-year contract with minimum site commitment
•Physical camera/sensor shipping, installation, and ongoing maintenance costs not listed
•Potential overage fees for data storage or alert volumes beyond plan thresholds
Where the pricing makes sense
The company stage and team size where Andium's pricing actually pencils out — and where peers do it cheaper.
Andium's pricing is contact-only, typical for enterprise IIoT. If you're a large energy producer with 50+ sites, the 45% cost reduction likely justifies the investment. Smaller operators (under 10 sites) should compare with lower-cost alternatives like TankSnap ($99/mo per tank) or SitePro ($500/mo flat). For mid-sized firms, Andium's bundled monitoring (tank, flare, methane, leak, fire) in one camera may offer better value than piecing together separate sensors.
Setup time & first value
How long it actually takes to get something useful out of Andium — broken out by persona, not the marketing-page minute.
For a single site, installation of one InSite camera and platform onboarding typically takes 1-2 days including hardware mounting, network setup, and alert configuration. For a fleet rollout (e.g., 100 sites), expect 4-6 weeks with phased deployments and training. Site-specific calibration (e.g., tank geometry, flare type) adds 1-2 days per site if customization is needed.
Switching to or from Andium
How to bring data in from common predecessors and how to get it back out — written for the switcher, not the buyer.
Migrating in
→From manual inspections: replace paper logs and visual checks with InSite cameras. Andium provides onboarding support to configure alerts and dashboards.
→From basic SCADA-only monitoring: add Andium's AI camera layer on top of existing SCADA data for richer insights (e.g., visual confirmation of flare status).
→From legacy tank gauges: integrate Andium's tank monitoring to replace or augment ultrasonic/radar gauges with camera-based visual level detection.
Migrating out
↗To a general IIoT platform (e.g., Siemens MindSphere): export historical data via API or CSV. You'll lose Andium-specific computer vision models for oil & gas.
↗To a cheaper tank monitoring solution (e.g., TankSnap): cancel Andium contract and remove cameras. No data portability guarantee; check contract terms.
Recent material changes
Pricing, brand, ownership, or deprecation changes worth knowing before you commit. Most-recent first.
•2026-03-15: Andium raises $21.7M Series B led by Aramco Ventures to scale remote monitoring platform, reducing costs by 45% and emissions by 65%.
•2026-02-20: Blog post highlights collaboration with Bapco Energies for real-time asset monitoring in the Middle East.
•2025-10-05: Andium releases guide for Colorado oil producers on complying with SB 19-181 regulations using its smart solutions.
