Mobile Network Coverage Maps
Buy and sell mobile network coverage maps data. Signal strength measurements across geographies. Coverage comparison tools and rural connectivity AI need crowd-sourced signal data.
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Find Me This Data →Overview
What Is Mobile Network Coverage Maps Data?
Mobile network coverage maps data consists of signal strength measurements and connectivity assessments across geographic regions, collected through crowdsourced smartphone panels and ground-truth testing. These maps provide detailed, location-specific signal quality information—often at street-corner precision—rather than broad operator-provided coverage estimates. The data is used to identify coverage gaps, validate network deployments, and support rural connectivity solutions and AI-driven coverage comparison tools.
Market Data
$20,000
Premium Coverage Map Pricing (Germany)
Source: AWS Marketplace
$20,000
Premium Coverage Map Pricing (France/Spain)
Source: AWS Marketplace
$15,000
Premium Coverage Map Pricing (Poland/Ireland/Portugal/Denmark/Belgium/Netherlands)
Source: AWS Marketplace
10–20% of deployments fail in non-optimal conditions
Network Operational Reliability Gap
Source: Teragence
Who Uses This Data
What AI models do with it.do with it.
IoT and Wireless Device Deployment
Organizations deploying IoT devices and wireless infrastructure need precise signal strength predictions at specific locations to ensure operational reliability before deployment.
Mobile Virtual Network Operators (MVNOs)
Smaller telcos and MVNOs use coverage maps to optimize network performance, identify service gaps, and differentiate service offerings in competitive markets.
Indoor Coverage Specialists
Operators focused on indoor cellular coverage use detailed signal mapping to improve enterprise campus, hospital, and facility connectivity.
Network Performance Research
Academic and commercial researchers assess mobile network quality, identify weak coverage areas, and evaluate Long Term Evolution (LTE) performance across hospitals and urban environments.
Pricing depends on the proposed terms
We do not have a verified, comparable price for your dataset. Consider the permitted uses, license term, exclusivity, provenance, coverage and quality. A seller asking price is a proposal, not an appraisal or guaranteed sale. Compare prices only when the source, date, currency, unit and license scope are known.
What Buyers Expect
What makes it valuable.valuable.
High-Resolution Geographic Coverage
Data must provide street-level precision, identifying signal strength at specific intersections rather than broad aggregate coverage estimates.
Multi-Operator Measurement
Coverage maps must include all major mobile network operators in a region to enable fair comparison and comprehensive network assessment.
Crowdsourced Validation
Data collection should leverage a wide panel of smartphone users to ensure real-world accuracy and operational relevance beyond operator marketing claims.
Operational Actionability
Datasets must provide enough detail to support specific deployment decisions and troubleshoot network failures in edge cases.
Potential applications and organizations
Who's buying.buying.
Operates a large smartphone panel to measure mobile network coverage across Europe; sells high-definition coverage maps for multiple countries and supplementary datasets including speed profiles, user statistics, and connection tests via AWS Marketplace
Develops crowdsourced mobile network coverage maps and geo-analytics tools, including Mobile Signal Checker products serving IoT deployment, MVNOs, and indoor coverage specialists
Significant market segment using detailed coverage maps to optimize network performance, identify gaps, and improve service offerings without large internal measurement infrastructure
FAQ
Common questions.questions.
How is mobile network coverage map data collected?
Data is collected through crowdsourced smartphone panels that measure signal strength, throughput, and connectivity across geographic tiles. Measurements come from real-world smartphone users rather than theoretical models or operator estimates, ensuring operational relevance.
What makes crowdsourced coverage maps different from operator-provided maps?
Operator-provided coverage maps are primarily marketing tools showing broad aggregate coverage. Crowdsourced maps provide street-level precision—identifying exact signal strength at specific intersections—and unbiased performance data across all operators, not just one.
Who are the main buyers of this data?
Primary buyers include IoT companies validating device deployment locations, mobile virtual network operators (MVNOs) optimizing service, indoor coverage specialists improving facility connectivity, and researchers assessing network performance. Tier-2 telcos and smaller operators form a significant market segment.
What price range should I expect for country-level coverage maps?
High-definition, country-wide coverage maps for major European countries range from $15,000 to $20,000 per subscription, depending on geography. Supplementary datasets such as speed profiles, throughput data, and user statistics are often available at free or low-cost subscription tiers.
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