Maps & Navigation · head to head
IndoorAtlas vs ORBCOMM

IndoorAtlas
Maps & Navigation
Indoor positioning and navigation solutions using the Earth's magnetic field, WiFi, and Bluetooth beacons
- From
- Free
- Rated
- -

ORBCOMM
Maritime & Shipping
IoT solutions for maritime asset tracking
- From
- $25/month
- Rated
- -
The short version
- Only IndoorAtlas has a free tier, so it costs nothing to try first.
- Each has a real cost: IndoorAtlas requires labor-intensive fingerprinting process, walking every corridor to build magnetic map for each venue; ORBCOMM satellite latency of approximately 600 milliseconds limits real-time applications
- They diverge on capability: IndoorAtlas covers Core Functionality, ORBCOMM covers Satellite tracking.
Where they differ
Only the attributes on which IndoorAtlas and ORBCOMM actually diverge.
| Attribute | IndoorAtlas | ORBCOMM |
|---|---|---|
| Starting price | Free | $25/month |
| Pricing model | Unknown | subscription |
| Free tier | Yes | No |
| Platforms | iOS, Android, Web | Satellite, Web |
| Category | Maps & Navigation | Maritime & Shipping |
| Founded | 2012 | 1995 |
Identical on both: user rating (Not yet rated).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in IndoorAtlas
- Core Functionality
- User Interface
Only in ORBCOMM
- Satellite tracking
- Container monitoring
- Cold chain monitoring
- Fleet telematics
- TMS systems
- ERP platforms
- Warehouse management
- Web support
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
IndoorAtlas
- Requires labor-intensive fingerprinting process, walking every corridor to build magnetic map for each venue
- Magnetic signatures degrade over time, requiring periodic re-fingerprinting as the environment changes
- Magnetic interference from external sources and devices disrupts positioning accuracy
- Positioning inconsistent across different smartphone models due to magnetometer heterogeneity
- High cost to deploy and maintain, with expensive implementation for wide-scale adaptation
ORBCOMM
- Satellite latency of approximately 600 milliseconds limits real-time applications
- Higher cost per message compared to terrestrial cellular IoT solutions
- Coverage remains near-global rather than fully global in all remote regions
Pricing, plan by plan
IndoorAtlas
Free- Development$400/month
- Free tier available
- Production$349/month
- Per-venue subscription
- Multi-layer sensor fusion
ORBCOMM
$25/month- Fleet Manager$99/month
- Real-time tracking
- Geofencing
- Reporting
Which should you pick?
Choose IndoorAtlas if
- You need core functionality.
- You want to start without paying.
- You work on iOS, Android, Web.
- You also want user interface.
Choose ORBCOMM if
- You need satellite tracking.
- You work on Satellite, Web.
- You also want container monitoring.
Questions people ask
- Is IndoorAtlas or ORBCOMM better?
- Neither clearly leads. IndoorAtlas starts at Free and ORBCOMM at $25/month, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, IndoorAtlas or ORBCOMM?
- IndoorAtlas has a free tier; the other does not. Paid plans start at Free for IndoorAtlas and $25/month for ORBCOMM.
- Does IndoorAtlas or ORBCOMM run on more platforms?
- IndoorAtlas runs on iOS, Android, Web. ORBCOMM runs on Satellite, Web.
- Can I use IndoorAtlas for free?
- Yes. IndoorAtlas has a free tier, so you can try it without paying. ORBCOMM starts at $25/month.
- What can IndoorAtlas do that ORBCOMM cannot?
- IndoorAtlas covers Core Functionality, User Interface. ORBCOMM covers Satellite tracking, Container monitoring, Cold chain monitoring, Fleet telematics.
Answered from the vendors’ own pages
IndoorAtlas: How does IndoorAtlas determine positioning without beacons or hardware?
IndoorAtlas uses patented geomagnetic fusion technology that maps the Earth's magnetic field patterns inside buildings through a process called magnetic fingerprinting. The technology combines magnetometer data with other sensors like WiFi and Bluetooth for robust positioning.
SourceORBCOMM: What is ORBCOMM's satellite coverage?
ORBCOMM's OGx service provides nearly global coverage across over 160 countries using a constellation of low Earth orbit satellites for two-way messaging and IoT data services.
SourceIndoorAtlas: What is the initial setup process for IndoorAtlas?
Setup requires fingerprinting the venue by systematically walking through all corridors and spaces to build a magnetic map. The platform then identifies problematic areas through red (conflicting data), blue (insufficient coverage), and path orientation errors that require correction before the map is production-ready.
SourceORBCOMM: How does satellite IoT compare to cellular connectivity?
ORBCOMM satellite offers immunity from cellular blind spots, network outages, congestion, and weather-related disruptions. However, satellite connectivity introduces approximately 600 milliseconds of round-trip latency.
SourceIndoorAtlas: What are IndoorAtlas's pricing plans?
IndoorAtlas offers production subscriptions starting at 349 euros per month per venue, with a development plan at 400 euros per month. A free tier is available for developers to start building.
SourceORBCOMM: What can ORBCOMM monitor in containers?
ORBCOMM's CT 1010 device provides sensor-based monitoring for container fire detection, unauthorized access alerts, damage detection, and asset visibility, with real-time satellite-based tracking.
SourceIndoorAtlas: How accurate is IndoorAtlas positioning?
IndoorAtlas claims industry-leading accuracy down to 50 centimeters using its 6-layer sensor fusion core across diverse environments, though accuracy varies based on building magnetic patterns and requires careful calibration.
SourceRelated pages
More on IndoorAtlas
Other head to heads
- IndoorAtlas vs Mapbox
- IndoorAtlas vs Google Maps Platform
- IndoorAtlas vs HERE Technologies
- IndoorAtlas vs Apple Maps
- IndoorAtlas vs Leaflet
- IndoorAtlas vs Esri ArcGIS
- IndoorAtlas vs CesiumJS
- IndoorAtlas vs Samsara
- IndoorAtlas vs Bing Maps
- IndoorAtlas vs CARTO
- IndoorAtlas vs Geotab
- IndoorAtlas vs GraphHopper
- IndoorAtlas vs HERE WeGo
- IndoorAtlas vs Mappedin
- IndoorAtlas vs Verizon Connect
- IndoorAtlas vs AllTrails
- IndoorAtlas vs Citymapper
- IndoorAtlas vs deck.gl
- IndoorAtlas vs MarineTraffic
- IndoorAtlas vs ChartCo
- IndoorAtlas vs Kongsberg Maritime
- IndoorAtlas vs Sea Machines
- IndoorAtlas vs Veson Nautical
- IndoorAtlas vs Wartsila Voyage
- IndoorAtlas vs Windward
- IndoorAtlas vs Dataloy
- IndoorAtlas vs DNV Maritime
- IndoorAtlas vs exactEarth
- IndoorAtlas vs FourKites
- IndoorAtlas vs Freightos
- IndoorAtlas vs INTTRA
- IndoorAtlas vs Kpler
- IndoorAtlas vs Lloyd's List Intelligence
- IndoorAtlas vs NAPA
- IndoorAtlas vs Nautilus Labs
- IndoorAtlas vs Navis N4
- ORBCOMM vs Mapbox
- ORBCOMM vs Google Maps Platform
- ORBCOMM vs HERE Technologies
- ORBCOMM vs Apple Maps
- ORBCOMM vs Leaflet
- ORBCOMM vs Esri ArcGIS
- ORBCOMM vs CesiumJS
- ORBCOMM vs Samsara
- ORBCOMM vs Bing Maps
- ORBCOMM vs CARTO
- ORBCOMM vs Geotab
- ORBCOMM vs GraphHopper
- ORBCOMM vs HERE WeGo
- ORBCOMM vs Mappedin
- ORBCOMM vs Verizon Connect
- ORBCOMM vs AllTrails
- ORBCOMM vs Citymapper
- ORBCOMM vs deck.gl
- ORBCOMM vs MarineTraffic
- ORBCOMM vs ChartCo
- ORBCOMM vs Kongsberg Maritime
- ORBCOMM vs Sea Machines
- ORBCOMM vs Veson Nautical
- ORBCOMM vs Wartsila Voyage
- ORBCOMM vs Windward
- ORBCOMM vs Dataloy
- ORBCOMM vs DNV Maritime
- ORBCOMM vs exactEarth
- ORBCOMM vs FourKites
- ORBCOMM vs Freightos
- ORBCOMM vs INTTRA
- ORBCOMM vs Kpler
- ORBCOMM vs Lloyd's List Intelligence
- ORBCOMM vs NAPA
- ORBCOMM vs Nautilus Labs
- ORBCOMM vs Navis N4
