Plan on the desktop, capture in the field, analyse and report back at the desk. RFMapper tools carry their own branding, shown as shipped.
Professional-grade RF measurement from an unrooted Android device. Collects 4G LTE and 5G NR radio parameters while driving, walking or surveying indoors — every metric the radio exposes, logged to a unified CSV and fed straight into an automated processing pipeline.


The desk end of the loop. Import drive-test logs, visualise coverage, compare networks side by side and turn a day of driving into a report.
Plan the survey before you roll. Build drive routes, mark target sites and carry the plan on the tablet beside you.

ACMA licence data, on a map instead of a register. See who holds what spectrum, where — for planning, interference work and acquisition due diligence.
See exactly where connectivity fails, and who it fails. Turns raw broadband and mobile data into a map you can act on — every property with no good fixed connection, no mobile coverage worth relying on, and nothing scheduled to change that, ranked so the worst-served areas surface first.

Structured on-site connectivity assessments for facilities — walk the site, capture consistently, score it and hand over a report the client can act on.
Android RF measurement and network testing app for telecom field engineers.
Commercial drive-test tools are expensive, often need rooted devices or proprietary hardware, and lock data inside vendor ecosystems. Maptino Drive Test delivers professional-grade measurement on any standard Android phone — RSRP, RSRQ, SINR, PCI, EARFCN/ARFCN, carrier aggregation, gNB/eNB IDs — with GPS fused to every sample and a unified 66-column CSV per log.
Per-sample registration state (home / roaming / emergency-only) and LEO satellite detection mean foreign-network and satellite measurements are flagged rather than polluting coverage maps and KPI results.
Standard APK on Android 10+ — no root, no special hardware, no per-device licensing. Dual map providers (OpenStreetMap / Google Maps) with live signal-coloured route overlay. Part of the Maptino RFMapper suite.
Full write-up coming soon.
What RFMapper Desktop Analysis does, the problem it solves, and how it fits the workflow. (Detail to come.)
Key features and data sources. (Detail to come.)
Licensing and how to get it. (Detail to come.)
Full write-up coming soon.
What Drive Planner does, the problem it solves, and how it fits the workflow. (Detail to come.)
Key features and data sources. (Detail to come.)
Licensing and how to get it. (Detail to come.)
Full write-up coming soon.
What ACMA Spectrum Mapping does, the problem it solves, and how it fits the workflow. (Detail to come.)
Key features and data sources. (Detail to come.)
Licensing and how to get it. (Detail to come.)
See exactly where connectivity fails, and who it fails.
Most connectivity reporting stops at a percentage. A council is told it has 94% coverage and is left with no idea which streets make up the other 6%, or whether those premises are about to be upgraded anyway. Maptino Connectivity answers the question underneath: it combines fixed-line technology records, mobile coverage as reported by the carriers, and published upgrade plans, and resolves them down to individual premises.
The result is a map where you can select any neighbourhood and see the affected properties themselves — not a shaded polygon, the actual points. A percentage invites argument. A map of 1,800 specific premises with no fibre, no 5G and no upgrade scheduled does not.
Currently deployed across a region of 1.6 million premises and 11 local government areas, resolving to individual properties, running as a single self-hosted container.
Local and regional government (grant submissions, defensible prioritisation) · state agencies and regional development bodies (consistent cross-LGA comparison) · network operators and infrastructure builders (genuinely unmet demand) · consultancies (a delivered evidence base) · utilities and asset owners (assets relative to gaps).
Full write-up coming soon.
What Facilities Assessments does, the problem it solves, and how it fits the workflow. (Detail to come.)
Key features and data sources. (Detail to come.)
Licensing and how to get it. (Detail to come.)