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Connectivity Overview

HARDWARIO STICKER supports multiple wireless communication protocols, allowing you to select the optimal radio architecture for your deployment requirements.

Provisioning & Radio Mode

Regardless of the chosen connectivity protocol, radio state and credentials can be configured wirelessly over NFC using HARDWARIO Manager.


Protocol Comparison​

FeatureLoRaWANLoRa P2P
Network Server (LNS)Required (ChirpStack, TTS, etc.)None. A ProXimos Hub runs the network instead
TopologyStar-of-stars (Node → Gateway → LNS)Star (Node → HARDWARIO FIBER modem → ProXimos Hub)
Radio protocolLoRaWAN 1.0.4 MAC, Class AHARDWARIO TOWER radio protocol (AES-CCM frames, gateway ACKs)
Downlinks & managementClass A downlinks on fPort 85Announced in the gateway ACK, same commands as on fPort 85
Best Used ForCloud platforms, multi-tenant enterprise IoTIsolated sites without LoRaWAN coverage, private on-premise networks with a ProXimos Hub

Available Protocols​

LoRaWAN Integration​

Standard LoRaWAN Class A operation with OTAA/ABP activation, encrypted telemetry, and remote management over fPort 85. Regions EU868, US915, AU915 and AS923 (AS923-1). The data rate is either managed by ADR or, with ADR off, fixed with lrw-datarate (dr0 to dr7). Answers that do not fit one frame are split into pages that the device sends by itself, and get_radio_state reports the link state and radio diagnostics.

LoRa P2P (Peer-to-Peer)​

Second radio mode, available since firmware v2.0.0, for sites without a LoRaWAN network. STICKER pairs with a ProXimos Hub through a HARDWARIO FIBER modem and talks the HARDWARIO TOWER radio protocol, with gateway acknowledgements, downlinks, network time and link supervision. Telemetry, alarms, commands and history work as over LoRaWAN.