Dronetag Brings Remote ID Intelligence to the Airwise Nexus Platform

Main Story

Enterprise drone operations are growing more complex by the month, and the industry's answer is increasingly a unified data environment rather than a stack of siloed tools. The latest signal of that consolidation: Dronetag and Airwise Solutions have announced a strategic partnership that integrates Dronetag's Remote ID infrastructure directly into Airwise Solutions' enterprise drone operations platform, airwiseOS — specifically into its Nexus common operating picture (COP).

Dronetag, headquartered in Prague, Czech Republic, builds identification and detection hardware and software for low-altitude airspace. The company claims to operate the world's largest commercial drone detection network, with more than 3,000 active detection systems deployed across more than 40 countries. Its Remote ID transmitters, receivers, and open API are used by public safety, critical infrastructure, and enterprise teams globally.

Airwise Solutions, based in Tulsa, Oklahoma, develops airwiseOS — an operational intelligence platform that covers the full drone mission lifecycle. Its suite spans airspace authorizations, pilot and fleet management, UTM operational intent, mission planning, photogrammetry analytics, and the Nexus COP. Nexus was launched by Airwise just weeks earlier, on 11 August 2026, as an open, sensor-agnostic airspace-awareness and sensor-fusion capability.

The Dronetag integration adds a cooperative Remote ID layer on top of data streams that Nexus was already ingesting — ADS-B, radiofrequency (RF) sensors, radar, weather feeds, and OEM drone telemetry. Specifically, detections from Dronetag's Scout and RIDER receivers feed Airwise the aircraft's location, pilot position, model, and serial number in real time. Airwise users can view these detections alongside all other sensor data through a single interface, reducing the need for operators to context-switch between separate tools.

The integration is described as immediately available for Airwise customers already using Dronetag transmitters or receivers. The partnership is targeted at public safety agencies, utilities, critical infrastructure operators, and other enterprise users — particularly those seeking to expand beyond visual line of sight (BVLOS) operations.

This is not Airwise's first Nexus integration announcement in recent weeks. On 18 August 2026, Airwise announced a parallel partnership with uAvionix to bring FlightLine low-altitude ADS-B surveillance data into the same Nexus COP. The rapid sequencing of integrations underscores Airwise's strategic posture of building Nexus as an open, aggregating layer for diverse airspace sensor data — with no-cost integration terms extended to sensor manufacturers, data providers, and system integrators.

For Dronetag, the partnership extends its Remote ID ecosystem further into enterprise mission management workflows, building on an integration portfolio that already exceeds 25 third-party UTM and C-UAS connections via its open API.

Technical Breakdown

Platform: Airwise Nexus, the airspace-awareness and sensor-fusion module within the airwiseOS Operational Intelligence platform.

Sensor Hardware Integrated:

• Dronetag Scout — a PoE-powered, IP67-rated, fixed Remote ID receiver designed for infrastructure sites, airports, and city-scale networks. Uses dual 2.4 GHz receivers with high-gain antennas; detection range of approximately 10 km (6 mi) with included omnidirectional antennas, and up to 25 km (15 mi) with optional directional antennas. Supports MQTT/JSON streaming to on-premises or cloud systems and can be networked over Ethernet or LTE for scalable, multi-node coverage.
• Dronetag RIDER — a portable, battery-powered Remote ID receiver weighing approximately 64 g, with an IP54/55 rating and up to 8–14 hours of battery life. Detection range of approximately 5 km (3 mi); captures Remote ID beacons over Bluetooth and Wi-Fi at 2.4 GHz. Provides three real-time data-sharing modes: integrated LTE, Bluetooth, or USB-C. Multi-GNSS support (GPS, GLONASS, Galileo, BeiDou).

Standards Compliance: Both RIDER and Scout are engineered to comply with ASTM F3411-22A and ASD-STAN EN 4709-002 Remote ID standards, covering FAA (US), EASA (EU), and MLIT (Japan) regulatory frameworks.

Detection Method: Passive RF reception of Remote ID broadcasts on 2.4 GHz (Bluetooth and Wi-Fi). The system captures cooperative signals only — aircraft not transmitting a Remote ID signal cannot be detected by these receivers alone.

Data Output to Nexus: Aircraft position, pilot/control-station position, drone model, and serial number — fused in the Nexus COP alongside ADS-B, radar, RF detection, weather, video, and OEM telemetry feeds.

Autonomy / Integration Level: API-driven integration; Dronetag's open API and existing 25+ UTM/C-UAS integration connections form the technical bridge into Nexus. Sensor data is correlated and visualised within the single Nexus operating environment without requiring a separate Dronetag dashboard session.

Target Use Cases: BVLOS operations, drone-as-first-responder (DFR) programs, public safety command, energy and utilities infrastructure monitoring, and critical-site security.

Industry Impact

For operators and public safety agencies: The integration removes a key workflow friction point — the need to run separate Remote ID monitoring tools alongside mission management software. Teams responsible for complex or BVLOS operations gain cooperative drone identification data (aircraft identity, pilot location) in the same environment where they manage flight authorizations, fleet telemetry, and radar returns. This is particularly relevant for agencies coordinating multiple drones over sensitive sites or urban corridors.

For Airwise Solutions: The Dronetag deal is the second confirmed Nexus integration in less than a month — the first being uAvionix FlightLine ADS-B data — and validates the company's open-integration architectural bet. By offering no-cost integration terms and a vendor-neutral data model, Airwise is positioning Nexus as the connective tissue of enterprise drone operations stacks rather than a closed, proprietary system. Each new data source strengthens the network-effect value of the platform.

For Dronetag: Embedding Scout and RIDER detection data into a full enterprise UTM and mission-management platform pushes Dronetag's Remote ID technology up the operational stack. Rather than functioning as a standalone detection widget, Dronetag data now informs mission planning, deconfliction, and situational awareness decisions within the same session. With more than 25 existing API integrations and a growing presence in NATO and EU defense accelerator programs, Dronetag continues to expand from a hardware provider toward a broader detection-network-as-infrastructure model.

For system integrators: Airwise's explicitly open and free-to-join sensor integration program lowers the technical and commercial barriers to adding new data sources to Nexus. Integrators building DFR programs, counter-UAS capabilities, or enterprise BVLOS corridors can now combine Remote ID cooperative identification with non-cooperative detection (radar, RF) in a single delivered solution — reducing custom integration effort.

For the broader market: The trend visible across these announcements — multiple specialist data providers converging on a shared operational layer — reflects a maturation of the low-altitude airspace industry. The market is moving from point solutions toward composable, federated airspace intelligence platforms. Remote ID, long framed primarily as a regulatory compliance requirement, is increasingly being re-positioned as an active operational input to mission execution and airspace deconfliction.