Platform & API
Embed Mission-Performance Analysis.
Two engines, one API. RangeIQ provides point-to-point range-envelope analysis, while RangeIQ+ runs full multi-leg mission-performance analysis with patent-pending per-leg physics. Both return structured outputs over REST so your flight, fleet, planning, autonomy, or enterprise software can use mission-specific performance and energy analysis without building and maintaining the entire analytical layer internally. Cloud-hosted, with an offline-capable engine you can embed on-device. RangeSight runs the same verified engine in an operator-facing workflow.
Capabilities
One analytical layer. Multiple workflows.
Bring aircraft, payload, route, environmental, battery, and reserve inputs into a consistent mission-performance layer that can serve the UAS systems your team already uses.
Data Ingestion
Bring in aircraft profiles, payloads, waypoints, environmental conditions, battery state, and reserve requirements from the tools you already use.
Processing & Analytics
Per-leg physics turns mission parameters into expected performance, energy, reserve, and limiting-factor outputs.
Workflow Automation
Feed mission-performance outputs into preflight gates, planning workflows, and downstream systems while preserving the operator or organization's own review process.
Visualization & Reporting
Render mission-performance outputs in your own dashboards or export structured records for internal review, reporting, and traceability.
Secure Data Management
Encryption in transit and at rest, least-privilege access, and your data kept yours. See security →
API & System Integration
Use the documented REST API and OpenAPI specification to generate typed clients and integrate the analytical engine into your existing software.
Integration Map
The Noxdren API at the center of your stack.
The Noxdren API connects the systems that plan, review, fly, and manage missions with a consistent mission-performance contract.
Flight Apps & Ground Control
Surface expected mission margin, battery projections, and limiting factors where missions are planned and reviewed.
SDKs & Client Libraries
Call the engine from your own code with a generated, typed client.
Fleet & Enterprise Software
Bring mission-performance outputs into scheduling, internal review, fleet planning, and reporting at scale.
Cloud or On-Device
Run managed in the cloud, or embed the engine offline-first in your own on-device software.
Developer Experience
One call. Versioned mission-performance output.
Send a mission to /v1/missions/analyze-geometry and receive versioned, structured mission-performance output your software can display, store, review, or incorporate into downstream workflow logic.
# request
{
"mission": {
"waypoints": [
{ "lat": 38.2542, "lon": -85.7594, "altitude_m": 90 },
{ "lat": 38.2601, "lon": -85.7480, "altitude_m": 120 }
]
},
"home": { "lat": 38.2527, "lon": -85.7585 },
"drone": { "key": "mini4pro" },
"weather": { "wind_speed_mps": 3.1, "temp_c": 14 },
"battery": { "initial_pct": 85, "rth_threshold_pct": 25 }
}# response
{
"ok": true,
"engine_version": "1.0.0-phase1b",
"result": {
"mission_verdict": "complete",
"total_distance_m": 6420,
"total_duration_s": 1092,
"final_battery_pct": 23
},
"request_id": "a1b2c3d4e5f67890a1b2c3d4e5f67890"
}Deployment
Run it where the mission is.
Cloud (Managed)
A fully managed REST API on SOC 2 Type II-attested infrastructure (Google Cloud, Cloudflare). It scales with your fleet, with no ops on your side.
SDK / Offline Mode
The engine has no mandatory network dependency. Supply your own terrain and weather data and it runs fully offline inside your own on-device software, the same pattern RangeSight uses in the field.
Auth & Access
Per-customer API keys, mutual TLS for enterprise, and least-privilege scopes throughout. See security →
Bring mission performance into your stack.
Request API access and documentation to evaluate how Noxdren mission-performance analysis fits your existing UAS workflow.