Platform & API
Build on the engine.
Two engines, one API. RangeIQ draws point-to-point range rings; RangeIQ+ runs full multi-leg mission feasibility with patent-pending per-leg physics. Both answer in clean JSON over REST, ready to wire into your flight stack, your fleet software, or your own pre-flight gate. Cloud-hosted, or offline-first at the edge. The same engines power RangeSight, our own field app, so you can see them work before you build on them.
Capabilities
One platform. Endless possibilities.
Connect your data, automate workflows, and deliver flight outcomes. These are the building blocks behind modern drone operations.
Data Ingestion
Bring in drone profiles, payloads, waypoints, and conditions from the tools you already use.
Processing & Analytics
Per-leg physics turns raw mission parameters into range, battery, and feasibility outputs.
Workflow Automation
Gate launches, trigger re-plans, and push verdicts downstream, with no manual checks in the loop.
Visualization & Reporting
Render the readout in your own dashboards, or export structured records for audit and review.
Secure Data Management
Encryption in transit and at rest, least-privilege access, and your data kept yours. See security →
API & System Integration
A documented REST API and OpenAPI spec, so you can generate a typed client in your language.
Integration Map
The API at the center of your stack.
The Noxdren API sits between the systems that plan, fly, and manage your missions, feeding feasibility to each one over the same clean contract.
Flight Apps & Ground Control
Surface a go/no-go verdict right where missions are planned and flown.
SDKs & Client Libraries
Call the engine from your own code with a generated, typed client.
Fleet & Enterprise Software
Roll feasibility into scheduling, compliance, and reporting at scale.
Cloud or Edge
Run managed in the cloud, or offline-first on hardware in the field.
Developer Experience
One call. A clear answer.
Send a mission to /v1/missions/analyze-geometry and get back structured feasibility: nothing about the model, just the result you act on.
# 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",
"result": {
"mission_verdict": "complete",
"total_distance_m": 6420,
"total_duration_s": 1092,
"final_battery_pct": 23
},
"request_id": "a1b2c3d4"
}Deployment
Run it where the mission is.
Cloud (Managed)
A fully managed REST API on SOC 2 Type II attested infrastructure. It scales with your fleet, with no ops on your side.
Edge / On-Prem
Offline-first by design. Run the engine in denied-connectivity environments or inside your own perimeter.
Auth & Access
Per-customer API keys, mutual TLS for enterprise, and least-privilege scopes throughout. See security →
Start building with the engine.
Request access for API keys and documentation, and bring mission feasibility into your own stack.