Pilots & Consulting
Apply Q-RRG to your scene, sim, or workflow. Short, fixed-scope pilots that prove value fast.
Unity Rail Pilot
Turn a target sequence into a sealed camera rail with repeatable IDs that hold under scene edits.
- Deliverables: Unity scene, rail prefab, metrics snapshot (jerk/continuity)
- Timeline: 1–2 weeks
- Best for: Cinematics, training shots, ride-throughs
Crowd Corridor Overlay
Floor plan → soft corridors over density fields. Great for venues, campuses, and evacuation planning.
- Deliverables: PNG overlays + PDF “corridor report”
- Timeline: 3–5 days
- Best for: Ops reviews, design iterations
XR Path Audit
We evaluate your current rails/paths and propose a Q-RRG integration plan with measurable wins.
- Deliverables: Findings deck, before/after clip, effort estimate
- Timeline: ~1 week
- Best for: Studios, sim teams, labs
Pilot FAQ
How do pilots work?
We scope a single scene or floor plan, run Q-RRG, and deliver artifacts you can drop into your workflow. Fixed fee, fixed timeline.
Who owns what?
You keep your assets and outputs; the Q-RRG core remains Echo Labs IP, licensed for your pilot’s field-of-use.
Do you sign NDAs?
Yes—yours or ours. We treat all materials as confidential.
Pricing?
Pilot pricing is fixed per scope. Multi-scene or ongoing support gets volume rates. Email sales@echopathxr.com for a quote.
What is EchoPath’s core functionality?
EchoPath is a dynamic navigation engine that adapts in real-time to environmental changes, providing users with a seamless and immersive experience. It utilizes Quantum-Resonate Recursive Geometry to create paths that evolve based on user interactions and surroundings, ensuring optimal navigation in AR and VR environments.
How does EchoPath differ from traditional navigation systems?
Unlike traditional systems that rely on fixed paths and coordinates, EchoPath computes paths dynamically based on real-time data such as crowd flow and environmental shifts. This allows for a more fluid and responsive navigation experience, enhancing user engagement and immersion.
What are the key features of EchoPath?
Key features of EchoPath include dynamic pathing logic that recalculates routes based on real-time conditions, a real-time geometry engine that continuously updates guidance fields, and a self-healing navigation system that adapts to changes in the environment, ensuring smooth navigation even during live events.
In which industries can EchoPath be applied?
EchoPath can be applied in various industries including AR wayfinding for airports and stadiums, VR training for adaptive obstacle courses, retail experience design for interactive layouts, wellness navigation for guided meditative paths, and robotics for real-time rerouting in complex environments.
Is EchoPath compatible with different devices?
Yes, EchoPath is designed to be device-agnostic, meaning it works seamlessly across various platforms including AR glasses, smartphones, and VR headsets. This flexibility allows developers to integrate EchoPath into diverse applications, enhancing user experiences across multiple devices.
How can developers integrate EchoPath into their projects?
Developers can easily integrate EchoPath into their projects using the modular SDK and Unity/OpenXR integration. This makes it accessible for creating innovative AR and VR applications, with ready-to-use demos available for quick implementation.