EchoPath XR

EchoPath XR • Motion first

Smooth motion.
Stable paths.
Smarter XR.

EchoPath XR builds layered spatial systems for XR — starting with EchoPath Smooth, a real-time motion layer that turns jittery path output into stable, comfort-first movement.

Motion smoothing Hybrid planner ready XR-first wedge Live demo available
Why EchoPath exists

Most planners reach the destination. EchoPath improves what happens between points.

In XR, motion quality is the experience. Sharp turns, jitter, and hard replans break immersion, comfort, and trust — even when paths are technically correct.

EchoPath Smooth sits on top of existing planning systems and converts their output into more stable, more natural movement that adapts continuously as the world changes.

Same start. Same goal. Same planner. Radically better motion.

First product

EchoPath Smooth

Real-time motion smoothing for XR. A comfort-first spatial motion layer that converts raw planner output into stable, bounded-jerk motion in real time.

  • Smooths harsh path updates
  • Reduces visible curvature and jerk
  • Improves motion feel in dynamic scenes
  • Supports AR/VR agents, guidance, and interactive experiences
Motion quality, quantified

Same input. Very different motion.

Traditional planners optimize for reachability. EchoPath optimizes for motion quality — smoothing harsh updates, reducing curvature and jerk, and preserving stable motion as scenes change.

EchoPath analytics proof image
Path Length
46.50 → 43.42
A representative live demo run shows improved route quality without sacrificing adaptation.
Average Curvature
30.5 → 3.4
Major curvature reduction helps motion feel smoother, calmer, and more natural.
Jerk Integral
69 → 1
A dramatic reduction in jerk means fewer abrupt changes and better comfort in XR.

Representative internal live demo result shown above. Exact values vary by scene configuration, obstacle layout, and motion settings.

Before vs EchoPath

Pathfinding gets you there. EchoPath changes how it feels.

EchoPath is not just about finding a route. It improves how motion is expressed once a route exists — turning jagged planner output into smoother, more stable spatial behavior.

That makes it ideal for AR creatures, VR agents, interactive guidance, and any XR experience where motion quality matters as much as destination accuracy.

EchoPath comparison image
Layered platform direction

A layered spatial stack for XR

EchoPath XR is not just a pathing company. We’re building layered spatial systems for XR — starting with motion smoothing, expanding into adaptive pathing, and evolving toward smarter spatial behavior.

Now

EchoPath Smooth

Real-time motion smoothing for XR. Turns raw planner output into smoother, more stable movement.

Next

EchoPath Pathing

Adaptive pathing and hybrid planner support for XR. Improves local routing and planner output quality in dynamic scenes.

Future

EchoPath Cognition

Smarter spatial behavior for more adaptive agents, interactions, and layered XR systems.

Hybrid planner angle

Keep your planner. Upgrade the motion.

EchoPath works as a hybrid spatial layer: your existing planner handles global structure, while EchoPath improves local motion quality and adaptation.

  • Fits alongside existing planning logic
  • Improves local motion expression
  • Supports dynamic scenes and changing layouts
  • Lets teams improve feel without rewriting everything
Built for

The next generation of XR experiences

  • AR creatures and NPC locomotion
  • VR agents and motion polish
  • Venue and live event experiences
  • Training and simulation
  • Procedural and reactive spatial worlds
Build with EchoPath XR

Explore the demo. Ask about pilots. See where the stack goes next.

We’re starting with motion smoothing because it’s the fastest way to improve how XR feels — and building upward from there.

echopathxr.com • Motion first. Pathing second. Smarter spatial behavior next.
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