VPS for Ray-Ban Meta AI Glasses
Bringing visual positioning to consumer smart glasses - extreme power constraints and new use cases.
Ray-Ban Meta AI glasses are launching with Meta AI built in. We're preparing VPS integration for the next generation.
Glasses vs Headset Constraints
| Constraint | Quest 3 | Ray-Ban Meta |
|---|---|---|
| Weight | 500g | 40g |
| Battery | 3-4 hrs | 4+ hrs always-on |
| Compute | High-end mobile | Ultra-low power |
| Cameras | Multi-camera rig | Small forward camera |
| Use case | Sessions | Always-on |
Orders of magnitude harder.
Glasses VPS Architecture
Can't run Quest VPS architecture on glasses. Complete rethink:
Sparse queries: Once per minute, not continuous Cloud-heavy: Minimal on-device processing Semantic focus: "Where am I?" not "Exactly where am I?" Multi-modal: GPS + WiFi + visual combined
Different product, different architecture.
Privacy Amplified
Glasses worn in public continuously raise privacy stakes:
- Bystanders don't know when cameras active
- Social norms around glasses different than headsets
- Always-on means more potential capture
Even more stringent privacy requirements:
- Extremely limited data retention
- Clear indicators during any capture
- Location only when user explicitly requests
Use Cases
Different from Quest:
- Contextual AI: "What building is this?" → VPS identifies location → AI provides info
- Navigation: Step-by-step walking directions with audio
- Memory: "Remember I parked here" with visual confirmation
- Social: Share location with context ("I'm at this café")
Less about AR overlay, more about AI context.
Technical Approach
Ultra-efficient features: New network architecture targeting 5mW inference Compressed queries: Send minimal data for cloud matching Predictive localization: Guess location before query completes Graceful degradation: GPS fallback is acceptable
Timeline
Ray-Ban Meta launching 2023 without VPS. Next generation (2024+) targeted for VPS integration.
Using this generation to:
- Understand real sensor characteristics
- Collect training data (consented)
- Refine ultra-low-power algorithms
- Build glasses-specific maps
Preparing for the future where glasses have spatial awareness.