Rehzon Grid
Building battery-free verification infrastructure for regulated cold-chain logistics.
Designed to detect temperature excursions and tampering before custody transfer.
No batteries. No charging. No device recovery.
The Problem
Cold-chain goods move through multiple facilities before reaching end users.
Exposure events and tampering may not be detected until after arrival.
Battery-based data loggers introduce retrieval, maintenance, and cost constraints that limit large-scale deployment.
The Approach
Rehzon Grid is developing battery-free sensing elements embedded into pallet wrap and packaging layers.
At facility transfer points, a wireless scan would interrogate the shipment to determine exposure state.
The objective:
- Provide checkpoint-based verification
- Reduce reliance on battery loggers
- Enable scalable facility coverage
Who This Is For
Rehzon Grid is designed for regulated logistics environments where shipment integrity, environmental exposure, and custody verification must be validated across complex supply chains.
Industries
- Pharmaceutical manufacturers
- 3PL logistics operators
- Cold storage facilities
- Large distributors
- Defense logistics commands
- Military medical supply chains
- Ammunition and weapons depots
- Secure electronics and satellite component logistics
Decision Makers
- Quality assurance
- Regulatory compliance
- Supply chain operations
- Defense logistics officers
- Program managers for mission-critical systems
- Procurement and sustainment teams
Why Battery-Free
Battery-based systems create ongoing operational overhead that limits broad deployment in high-throughput logistics environments.
Battery-Based Limitations
- Require retrieval
- Fail over time
- Add maintenance overhead
Battery-Free Advantages
- Reduce hardware servicing
- Lower lifecycle cost
- Enable broader facility coverage
Pilot Invitation
Rehzon Grid is preparing controlled validation pilots with regulated logistics partners.
Pilot objectives include:
- Detection sensitivity
- Scan reliability
- Operational friction
- Compliance workflow integration
Pilot Evaluation Metrics
The pilot is intended to measure:
- Detection accuracy under defined exposure conditions
- Scan reliability at custody transfer points
- False positive and false negative rates
- Time required for checkpoint verification
- Integration into existing compliance workflows
Current Status
Early-stage infrastructure development. Seeking pilot partners for controlled validation.