ghleopeawr

ghleoppppeawr is a focused field toolkit for working with NFC and nearby Bluetooth signals on iPhone and iPad.

Built entirely around Apple’s on-device frameworks, the app enables structured capture, inspection, and logging of real-world interactions — without relying on external hardware or background scanning.

Core Capabilities

NFC Workflows
Read and write NDEF-compatible NFC tags using Apple-supported formats.
Inspect payloads, validate structure, and log interactions for later review.

Bluetooth Discovery
Scan for nearby Bluetooth Low Energy devices and observe signal presence and basic metadata exposed by the system.

Capture & Evidence Logging
Store captured interactions locally on-device.
Organize records with timestamps, context, and notes for later export.

Playbooks
Follow repeatable, step-by-step workflows for field tasks.
Ensure consistency across capture, inspection, and documentation.

Locker
A secure, device-local storage area for saved records and sessions.
No external sync required.

Exports & Reports
Generate structured outputs from captured sessions for sharing or archiving.

Designed for Real-World Use

ghleoppppeawr is built for clarity in the field:

Works within Apple’s hardware and privacy boundaries
No background scanning beyond system capabilities
No unsupported NFC modes or hardware emulation
No access to restricted or low-frequency RFID systems

Every interaction is user-initiated, visible, and controlled.

Privacy First
All data is stored locally on your device
No tracking or external data collection
No account required
Who It’s For
Developers working with NFC and BLE
Field operators documenting physical interactions
Teams running structured inspection workflows
Anyone needing a clear, reliable signal capture tool
Important Notes

ghleoppppeawr operates strictly within Apple’s supported frameworks, including Core NFC and Core Bluetooth.

The app does not support:

Card emulation
Unauthorized access workflows
Signal interception or amplification
Non-standard or restricted hardware interactions