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This is a Near-Field Communications (NFC) chip. Very small. Very thin. NFC is a short-range wireless technology that enables data exchange between two devices within ~4 cm. The chip contains a small amount of memory, a radio antenna, and a controller. It can be operated in one of two modes.How you might want to put your new spy power to work...
1. Covert Information Drops
This is a Near-Field Communications (NFC) chip. Very small. Very thin. NFC is a short-range wireless technology that enables data exchange between two devices within ~4 cm. The chip contains a small amount of memory, a radio antenna, and a controller. It can be operated in one of two modes.
- Passive: No battery, powered by the electromagnetic field from the reader.
- Active: Has its own power source and can initiate communication.
1. Covert Information Drops
• Spy embeds NFC tag in a common object (book, card, clothing tag).
• The chip links to a hidden or encrypted file or payload.
• Handler taps the object with a phone to retrieve information without direct contact.
2. Target Tracking
• Spy plants an NFC tag on a person or vehicle.
• The chip contains a unique ID or triggers background logging when scanned by compromised devices.
• Useful in tight surveillance environments.
3. Access Credential Spoofing
• Clone an NFC badge or card to gain unauthorized access.
• With a reader and software, a spy can harvest data and replicate a target’s access card.
4. Payload Delivery
NFC chip programmed to:
• Open malicious URLs.
• Trigger phone actions (e.g., Bluetooth pairing, contact injection).
• Launch scripts on rooted devices or with social engineering.
• Planted in public items (posters, flyers, seats, hotel room items).
5. Dead Drops with Geofencing
• NFC chip triggers a secure drop message only when tapped in a specific location.
• Adds plausible deniability; nothing visible unless in context.
6. Asset Authentication & Deception
• Tag gear or documents with NFC chips claiming authenticity (e.g., fake origin metadata).
• Alternatively, verify real gear during handoff using known chip signatures.
7. Remote Trigger Mechanism
• NFC tag acts as a trigger for another device (e.g., when tapped, it signals a hidden recorder to start transmitting).
• The chip links to a hidden or encrypted file or payload.
• Handler taps the object with a phone to retrieve information without direct contact.
2. Target Tracking
• Spy plants an NFC tag on a person or vehicle.
• The chip contains a unique ID or triggers background logging when scanned by compromised devices.
• Useful in tight surveillance environments.
3. Access Credential Spoofing
• Clone an NFC badge or card to gain unauthorized access.
• With a reader and software, a spy can harvest data and replicate a target’s access card.
4. Payload Delivery
NFC chip programmed to:
• Open malicious URLs.
• Trigger phone actions (e.g., Bluetooth pairing, contact injection).
• Launch scripts on rooted devices or with social engineering.
• Planted in public items (posters, flyers, seats, hotel room items).
5. Dead Drops with Geofencing
• NFC chip triggers a secure drop message only when tapped in a specific location.
• Adds plausible deniability; nothing visible unless in context.
6. Asset Authentication & Deception
• Tag gear or documents with NFC chips claiming authenticity (e.g., fake origin metadata).
• Alternatively, verify real gear during handoff using known chip signatures.
7. Remote Trigger Mechanism
• NFC tag acts as a trigger for another device (e.g., when tapped, it signals a hidden recorder to start transmitting).
