Secure data
Zero networks
LiveDrop provides a secure, deterministic mechanism for transferring sensitive data between endpoints without reliance on conventional network infrastructure. It operates on a physical‑layer signaling mechanism that enables direct, short‑range data exchange between devices. The process is engineered to avoid all conventional wireless protocols and network stacks.
About our tech
The technology is designed for environments where confidentiality, integrity, and provenance of data must be guaranteed, and where exposure to wireless or IP‑based communication channels is unacceptable.
The LiveDrop platform implements a controlled, proximity‑based transfer method that isolates the data path from external networks. This approach aligns with zero‑trust security principles by eliminating implicit trust in transport layers, reducing the attack surface, and ensuring that data movement is both observable and verifiable.
Security and Architectural Implications
No routable network path exists during transfer.
No broadcast behavior or discoverability mechanisms are used.
Attack vectors such as MITM, spoofing, replay, and interception are structurally mitigated.
The transfer is deterministic and auditable, enabling strong assurance for regulated environments.
Operational Flow
Local encapsulation and encryption
The originating device encrypts the payload using modern, standards‑compliant cryptographic primitives. All cryptographic operations occur locally; no keys or metadata are exposed externally.
Proximity‑based physical‑layer transmission
The encrypted payload is transmitted using a patented signaling method that requires deliberate, close‑range device interaction. This removes dependencies on Wi‑Fi, Bluetooth, NFC, cellular networks, or cloud services.
Endpoint authentication and validation
The receiving device performs a secure handshake and validates the integrity of the payload before decryption. Only authorized endpoints can complete the exchange.
Local decryption and processing
Decryption occurs exclusively on the receiving device, ensuring that no intermediate systems can access or alter the data.