Unlock your Tesla, safely.

Advanced Policy Engine

Define exactly when and where your phone should act as a key.

Time Windows

Only allow passive entry during specific hours of the day, restricting access overnight.

Trusted WiFi

Require your phone to be disconnected from your home WiFi network before the key becomes active.

Manual Overrides

Temporarily bypass all policies with a 15-minute emergency override via a quick tile setting.

Geofencing

Restrict key access to specific zones. Make sure your car cannot be unlocked while parked at home or at work unless you explicitly want to.

Last Parked Location

TeslaKee remembers where your car was last locked and only allows passive entry when your phone is within a configurable radius (25–1000 m) of that spot — automatically captured on every lock event.

BLE RSSI Floor

TeslaKee can require the vehicle's Bluetooth signal to be stronger than a configurable threshold (e.g. −80 dBm) before responding. A relay attacker has to either amplify the signal (suspicious) or work through a weak relayed link — both fail this check.

Step Count Gate

TeslaKee can require a minimum number of detected walking steps within the last few minutes. An attacker relaying BLE while your phone sits on the kitchen counter has not been walking — and can't fake step events on the phone.

Altitude Lock

When your vehicle is locked, TeslaKee remembers the barometric altitude. Passive entry is only allowed when the phone's current altitude is within a few metres of that baseline. Useful for catching relays staged on a different floor of a building.

Screen State

TeslaKee can require the device to have been unlocked recently — or to be unlocked right now. A phone sitting locked in a drawer or pocket can't pass this gate, defeating the classic relay scenario.

Allowed Cell Towers

Pin passive entry to a user-defined set of cellular cell IDs (e.g. the cells visible at home and work). Cell-tower spoofing from another physical location is much harder than GPS spoofing, and the check is entirely on-device.

Last-Lock Cell IDs

TeslaKee snapshots all visible cell towers at the moment the vehicle is locked. Passive entry then requires at least one of those cells to still be visible — strong proof that the phone is physically near where it was parked.

Auth Frequency Throttle

Cap the number of authentication responses TeslaKee sends per minute and per hour. A legitimate user triggers a handful of unlocks per hour; an automated relay loop would blow past this limit and get blocked at the rate limit, not at any policy rule.