DPP

E131503

DPP (Device Provisioning Protocol) is a Wi‑Fi Alliance standard that simplifies and secures the process of adding new devices to a Wi‑Fi network without requiring traditional passwords.

All labels observed (1)

Label Occurrences
DPP canonical 2

How this entity was disambiguated

Statements (49)

Predicate Object
instanceOf Wi‑Fi Alliance standard ⓘ
Wi‑Fi provisioning protocol ⓘ
abbreviationFor Device Provisioning Protocol ⓘ
advantageOverPasswords no need to share Wi‑Fi passphrase ⓘ
resistance to credential guessing attacks ⓘ
alsoKnownAs Wi‑Fi Easy Connect ⓘ
bootstrappingMethod NFC tag ⓘ
QR code scan ⓘ
pre‑configured public key ⓘ
componentOf Wi‑Fi Easy Connect certification program ⓘ
definesRole configurator ⓘ
enrollee ⓘ
network ⓘ
domain Wi‑Fi networking ⓘ
wireless security ⓘ
feature mutual authentication between device and configurator ⓘ
network credential provisioning ⓘ
protection against offline dictionary attacks ⓘ
role separation between configurator and enrollee ⓘ
support for both personal and enterprise Wi‑Fi networks ⓘ
support for headless IoT devices ⓘ
support for multiple configurators ⓘ
fullName Device Provisioning Protocol ⓘ
improvesUpon Wi‑Fi Protected Setup security ⓘ
Wi‑Fi onboarding usability ⓘ
introducedBy Wi‑Fi Alliance Wi‑Fi Easy Connect program ⓘ
primaryPurpose securely add new devices to Wi‑Fi networks ⓘ
simplify Wi‑Fi device onboarding ⓘ
relatedStandard IEEE 802.11 ⓘ
WPA3 ⓘ
replaces Wi‑Fi Protected Setup ⓘ
securityGoal confidentiality of network credentials ⓘ
device authentication ⓘ
integrity of provisioning messages ⓘ
standardizedBy Wi‑Fi Alliance ⓘ
supports bootstrapping of Wi‑Fi devices ⓘ
out‑of‑band device provisioning ⓘ
passwordless device onboarding ⓘ
public key–based authentication ⓘ
typicalUseCase onboarding enterprise client devices ⓘ
onboarding smart home devices ⓘ
usedIn IoT devices ⓘ
consumer Wi‑Fi devices ⓘ
enterprise Wi‑Fi deployments ⓘ
uses Bluetooth bootstrapping ⓘ
NFC bootstrapping ⓘ
QR code bootstrapping ⓘ
elliptic curve cryptography ⓘ
public key cryptography ⓘ

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.