# Intellectual Property Government Open Data (IPGOD) 2021 IPGOD—Intellectual Property Government Open Data—is a publicly available data set that provides access to over 100 years of information from IP Australia on IP rights applications. By providing a ‘one-stop shop’ for administrative data, it allows you to research the classification of IP rights, linkages between Australian and international IP rights, and the history of IP transfers and exchanges across time. IPGOD covers each of the four types of IP rights administered by IP Australia (patents, trade marks, designs and plant breeder’s rights) and captures the application process and its results. This includes the type of IP right applied for, key dates and events, and the names of applicants, their agents and other associated parties. It also contains additional information, such as grouped/harmonised names for parties, and their Australian Business Numbers (ABNs) where available. IPGOD was first released in 2014 and is updated annually. You can choose to download a particular table for a particular right type below or you can download all of IPGOD2021 by downloading and extracting the zip file below.

Public data set for NASA Agency Intellectual Property (IP). The distribution contains both Patent information as well as General Release of Open Source Software.

Public data set for NASA Agency Intellectual Property (IP). The distribution contains both Patent information as well as General Release of Open Source Software.

자산실사를 위해 특허분석을 실시하여 보유한 IP자산에 대한 가치를 평가하고 수치화된 형태로 데이터를 도출하여 제공

This dataset details how the National Intellectual Property Rights Coordination Center (IPR Center) has led the government's response to combating global intellectual property theft and enforcing intellectual property rights violations. The IPR Center plays a significant role in policing the sale and distribution of counterfeit goods on websites, social media, and the dark web.

기술보증기금의 기술평가시 활용되는 정보제공사(IP) 데이터 정보 제공 (구분, 기술분야, 도메인명 , 도메인주소, 특징)

An system and method for handling broadcast network requests for auto-configuration and discovery of IP to MAC address mappings and gateway presence in wireless peer-to-peer ad-hoc routing networks. The significant portion of a node's IP address is calculated by applying a hashing function to the six-byte hardware (MAC) address. The significant portion is appended to routing advertisements, and thereby propagates passively to other network nodes. DHCP and ARP requests, as well as other broadcast type requests, are handled by the local network stack of a node, without requiring a broadcast transmission over the wireless channel.