Multiple Input Multiple Output (MIMO)

Is APNIC policy of Members Voting Rights doing the Justice with NIRs and Corresponding Countries

APNIC (the Asia Pacific Network Information Centre) is the regional Internet address registry (RIR) for the Asia-Pacific region, service 56 economies, including India, Bangladesh, China, Australia, Japan and others. APNIC is one of the world's five RIRs and is part of the Number Resource Organization (NRO). As of date, the following 7 NIRs (National Internet Registries) are registered with APNIC for serving the local community a b c -- NIR Serving Economy Member under each NIR d APJII (ID) Indonesia 2916 e CNNIC (CN) China 1399 IRINN (IN) India 3368 JPNIC (JP) Japan 474 KISA (KR) Korea Not Available TWNIC (TW) Taiwan 299 VNNIC (VN) Vietnam 624 APNIC Membership is classified into 7 tiers depending on the IP holding by each member. Each membership tier has voting rights. These voting rights play a crucial role in governance and policies matt

Identity PSK ( iPSK)

With the evolution of IoT (Internet of Things), devices that connect wirelessly have increased many folds. From webcams, Smartwatches, fitness bands, firestick, Alexa, Google Home, and many more.., everything is going wireless for connectivity and so does the security threat. The main concern with IoT devices is the unavailability of the full wireless protocol stack (and in the majority of devices, support of 802.1x is not available). So, previously we only have the WPA-PSK option for connecting the IoT devices. In WPA*-PSK (WPA or WPA2) WLAN, a Pre-Shared Key (PSK) is configured and distributed to all the clients that connect to the WLAN. This leads to PSK leakage, and it can be accessible to unauthorized users (due to the nature of common PSK across all the devices). Therefore, there was a need to provision unique PSK or Multiple PSK per SSID. Identity-PSKs are unique pre-shared keys created for clients/groups on the same WLAN. Features of iPSK:- 1.Unique PSK for individual Cli

Flaw in ServerKeyExchange messages of TLS Protocol

Here we will discuss the flaw in the ServerKeyExchange messages of the TLS protocol which caused the Logjam attack over TLS while using Diffie-Hellman Key Exchange. Before SSLv3, we don't use to authenticate the ServerKeyExchange messages where server negotiates with client regarding usage of cipersuite and parameters. From onwards SSLv3, TLS send the signed message where it mention about parameters it will use but remain silent over ciphersuite. Or in other words, signed portion contains parameters but not contain information about ciphersuite the server will going to use. Now just to remind you, the difference between DH and DH-EXPORT is the size of parameters only. So how to use this flaw - If the server supports DH-EXPORT, an attacker (Men-in-the-Middle) can edit the negotiation sent by the client (even if client doesn't support DH-EXPORT), and replace the list of client supported ciphersuite with DH-EXPORT only. The server will in turn send back a

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