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  • Route RPKI validation April 1st, 2022
    RPKI is a security framework by which network owners can validate and secure the critical route updates or Border Gateway Protocol (BGP) announcements between public Internet networks. BGP is essentially the central nervous system of the Internet and one of its fundamental building blocks. The main function of BGP is to facilitate efficient routing between Autonomous Systems (AS), by building and maintaining the Internet routing table. The Internet routing table is effectively the navigation system of the Internet and without it, traffic would be unable to flow between its constituent networks. Unfortunately, routing equipment alone cannot distinguish between legitimate and malicious routing announcements,...
  • RIPE – Atlas Anchor February 17th, 2022
    We have become an even more integral part of the RIPE Atlas project by hosting an anchor, a device that allows for latency analysis of traffic between autonomous systems.https://atlas.ripe.net/probes/7073/RIPE Atlas anchors play an integral role in the RIPE Atlas network by acting both as enhanced RIPE Atlas probes with more measurement capacity, as well as regional measurement targets within the greater RIPE Atlas network. Anchors are able to perform many more measurements than a regular RIPE Atlas probe, and the large amount of data they collect is made available to everyone. In addition, anchors act as powerful targets that can...
  • MANRS June 20th, 2020
    GOLINE firmly believes in initiatives to protect networks, improve security and resilience of the global routing system. Therefore we decided to support the MANRS project and join as participants.Mutually Agreed Norms for Routing Security (MANRS) is a global initiative, supported by the Internet Society, that provides crucial fixes to reduce the most common routing threats. MANRS offers specific actions via four programs for Network Operators, Internet Exchange Points, CDN and Cloud Providers, and Equipment Vendors. Requirements for Participation Please read the full MANRS Actions document before applying. You can become a participant if you meet these requirements: You (or your company) support...

Tesla car – Unable to pair RF remote control with HomeLink – Impossibile accoppiare radiocomando con HomeLink

Gianni Ricca Hardware 20 January 2023

Issue
You have just bought and installed the HomeLink kit in your Tesla but you cannot pair it with the RF remote radio control or with the door opener RF control system.

Solution
Many modern RF remote radio control works at 128 bit, while the HomeLink works at 64 bit.
Ask the company who sold you the door opener kit how to reprogram the RF remote radio control to 64 bit and then redo the successful pairing with the HomeLink.

Problema
Hai appena comprato ed installato il kit HomeLink nella tua Tesla ma non riesci ad accoppiarlo con il tuo radiocomando o con la scheda radio nella centralina del tuo automatismo per l'apertura del cancello.

Soluzione
Molti radiocomandi moderni lavorano a 128 bit, mentre l'HomeLink lavora a 64 bit.
Chiedete all'azienda che vi ha venduto l'automatismo per l'apertura del cancello come riprogrammare i radiocomandi a 64 bit e poi rieseguite con successo l'accoppiamento con HomeLink.

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