Welkom in Computer Club, een podcast door Frederik 'Freddy' De Bosschere & Thomas 'Smollie' Smolders. Met dank aan Sebastiaan Van den Branden & Toon De Pauw voor de technische hulp. Wekelijks bespreken we de actualiteit op vlak van technologie en gaan we op zoek naar interessante feiten en innovaties. Af en toe nodigen we zelfs een gast uit. Er zij…

Jeden Tag hinterlassen wir unbewusst Unmengen an Datenspuren. Diese Daten werden laufend durch unterschiedliche Parteien gesammelt, ausgewertet und analysiert. Dies häufig, ohne unser Wissen. Von vielen solcher Auswertungen profitieren wir direkt oder indirekt. Zugleich schlummert in solchen Datenpraktiken aber auch das Potenzial, Menschen oder Ges…

Jeden Tag hinterlassen wir unbewusst Unmengen an Datenspuren. Diese Daten werden laufend durch unterschiedliche Parteien gesammelt, ausgewertet und analysiert. Dies häufig, ohne unser Wissen. Von vielen solcher Auswertungen profitieren wir direkt oder indirekt. Zugleich schlummert in solchen Datenpraktiken aber auch das Potenzial, Menschen oder Ges…

Jeden Tag hinterlassen wir unbewusst Unmengen an Datenspuren. Diese Daten werden laufend durch unterschiedliche Parteien gesammelt, ausgewertet und analysiert. Dies häufig, ohne unser Wissen. Von vielen solcher Auswertungen profitieren wir direkt oder indirekt. Zugleich schlummert in solchen Datenpraktiken aber auch das Potenzial, Menschen oder Ges…

Jeden Tag hinterlassen wir unbewusst Unmengen an Datenspuren. Diese Daten werden laufend durch unterschiedliche Parteien gesammelt, ausgewertet und analysiert. Dies häufig, ohne unser Wissen. Von vielen solcher Auswertungen profitieren wir direkt oder indirekt. Zugleich schlummert in solchen Datenpraktiken aber auch das Potenzial, Menschen oder Ges…

Goed begonnen is half gewonnen, en dat geldt ook zo in het leven. Maar wat als je halverwege het leven besluit dat het vervolg niet per se hoeft? Als je gewoon voor eeuwig in die midlifecrisis wil blijven hangen? Je zou een rode sportwagen kunnen kopen waar je nooit mee zal rijden, bijvoorbeeld, of een yacht waar je zelden mee gaat varen. Je hebt h…

Thank you for joining us for DENOG16, join us for a quick review and some announcements before heading home!Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/P8QBJW/Por Tim Kleefass, Moritz Frenzel, Patrick Bussmann

Thank you for joining us for DENOG16, join us for a quick review and some announcements before heading home!Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/P8QBJW/Por Tim Kleefass, Moritz Frenzel, Patrick Bussmann

Thank you for joining us for DENOG16, join us for a quick review and some announcements before heading home!Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/P8QBJW/Por Tim Kleefass, Moritz Frenzel, Patrick Bussmann

Thank you for joining us for DENOG16, join us for a quick review and some announcements before heading home!Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/P8QBJW/Por Tim Kleefass, Moritz Frenzel, Patrick Bussmann

This talk will give an overview of DTs DNS platform and the challenges arising from carrier scale DNS deployments. It will cover the architecture and new requirements as well as scalability and the implementation status and impact of encrypted DNS (e.g., DoH/DoT and DNS discovery). The presentation will also address shortcomings of the new discover…

This talk will give an overview of DTs DNS platform and the challenges arising from carrier scale DNS deployments. It will cover the architecture and new requirements as well as scalability and the implementation status and impact of encrypted DNS (e.g., DoH/DoT and DNS discovery). The presentation will also address shortcomings of the new discover…

This talk will give an overview of DTs DNS platform and the challenges arising from carrier scale DNS deployments. It will cover the architecture and new requirements as well as scalability and the implementation status and impact of encrypted DNS (e.g., DoH/DoT and DNS discovery). The presentation will also address shortcomings of the new discover…

This talk will give an overview of DTs DNS platform and the challenges arising from carrier scale DNS deployments. It will cover the architecture and new requirements as well as scalability and the implementation status and impact of encrypted DNS (e.g., DoH/DoT and DNS discovery). The presentation will also address shortcomings of the new discover…

News from IXPs in GermanyAs introduced 2021 we collect some parameters from all IXPs, which are active in Germany. This talk aggregates the Updates for all the IXPs in a common format and will be presented in a neutral way.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y9RMD…

News from IXPs in GermanyAs introduced 2021 we collect some parameters from all IXPs, which are active in Germany. This talk aggregates the Updates for all the IXPs in a common format and will be presented in a neutral way.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y9RMD…

News from IXPs in GermanyAs introduced 2021 we collect some parameters from all IXPs, which are active in Germany. This talk aggregates the Updates for all the IXPs in a common format and will be presented in a neutral way.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y9RMD…

News from IXPs in GermanyAs introduced 2021 we collect some parameters from all IXPs, which are active in Germany. This talk aggregates the Updates for all the IXPs in a common format and will be presented in a neutral way.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y9RMD…

In this talk, we explore the changes needed to convert a set of fully open source amd64 based VPP routers running in AS8298 to be able to use exactly one IPv4 and IPv6 address in an OSPFv3 and iBGP configuration. The use of /30 or /31 IPv4 transit networks between routers is a thing of the past, paving the way to conserve IPv4 addresses!The talk di…

In this talk, we explore the changes needed to convert a set of fully open source amd64 based VPP routers running in AS8298 to be able to use exactly one IPv4 and IPv6 address in an OSPFv3 and iBGP configuration. The use of /30 or /31 IPv4 transit networks between routers is a thing of the past, paving the way to conserve IPv4 addresses!The talk di…

In this talk, we explore the changes needed to convert a set of fully open source amd64 based VPP routers running in AS8298 to be able to use exactly one IPv4 and IPv6 address in an OSPFv3 and iBGP configuration. The use of /30 or /31 IPv4 transit networks between routers is a thing of the past, paving the way to conserve IPv4 addresses!The talk di…

In this talk, we explore the changes needed to convert a set of fully open source amd64 based VPP routers running in AS8298 to be able to use exactly one IPv4 and IPv6 address in an OSPFv3 and iBGP configuration. The use of /30 or /31 IPv4 transit networks between routers is a thing of the past, paving the way to conserve IPv4 addresses!The talk di…

Metro networks are arguably one of the more challenging areas in carrier network engineering: Feature creep, space constraints, harsh physical environments and the requirement to deliver all services everywhere, for cheap.At Wobcom AS9136 we _just_ wanted to modernize the transport network. Two years later we ended up redesigning just about everyth…

Metro networks are arguably one of the more challenging areas in carrier network engineering: Feature creep, space constraints, harsh physical environments and the requirement to deliver all services everywhere, for cheap.At Wobcom AS9136 we _just_ wanted to modernize the transport network. Two years later we ended up redesigning just about everyth…

Metro networks are arguably one of the more challenging areas in carrier network engineering: Feature creep, space constraints, harsh physical environments and the requirement to deliver all services everywhere, for cheap.At Wobcom AS9136 we _just_ wanted to modernize the transport network. Two years later we ended up redesigning just about everyth…

Metro networks are arguably one of the more challenging areas in carrier network engineering: Feature creep, space constraints, harsh physical environments and the requirement to deliver all services everywhere, for cheap.At Wobcom AS9136 we _just_ wanted to modernize the transport network. Two years later we ended up redesigning just about everyth…

We had to move a couple of hundred machines from a big Layer 2 broadcast domain into a fully routed network. We also increased the bandwidth available for each server by mounting a new NIC into each server, To avoid synchronisation with service owners, we did not renumber hosts. In addition, there is connectivity to the large Layer 2 domain that is…

We had to move a couple of hundred machines from a big Layer 2 broadcast domain into a fully routed network. We also increased the bandwidth available for each server by mounting a new NIC into each server, To avoid synchronisation with service owners, we did not renumber hosts. In addition, there is connectivity to the large Layer 2 domain that is…

We had to move a couple of hundred machines from a big Layer 2 broadcast domain into a fully routed network. We also increased the bandwidth available for each server by mounting a new NIC into each server, To avoid synchronisation with service owners, we did not renumber hosts. In addition, there is connectivity to the large Layer 2 domain that is…

We had to move a couple of hundred machines from a big Layer 2 broadcast domain into a fully routed network. We also increased the bandwidth available for each server by mounting a new NIC into each server, To avoid synchronisation with service owners, we did not renumber hosts. In addition, there is connectivity to the large Layer 2 domain that is…

The Domain Name System (DNS) is a critical component of the Internet infrastructure, responsible for translating human-readable domain names into machine-readable IP addresses. However, theincreasing centralization of DNS traffic through large content-delivery hyper-giants (such as Google), coupled with the fact that the majority of DNS communicati…

The Domain Name System (DNS) is a critical component of the Internet infrastructure, responsible for translating human-readable domain names into machine-readable IP addresses. However, theincreasing centralization of DNS traffic through large content-delivery hyper-giants (such as Google), coupled with the fact that the majority of DNS communicati…

The Domain Name System (DNS) is a critical component of the Internet infrastructure, responsible for translating human-readable domain names into machine-readable IP addresses. However, theincreasing centralization of DNS traffic through large content-delivery hyper-giants (such as Google), coupled with the fact that the majority of DNS communicati…

The Domain Name System (DNS) is a critical component of the Internet infrastructure, responsible for translating human-readable domain names into machine-readable IP addresses. However, theincreasing centralization of DNS traffic through large content-delivery hyper-giants (such as Google), coupled with the fact that the majority of DNS communicati…

DDoS attacks and attackers are out there today, and likely won't go away anymore. This talk will outline some current available technologies and developments in the area of DDoS countermeasures, which are designed to make DDoS detection faster, provide better information and decision criteria on what is currently going on in a network, and what is …

DDoS attacks and attackers are out there today, and likely won't go away anymore. This talk will outline some current available technologies and developments in the area of DDoS countermeasures, which are designed to make DDoS detection faster, provide better information and decision criteria on what is currently going on in a network, and what is …

DDoS attacks and attackers are out there today, and likely won't go away anymore. This talk will outline some current available technologies and developments in the area of DDoS countermeasures, which are designed to make DDoS detection faster, provide better information and decision criteria on what is currently going on in a network, and what is …

DDoS attacks and attackers are out there today, and likely won't go away anymore. This talk will outline some current available technologies and developments in the area of DDoS countermeasures, which are designed to make DDoS detection faster, provide better information and decision criteria on what is currently going on in a network, and what is …

As communication speeds increase, a new problem of communication errors caused by "return loss" has become apparent in optical connector connections.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/LYC7PW/Por Takaya Nakagawa

As communication speeds increase, a new problem of communication errors caused by "return loss" has become apparent in optical connector connections.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/LYC7PW/Por Takaya Nakagawa

As communication speeds increase, a new problem of communication errors caused by "return loss" has become apparent in optical connector connections.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/LYC7PW/Por Takaya Nakagawa

As communication speeds increase, a new problem of communication errors caused by "return loss" has become apparent in optical connector connections.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/LYC7PW/Por Takaya Nakagawa

Everything uses IP nowadays but some stuff is special: Telephony. The connection between customers and their provider is well known but the interconnections of providers themselves are something different. This talk covers the German market, other countries work totally different (some examples might be given).Licensed to the public under http://cr…

Everything uses IP nowadays but some stuff is special: Telephony. The connection between customers and their provider is well known but the interconnections of providers themselves are something different. This talk covers the German market, other countries work totally different (some examples might be given).Licensed to the public under http://cr…

Everything uses IP nowadays but some stuff is special: Telephony. The connection between customers and their provider is well known but the interconnections of providers themselves are something different. This talk covers the German market, other countries work totally different (some examples might be given).Licensed to the public under http://cr…

Everything uses IP nowadays but some stuff is special: Telephony. The connection between customers and their provider is well known but the interconnections of providers themselves are something different. This talk covers the German market, other countries work totally different (some examples might be given).Licensed to the public under http://cr…

Following up on last year's introductory talk about NIS2 and the cybersecurity regulations, we'll look at the technical and methodological requirements specifically for digital service providers.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y88EBE/…

Following up on last year's introductory talk about NIS2 and the cybersecurity regulations, we'll look at the technical and methodological requirements specifically for digital service providers.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y88EBE/…

Following up on last year's introductory talk about NIS2 and the cybersecurity regulations, we'll look at the technical and methodological requirements specifically for digital service providers.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y88EBE/…

Following up on last year's introductory talk about NIS2 and the cybersecurity regulations, we'll look at the technical and methodological requirements specifically for digital service providers.Licensed to the public under http://creativecommons.org/licenses/by/4.0about this event: https://pretalx.com/denog16/talk/Y88EBE/…