Keeping our control plane alive when the data plane is on fire (part 2)
keeping our control plane alive when the data plane is on fire sounds like a narrow topic. It turns out to touch almost every part of how an edge network behaves under…
keeping our control plane alive when the data plane is on fire sounds like a narrow topic. It turns out to touch almost every part of how an edge network behaves under…
CLDAP reflection against a education platform platform in Latin America, peaking at 37.7 Gbps. Mitigated in 0.195 seconds.
cache-busting query flood against a gaming community platform in Iberia, peaking at 851.2 million requests per second. Mitigated in 0.509 seconds.
Rolled out to all points of presence on 28 August 2022. No action is required. Managed WAF: 13 new signatures […]
CLDAP reflection against a news publisher platform in the Benelux, peaking at 141.8 Gbps. Mitigated in 0.392 seconds.
TLS handshake exhaustion against a municipal services platform in North America, peaking at 439.4 million requests per second. Mitigated in 0.529 seconds.
memcached amplification against a retail banking platform in Iberia, peaking at 43.8 Gbps. Mitigated in 0.529 seconds.
CLDAP reflection against a video streaming platform in the Nordics, peaking at 124.8 Gbps. Mitigated in 0.682 seconds.
WebSocket connection flood against a healthcare portal platform in the UK, peaking at 467.7 million requests per second. Mitigated in 0.913 seconds.
HTTP/2 rapid reset against a sports betting platform in the Middle East, peaking at 464.1 million requests per second. Mitigated in 0.529 seconds.
Over the last few months we have spent a lot of time on hacktivist floods around elections: a field guide. This is what we learned.What we got wrongOur first version challenged too…
Over the last few months we have spent a lot of time on how we deploy rule changes to every edge in under 30 seconds. This is what we learned.Observability firstEvery mitigation…