Encapsulation, MitM attacks on Service Invocation, DoS attack mitigations, API Authentication and Pub/Sub scoping. Since Dapr is available as open source software, the adopted methodology was clearly a python-app (for testing), crypto implementations, secrets storage features, network filtering features, pub/sub mechanism implementations, authentication features and throttling. ◦ Sources ▪ Repository: • https://github PING +PONG CLIENT LIST $155 id=194029 addr=10.244.2.7:41477 fd=9 name= age=60 idle=0 flags=N db=0 sub=0 psub=0 multi=-1 qbuf=12 qbuf-free=32756 obl=0 oll=0 omem=0 events=r cmd=client In order to ensure

Register Actors Actors Inventory Service Checkout Console Admin Dashboard Actor Invocation Pub/Sub Service Invocation Service Invocation Retail PoS Application Built with Stateless and Stateful

a fuzzing suite for Dapr. At the time of this engagement, Dapr was doing no fuzzing for any of its sub projects, and the goal of this fuzzing audit was to build the fundamental infrastructure and improve At the time of the audits completion, all issues have been fixed. The fuzzers cover three of Daprs sub projects: 1) the Dapr Runtime, 2) Dapr kit and 3) Components-Contrib. Results summarised 39 fuzzers fuzzers added to Daprs OSS-Fuzz integration Fuzzing covers the Dapr Runtime, Kit and Components-Contrib sub projects. 3 issues were found. ● 1 index out of range ● 2 panics in Go standard library Table of

it is important that Dapr clearly communicates the security boundaries of the Components Contrib sub-project. We found the documentation to not communicate that sufficiently, and we found that several Metadata[respEndTimeKey] = endTime.Format(time.RFC3339Nano) resp.Metadata[respDurationKey] = endTime.Sub(startTime).String() return resp, nil } Recommendation We recommend one of the following: ● Properly