removes the suggested link

Signed-off-by: ashutoshreddy <[email protected]>

content/en/blog/tracing-system-calls-using-ebpf-part-2/index.md

@@ -14,7 +14,7 @@ tags: ["eBPF", "Falco", "Syscalls", "Probes"]
 
 In [Tracing System Calls Using eBPF Part 1](https://falco.org/blog/tracing-syscalls-using-ebpf-part-1/), we lay the groundwork, introducing you to the fundamentals of `eBPF` and its predecessor, `BPF (Berkeley Packet Filter)`. We delve into the evolution of this technology, its safety, performance, and observability advantages over traditional kernel modules, and its pivotal role in securing modern cloud-native environments. We guide you through the intricate process of working with eBPF programs, from compilation to execution, highlighting its power in tracing system calls.
 
-In the second installment, `Tracing System Calls Using eBPF Part 2`, we elevate our understanding of eBPF's capabilities. We unravel the world of `Uprobes` and `Uretprobes`, demonstrating how these features empower developers to instrument and monitor user-space applications seamlessly. We then venture into `Kprobes` and `Kretprobes`, unlocking the potential to dynamically trace and debug kernel functions, offering insights into system behavior and performance analysis. While developing runtime threat detection softwares for workloads we engineers at [CloudDefense.AI](https://www.clouddefense.ai/) developed several kernel probes which are helping in enhancing detection of runtime security threats. 
+In the second installment, `Tracing System Calls Using eBPF Part 2`, we elevate our understanding of eBPF's capabilities. We unravel the world of `Uprobes` and `Uretprobes`, demonstrating how these features empower developers to instrument and monitor user-space applications seamlessly. We then venture into `Kprobes` and `Kretprobes`, unlocking the potential to dynamically trace and debug kernel functions, offering insights into system behavior and performance analysis.
 
 ## Uprobes