add new lightning

Author: akelity

public/images/profiles/stefano-morotti.webp

@@ -48,7 +48,10 @@
     "kostis-kapelonis",
     "stephane-montri",
     "chiara-corrado",
-    "riccardo-atzori"
+    "riccardo-atzori",
+    "stefano-morotti",
+    "francesco-canovai",
+    "marco-nenciarini"
   ],
   "coreTeam": [
     "michel-murabito",

src/config/editions/2026.json

@@ -0,0 +1,11 @@
+---
+id: "stefano-morotti"
+name: "Stefano Morotti"
+role: 'Senior Solutions Engineer "The Orobic Sentinel"'
+company: "SentinelOne"
+companyUrl: "https://www.sentinelone.com/"
+image: "/images/profiles/stefano-morotti.webp"
+linkedin: "https://www.linkedin.com/in/stefano-morotti-67b504a2/"
+---
+
+Stefano Morotti is a Senior Solutions Engineer at SentinelOne, focused on the Partner SE & Global SA – EMEA organization and based in Italy. He works with partners and end-customers to design and implement security architectures that protect endpoints, identities, and cloud-native workloads. Combining hands-on technical expertise with a strong enablement mindset, Stefano helps teams turn complex security requirements into practical, automatable controls, with a particular focus on AI-powered CNAPP and XDR.

src/config/profiles/stefano-morotti.md

@@ -0,0 +1,17 @@
+---
+id: from-visibility-to-runtime-securing-cloudnative-workloads-with-aipowered-cnapp
+title: 'From visibility to runtime: Securing Cloud‑Native Workloads with AI‑Powered CNAPP'
+type: talk
+speakerIds:
+  - stefano-morotti
+tags:
+  - ENG
+  - LIGHTNING
+  - SPONSORED
+level: Intermediate
+image: ''
+video: ''
+slide: ''
+---
+
+Cloud‑native teams are drowning in alerts while attackers move faster than ever across Kubernetes, containers, and multi‑cloud infrastructure. We’ll explore how SentinelOne Singularity Cloud Security, an AI‑powered Cloud‑Native Application Protection Platform (CNAPP), helps you focus on exploitable risk instead of noise. We’ll walk through how combining agentless cloud‑native security with real‑time workload protection secures Kubernetes clusters, containers, VMs, and serverless functions from visibility to runtime. You’ll see how an attacker‑style offensive security engine and graph‑based attack paths make it clear which misconfigurations and vulnerabilities are actually reachable, so you can prioritize the fixes that matter most.