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Sysdig Blog

Masterclass: AI is more than ChatGPT and LLMs CVE-2026-39987 update: How attackers weaponized marimo to deploy a blockchain botnet via HuggingFace 5 steps to securing AI workloads Marimo OSS Python Notebook RCE: From Disclosure to Exploitation in Under 10 Hours Security briefing: March 2026 The Sysdig MCP server is now available in AWS Marketplace Risk isn’t reduced until you take action: How teams resolve issues in the cloud AI infrastructure security: Why it deserves its own category Three pillars for building effective runtime-powered cloud defense, the right way Closing the cloud security gap with runtime security Seeing risk isn’t stopping it: Why visibility alone isn’t enough TeamPCP expands: Supply chain compromise spreads from Trivy to Checkmarx GitHub Actions AI coding agents are running on your machines — Do you know what they're doing? Runtime security for AI coding agents: Protecting AI-assisted development How runtime insights power every cloud security use case CVE-2026-33017: How attackers compromised Langflow AI pipelines in 20 hours Inline Cloud Response: Accelerating AWS threat containment for SOC teams Runtime malware detection for AWS Fargate Detecting CVE-2026-3288 & CVE-2026-24512: Ingress-nginx configuration injection vulnerabilities for Kubernetes Malware detection with Sysdig Security briefing: February 2026 Leveling up Kubernetes Posture: From baselines to risk-aware admission Eliminating runtime blind spots: How CleanStart and Sysdig build continuous trust across the container lifecycle LLMjacking: From Emerging Threat to Black Market Reality Real risks live at runtime: Why CISOs must care about deep telemetry in 2026 Sysdig named a Leader in the Forrester Wave™: Cloud Native Application Protection Solutions, Q1 2026 How to run rootless containers AI-assisted cloud intrusion achieves admin access in 8 minutes Security briefing: January 2026 Securing GPU-accelerated AI workloads in Oracle Kubernetes Engine Bringing OSS runtime security to AWS: Falco integration with AWS Security Hub CSPM Our customers have spoken: Sysdig rated a Strong Performer in Gartner® Voice of the Customer for Cloud-Native Application Protection Platforms Protecting sensitive business data in preparation for the organization's Gen AI VoidLink threat analysis: Sysdig discovers C2-compiled kernel rootkits AI is still a workload: A practical guide to securing AI workloads How threat actors are using self-hosted GitHub Actions runners as backdoors How Sysdig Sage delivers AI-powered, real-world vulnerability management Security briefing: December 2025 Top 10 ways to get breached in 2026 EtherRAT dissected: How a React2Shell implant delivers 5 payloads through blockchain C2 Introducing runtime file integrity monitoring and response with Sysdig FIM How to detect multi-stage attacks with runtime behavioral analytics EtherRAT: DPRK uses novel Ethereum implant in React2Shell attacks Detecting React2Shell: The maximum-severity RCE vulnerability affecting React Server Components and Next.js The rise of AI agents: How autonomous AI Is transforming cloud security Kubernetes 1.35 - New security features The Urgency of Securing AI Workloads for CISOs Security briefing: November 2025 Quantum and the cloud: Science fiction turned security strategy Cloud security, the right way: What the industry should demand (and why "good enough" isn't) Return of the Shai-Hulud worm affects over 25,000 GitHub repositories Detecting CVE-2024-1086: The decade-old Linux kernel vulnerability that’s being actively exploited in ransomware campaigns What’s old is new again: How to demystify AI security with AIBOMs Securing Kubernetes with agentic cloud security How agentic cloud security reduces real risks Hunting reverse shells: How the Sysdig Threat Research Team builds smarter detection rules Shifting left with AI and MCP: Sysdig + Amazon Q Developer How Falco and Stratoshark close the gap between open source runtime detection and deep forensic analysis Investigating security issues with ChatGPT and the GitHub MCP server New runc vulnerabilities allow container escape: CVE-2025-31133, CVE-2025-52565, CVE-2025-52881 Harden your LLM security with OWASP Security briefing: October 2025 How agentic AI is changing cloud security Kubernetes Incident Response: Detect, investigate, and contain in under 10 minutes Sysdig recognized as a Cloud Security Leader in Latio Tech Cloud Security Market Report AI echolocation of cloud risks using Sysdig & Snyk MCP servers Sysdig MCP Server: Bridging AI and cloud security insights Understanding CVE-2025-49844: “RediShell” Critical Remote Code Execution in Redis How Sysdig secures your containers and Kubernetes Sysdig Security Briefing: September 2025 Cloud security, the right way: The 3 pillars of real-time defense Open source spotlight: Bringing web application security to Falco with Falcoya's Nginx plugin Malicious NPM packages: Are you exposed? 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Sysdig Inspect: Cloud-native forensics for runtime threat investigation
Blair Howard · 2025-11-27 · via Sysdig Blog

Why forensics breaks down in the cloud

When a security incident occurs, alerts provide critical context, but they are only the starting point for understanding what actually happened. Security teams still need to determine how an activity began, how it progressed, and what was ultimately impacted.

In traditional environments, that process was more forgiving. Systems were long-lived, and evidence persisted long enough to investigate after the fact. Teams could rely on logs and system state to reconstruct events with reasonable confidence.

That model does not hold in cloud-native environments. Containers are ephemeral, workloads are constantly changing, and infrastructure is abstracted away. If the relevant activity is not captured while it is happening, it may no longer exist by the time an investigation begins. When that happens, even well-instrumented detections can leave gaps in the full sequence of events.

This is where many teams run into challenges. Detection is fast and increasingly rich in context, but fully reconstructing what happened at the system level can still take time, especially in dynamic environments.

Extending detection with runtime forensics

Effective cloud forensics requires visibility into what is happening while workloads are running, not just after they are gone. Sysdig Secure delivers this by combining detection, context, response, and forensic visibility into a single platform.

Capture Overview

Sysdig Inspect is a feature within Sysdig Secure that enables deeper forensic analysis of runtime activity. Sysdig captures system-level activity during execution, and Inspect allows analysts to explore that data directly within the same interface.

Syscall Analysis

Instead of continuously collecting and sifting through overwhelming volumes of data, Sysdig Inspect and captures allow teams to zoom in at the moment a specific detection occurs. Analysts can then drill into different data types in isolation, examining processes, connections, and files before going deeper into system calls. This structured approach reduces noise, eliminates the need to sift through unrelated activity, and ensures investigations stay focused. The result is visibility that is both precise and actionable.

All this builds on the context already available in Sysdig Secure. Alerts provide the context to understand why a detection occurred, and Sysdig Inspect provides the evidence within the same platform to validate exactly how it happened.

Reconstructing the full sequence of events

One of the most time-intensive parts of incident response is turning an alert into a clear, defensible timeline.

Alerts in Sysdig Secure provide rich context around detections, including the triggering behavior, affected resources, and associated activity. But in complex scenarios, investigators often need to go deeper to understand how the activity originated and how it evolved over time.

Since Sysdig Inspect is built directly into Sysdig Secure, analysts can reconstruct that sequence using captured runtime data without leaving the investigation workflow. Because captures are scoped to the investigation, teams benefit from data collected only when needed, rather than managing constant high-volume telemetry.

Analysts can follow process execution, examine parent-child relationships, and trace activity step by step, with full visibility into process lineage, file access, network activity, and system-level behavior.

With Sysdig Inspect and captures, instead of continuously collecting and sifting through overwhelming volumes of data, teams can zoom in at the moment a specific detection occurs without being flooded with constant noise or having to sort through unrelated activity to find what matters. This approach ensures visibility is both precise and actionable.

In this way, Sysdig allows teams to move beyond high-level context and work directly from recorded evidence when needed.

Forensics across modern cloud environments

Cloud environments are not only dynamic; they are distributed. A single application may span containers, Kubernetes clusters, virtual machines, and multiple cloud workloads.

Sysdig Secure provides consistent detection and context across these layers, and Sysdig Inspect extends that visibility with deeper runtime analysis, all within the same platform.

Whether an event originates in a container or on a host, teams can follow the same investigative approach and maintain continuity as they analyze evidence. This becomes especially important when incidents cross boundaries, such as when workload behavior intersects with identity activity or cloud API usage.

Because forensic analysis happens within Sysdig Secure, teams can move from alert to investigation without losing context or switching tools.

Faster understanding, more confident decisions

During an active incident, time directly impacts risk.

Delays often occur when teams need to gather additional evidence, validate assumptions, or correlate data across systems. Even with strong detection context, understanding the full scope of an incident can take longer than expected.

With Sysdig Inspect embedded in Sysdig Secure, captured runtime activity is immediately accessible as part of the investigation workflow. Analysts can determine whether behavior is malicious, identify root cause, and understand impact without waiting on additional data collection or switching tools.

This leads to more confident decisions. Teams can validate what they are seeing and respond based on evidence, rather than relying on assumptions or incomplete information.

Built for real-world investigations

Investigations are rarely linear. Analysts follow leads, test hypotheses, and adjust direction as new information emerges.

Sysdig Secure supports this workflow by centralizing detection, investigation, and response. Sysdig Inspect enhances that experience by allowing analysts to explore detailed runtime activity within the same interface.

Investigators can move from summarized alert context to granular forensic evidence, follow relationships between events, and build an understanding in real time. This reduces manual correlation and eliminates unnecessary context switching during critical moments.

Forensics that keeps pace with the cloud

Cloud-native environments move quickly, and threats move just as fast. Detection alone is not enough. Teams need to understand activity quickly enough to take effective action.

With Sysdig Inspect as part of Sysdig Secure, teams can access captured runtime activity to investigate incidents in depth without leaving the platform. This makes it possible to establish a sequence of events, identify root cause, and validate findings using system-level evidence, even in fast-moving, ephemeral environments.

In the cloud, the real challenge is not just detecting that something happened.
It’s understanding exactly how it happened before the opportunity to act is gone.

Schedule a demo today to see how Sysdig Inspect, built into Sysdig Secure, enables cloud-native forensics in your environment.