Native collectors for AWS (CloudTrail, GuardDuty, VPC Flow Logs, S3), Azure (Activity Logs, Microsoft Entra ID, Defender), GCP (Cloud Audit Logs), Microsoft 365, Salesforce, and Box, all normalized into the same schema.
Prebuilt correlation rules for IAM misuse, anomalous API calls, public S3 buckets, cross-account role assumption, and impossible-travel logins. UEBA baselines per cloud identity.
Automated playbooks revoke IAM roles, disable users in Microsoft Entra ID, isolate compromised instances, and block malicious IPs at the cloud firewall, with native SOAR included.
An integrated CASB layer tracks which cloud apps users actually touch, flags risky usage, and stops data movement to unsanctioned platforms.
Cloud detection and response in Log360 runs on four pillars: unified cloud telemetry, cloud-native threat detection, behavior analytics for cloud identities, and automated response that acts on cloud control planes. Together, they close the visibility gap between cloud and on-prem.
The starting point for cloud detection is getting the logs in. Log360 collects from the major public clouds and the SaaS apps that sit on top of them, then normalizes everything into the same schema as on-prem sources.
Benefit: Cloud activity stops sitting in three different consoles and starts living in the same index as the rest of the environment.
Cloud attacks don't look like on-prem attacks. The control plane is the new perimeter, IAM is the new firewall, and API calls are the new logon events. Log360 ships detections built for that shape of attack.
Benefit: The cloud doesn't get its own siloed detection stack. It uses the same rules engine and the same ATT&CK mapping as the rest of the SIEM.
Static rules catch the obvious moves. UEBA catches the ones that look like normal work until they aren't. Log360 baselines every cloud identity individually and scores deviations in real time.
Benefit: Account takeover and insider misuse get caught from behavior, not from signatures the attacker already knows how to dodge.
Detection without response is a dashboard. Log360's native SOAR acts on the cloud directly, with no separate response product to license.
Benefit: The cloud incident doesn't have to wait for someone to log into a cloud console. The response runs from the same place the detection fired.
Three scenarios drawn from the prebuilt playbook library. Each one follows the same enrich, decide, respond pattern.
Log360 spots an access key being used from a new region with anomalous API volume and shuts the key down before the attacker spins up resources.
Example scenario: An IAM user's access key starts making RunInstances and CreateAccessKey calls from an IP and region the user has never touched before.
Log360 catches an impossible-travel sign-in followed by mailbox forwarding and shuts the account down before data leaves.
Example scenario: A Microsoft 365 user signs in from one country and then from another country 20 minutes later, then creates a mailbox forwarding rule to an external address.
Log360 catches a bucket policy change that opens an S3 bucket to the internet, reverts the change, and routes the incident to the bucket owner.
Example scenario: A developer applies a bucket policy that grants s3:GetObject to *, exposing customer data to the public internet.
Cloud, SaaS, and on-prem belong in the same workflow. Log360 keeps them there, with no separate cloud SIEM, no separate CASB product, and no per-execution SOAR fee.
Log360's unified SIEM platform is built for modern SOCs, with scalable architecture, deep detection, and an extensibility layer that runs across every phase of the security lifecycle.
A distributed, high-availability architecture that supports growing log volumes and keeps collection, indexing, and analysis running.
Learn moreUnified insight across endpoints, networks, and cloud, so detection, investigation, and response work from one view.
Learn moreOver 2,000 MITRE ATT&CK-mapped correlation rules and UEBA to spot multi-stage attacks like insider threats and anomalous behavior.
Learn moreSanctioned and shadow cloud app visibility, with policy controls for risky use and data movement.
Learn moreWe wanted to make sure that one, we can check the box for different security features that our clients are looking for us to have, and two, we improve our security so that we can harden our security footprint.
Carter Ledyard
The drill-down options and visual dashboards make threat investigation much faster and easier. It’s a truly user-friendly solution.
Sundaram Business Services
Log360 helped detect insider threats, unusual login patterns, privilege escalations, and potential data exfiltration attempts in real time.
CIO, Northtown Automotive Companies
Before Log360, we were missing a centralized view of our entire infrastructure. Now, we can quickly detect potential threats and respond before they escalate.Log360 has been invaluable for improving our incident response and ensuring compliance with audit standards. It’s a game-changer for our team.
ECSO 911
Cloud detection and response is the practice of detecting threats across cloud workloads, identities, and SaaS apps, and responding to them through automated actions on the cloud control plane. Log360 runs CDR as part of the same SIEM that handles on-prem activity, so cloud telemetry and on-prem telemetry sit in one index.
CSPM (cloud security posture management) finds misconfigurations. CWPP (cloud workload protection) protects the workload itself. CDR is the detection-and-response layer that watches activity, finds threats, and acts on them. Log360 focuses on CDR and integrates with CASB for SaaS coverage.
AWS, Azure, GCP, Microsoft 365 (including Microsoft Entra ID, Exchange, SharePoint, OneDrive, Teams), Salesforce, Box, and Google Workspace. Detection runs against the combined dataset alongside on-prem sources.
Yes. Cloud detections are mapped to the MITRE ATT&CK Cloud Matrix, and a dedicated dashboard shows which cloud tactics and techniques are active.
Yes. Native SOAR playbooks can disable users in Microsoft Entra ID, deactivate AWS access keys, revoke IAM roles, stop EC2 instances, and revert S3 bucket policies, among other actions.
The integrated CASB layer surfaces sanctioned and shadow app usage from network and proxy logs, flags risky apps, and can block data movement to unsanctioned destinations through policy.
No. Cloud telemetry collectors, cloud detection rules, UEBA for cloud identities, CASB, and SOAR are all part of the Log360 platform.
Cloud detections create incidents in the same incident workbench as on-prem alerts. A cloud incident that spreads to an on-prem host shows up as one chain, with one set of playbook actions covering both sides.
Use Log360 to detect, hunt, enrich, and respond from one console. Cut tool sprawl, cut hand-offs, and cut the time it takes to close out a real threat.
