Attack Surface Management continuously discovers every internet-facing asset your organization owns - known and unknown - so exposed systems get flagged before attackers find them first.

Traditional tools protect assets you already know about. ASM works from the outside in, continuously discovering shadow IT, forgotten subdomains, and third-party exposure you didn't know existed.

Fewer blind spots, faster detection of exposed assets, and prioritized remediation based on real exploitability - so your team fixes what actually matters first.

Cytrusst runs ASM continuously rather than on a fixed schedule, so new exposures are caught within hours of appearing rather than at the next quarterly scan.

Yes - ASM findings flow directly into Cytrusst's GRC, vulnerability management, and risk modules, so exposed assets are automatically linked to the controls and owners responsible for them.

It automates evidence collection, control testing, and audit prep from one workflow, replacing manual spreadsheets and email chains with a continuously up-to-date compliance record.

Controls are mapped once against a shared control library, so a single piece of evidence can satisfy overlapping requirements across every framework you're tracking - no duplicate work.

Yes - evidence is collected continuously as your systems change, so you can see your audit readiness at any point in the year, not just in the weeks before an audit.

Risk scores combine likelihood, business impact, and regulatory relevance, so your team can focus on the handful of issues that matter most instead of an undifferentiated backlog.

Yes - RBI, SEBI, and IRDAI requirements are pre-mapped in the platform alongside global standards, so regulated Indian enterprises can track local and international compliance side by side.

CSPM continuously checks your cloud accounts against security best practices, catching risky misconfigurations - like open storage buckets or over-permissioned roles - before they're exploited.

Cytrusst connects to AWS, Azure, and Google Cloud out of the box, with a single unified view across all three instead of separate consoles per provider.

Configuration changes are scanned continuously, so new misconfigurations are typically surfaced within minutes rather than at the next periodic review.

Yes - each finding links back to the specific SOC 2, ISO 27001, or other control it affects, so cloud teams and compliance teams are always looking at the same evidence.

Yes - posture is normalized across multiple cloud providers and hybrid infrastructure into one risk view, rather than requiring separate tools per environment.

A CNAPP unifies posture management, workload protection, and vulnerability data in one platform, rather than stitching together separate point tools for code, containers, and runtime.

Yes - container images, Kubernetes configurations, and running workloads are all scanned continuously for vulnerabilities and risky configuration drift.

Findings from source code, cloud configuration, and live runtime activity are correlated into a single risk story, so teams can trace an incident back to the exact line of infrastructure or code that caused it.

Yes - scans run inside your existing CI/CD pipeline, so vulnerable builds and misconfigured infrastructure-as-code are caught before they ever reach production.

It detects anomalous process behavior, privilege escalation attempts, and suspicious network activity inside running workloads, in addition to the static configuration checks CSPM already covers.