Secure everything —
code, cloud and runtime.
As AI agents take on more autonomy across your cloud estate, fragmented posture, workload and identity tools can't keep pace. OnDuty unifies CSPM, CWPP, CIEM and runtime defense into a single live graph — surfacing only the toxic combinations that lead to a real breach.
Agentless onboarding · multi-cloud in <15 min
Why point tools miss it
An attacker doesn't stay
in one tool's lane.
A real breach chains a misconfiguration, an over-permissioned identity, a vulnerable workload and an exposed data store. Each point tool sees exactly one link — and none of them see the path. A CNAPP puts every layer on one graph, so a chain that four scanners report as four unrelated alerts becomes a single, rankable attack path.
Public storage bucket
CSPM sees a misconfig
Over-privileged role
CIEM sees excess access
Vulnerable workload
CWPP sees a CVE
Customer-data store
DSPM sees sensitive data
OnDuty connects all four into one attack path to your customer data.
How a CNAPP actually works
Four things point
tools can't do.
Every layer on one graph — not four consoles.
A CNAPP is only as good as what it can connect. OnDuty ingests posture, workloads, identities, data and code into a single graph, so a policy written once applies everywhere and a risk in one layer is understood in the context of every other — no exporting from four tools to reconstruct what an attacker sees in a single move.
Unified data model
One live graph
Rank by the path to a crown jewel, not by CVSS.
Severity alone buries the findings that matter. Because every finding sits on the graph, OnDuty scores it by the attack paths it opens, its proximity to sensitive data and its real blast radius — surfacing the handful of toxic combinations that actually reach a crown-jewel asset, and muting the thousands that lead nowhere.
Ranked by dynamic risk score
crown jewel at risk3 hops from internet to customer-data DB
Top of 1,842 open findings
One root cause, not a thousand tickets.
The graph knows which findings share a cause. OnDuty clusters them into a single remediation Mission with an owner and a deadline — so fixing one Terraform module can close hundreds of findings at once, and teams spend their time on the changes with the highest return instead of triaging alert queues.
Root cause: one Terraform module (modules/storage/main.tf) sets public-read on every bucket it provisions.
1 PR
Fix once
247 alerts
Resolves
+6 pts
Compliance lift
Trace every runtime risk back to a line of code.
OnDuty links running workloads to the infrastructure and the repo that produced them. Policies are enforced in the pull request, and every production finding traces straight back to the commit that introduced it — so security and engineering finally work from one picture instead of arguing across two.
main.tf
PR #482 · public-read: true
IaC scan
Blocked in CI · policy violation
prod-storage
Deployed resource
Runtime finding
Publicly exposed bucket
Consolidate the stack
Retire the point tools.
Keep the coverage.
Every scanner you add is another console, another alert queue and another seam an attacker can hide in. OnDuty folds the whole cloud-security stack into one platform — the same coverage, on one graph, in one queue.
Before · tool sprawl
7 consoles · 7 alert queues · findings that never meet
After · one platform
OnDuty CNAPP
one graph · one risk queue
- Every layer correlated, not stitched
- One policy engine across all clouds
- A single, ranked list of what to fix
7 → 1
Consoles to manage
One platform, one login
~90%
Fewer alerts to triage
Correlated, not duplicated
1
Policy engine
Written once, enforced everywhere
The CNAPP lifecycle
From onboarding
to ownership.
Connect
Agentless onboarding to every cloud, cluster and code repo in minutes — no sensors to roll out.
Correlate
Fuse posture, workloads, identities, data and code into one live graph of how everything connects.
Prioritize
Rank every risk by the attack paths it opens and the blast radius it carries — not by raw severity.
Remediate
Group findings by root cause into owner-aware Missions with one-click fixes from code to runtime.
Related solutions
Four pillars, one platform
CNAPP folds these modules into a single graph. Explore each capability on its own.
Replace the stack with one graph
See the 12 paths,
not the 40,000 alerts.
See your real attack paths, prioritized cloud risks and identity blast radius in a 30-min guided demo with our team.
- One graph of workloads, identities, data, secrets and paths
- Attack-path analysis that ranks the 12 risks that matter
- Root-cause Missions — fix once, resolve hundreds
- Code-to-cloud tracing from pull request to runtime and back
- One platform replacing CSPM, CWPP, CIEM, KSPM & more