Source code
Find vulnerabilities, dependency risks, exposed secrets and infrastructure misconfigurations. Keep findings connected to the source your developers work with.
Security across your stack.
A shared view across your teams.
Explore application security, cloud posture and governance in one platform. Start with the part of your environment you need to protect, then follow the context across the lifecycle.
The unified story
From the code you write
to the workloads you run.
Bring the evidence together across your software lifecycle. Each capability contributes context to help teams investigate exposure and decide what to do next.
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Image & artifact
Understand the dependencies and vulnerabilities in container images. Connect build artifacts and software bills of materials to the code behind them.
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Cloud & runtime
Review cloud configurations, identity permissions and Kubernetes posture alongside application findings. See the running environment in the same investigation.
Platform
Every scanner, one finding graph, one decision plane.
Security inputs
Bring analysis sources into the same investigation.
Shared ontology
Relate findings to applications, assets and responsible teams.
Decision record
Keep remediation and policy evidence connected.
ASPM and the other security capabilities contribute to one SecurityVault platform.
Code
Findings on the repository and the commit that introduced them.
SAST
Static analysis with native per-language taint engines plus the open-source tools for each language, launched automatically.
SCA & SBOM
Open-source dependencies, their known vulnerabilities and licences, and the bill of materials for what actually shipped.
Secrets detection
Credentials in git history and image layers, found, routed to an owner and tracked to rotation.
IaC security
Terraform, CloudFormation, Kubernetes and Helm checked before apply, paired with live cloud posture on the same graph.
DAST
Dynamic testing of running applications, with findings on the same graph as the code behind them.
API security
API inventory from specifications and source routes, with OWASP API Top 10 analysis and drift tracking.
Threat modeling
Threat models kept next to the system they describe and linked to the findings that test them.
Images & artifacts
The commit carried into the build, the image and the registry.
Source commit
Identify the change included in the build.
Container digest
Anchor package and scan evidence to the image.
Running workload
Follow the image relationship into the environment.
An immutable artifact reference keeps the investigation connected through delivery.
Cloud & clusters
The digest bound to the workload, the cluster and the account it runs in.
Cloud posture (CSPM)
AWS, Azure and GCP misconfiguration, drift and attack paths on the same graph as your code findings.
Kubernetes security (KSPM)
Cluster inventory and topology, CIS Kubernetes benchmarks and fail-closed admission control for unsigned images.
Identity & entitlements (CIEM)
Review human, workload and cloud identities, their permissions and the resources they can reach.
Attack surface management
Subdomains and certificates discovered from your domains, with DNS and TLS posture checks and change alerts.
Governance
Prioritise, gate and evidence across the whole chain.
Vulnerability management
One logical finding per issue, ranked by reachability and exposure, routed to the owning team, closed by evidence.
Deployment gates
Policy-as-code gates at pull request and pipeline time, evaluated by OPA over the graph, failing closed.
Continuous compliance
Review control status from scan evidence, cross-framework mappings and signed records available through an auditor portal.
Remediation SLAs
Remediation cases, tickets and fix pull requests, with SLA deadlines tracked per finding and owning team.
Deploy and decide
Where does it run, and how does it connect?
Self-hosted on request
Hosted by us, or the full platform inside your own environment: same Helm charts, same signed images, same trust boundaries.
Integrations
Connect source, build, cloud and runtime signals to the platform.
Platform offerings
- SaaS security posture (SSPM)Will continuously check Microsoft 365, Google Workspace, Salesforce, Slack, Zoom and GitHub posture.
- Data security posture (DSPM)Will discover and classify sensitive data across cloud storage, databases and SaaS.
- Runtime testing (IAST)In-app agents that will confirm SAST findings with runtime taint flows.
- Breach & attack simulationATT&CK-mapped campaigns that will measure whether controls block or detect.
- AI security posture (AI-SPM)Will discover AI services and test LLM apps for prompt injection and data leakage.
- AI governanceWill bring policy, autonomy tiers and a signed decision log to every AI use case.
- Detection & responseWill add tested detections, prioritised alerts, incidents and audited playbooks.
- Threat intelligenceWill match indicator feeds and exploit context against your findings and assets.
By role
Solutions by role.
Each role sees the same graph through its own lens. Browse solutions for every role →
- CISOs and security leadersOne defensible view of application and cloud risk, with the evidence behind every number you take to the board.
- Security engineeringThe highest-impact risk you can reduce today, ranked by reachability and exposure rather than by raw severity.
- Application securityCode findings with source context, remediation ownership and visible scan coverage.
- Platform engineeringRelease policies, Kubernetes posture and evidence linking image digests to workloads.
- Developers and engineering managersWhat to fix, why it matters and how to prove it is fixed, in the pull request where you already work.
- GRC and auditControl evidence, framework mappings and signed decisions to support audit review.
- SOC and incident responseExposure, attack-path and blast-radius context for the asset in front of you, traced back to the code that shipped it.
See it on your stack
See how your teams work together.
Walk through a finding, its application context and the evidence behind a decision. No repository or cloud access is needed for the initial demonstration.