Security correlation
How Hanu joins typed signals from cloud, code, identity and AI workloads into a single compound risk with a deterministic score and a full evidence trail.
security-correlation
These are not product modules sold separately. They are the same collectors and the same correlation engine, described from the angle of the attack each one answers — which is how the work actually arrives.
How Hanu joins typed signals from cloud, code, identity and AI workloads into a single compound risk with a deterministic score and a full evidence trail.
security-correlation
Poisoned releases, tampered CI workflows and credentials exposed in git history — detected separately, joined into one compound risk.
supply-chain-security
Workflow tampering, unpinned actions, provenance gaps and release freshness as first-class signals, with the build-log evidence attached to each finding.
cicd-security
Detect hijacked credentials being spent against model APIs, and find the AI workloads missing from your inventory — with no LLM in the detection path.
llm-security
Agent identities, tool permissions and MCP servers are infrastructure. Track what an agent can reach, what it actually reached, and which of its tools nobody owns.
ai-agent-security
Service accounts, CI credentials, keys and OIDC trust relationships, inventoried from the cloud APIs and scored on use, age and reach.
non-human-identity
An exposed workload, a role that can assume another, a datastore behind both. Alone they are low findings; joined in one graph, the chain is critical.
attack-path-analysis
Certificate transparency as the inventory: subdomains you forgot, CNAMEs pointing at nothing, and certificates chaining through a compromised CA. With the limits stated.
external-attack-surface
Thirty controls across SOC 2, ISO 27001, NIST 800-53, PCI-DSS, HIPAA and GDPR, each scored from live scan findings. What that is good for, and what it is not.
compliance-mapping