The Security Context Graph

Everything Pacifics does — tracing attack paths, prioritizing risk, explaining findings, verifying fixes — rests on one foundation: the Security Context Graph. It is worth understanding what it is and why a graph is the right shape for the problem.

What it connects

The graph brings together the things that, until now, lived in separate tools:

• Assets — the resources that make up your environment.
• Vulnerabilities — the weaknesses found on them.
• Identities — the users, roles, and services that can act.
• Permissions — what those identities are allowed to do.
• Cloud resources — the infrastructure and its configuration.
• Security findings — what your existing tools report.

Each of these already exists somewhere. The graph's job is to put them in one place and, crucially, to connect them.

Why a graph

Security risk is fundamentally about relationships. A permission matters because of what it grants on another resource. A vulnerability matters because of what is reachable from the host it sits on. An identity matters because of where it can go. These are edges between nodes — exactly what a graph represents naturally and a list represents badly.

Once the relationships are explicit, questions that were previously manual investigations become traversals of the graph: Is there a path from this exposed endpoint to a production database? Which identities can reach this asset? If I remove this permission, which attack paths disappear?

What it makes possible

The graph is not the product on its own; it is what makes the rest of the product honest. Attack-path intelligence is a traversal of it. Contextual prioritization is a ranking over it. The AI assistant explains by reading it. Verification is re-evaluating it after a change.

That is why the graph comes first in everything Pacifics builds. Connect the context well, and prioritization, explanation, and verification all have solid ground to stand on. Connect it poorly, and no amount of AI on top can make up the difference.