CONTINUOUS THREAT MODELING

Continuous threat modeling that evolves with your products.

Catch threats as your products evolve, route fixes into engineering workflows, and give your security team and coding agents a live, agent-readable threat model.

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What's broken today

P.01

Manual threat modeling doesn't scale.

Long design meetings and whiteboard sessions were built for a slower world. With the meteoric pace of agentic development, threat modeling gets applied selectively, leaving large parts of the product unexamined.

P.02

Models are static and go stale fast.

Threat models are point-in-time artifacts. The moment things change, they stop reflecting reality. Teams believe risk is addressed, and agents writing code inherit the same flawed assumptions.

P.03

No two threat models are the same.

Threat modeling has always been more of an art than science. Two security engineers reviewing the same system will produce different threat models. Coverage shifts with reviewer expertise, and there's no organization-wide bar.

With Clover

F.01

Catch threats before code.

Generate threat models from artifacts in minutes, and instantly apply frameworks like STRIDE and LINDDUN. Each threat model becomes shared context for your security team and coding agents.

Continuous Threat Modeling Data Flow Diagram

F.02

Cover every change, continuously.

Every system change triggers a re-evaluation. The threat model reflects what exists right now, in sync with the engineers and coding agents shipping each change.

F.03

Empower red teams with real targets.

Clover builds attack scenarios from your real architecture, not a framework template. Red teams get exploitation paths scoped to your system, including the surfaces coding agents introduce.

Continuous Threat Modeling Attack Scenario Diagram

F.04

Meet the builders where they are.

Apply paved roads across documents, tickets, and code. Feed the same mitigations into coding agents, so secure patterns apply at generation time.

Clover Security Continuous Threat Modeling Notification

F.05

Stay audit-ready, always.

Threats flow into a living risk registry, organized into attack trees and exportable in PDF and TM-BOM. The registry doubles as live context for coding agents, kept audit-ready without manual maintenance.

How it works

H.01

Infer architecture from artifacts.

Clover reads your docs, tickets, and code and infers components, trust zones, data flows, and boundaries.

H.02

Generate the threat model.

Clover builds data flow and sequence diagrams, identifies threats using frameworks like STRIDE and LINDDUN, and surfaces mitigations.

H.03

Embed mitigations where builders work.

Each threat's mitigation gets embedded in the artifacts builders already use. Tickets, code reviews, and agent generation guide the work, instead of queuing findings.

H.04

Validate code, maintain registry.

As code changes, whether from engineer or agent, Clover validates mitigations, flags drift, and keeps the risk registry audit-ready.

Integrates in minutes

Connect seamlessly to the tools you already use to extract context, route insights to builders, and make secure-by-design a natural part of your development flow.