AI Triage Agents Online

Vulnerability reports that
actually reduce attack surface.

AI agents triage submissions with human analysts validating decisions. Prioritize by exploitability and asset criticality, then route validated risks to Jira or Linear.
Built for security teams who need disclosure infrastructure that scales without drowning engineering in noise.

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● Live Ingestion

SQL Injection in /auth/login

PAYLOAD: ' OR 1=1 --
AI: Critical

IDOR on User Profile Object

ENDPOINT: GET /api/users/102
AI: Triaged

XSS in Search Bar

Duplicate of #3902
Auto-Closed

AI triage that scales.

AI Triage Engine

Agents analyze exploit chains, validate reproduction steps, and check duplicates against your backlog. The prioritization funnel evaluates exploitability, reachability, and asset criticality. Engineering only sees vulnerabilities that reduce attack surface. Time to triage drops from days to minutes. Handle 3-5x more submissions with the same resources.

> Analyzing submission context... Done. (0.4s)
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Regulatory Compliance

Policy templates enforce coordinated disclosure. Full audit trails designed for SOC 2, ISO 27001, and financial services compliance. Legal-reviewed safe harbor terms included.

Native Integrations

Triage-approved issues sync to Jira, Linear, or GitHub Issues with severity, CVSS scores, and reproduction steps pre-attached. No manual ticket creation.

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Global Researcher Network

KYC-verified researchers across 140+ countries. We handle tax documentation, payment routing, and currency conversion. You receive one monthly invoice per program.

Structured disclosure
from intake to payout.

Dinta sits between security researchers and engineering teams. We provide safe intake, intelligent triage, and auditable workflows that scale. AI agents process submissions 3-5x faster than manual analyst review, freeing analyst time for validation and edge cases. Built for global security teams who need disclosure infrastructure that reduces attack surface.

1

Secure Intake

Publish scope and policy. Researchers submit through encrypted channels. Scope validation and policy enforcement happen at submission time.

2

AI Triage & Prioritization

Agents classify severity using CVSS, extract affected assets, and check duplicates. The prioritization funnel evaluates exploitability, reachability, and asset criticality. Human review validates edge cases. Only risks that reduce attack surface reach engineering.

3

Remediation & Payout

Issues route to Jira or Linear. Your team fixes. Dinta verifies the patch and processes the bounty payment. Full audit trail maintained.

HackerOne / Bugcrowd

× Manual triage takes days
× CVSS-based prioritization only
× Limited native integrations
× Weeks of enterprise setup
× Enterprise pricing model

Dinta

AI triage in minutes
EPSS + exploit reachability + asset criticality
Native Jira/Linear/GitHub sync
Zero-config, fast onboarding
Better value, transparent pricing

Common Questions

How does this compare to HackerOne or Bugcrowd?

Dinta's core advantage is AI-driven triage that works. While HackerOne and Bugcrowd rely on manual triage (days), Dinta's proprietary AI agents triage in minutes. Our prioritization funnel uses EPSS, exploit reachability, real-world impact, and asset criticality—not just CVSS. Native integrations with Jira, Linear, and GitHub mean zero-config setup and faster onboarding. Proprietary models with human-in-the-loop validation enable faster iteration and better accuracy. Built for teams who need disclosure infrastructure that scales without the enterprise sales cycle.

What's your data retention and privacy model?

Vulnerability data is processed for triage and then removed from model context. We maintain audit logs for compliance but don't retain raw submissions beyond what's needed for remediation.

Can we run a private program first?

Yes. Most customers start with a private program, inviting specific researchers or using our vetted pool. Public disclosure is optional and controlled by your policy settings.

What engineering tools do you integrate with?

Native integrations with Jira, Linear, and GitHub Issues. Bi-directional sync keeps status updated. Slack webhooks for critical severity alerts. API available for custom workflows.