EventsSecure.com at Black Hat USA 2026

For AppSec · From Finding to Consequence — Fix the Code Risk That Can
Actually Reach Production.

AppSec Teammate brings findings from the scanners you already use into one place, maps them to the services you actually run, and ranks them by real exposure — so your team works the risk that matters.

  • Works With Your ScannersReplaces nothing you already run
  • Code-to-Runtime ContextRepository through to exposure
  • Governed by Your TeamYour developers keep the decision

Your Scanners Find Vulnerabilities. Your Team Still Has to Find What Matters.

AppSec teams are buried in findings spread across tools, repositories and environments. The hard part was never detection — it is deciding which findings are worth a developer's afternoon.

  • 01 · Fragmented

    Every Scanner Speaks a Different Language.

    SAST, dependency, CI and deployment signals live in separate systems, leaving teams to reconcile the same application from several partial views.

  • 02 · Context-Poor

    Severity Does Not Tell You Production Impact.

    A critical finding in dormant code and a high finding on an internet-facing service do not deserve the same response — but severity alone cannot tell them apart.

  • 03 · Slow Handoff

    Developers Get Findings, Not Decisions.

    Security still has to gather the file, the line, the runtime context, the dependency details, ownership and the scanner evidence before anything can move.

From Scanner Finding To Runtime Consequence.

AppSec Teammate connects code findings to the applications you actually run, so a finding stops being an alert and becomes a decision with the application behind it.

  • Scanner-specific outputOne finding model
  • Repository findingMapped to a running service
  • Severity aloneSeverity plus real exposure
  • A queue of alertsA ranked, developer-ready list

Cut Through the Findings. Fix What Matters First.

AppSec Teammate connects scanner findings to real exposure, gives developers the context to act, and makes coverage gaps visible—so teams can prioritize confidently and remediate faster without replacing their existing tools.

  • Prioritize real exposure

    Prioritize Real Exposure, Not Severity Alone.

    See which findings connect to deployed workloads, and whether those workloads are internet-facing, VPC-restricted, internal, or still unknown.

    • Runtime exposure contextConnect findings to Kubernetes runtime and service exposure where the mapping exists.
    • Deployment and commit contextUse CI and runtime signals to distinguish stronger mappings from fuzzy or incomplete ones.
    • Defensible prioritizationNormalize severity and rank findings with exposure and risk context attached.
  • Keep your scanners

    Bring Scanner Findings Together Without Replacing Your Scanners.

    Keep the tools your developers and security teams already trust. AppSec Teammate normalizes their findings into one consistent inventory while preserving deep links back to the source.

    • Scanner-agnostic ingestionBring in findings from supported scanner and CI sources including SonarQube and GitHub security signals.
    • One normalized finding modelStandardize findings upstream so downstream views do not need to be rebuilt for every source.
    • Source evidence stays one click awayOpen the original scanner alert directly when deeper investigation is needed.
  • Developer-ready detail

    Give Developers the Context to Act Without Another Meeting.

    Move beyond “the scanner found something.” Put the finding, code location, remediation details, application context and source evidence in one place, so engineering can make the next decision faster.

    • Developer-ready finding detailRule, description, file, line, code snippet, CWEs, repository and timeline in one view.
    • Dependency remediation contextFor supported dependency findings, show affected range, fixed version, CVSS/EPSS and advisory references.
    • Search, filter and sort the queueFind the exact set of issues a team or repository needs to review without combing through multiple tools.
  • Visible coverage gaps

    See the Gaps Instead of Hiding Them.

    AppSec coverage is only useful when you know what has not been mapped yet. The Teammate makes mapping confidence visible and lets a human confirm fuzzy repository-to-service relationships.

    • Explicit mapping confidenceSeparate exact, fuzzy, repo-only and unmapped findings instead of treating all context as equally trustworthy.
    • Human confirmation where neededReview mapping candidates and accept or reject fuzzy relationships before they enter decision views.
    • Coverage gaps are measurableTrack repositories that still need mapping rather than presenting an artificially complete dashboard.

Connect. Contextualize. Prioritize. Review.

AppSec Teammate sits above the tools you already use. It does not replace your scanners — it turns their output into one prioritized operation.

  1. Connect Your Sources

    Bring in supported scanner, repository, CI and deployment signals from the tools already in your workflow.

  2. Build the Code-to-Runtime Map

    Resolve findings from repository to service and, where available, to the workload and exposure that are actually running.

  3. Prioritize With Context

    Normalize severity and combine it with deployment, exposure, mapping confidence and risk context to surface the most consequential work.

  4. Review and Act

    Give teams a searchable queue with developer-ready detail and direct links back to the scanner for investigation and remediation.

Start With One AppSec Workflow.

Deploy AppSec Teammate against the code-security workflow creating the most noise today, and keep every scanner you already run.

  1. Step 01

    Choose the Workflow.

    Start with the repositories, scanners and applications creating the most triage work today.

  2. Step 02

    Connect Your Sources.

    Our experts help configure the data sources needed to build the first useful finding inventory.

  3. Step 03

    Validate the Mapping.

    Confirm the repository-to-runtime relationships that need human review, so prioritization starts from trusted context.

  4. Step 04

    Put the Queue Into Your Workflow.

    Use the AppSec Teammate as the decision layer while developers keep working in the tools they already know.

FAQs

How is the AppSec Teammate different from a scanner or a stack of scanning tools?
Scanners generate findings and stop there. The AppSec Teammate turns those findings into governed delivery actions. It consolidates signals from SAST, SCA, IaC, and container scans into one view, de-duplicates the noise, links each finding to a service and owner, and routes fixes through change workflows to closure. You get actionable engineering work with accountability attached, not a backlog of disconnected scan results across separate consoles.
How does the AppSec Teammate prioritize which vulnerabilities to fix first?
It prioritizes by impact, not severity alone. Build-time findings are correlated with service ownership and application criticality, then enriched with exploitability and real-world exposure signals when relevant. That produces fix-first queues per team, service, and release window, so engineers spend their time on what an attacker could actually use rather than working down a raw CVSS list. Repeat issues are de-duplicated across repos and pipelines to keep backlogs clean.
Can the AppSec Teammate gate risky code in CI/CD without blocking every build?
Yes. Gates apply to critical code, dependency, container, and IaC risks rather than failing builds indiscriminately. When a team needs to ship, controlled exceptions are allowed with approvals and expiry dates, and every decision is recorded with its rationale and a full audit trail. Closure is verified before release. That keeps velocity high while making sure critical risk does not quietly ship to production.
How does the AppSec Teammate stop scanner noise and false positives from overwhelming developers?
It normalizes and de-duplicates findings across tools before they reach developers, so the same underlying issue is not reported five times by five scanners. Findings are then ranked by ownership, criticality, and exploitability, and converted into structured remediation work rather than raw scanner output. Developers see a short, accountable fix-first queue instead of a flood of low-signal alerts, which keeps trust between security and engineering intact.
How does the AppSec Teammate make sure vulnerabilities actually get fixed?
Findings become structured remediation work with a named owner assigned through service and team mapping. Fixes are routed through change workflows so remediation is governed rather than ad hoc, and progress, SLAs, and closure are tracked with impact-driven prioritization. High-risk, blocked, or disputed issues escalate through case management. That closes the loop from detection to verified fix, so security work does not stall in a backlog.
Does the AppSec Teammate cover runtime security, or only the build and release stage?
It is focused on build-time and secure delivery: catching risk during development and CI, gating critical merges, and governing remediation up to release. It deliberately stays out of runtime incident response, which is the SOC Teammate's function. Because both Teammates share the same foundation, a runtime signal handled by the SOC Teammate and a build-time finding handled here reference the same context, so the two coordinate without overlapping responsibilities.

Stop Treating Every Scanner Finding
Like the Same Problem.

Connect code risk to the application, runtime and exposure behind it — so developers spend less time sorting and more time fixing.

Works With Your ScannersCode-to-Runtime ContextGoverned by Your Team

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We'd love to hear from you! Please fill out the form and we'll get back to you as soon as possible.