Security. In sync.

Scanners already find. Risksquad adds the context that turns a finding into owned work.

Each signal, matched to its application and owner. Example data.

Known exploits are taking longer to fix.

Exploited vulnerabilities are now the most common way into a breach: 31% of the breaches in Verizon’s 2026 report, ahead of credential abuse at 13%. Of the critical ones already on CISA’s known-exploited list, fewer were fully patched, and the patching took longer.

That gap between finding and fixing is the one Risksquad is built to close.

Critical vulnerabilities in the CISA Known Exploited Vulnerabilities catalog. Scanner data from more than 13,000 organizations.
Fully remediated
12 points lower
2024:38% 2025:26%
Median days to a full fix
11 days longer
2024:32 days 2025:43 days

Source: Verizon 2026 Data Breach Investigations Report, pages 10 and 17

Break the loop.

Ten tabs, a CSV, a spreadsheet, a meeting, a slide deck, a chase. Then the same again next week. Risksquad turns the same signals into one line of work.

Every week, today
  1. Ten tabs
  2. CSV export
  3. Spreadsheet
  4. Jira tickets
  5. Status meeting
  6. Slide deck
  7. Chasing devs
  8. Repeat
With Risksquad
  1. Ingest every signal from the tools you already run.
  2. Correlate by application, exposure and owner.
  3. Assign the work to a named team.
  4. Track it until it’s closed.

Severity isn’t priority.

A critical in a repository nobody ships can wait. A medium in checkout, exposed and unowned, can’t.

By severity

  1. CriticalRemote code executionimage-resizer, archived repository
  2. HighHard-coded tokencustomer-portal, old repository
  3. MediumIDOR in orders APIcheckout, bug bounty report

With context

  1. MediumIDOR in orders APIInternet-facing, customer data, no owner3rd by severity alone
  2. HighHard-coded tokenOld repository, token still valid2nd by severity alone
  3. CriticalRemote code executionNever deployed, no exposure1st by severity alone
Illustrative example. Risksquad weighs exposure, ownership, business context and threat intelligence alongside severity.
Explore prioritization

From finding to follow-through.

Signals arrive from every tool. Risksquad gives each one an application, an owner and an end.

Illustration with example data.
  1. Put risk in context.

    Each finding is matched to the application, pipeline and exposure it touches. Start with what matters, not another isolated list.

    Explore prioritization
  2. Give work an owner.

    Responsibility becomes explicit, with a named team and a visible status. No more findings that belong to everyone and no one.

    Explore remediation
  3. Keep progress in view.

    Follow risk and resolution by application. See what changed, who owns it and what is still open.

    Explore reporting

Beyond the repository.

Code is only part of the picture. Connect every surface you secure to the applications your business depends on.

Centralize your entire secure development process in one place.

Risksquad

  1. Threat Modeling

    • Track remediation work
    • Threat identification
    • Mitigation definition
  2. SAST/DAST Connectors

    • Pipeline integration
    • Automated testing
    • Centralized reporting
  3. Pentest Management

    • Pentest scoping
    • Execution & reporting
    • Remediation & retesting
  4. Bug Bounty Management

    • Rules & rewards
    • Bug validation
    • Continuous improvement
  5. Security Champions

    • Cross-team enablement
    • Continuous training
    • Security culture
  1. Application security

    Code.

    Know what needs attention.

    Code, dependencies, containers and infrastructure findings. Brought back to their application.

    • Static analysis SAST
    • Software composition SCA
    • Infrastructure as code IaC
    • Container security
    Explore application security
  2. Software supply chain

    Supply chain.

    Follow what you ship.

    Repositories, pipelines, secrets and artifacts. Connected to the applications they ship.

    • Secret detection
    • CI/CD security
    • Code leakage
    • Delivery and runtime context
    Explore supply chain security
  3. AI security

    AI.

    Bring AI into the picture.

    Understand where AI meets code and data. And the controls your teams need.

    • AI visibility
    • AI governance
    • AI guardrails
    • AI risk detection
    Explore AI security
  4. Posture & assets

    Posture.

    See the context behind the finding.

    Applications, assets and ownership. A place to start your priorities.

    • Asset inventory
    • Business context
    • Ownership
    • Risk posture and priorities
    Explore posture management

Same risk. Different questions.

Application risk for executives. Owners and status for managers. Assigned findings for developers.

Executives

Risk & direction

Where should we focus?

  • Application risk The applications that need attention.
  • Direction Risk trends over time.
  • Progress The work your teams are tracking.
  • Secure SDLC The whole pipeline, from overview to detail.
  • Inventory Applications, platforms and versions.
  • Programs Pentests and bug bounty at a glance.

Managers

Priorities & owners

How do we move forward?

  • Priorities Findings by application and severity.
  • Owners Named responsibility, visible status.
  • Follow-through Progress across applications.
  • Teams Developers linked to each project.
  • Remediation How the fix work is going.
  • Champions Recognition for the people who lead.

Developers

Assigned work & context

What’s my next fix?

  • Assigned work The findings that are yours.
  • Context The application and repository involved.
  • Follow-up The fix and its current status.
  • Knowledge base How each kind of vulnerability is fixed.
  • Reports Pentest and bug bounty results.
  • Training Security tracks that fit your work.

Works with the stack you already run.

Repositories, tickets, pipelines and AI tools stay where they are. We’ll work through connector coverage together during evaluation.

  • GitHub
  • GitLab
  • Bitbucket
  • Jira
  • Jenkins
  • Docker
  • Kubernetes
  • Google Cloud
  • Visual Studio Code
  • Cursor
  • GitHub Copilot
  • Claude
  • OpenAI
Plan your integrations
Code and repositories
GitHub, GitLab, Bitbucket
Work tracking
Jira
Build, containers and cloud
Jenkins, Docker, Kubernetes, Google Cloud
Developer and AI tools
Visual Studio Code, Cursor, GitHub Copilot, Claude, OpenAI
About connectors

How in sync is your security?

Answer for your team as it works today. Your answers stay in this browser. Nothing is sent.

Which of these are true for your team today?
Risk
Owner
Fix
Proof

of 8 in place

Select the statements that are true for your team today.

Explore the platform

A workflow checklist, not a security assessment.

Who is Risksquad for?

Software teams managing multiple applications and repositories, with shared security ownership or a stretched AppSec team.

Does it replace our scanners?

No. We work through your existing tools, signals and workflows before discussing a change to your stack.

What can I explore here?

The platform overview explains Risksquad’s workflow and capabilities. The demo page also links to a public Security Champions example with sample data, not the full Risksquad platform.