apysyk
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Platform

The operating model for cybersecurity execution.

One place to see risk, decide priority, assign ownership, execute remediation, and prove security work across the SDLC.

Soon

AI That Moves Security Work Forward

Apysyk AI correlates signals, identifies the next action, and coordinates remediation instead of leaving teams with another list of findings.

  • Orchestration with context

    Apysyk's Intelligence Graph connects AST, supply chain, posture management, and runtime signals into security outcomes coordinated by AI.

  • Embedded AI governance

    Apply policies to AI usage, model access, and data exposure, so AI adoption can move fast without compromising security.

One View of the Security Operating Surface

Unify scanners, repositories, pipelines, cloud assets, dependencies, ownership, and business context into one operational view.

  • See who owns every risk

    Connect scanners, repos, cloud accounts, CI systems, identity, and tickets so every finding has context, owner, and status.

  • Scan the places where software is built

    Run checks across secrets, SAST, SCA, containers, IaC, CI/CD pipelines, leaked code, and runtime paths.

  • Inventory the software factory

    Map repos, dependencies, artifacts, APIs, SaaS services, pipelines, and exposed assets to the applications they support.

Prioritize Work, Not Just Findings

Rank security work by exploitability, exposure, business impact, ownership, runtime context, and delivery urgency.

  • Decide what gets fixed first

    Rank work using CVSS, CISA KEV, EPSS, business impact, runtime exposure, owner, SLA, and application criticality.

  • Connect code to runtime exposureSoon

    Show whether vulnerable code is deployed, internet facing, reachable, or tied to a critical application.

  • Explain the exposure pathSoon

    Trace how a finding becomes a business risk, from asset and dependency to deployment, owner, and external exposure.

Remediation Built Into the Way Teams Ship

Turn priority into execution with owners, SLAs, guided fixes, PRs, CI gates, and validation tied to the original risk.

  • Actionable context & code ownership

    Know who needs to fix it, where to fix it, and how to fix it, mapped automatically to your org structure.

  • Security inside the developer pathSoon

    Surface the fix in the IDE, PR, or CI pipeline, before the risk becomes another ticket waiting for triage.

  • Fixes that arrive with context

    Block an unsafe build or assign an owner with the evidence attached.

Security Reporting That Shows Real Progress

Track whether risk is getting fixed, who owns the work, where delivery is blocked, and what evidence proves closure.

  • Track the work, not just the alerts

    See open risk, assigned owners, overdue SLAs, blocked builds, merged fixes, accepted exceptions, and closed evidence.

  • Report what changed

    Show which risks were opened, assigned, fixed, verified, accepted, or missed during the current reporting period.

  • Show where execution is stuckSoon

    Track MTTR, SLA misses, recurring owners, noisy tools, delayed teams, and risk that keeps coming back.

Soon

Compliance Evidence Without the Manual Chase

Collect evidence as security work happens, so audits reflect actual execution instead of spreadsheet archaeology.

  • Audit once, comply with many

    Map SOC 2, ISO 27001, PCI DSS, DORA, CIS Benchmarks, and SSDF controls to evidence created by real security work.

  • Prove compliance with confidence

    Ensure your security program meets regulatory and industry standards with evidence that is ready for audit.

  • Customize & simplify compliance

    Eliminate manual efforts by streamlining attestation and compliance workflows with automation.