The Cybersecurity Operating Layer

The OS for modern cybersecurity work.

Apysyk is not another scanner. It is where security teams collect findings, choose priorities, assign owners, execute fixes, and prove the work is done.

One operating layer across the fragmented security stack

Human-led application security is broken.

Software now moves faster than security can operate. Findings are everywhere, ownership is unclear, and the work gets lost between scanners, tickets, pipelines, and people.

  1. AI writes code faster than security can operationalize risk.

    Copilots, agents, and LLMs multiply change. Every new repo, dependency, secret, prompt, and pipeline becomes another place where context can disappear.

  2. Security tools find issues. They do not run the operating model.

    Scanners create findings, but teams still need prioritization, ownership, SLAs, fixes, validation, and evidence. That handoff is where risk survives.

  3. You cannot hire your way into control.

    Developer productivity has multiplied. Security headcount has not. The winning system is the one that turns context into action without waiting for another meeting.

From code to board. Everyone sees what they need to see.

One platform, three views. The same risk, translated for the audience that has to act on it: executives, managers, and developers.

Selected viewSoon

Executives

Translates technical risk into executive vision: exposure, trend, financial impact, and program evolution.

Score
corporate
Trend
evolution
$Soon
impact

Central question

Where does risk threaten revenue, reputation, or operations?

Single score

board decision

Selected viewSoon

Manager

Turns risk into a work queue: what to fix first, who owns it, deadline, and status per application.

AppSoon
criticality
Owner
responsibility
SLASoon
deadline

Central question

Which squad fixes first and how do I track delivery?

Prioritized queue

delivery management

Selected viewSoon

Dev

Delivers the fix in the context of the code: finding explained, evidence, remediation step, and validation.

Finding
explained
Patch
guided
Check
validated

Central question

What do I change in the code to close this risk?

Guided fix

frictionless execution

See the work. Assign the owner. Close the risk.

  1. Connect the stack

    Connect scanners, repos, cloud, CI, identity, and tickets so every finding lands with the context needed to act.

  2. Prioritize the work

    Rank what should be fixed first using exploitability, runtime exposure, business impact, owner, and SLA.

  3. Fix and prove

    Block the build, assign the owner, verify the closure, and keep the evidence attached.

Keep your tools. Run the work in Apysyk.

Apysyk connects to your existing tools and infrastructure, then turns their output into assigned, tracked, verified security work.

100+ integrations across cloud, code, CI/CD, identity, tickets, and security tools