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Security-First Design
Controlled automation with fail-safe boundaries and independent verification.
SECURITY-FIRST AUTONOMOUS XDR
Detect faster.
Correlate deeper.
Respond safely.
CyberDefender is a security-first XDR platform designed around controlled automation, fail-safe boundaries and independently verified security decisions.
✓ Observe-first pilot
✓ Risk ≠ Authorization
✓ AI cannot directly execute privileged OS actions
DetectionActive
CorrelationActive
RiskEvaluated
AutomationControlled
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Autonomous XDR
Detection → Correlation → Attack Graph → Risk → Controlled Response.
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Real-World Protection
Endpoints, network, cloud, email and data security in a unified platform.
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Enterprise & Family
Multi-tenant, scalable and suitable for organisations and families.
ARCHITECTURE
Autonomy without unbounded authority.
Security-critical decisions remain separated across evidence, risk, policy, safety, verification and recovery.
Telemetry→Detection→Correlation→Attack Graph→Risk→Policy→Safety Core→Verification
PLANNED PILOT
Observe first. Prove the boundaries. Then expand.
CyberDefender's planned pilot scope focuses on endpoint onboarding, telemetry validation, detection, correlation, risk and operator recommendations. Destructive autonomous actions are intentionally excluded from the initial pilot.
01Endpoint onboarding
02Telemetry & health validation
03Detection / correlation / risk
04Evidence-backed pilot report
PUBLIC ASSISTANT
PUBLIC ASSISTANT PREVIEW
Ask CyberDefender.
Ask about CyberDefender architecture, the commercial pilot, Safety Core, Risk ≠ Authorization, AI boundaries, deployment and recovery.
✓ Public CyberDefender knowledge only
✓ No Owner secrets or fleet tokens
✓ No direct OS execution
✓ No Policy / Safety Core bypass
CyberDefender Public Assistant
Public assistant preview
Hello. I can explain CyberDefender in English, Uzbek or Russian — including how it can help, how protection is designed, pilot scope, limitations and security boundaries. What would you like to know?
Public CyberDefender knowledge only. No private Owner/API access, no secrets, no privileged execution.
TRUST CENTER
Security claims should be inspectable.
CyberDefender is in R&D/MVP stage preparing for pilot deployment. This trust center documents the public security boundaries we can state today without presenting planned capabilities as production facts.
Separated trust zones
Public website, authenticated Owner panel and machine API are kept on separate routes and security boundaries.
Observe-first pilot
The planned pilot prioritizes monitoring, detection, correlation, risk and recommendations rather than destructive autonomous response.
AI has no privileged authority
The public assistant cannot access Owner credentials, fleet tokens or directly execute privileged OS actions.
No certification theatre
CyberDefender does not claim SOC 2, ISO 27001 or equivalent certification on this R&D/MVP-stage website unless independently obtained later.
Public Documentation
How CyberDefender helps, how protection is designed, planned pilot scope, limitations, AI boundaries, data/privacy and FAQ — in EN / UZ / RU.
SUPPORT
Choose the right support channel.
Technical questions, pilot onboarding and responsible security reports are kept on separate paths. Never send passwords, tokens, private keys or sensitive incident evidence through a public form.