33 security alert types covering every attack vector AI-generated code introduces. Plus the only SOC2 compliance module purpose-built for vibecoded apps.
AI agents often ship routes without authentication checks, rate limiting, or input validation. They work — but they're open to anyone.
Debug endpoints, stack traces, and environment variables appear in error responses when the agent hasn't been told to hide them.
Enterprise sales stall on the question: "How do you monitor your AI-generated code?" Without an answer, deals die.
Pre-mapped detection for every security failure mode that shows up in AI-generated applications in the wild.
Each of the 33 security alert types ships with a pre-written remediation hint — exactly what to do when the alert fires. No Googling, no guesswork. Block the IP, rotate the secret, tighten the CORS policy.
The only SOC2 compliance tool purpose-built for AI-generated applications. Map your alert coverage to Trust Service Criteria and export auditor-ready evidence with one click.
Every relevant SOC2 Trust Service Criterion mapped to specific VibeAlerts alert types with evidence descriptions.
Real alert data from your account populates each control with 30d/90d event counts for auditor review.
Download a structured CSV your auditor can import directly into their audit management tool.
Every alert VibeAlerts receives is timestamped, categorized, and stored against your account. For SOC2 purposes, this alert history is your monitoring evidence.
This establishes that monitoring infrastructure is in place — satisfying the "designed and implemented" criterion.
Every received alert (security, perf, cost, error) becomes timestamped evidence of continuous monitoring.
Export the CSV — it contains every control, description, alert type mapping, and 30d/90d event counts.
Platform is active (apps + channels configured) AND relevant alert events have been received in the last 90 days. Your controls are operating and generating evidence.
Monitoring infrastructure is in place but no events of this type have been detected. This is a good sign — your controls are working and preventing incidents.
Missing apps or channels. Connect at least one app and configure a notification channel to activate monitoring evidence collection.
Control: Information needed to support the functioning of internal control is identified, captured, used, and communicated in a timely manner.
VibeAlerts Evidence: Real-time notification channels (email, Slack, Discord, Teams, webhook) ensure all stakeholders receive timely security and operational alerts.
Alert types monitored: All alert categories via notification channels
Control: The entity identifies risks to the achievement of its objectives and analyzes risks as a basis for determining how they should be managed.
VibeAlerts Evidence: Alert catalog maps 94 risk types across 5 categories. Every received alert represents an identified and actively monitored risk.
Control: The entity selects, develops, and performs ongoing evaluations to ascertain whether components of internal control are present and functioning.
VibeAlerts Evidence: Continuous monitoring across 94 alert types with configurable severity thresholds. Evidence of monitoring activity captured in each received alert.
Control: The entity deploys control activities through policies that establish what is expected and procedures that put policies into action.
VibeAlerts Evidence: Alert rules codify security policies (rate limits, auth requirements) and fire when deviations are detected.
Control: The entity implements logical access security software, infrastructure, and architectures to protect information assets from security events.
Evidence: Alerts for every authentication anomaly, unauthorized access attempt, and privilege violation — each with timestamp, source IP, endpoint, and remediation.
Control: Prior to issuing system credentials and granting system access, the entity registers and authorizes new internal and external users.
Evidence: API key lifecycle monitoring detects rotation overdue events and orphaned keys from deprovisioned accounts.
Control: The entity removes access when no longer required based on approved management policies.
Control: The entity implements controls to prevent or detect the introduction of unauthorized or malicious software.
Control: The entity restricts the transmission and removal of information to authorized users and processes.
Control: The entity implements controls to prevent or detect and act upon the unauthorized or malicious actions of system users.
Control: Detection and monitoring procedures to identify changes to configurations or new vulnerabilities.
Control: The entity monitors system components for anomalies indicative of malicious acts, natural disasters, and errors.
Control: The entity evaluates security events to determine whether they resulted in a failure to meet objectives.
Control: The entity responds to identified security incidents by executing a defined incident response plan.
Evidence: Each alert includes a pre-written remediation hint. Alerts can be acknowledged and resolved through the VibeAlerts UI, providing a timestamped audit trail.
Control: The entity identifies, develops, and implements activities to recover from identified security incidents.
Control: The entity assesses and manages risks associated with vendors and business partners.
Control: The entity maintains, monitors, and evaluates current processing capacity and use of system components.
Control: The entity authorizes, designs, implements, operates, and monitors environmental protections, backup processes, and recovery infrastructure.
Control: The entity identifies and maintains confidential information to meet the entity's confidentiality objectives.
Control: The entity disposes of confidential information to meet confidentiality objectives.
"Control ID","TSC Category","Criterion","Control Description","VibeAlerts Evidence Description","Alert Types Monitored","Events (30d)","Events (90d)","Coverage Status","Coverage Type","Export Date" "CC6.1","Access Controls","Logical and Physical Access Controls","The entity implements logical access security software...","Alerts generated for every authentication anomaly, unauthorized access, and privilege violation...","brute_force_login; account_takeover; jwt_anomaly; missing_auth_on_route; privilege_escalation","12","18","Covered","full","2026-04-05" "CC7.2","System Operations","System Operations","The entity monitors system components for anomalies...","Real-time performance monitoring captures p95 latency spikes, memory pressure, CPU saturation...","latency_spike; memory_pressure; cpu_saturation; connection_pool_exhausted; worker_crash_loop","7","11","Covered","full","2026-04-05" "C1.1","Confidentiality","Confidentiality","The entity identifies and maintains confidential information...","Confidential data exposure monitored through API response scanning for secrets and env vars...","secret_in_response; env_var_leak; api_key_in_url; insecure_db_url; stack_trace_leaked","3","3","Covered","full","2026-04-05"
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