Skill UI

A comprehensive checklist designed for developers to ensure a language learning integration (Speak) is robust and ready for production deployment. It covers critical technical areas including API authentication, audio processing pipelines, rate limiting strategies, monitoring and alerting setup, and adherence to global data compliance standards (e.g., GDPR, FERPA). Use this when implementing or troubleshooting production-grade features.

Provides SRE guidance for defining SLIs/SLOs, managing error budgets, automating toil, and configuring monitoring/alerting so teams can scale reliable services and respond to incidents effectively.

A comprehensive checklist designed to ensure TwinMind integrations are deployed securely, stably, and compliantly in a production environment. It covers critical best practices across multiple domains, including authentication, data encryption (PII, GDPR), robust infrastructure setup (auto-scaling, load balancing), advanced monitoring (metrics, tracing, alerting), and full CI/CD deployment workflows. Use this when preparing for go-live or conducting production audits.

Automates the ingestion, normalization, and distribution of STIX/TAXII and open-source threat intelligence feeds into SIEM and detection platforms for real-time IOC matching, scoring, and alerting used by SOC teams.

Detects API enumeration attacks such as BOLA and IDOR by monitoring sequential or tampered object identifiers, analyzing authorization failures, and alerting on abnormal request patterns across gateways and SIEMs.

Guides security teams through multi-signal detection of unauthorized cryptocurrency mining in cloud workloads, combining cost, compute, network, GuardDuty, and runtime monitoring with alerting and remediation.

Hunts for DCSync attacks by monitoring Active Directory replication requests, auditing Event ID 4662, correlating non-domain-controller RPC traffic, and alerting when unauthorized accounts request replication rights to detect credential theft.

Guides building an isolated BGP lab to analyze hijacking scenarios, verify RPKI/ROV safeguards, reproduce more-specific and origin hijacks, and assess monitoring/alerting coverage before deploying defenses.

Implements SOC alert fatigue reduction by tuning noisy detection rules, consolidating duplicate alerts, and applying risk-based alerting so analysts remain effective when false positives and alert volumes spike.

Run security chaos engineering experiments that disable WAFs, firewall rules, log pipelines, or EDR via boto3 and subprocess calls to verify SOC detection, alerting, and response coverage during deployments or assessments.

Automates tracking of vulnerability remediation SLAs, detects breaches based on severity, escalates via configured contacts, and feeds compliance dashboards with status updates.

Detect NTLM relay attacks by correlating Windows Security Event 4624 LogonType 3 entries against IP-to-hostname inventories, auditing SMB/LDAP signing enforcement, spotting Responder/LLMNR poisoning traffic, and tagging NTLM downgrade attempts for SIEM alerting.