ASNRECON THREAT PREVENTION & GLOBAL ASN REGISTRY

With ASNRECON Threat Prevention and Global Registry Cyber threat attempts and attack to commit Cyber crime are logged into built in Microsoft SQL 2019 Linux instance running within a container within the platform. The platform will have a 4 Node, Cross Connected Kubernetes Container Cluster, with Automated Response and Mitigation for Cyber Attacks. If a DDOS Attack, is attempted the container cluster will start provisioning containers in a Honey Pot Architecture that will have very specific purpose for gathering forensic data. The initial attack is very briefly allowed once detected and will let it build to gather threat intel. Once the containers have the forensic data the system stores it in a Highly Encrypted Linux database Instance. The platform will keep a copy some of the containers from the attack so that they can be uploaded to the ASNRECON Forensics Container Registry where they can be exported to provide to Governing authorities anywhere in the world. ASNRECON Threat Prevention then blacklists the source of the attacks including IP Address Public/Private ASN Numbers. Some of features for the ASNRECON THreat Prevention and Global Registry will provide the following features solution: ? Global Threat Detection and Prevention Solution ? Global Unified ASN Registry that is replicated to all ASN Connected Devices and Appliances ? Work with new ASNRECON Global DNS Security standards ? New Type of DNS Record called an ASN Record ? ASN Extension of the DHCP protocol that will allocate IP's, and create ASN Records in DNS for Private/Public ASN Numbers Associated with the sending device ? Intrusion Detection and Prevention with automated response and mitigation to threats and attacks ? Active Traffic Redirection into native Honey Pot Containment, and Forensics via Native Kubernetes with Forensic Security Containers ? Biometric Security Architecture for Login from the Rack, Web Console, Local or Remote Endpoints ? Random Number Geometry for Biometric Geometric Classification, and Multi-Fault-Domain-Distribution ? AI Driven Endpoint Security with Anomaly Detection with Geolocation Proximity ? Global ASN Convergence with ASN Sourced Registry ? Continuous Model Teaching from Live Detection Data from Master ASNRECON ASN Global Registry ? Global ASN Registry with Live updates that sync with all ASNRECON Blacklist and Registry across the globe ? Updates can be scheduled or done as soon as they are released from the ASNRECON Registry Cloud ? Endpoint Anomaly Detection ? Endpoint snapshot to quickly roll back endpoint and servers to a clean config ASN Threat Prevention will be deployed in a 4 Node Appliance is a ASNRECON Clustered Intrusion Block. It will Contain registry images for Honey Pot forensics that will horizontally Scale containers and capture Digital Forensic Data with Geolocation Proximity of all of the IP-Spoofing, DDOS Traffic from a single source or multiple sources if a DDOS Botnet type attack was launched against the ASNRECON Threat Prevention and Registry cluster