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ASNRecon is a Cyber Security autonomous system number validation solution with threat detection with automatic mitigated response to IP Address spoofing cyber threats. As part of this new solution and standard there will be a new DNS Record Type that we will get incorporated into Global DNS Servers and systems called an ASN record. This record will keep the IP Address and ASN number in this record. There will also be an asn threat detection protocol that will do a reverse asn lookup for traffic traversing this intrusion detection and Protection Virtual Appliance. It will quickly retrace the asn routing path and look for numbers that don't align. Every ASN number that sends a packet into global internet routing networks will automatically register in the Virtual Appliance registry when the traffic traverses the virtual appliance. Once an anomaly is detected and the threat is identified the connected source asn will be validated then compared. If the numbers that are registered dont match then the connection is dropped. All packets that have ASN that don't match also get registered into the built in registry as detected threats and will immediate drop a packet from the networks edge if the IP Spoofer attempts to connect through another IP originating from the same ASN Number. Automated mitigation for IP Address spoofing there will be an Artificial Intelligence capability to that will do traffic anomaly detection which would also leverage the new ASN Protocol, as well as Artificial Intelligence features for threat detection and prevention. The first iteration will be a virtual appliance and then a network IDS/IPS Intrusion Switch

ASNRECON "ASN DNS" will provide a way to create New Record Types called ASN Records that will contain the Private ASN/Public ASN and associated IP Address with that Endpoint and record. Every Server and Windows, Mac, Linux Endpoint will Register in ASN DNS. Will also have secure DNS that will prevent exfiltration via traditional Open DNS Ports

NVMe Cross Connect - NVMe Switchless Architecture NVMe Cross Connect Overview: Solution: NVMe Cross Connects NVMe Cross Connects provide a very High Speed, low latency, Switchless NVMe Fabric Cross Connect network Connection that runs at 2 Microseconds. This Switchless NVMe Cross Connect fabric provides Direct Multi-Channel Fibre Cross Connects with supporting connection grids in Hyperconverged Nodes, Storage Arrays, NAS Storage, and Software Defined Storage NVMe Cross Connect for Hyper Converged Cluster - Switchless Storage Architecture ? Separate Storage Connectivity Between Nodes ? Number of Nodes that can be cross connected:8 Across Racks in separate Fault and Upgrade Domains ? Hyper Converged Storage Connectivity ? Redundant NVMe Storage Cross Connect for continuity ? Mediums supported: Fibre ? Rate of Transmission: 10/20/50/200GBs ? Direct NVMe Cross Connectivity Across Hyper Converged Servers ? Latency Between Node: 2 Microseconds ? Cache for Data Throughput: 1TB Flash Memory ? RDMA for Cross Connect Connectivity with Processor Utilization Reduction ? Cross connect come in Connection Blocks that provide switch like Connectivity that provide direct node to node ? Cross Connect 512GB Cache to support high speeds across cross connects NVMe Cross Connect for Storage Array - Switchless Architecture ? NVMe Cross connect for direct Array to Array for connectivity without a Switch ? Storage Array Clustering through cross connect connectivity between arrays ? 1 to 4 Arrays connected through a cross connect Routing Architecture ? Redundant NVMe Storage Cross Connect for continuity ? Cross Connect across Racks without a Switch ? Medium: Fibre ? Rate of Transmission: 10/20/50/200GBs ? Cache for Data Throughput: 1TB Flash Memory ? Direct NVMe Cross Connectivity Across Storage Clusters ? Latency Between Node: 2 Microseconds ? RDMA for Cross Connect Connectivity to provide Processor Utilization Reduction ? Cross connect come in Connection Blocks that provide switch like Connectivity ? Switchless Architecture to provide faster direct connectivity between NVMe Cross Connected nodes Cross Connect Network Channel Architecture - Switchless NVMe Cross Connect Fabric ? Same Channel Architecture for Storage Arrays - Network Attached Storage - Software Defined Storage - Hyper Converged Storage Nodes ? No Switch connecting any nodes of arrays. All connectivity to the nodes happen through the connected Fibre Cross Connect Channels ? 10 BASE T Like Channel Architecture except in this example Fibre running at speeds 10/20/50/100/200GB throughput. No Ethernet Design ? Spoke Connections plug direction into the main Cross Connect channels ? Every Storage Node will Be able to Connect through its channel connected into Primary Fibre Cross Connect channels ? If there are 4 nodes cross connected and connection 2 dies there would still be connectivity to all other Nodes within the cluster that are directly tied into the primary Fibre Cross Connect Channel and Grid ? Connection 2 in the example can either have the connected node swapped out or NVMe Cross Connect Channel interconnects swapped out in there are problems or upgrades without affecting the Cluster ? NVMe Cross Connect Grids - Contain all of the ports and fibre connection within node and to and from the Primary Cross Connect Channel ? Switchless Architecture to provide faster direct connectivity between NVMe Cross Connected nodes Cross Connect Replacement ? Options for Biometric Authentication at the Rack to access, manage, upgrade the cross connect Grids ? Hot Swappable Cross Connects from the Connection Grid for failure Remediation or Upgrade Universal Standard for all Storage Array and Hyper Converged Solutions Special Fibre Optic medium with Plug and Play Connections into the Primary Fibre cable grid of connections

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

Linux Cluster Hardware Enterprise Switch Architecture ASN-Recon AK1 OS: Redhat Linux RHEL 8.2 *Kernel Version 4.18.0-193 With Hardened Firewall RAM: 128GBs Of DDR4 RAM AMD EPYC(TM) 7002 Generation Processor with Octa Core CPU running at 3.9 GHZ Broadcom: Dual N2200G - 2 x 200GbE OCP 3.0 Ethernet Adapter for Ingress and Egress Dual 100GB Fibre Cluster Cross Connect for Intra Cluster Communications Mirrored 12 TB FLASH Devices with NVME Cross Connect with Synchronous Replication AES-256 Encryption of Storage, Register, Backlist and Biometric Data Live Or scheduled Security Updates for all Components that have Vectors Continuous Predictive Model Updates from ASN-Recon Enterprise Threat Prevention Cross Connect Synchronous Replication for Containers and Registry Data Kubernetes Container Engine and Orchestration Microsoft SQL 2019 Linux For Registry Database, blacklist Thermal Digital LED Dashboard with Thermo Temperature for Utilization, Resources, Health and Lifecycle with Encrypted Biometric Authentication for Admin Access Remote Encrypted Biometric Based Console Access Threat Detection using the efficient network anomaly detection technique based on TCM-KNN scheme with GeoLocation Proximity, Amazon AWS, Azure, Google, RedHat Virtual Appliance. ASN-Recon and registry running on Microsoft Azure Container Service, and Amazon AWS AKS Kubernetees Container Service. Also ASN-Recon AK1 Market Place appliances For Azure and Amazon AWS

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