Feature Explorer AI 
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| Feature hierarchy | Feature Name |
|---|---|
| System Partitioning & Clustering / Chassis Clustering / | Active-Active - Data Redundancy Groups (RGx) |
| System Partitioning & Clustering / Chassis Clustering / | Active-Passive - Routing Engine Group (RG0) |
| System Partitioning & Clustering / Chassis Clustering / | Autorecovery of fabric link |
| System Partitioning & Clustering / Chassis Clustering / | Chassis Cluster HA control link encryption |
| System Partitioning & Clustering / Chassis Clustering / | Chassis Cluster Resiliency Improvement |
| System Partitioning & Clustering / Chassis Clustering / | Chassis Cluster SPC Insert |
| System Partitioning & Clustering / Chassis Clustering / | Chassis cluster extended cluster ID |
| System Partitioning & Clustering / Chassis Clustering / | Chassis cluster formation |
| System Partitioning & Clustering / Chassis Clustering / | Chassis cluster secure login |
| System Partitioning & Clustering / Chassis Clustering / | Chassis cluster: Active-active |
| System Partitioning & Clustering / Chassis Clustering / | Chassis cluster: Active-passive |
| System Partitioning & Clustering / Chassis Clustering / | Chassis cluster: Multicast flow |
| System Partitioning & Clustering / Chassis Clustering / | Chassis clusters (active/passive and active/active) |
| System Partitioning & Clustering / Chassis Clustering / | Control plane failover |
| System Partitioning & Clustering / Chassis Clustering / | DHCP Server with chassis cluster support |
| System Partitioning & Clustering / Chassis Clustering / | DHCP relay in chassis cluster |
| System Partitioning & Clustering / Chassis Clustering / | Damping time between back-to-back redundancy group failovers |
| System Partitioning & Clustering / Chassis Clustering / | Data plane |
| System Partitioning & Clustering / Chassis Clustering / | Data plane failover |
| System Partitioning & Clustering / Chassis Clustering / | Dedicated fabric ports support |
| System Partitioning & Clustering / Chassis Clustering / | Dual Control Links (redundant link for failover) |
| System Partitioning & Clustering / Chassis Clustering / | Dual Data Links |
| System Partitioning & Clustering / Chassis Clustering / | Dual Primary Role Auto-Recovery (Control link) |
| System Partitioning & Clustering / Chassis Clustering / | Dual Primary Role Detection(Split Brain) |
| System Partitioning & Clustering / Chassis Clustering / | Dual active-backup IPsec VPN chassis clusters |
| System Partitioning & Clustering / Chassis Clustering / | Dual fabric links |
| System Partitioning & Clustering / Chassis Clustering / | Enabling and disabling control link |
| System Partitioning & Clustering / Chassis Clustering / | Encrypted control link |
| System Partitioning & Clustering / Chassis Clustering / | Enhanced Monitoring: track-ip |
| System Partitioning & Clustering / Chassis Clustering / | Enhanced Monitoring: track-ip ping from backup interface |
| System Partitioning & Clustering / Chassis Clustering / | Enhanced debugging support for chassis cluster |
| System Partitioning & Clustering / Chassis Clustering / | External 10GbE ports on SCB2, SCB3, SCB4 |
| System Partitioning & Clustering / Chassis Clustering / | Flow forwarding |
| System Partitioning & Clustering / Chassis Clustering / | HA Enhancement: L2 Switching with HA |
| System Partitioning & Clustering / Chassis Clustering / | HA Fabric forwarded packet reordering |
| System Partitioning & Clustering / Chassis Clustering / | HA cluster support |
| System Partitioning & Clustering / Chassis Clustering / | IP Monitoring with route failover (for standalone devices and redundant Ethernet interfaces) |
| System Partitioning & Clustering / Chassis Clustering / | IP monitoring with interface as next-hop option |
| System Partitioning & Clustering / Chassis Clustering / | IP monitoring with interface failover (for standalone devices) |
| System Partitioning & Clustering / Chassis Clustering / | IPV6 HA Active/Active |
| System Partitioning & Clustering / Chassis Clustering / | IPv6 Firewall Policy HA Active/Active Support |
| System Partitioning & Clustering / Chassis Clustering / | Increasing IP monitoring capacity |
| System Partitioning & Clustering / Chassis Clustering / | Interface Monitoring Enhancement for HA |
| System Partitioning & Clustering / Chassis Clustering / | J-Flow version 5 with chassis cluster support |
| System Partitioning & Clustering / Chassis Clustering / | J-Flow version 8 with chassis cluster support |
| System Partitioning & Clustering / Chassis Clustering / | JSRP with IPv6 |
| System Partitioning & Clustering / Chassis Clustering / | Layer 2 LAG |
| System Partitioning & Clustering / Chassis Clustering / | Layer 3 LAG |
| System Partitioning & Clustering / Chassis Clustering / | Local interface support (non-Reth) |
| System Partitioning & Clustering / Chassis Clustering / | Logical interface scaling |
| System Partitioning & Clustering / Chassis Clustering / | Logical interfaces on redundant Ethernet interface scaling |
| System Partitioning & Clustering / Chassis Clustering / | Loopback interface for chassis cluster VPN |
| System Partitioning & Clustering / Chassis Clustering / | Low impact cluster upgrade |
| System Partitioning & Clustering / Chassis Clustering / | Low-impact cluster upgrade (ISSU light) |
| System Partitioning & Clustering / Chassis Clustering / | Monitoring support for control links |
| System Partitioning & Clustering / Chassis Clustering / | Multicast in HA mode |
| System Partitioning & Clustering / Chassis Clustering / | Preemt delay timer |
| System Partitioning & Clustering / Chassis Clustering / | Redundancy groups |
| System Partitioning & Clustering / Chassis Clustering / | Routing mode: LACP in chassis cluster mode |
| System Partitioning & Clustering / Chassis Clustering / | Routing mode: Link aggregation in chassis cluster mode |
| System Partitioning & Clustering / Chassis Clustering / | Routing mode: Static LAG in chassis cluster mode |
| System Partitioning & Clustering / Chassis Clustering / | Second Routing Engine Startup Details |
| System Partitioning & Clustering / Chassis Clustering / | Stateful Failover - ALGs |
| System Partitioning & Clustering / Chassis Clustering / | Stateful Failover - Firewall |
| System Partitioning & Clustering / Chassis Clustering / | Stateful Failover - IPSec VPN (Policy based) |
| System Partitioning & Clustering / Chassis Clustering / | Stateful Failover - IPSec VPN (Route based) |
| System Partitioning & Clustering / Chassis Clustering / | Stateful Failover - NAT |
| System Partitioning & Clustering / Chassis Clustering / | Stateful Failover - Self-signed Certificate support |
| System Partitioning & Clustering / Chassis Clustering / | Switching mode: LACP in chassis cluster mode |
| System Partitioning & Clustering / Chassis Clustering / | Switching mode: Static LAG in chassis cluster mode |
| System Partitioning & Clustering / Chassis Clustering / | Sync backup node configuration from primary node |
| System Partitioning & Clustering / Chassis Clustering / | Synchronization - Configuration |
| System Partitioning & Clustering / Chassis Clustering / | Synchronization - Dynamic Routing Protocols (DRP) |
| System Partitioning & Clustering / Chassis Clustering / | Synchronization - Policies |
| System Partitioning & Clustering / Chassis Clustering / | Synchronization - Session State Sync (RTO Sync) |
| System Partitioning & Clustering / Chassis Clustering / | Synchronizing application identification package in a chassis cluster |
| System Partitioning & Clustering / Chassis Clustering / | Traffic Prioritization for flow on Viking infrastructure of HA |
| System Partitioning & Clustering / Chassis Clustering / | Upstream device IP address monitoring |
| System Partitioning & Clustering / Chassis Clustering / | Upstream device IP address monitoring on a backup interface |
| System Partitioning & Clustering / Junos Fusion / | Cascade port support |
| System Partitioning & Clustering / Junos Node Slicing / | In-chassis Junos Node Slicing |
| System Partitioning & Clustering / Junos Node Slicing / | In-chassis Junos node slicing: CoS, port mirroring, tunnel services, and firewall filters |
| System Partitioning & Clustering / Junos Node Slicing / | In-chassis Junos node slicing: Multiversion software support |
| System Partitioning & Clustering / Junos Node Slicing / | In-chassis Junos node slicing: Software resiliency |
| System Partitioning & Clustering / Junos Node Slicing / | In-chassis Junos node slicing: Subscriber management |
| System Partitioning & Clustering / Junos Node Slicing / | In-chassis Junos node slicing: Upgrade JDM to support WRL 9-based VM host |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Abstracted fabric interface |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Configure SLCs and assign them to GNFs |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Error recovery, fault handling, and resiliency |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Improved debugging ability and serviceability for JDM |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Multiversion software support |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Software support |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Subscriber management |
| System Partitioning & Clustering / Junos Node Slicing / | Junos node slicing: Ubuntu 20.04 |
| System Partitioning & Clustering / Junos Node Slicing / | Ubuntu 24.04 in Junos node slicing |
| System Partitioning & Clustering / Logical Systems / | Logical systems: ALGs |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Admin operations (Telnet, SSH, HTTPS, and so on.) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Administration |
| System Partitioning & Clustering / Logical Systems / | Logical systems: AppID enhancement |
| System Partitioning & Clustering / Logical Systems / | Logical systems: AppID on HSS platforms |
| System Partitioning & Clustering / Logical Systems / | Logical systems: AppTrack on HSS platforms |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Application firewalls |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Application quality of services (AppQos) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Basic profiling |
| System Partitioning & Clustering / Logical Systems / | Logical systems: CPU usage allocation and control |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Chassis clusters |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Content security (UTM) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Control plane infrastructure |
| System Partitioning & Clustering / Logical Systems / | Logical systems: DNS cache (display and clear) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: DNS sinkhole enhancements |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Data path debugging |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Data plane infrastructure |
| System Partitioning & Clustering / Logical Systems / | Logical systems: FLOW |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Firewall authentication |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Flow trace |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Flows |
| System Partitioning & Clustering / Logical Systems / | Logical systems: ICAP redirect profiles |
| System Partitioning & Clustering / Logical Systems / | Logical systems: IDP policies |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Interconnect logical system flow enhancement |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Interfaces |
| System Partitioning & Clustering / Logical Systems / | Logical systems: LSYS |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Layer 2 address learning |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Layer 2 traffic and firewall sessions |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Licensing HSS platforms |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Multicast |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Multicast traffic |
| System Partitioning & Clustering / Logical Systems / | Logical systems: NAT |
| System Partitioning & Clustering / Logical Systems / | Logical systems: NAT (except interface NAT) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: NAT - Source NAT interface |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Nonstop active routing |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Off-box logging |
| System Partitioning & Clustering / Logical Systems / | Logical systems: On-box logging |
| System Partitioning & Clustering / Logical Systems / | Logical systems: On-box reporting |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Platform support (HSS, inter-lsys) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Policies |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Routing (dynamic and static) |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Screen options |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Screens |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Secure wire |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Security log names |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Security virtualization |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Separate multicast snooping domains for different logical systems |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Sessions |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Storm control |
| System Partitioning & Clustering / Logical Systems / | Logical systems: User firewall authentication in customized model |
| System Partitioning & Clustering / Logical Systems / | Logical systems: User firewall enhanced support |
| System Partitioning & Clustering / Logical Systems / | Logical systems: VPN tunnel interface |
| System Partitioning & Clustering / Logical Systems / | Logical systems: VPN tunnels |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Zones |
| System Partitioning & Clustering / Logical Systems / | Logical systems: Zones and security policies |
| System Partitioning & Clustering / Routing Instances / | Layer 2 virtual switch |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: ALGs |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: BGP |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: Flow Management |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: IGMP |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: IPv4 |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: IS-IS |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: MSDP |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: Multicast |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: OSPF |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: OSPFv3 |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: PIM |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: PIM Bidirectional |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: RIP |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: RIPng |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: Traffic Management |
| System Partitioning & Clustering / Routing Instances / | Virtual Router Instance: Unicast |
| System Partitioning & Clustering / Tenant Systems / | ALG for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | AppID support for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | Application Firewall for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Application quality of services (AppQoS) for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | DHCP for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Default routing-instance support for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | Dynamic address for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | Firewall Authentication for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Flow trace for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | ICAP service redirect support for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | IDP for Tenant System |
| System Partitioning & Clustering / Tenant Systems / | Interfaces support enhancement on tenant systems |
| System Partitioning & Clustering / Tenant Systems / | Logical tunnel interfaces and GRE tunnels |
| System Partitioning & Clustering / Tenant Systems / | NAT for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Off-box logging for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | On-Box Logging for Tenant System |
| System Partitioning & Clustering / Tenant Systems / | On-Box Reporting for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Root system's stream configuration for user logical systems and tenant systems |
| System Partitioning & Clustering / Tenant Systems / | Screen for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Security Policies for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Security Zones for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | UTM for Tenant Systems |
| System Partitioning & Clustering / Tenant Systems / | User Firewall UAC authentication entries in shared mode for logical systems and tenant systems |
| System Partitioning & Clustering / Tenant Systems / | User authentication support for tenant systems |
| System Partitioning & Clustering / Tenant Systems / | User firewall authentication in customized model on tenant systems |
| System Partitioning & Clustering / Tenant Systems / | User firewall enhanced support for tenant systems |
| System Partitioning & Clustering / Virtual Chassis / | Synchronize Virtual Chassis configs using SCP |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Command forwarding support for MX Series Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Enable Ifstate, peer infra, and TCP/IP stack parallelization on Virtual chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Faster PFE Acks |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Interchassis redundancy support using Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Layer 2 bridging support for MX Series Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis commit time improvements |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for Layer 2 spanning-tree protocols |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for MX240 and MX480 member routers in a VC containing MX2010 or MX2020 member routers |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for determining member router health |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for inline flow monitoring |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for locality bias |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for logical systems |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for targeted traffic distribution and redundancy mechanisms |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | MX Series Virtual Chassis support for the ephemeral database |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Member specification support in file commands for MX Series Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Relay daemon code removed for MX Series Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Sequential upgrade for Virtual Chassis |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Virtual Chassis DS-Lite support |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Virtual Chassis NAT and BNG support |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for MX Series / | Virtual Chassis support for L2TP LNS |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Active/active and active/standby support |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Alias support for Virtual Chassis and Virtual Chassis Fabric nodes |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Commit process optimization (Virtual Chassis, Switches) |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Dedicated Virtual Chassis port link aggregation |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Digital optical monitoring (DOM) on Virtual Chassis ports (VCPs) |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Link aggregation groups (LAGs) over Virtual Chassis ports (VCPs) |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Local Link Bias |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Synchronize Virtual Chassis configuration using SCP |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis Support through HGoE |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis member support |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis preprovisioning |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis split and merge |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis support |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis-Automatic software update on prospective member switches |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis-Autoprovisioning of Virtual Chassis ports (VCPs) |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis-Front-panel configuration of uplink module ports as Virtual Chassis ports (VCPs) |
| System Partitioning & Clustering / Virtual Chassis / Virtual Chassis for Switches / | Virtual Chassis-SFP uplink module port interconnection of member switches |