Networks Interconnection TRIZ Cases

A nexthop-to-transport mapping scheme configures VPN tunnels using Border Gateway Protocol updates for dynamic forwarding.

A data transfer device dynamically adjusts compression levels and path redundancy to optimize communication efficiency.

A virtual local loop creates a secure path for high-quality VoIP services over public networks.

Intercepting unexpected VDP packets prevents VSI state machines from entering indeterminate states during session re-establishment attempts.

Centralized management server automates mesh VPN configuration, eliminating manual errors and reducing setup time for secure site-to-site connectivity.

A virtual bridge redirects data packets from a passthrough network interface card to a host-based virtual network function module.

Encapsulating a unified indication identifier eliminates format conversion and redundant encapsulation during cross-domain packet transmission.

Packet processing engine drops packets with failover identifiers to prevent routing loops between control bridges.

Cloud manager assigns applications to client nodes across isolated domains, resolving hardware utilization inefficiencies and security segregation conflicts.

Ingress network devices mark packets with source endpoint group information to enable intra-EPG isolation within a fabric.

Proxy host devices redirect mobile application traffic through virtual private networks to simulate diverse geographic locations.

Storage Fabric Services component automates NVMe entity discovery via multicast DNS pull registration, eliminating tedious manual configuration errors.

A virtual bridge with multiple routers connects autonomous systems via Layer 2 and Layer 3 links.

A network device maps addresses between distinct networks to route data via MQTT tunnels.

An information processing apparatus manages virtual network connections using a processor to establish and release links based on specific function execution.

A split tunneling device encapsulates packets and changes source addresses for forwarding to a server.

A network packet transmission device determines destination virtual local area network identification and corresponding transmission speed using a local area network speed table.

Software-defined networking controller establishes a translation table for in-band traffic to resolve ambiguous network addresses.

A switch rewrites distribution IP addresses based on relay ports to automate network device configuration.

A switch device adjusts frame output rates based on transmission source addresses to manage data relay processing.

A switch generates a multicast BMAC address by modifying its unicast MAC bit 40 to enable network communication.

A top of rack switch creates virtual network interfaces to route traffic between cloud virtual machines and dedicated hardware appliances.

Dynamic path computation across multiple gateways obscures communication relationships, preventing traffic analysis attacks while maintaining scalability.

Routing configuration templates automate network segment setup, resolving unmanageable complexity from hand-crafted configurations.

An SDN controller manages tunnel establishment and flow entries, eliminating complex signaling negotiation between LMA and MAG devices.

Heuristic search identifies adaptation sequences that resolve manual design inefficiencies and improve software-defined network performance.

A network interface device bonds physical ports into a link aggregation group without operating system control.

Policy-driven automation selects and configures logical routers on edge nodes, eliminating manual setup while maintaining fault tolerance.

An automated system analyzes LLDP packets to create aggregation groups, eliminating manual configuration workload while ensuring link stability.

A universal bridge translates diverse IoT protocols to a cloud server, resolving interoperability and security bottlenecks.

Subnet broadcast discovery locates offending devices without requiring all switches to be configured, bypassing LLDP propagation limits.

Aggregating network data from endpoints and middle-points, the system identifies malicious patterns to block attacks before they compromise sensitive data.

Segmenting Ethernet payloads into distinct areas prevents tail-end misidentification of counter values and MACs, ensuring accurate frame recognition.

Disabling virtual network links before sequentially migrating leaf and root elements prevents loops and traffic spikes during MSTP to ERPS transition.

Dynamic firmware configuration enables a single industrial device to function across disparate networks, eliminating redundant hardware inventory.

A wireless device shares service profiles with nearby units via short-range links to streamline activation.

A global server load balancing virtual server directs network requests based on real-time Secure Socket Layer Virtual Private Network user counts.

VTEP devices store synchronized routing data to resolve addresses locally, reducing network-wide broadcast traffic and conserving bandwidth.

A wireless dock employs a virtual network interface to bridge mobile devices with wired Ethernet networks.

Controller distributes keys to enable direct packet transmission, eliminating resource waste from repeated encryption at intermediate switches.

An on-vehicle gateway ECU eliminates standby power consumption by drawing operating power directly from a connected external apparatus during authentication.

A layer 2.5 control plane allocates pseudo wire labels via a layer 2 protocol, avoiding full layer 3 upgrades and reducing network node complexity.

A gateway network management device routes encapsulated messages using piggyback customer addresses to traverse IP networks.

Shared data repository stores versioned configuration blocks to maintain hierarchical coherency across virtual network function chains.

Appointed forwarder assignment system redistributes VLANs across routing bridges to balance network load.

A distributed cloud network uses anycast IP routing to encapsulate traffic and deliver scalable performance services.

An integrated system interfaces with external device management platforms to collect operational data and generate unified reports for enterprise asset tracking.

Mapping components translate virtual addresses between networks, eliminating gateway infrastructure and reducing device complexity.

Dynamic queue filters route encapsulated multicast packets to multiple NIC queues, resolving single-queue bottlenecks and tail drop issues.

A virtual network connects public cloud edge nodes to external multi-computer nodes for optimized data routing.