Network Architecture, Design, and Topology Standard
Defines architecture views, topology, requirements, resilience, scale, documentation, and acceptance.
Standards / Network and Security / MYTHOS-NET
Network engineering and cybersecurity standards, from topology and source of truth to zero trust and detection. Visual language: Topology, routing and state graphs, trust zones, packet and control flows, attack paths, enforcement boundaries, and evidence chains.
MYTHOS-NET
Defines architecture views, topology, requirements, resilience, scale, documentation, and acceptance.
Defines automation contracts, data models, idempotency, validation, rollback, evidence, and vendor abstraction.
Defines topology models, simulations, reachability, differential testing, evidence, and confidence.
Defines identity-aware networking, segmentation, enforcement, telemetry, and continuous validation.
Defines authoritative state, discovery, intent, reconciliation, exceptions, and audit.
Defines SR-MPLS, SRv6, policy, traffic engineering, operations, migration, and security.
Defines mobile architecture, orchestration, slicing, isolation, QoS, telemetry, and research boundaries.
Defines structured troubleshooting, telemetry, packet analysis, isolation, validation, and closure evidence.
Defines cabling, optics, facilities interfaces, topology, labeling, testing, and lifecycle.
Defines routing architecture, naming, addressing, DDI, policy, operations, and assurance.
Defines access switching, 802.1X, profiling, wireless design, RF, roaming, and validation.
Companions
Field guides, living guides, and portfolio editions that decompose or consolidate the MYTHOS-NET standards.
A practical packet-centered guide that teaches engineers to trace communication from application intent through transport, IP, link, physical transmission, middleboxes, return paths, and evidence-driven troubleshooting.
A comprehensive Layer-2 engineering guide covering Ethernet forwarding, VLAN segmentation, spanning tree, link aggregation, multichassis designs, loop prevention, failure behavior, security, observability, and migration toward EVPN fabrics.
An addressing and host-forwarding guide that develops IPv4 and IPv6 fluency from binary prefix math through allocation, subnetting, ARP, Neighbor Discovery, SLAAC, DHCPv6, dual stack, transition, security, and operations.
A complete OSPF engineering guide covering link-state theory, packets, neighbors, LSAs, areas, SPF, summarization, convergence, authentication, BFD, redistribution, operations, and packet-level troubleshooting for OSPFv2 and OSPFv3.
A policy-centered BGP guide covering path-vector operation, sessions, attributes, selection, route policy, communities, route reflection, multiprotocol families, convergence, RPKI, filtering, telemetry, scale, and incident troubleshooting.
A service-provider and enterprise MPLS guide covering labels, forwarding equivalence classes, LDP, BGP labeled services, L3VPNs, route distinguishers and targets, RSVP-TE, entropy, OAM, QoS, resilience, and migration.
A modern transport guide covering segment-routing architecture, SRGB and SIDs, SR-MPLS, SRv6, network programming, SR Policies, steering, PCE and BGP control, TI-LFA, security, telemetry, interworking, and migration.
An end-to-end QoS and capacity guide covering application requirements, classification, marking, trust, policing, shaping, queuing, scheduling, congestion avoidance, ECN, wireless and WAN behavior, telemetry, testing, and capacity planning.
A multicast engineering guide covering addressing, receiver signaling, IGMPv3, MLD, PIM-SM, shared and shortest-path trees, rendezvous points, Anycast RP, source-specific multicast, Layer-2 snooping, security, operations, and troubleshooting.
A DDI engineering guide covering authoritative and recursive DNS, resolution, zones, DNSSEC, encrypted DNS, DHCPv4, DHCPv6, relay, high availability, IPAM, source-of-truth integration, automation, security, observability, and recovery.
A complete campus and branch engineering guide spanning requirements, hierarchical and fabric designs, wired and wireless access, routing, identity, WAN edge, resiliency, operations, automation, lifecycle, and transition toward intent-driven architectures.
An implementation-grade data-center networking guide covering leaf-spine fabrics, underlays, BGP EVPN, VXLAN, distributed gateways, multitenancy, multihoming, routing, DCI, automation, telemetry, security, capacity, and failure assurance.
A comprehensive WLAN and RF guide spanning electromagnetic foundations, 802.11 MAC and PHY behavior, Wi-Fi 6E and Wi-Fi 7, design, surveys, roaming, authentication, capacity, troubleshooting, automation, sensing, and lifecycle.
A full identity-aware access guide covering 802.1X, EAP, RADIUS, certificates, wired and wireless enforcement, profiling, posture, guest and IoT onboarding, dynamic policy, high availability, troubleshooting, telemetry, and zero-trust evolution.
A complete WAN and secure-access guide covering transport, overlays, SD-WAN architecture, path selection, application policy, routing, internet and cloud connectivity, SASE and SSE integration, zero trust, remote access, observability, resilience, and migration.
An extensive automation engineering guide covering requirements, data models, APIs, NETCONF, RESTCONF, gNMI, Python, Go, Rust, Ansible, idempotency, concurrency, testing, transactions, rollout, rollback, observability, security, and agent-assisted workflows.
A governance and implementation guide for network source of truth, normalized intent, inventory, topology, addressing, services, lifecycle, discovery, reconciliation, drift, approvals, APIs, and evidence-driven automation.
A rigorous network-verification guide covering twin scope, models, configuration analysis, reachability, policy, simulation, emulation, traffic generation, differential testing, failure injection, confidence, CI integration, and decision evidence.
A complete network observability guide covering telemetry architecture, YANG-Push, gNMI, OpenConfig, metrics, logs, events, traces, OpenTelemetry, collectors, schemas, time, cardinality, storage, SLOs, anomaly detection, security, and troubleshooting.
A deep packet-evidence guide covering capture planning, observation points, tcpdump and capture filters, Wireshark display analysis, TCP, UDP, DNS, TLS, routing, wireless, tunnels, performance, security, forensics, evidence integrity, automation, and encrypted-network limitations.
A practical-to-frontier optical networking guide covering fiber propagation, optical budgets, transceivers, CWDM and DWDM, ROADMs, amplification, coherent modulation, DSP, OTN, 400ZR and 800ZR, telemetry, failure isolation, planning, automation, and photonic evolution.
A present-to-frontier mobile-network guide covering NR and NG-RAN, standalone core, service-based architecture, user and control planes, QoS, slicing, edge, private 5G, O-RAN, observability, 5G-Advanced Release 18 and 19, Release 20 studies, IMT-2030, NTN, integrated sensing, and AI-native operations.
Integrated engineering guide connecting the relevant Mythos standards, implementation patterns, operating procedures, architecture decisions, evidence expectations, and maturity path for enterprise network engineering architecture and operations.
Portfolio Edition in the Standards Portfolios collection of the MYTHOS Engineering Standards Library.
Candidate status describes publication review state. It does not establish certification, legal compliance, implementation conformance, benchmark reproduction, or product readiness.