Multi-Cloud Architecture & Control Plane Standard
Defines multi-cloud architecture, landing zones, control planes, identity, policy, networking, observability, portability, sovereignty, and cross-cloud governance.
Standards / Cloud, Edge, and Physical Systems / MYTHOS-CLD
Cloud, endpoint, operational technology, telecommunications, hardware, IoT, realtime media, and web runtime. Visual language: Cloud planes, endpoint trust, OT zones, radio layers, compute fabrics, sensor graphs, media paths, and runtime isolation.
MYTHOS-CLD
Defines multi-cloud architecture, landing zones, control planes, identity, policy, networking, observability, portability, sovereignty, and cross-cloud governance.
Defines AWS architecture, security, automation, identity, networking, observability, resilience, cost governance, and evidence requirements for enterprise workloads.
Defines Microsoft Azure architecture, security, automation, identity, networking, observability, resilience, and policy-driven enterprise operation.
Defines Google Cloud architecture and automation across organizations, IAM, networking, workload platforms, observability, resilience, and policy enforcement.
Defines Oracle Cloud architecture and automation across tenancy, IAM, networking, compute, data services, resilience, security, and operational governance.
Defines Alibaba Cloud architecture and automation across accounts, identity, networking, compute, security, observability, resilience, and regional considerations.
Defines Kubernetes and container-orchestration architecture, operators, policy, multitenancy, networking, workload identity, supply chain, observability, and lifecycle control.
Defines serverless and event-driven compute, including functions, triggers, state, idempotency, security, scaling, observability, portability, and cost behavior.
Defines decentralized physical infrastructure networks as a compute and infrastructure model, including trust, incentives, workload placement, verification, privacy, and risk.
Defines private-cloud, hypervisor, and bare-metal architecture across virtualization, isolation, provisioning, storage, networking, lifecycle, resilience, and trusted operation.
Defines Web3 and decentralized-ledger architecture, including consensus, keys, smart contracts, off-chain integration, privacy, governance, and operational risk.
Companions
Field guides, living guides, and portfolio editions that decompose or consolidate the MYTHOS-CLD standards.
A cloud-foundations guide covering service and deployment models, landing zones, identity, networking, data, security, operations, resilience, hybrid integration, sovereignty, FinOps, portability, and cloud exit.
A complete Kubernetes engineering guide covering API machinery, desired state, controllers, CRDs, operators, scheduling, nodes, networking, storage, security, upgrades, multi-cluster operations, batch and AI workloads, and cluster assurance.
A platform-engineering guide covering platform-as-product, developer portals, catalogs, golden paths, control planes, self-service APIs, Crossplane, GitOps, Argo CD, Flux, policy as code, OPA, Kyverno, provenance, observability, adoption, and governance.
A serverless and event-driven engineering guide covering functions, scale-to-zero, event contracts, CloudEvents, brokers, queues, streams, workflows, idempotency, state, cold starts, observability, security, cost, and portability.
A traffic-platform guide covering gateways, proxies, service mesh, Gateway API, Envoy, Istio, workload identity, mTLS, routing, resilience, policy, telemetry, ambient and sidecar architectures, multi-cluster, egress, and emerging agent-aware gateways.
A distributed-execution guide covering durable workflows, activity execution, queues, brokers, event streams, delivery guarantees, timers, signals, idempotency, transactions, sagas, compensation, replay, testing, observability, and failure recovery.
An edge-systems guide covering remote-site architecture, fog and MEC models, autonomous local operation, distributed control planes, intermittent links, fleet lifecycle, data locality, security, observability, failover, synchronization, and recovery.
A critical engineering guide to decentralized physical infrastructure networks, including participants, resources, incentives, identity, attestations, verifiable service, coordination, ledgers, privacy, economics, governance, attacks, and adoption limits.
Integrated engineering guide connecting the relevant Mythos standards, implementation patterns, operating procedures, architecture decisions, evidence expectations, and maturity path for enterprise cloud compute and hardware engineering.
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.