The article explains why enterprise applications need a unified large‑model gateway, outlines a layered architecture using Spring Boot 3.x, strategy pattern and interface‑driven design, and provides production‑grade features such as retry, circuit‑breaker, token accounting and easy addition of new model providers.
The article analyzes the transition from single‑step LLM rollouts to multi‑step Agentic RL rollouts, compares coupled and decoupled architectures, details the roles of Controller, Runtime Manager, Gateway and LLM Server, and discusses token‑level consistency, trajectory reconstruction, and scalability strategies for a production‑grade training pipeline.
To support millions of persistent MQTT connections with sub‑millisecond latency, the article walks through a Spring Boot + Netty cloud‑native gateway design that separates connection, event, state and governance planes, details async authentication, back‑pressure handling, command state machines, and loss‑less Kubernetes roll‑outs.
Even though a gateway performs unified authentication and injects user information into request headers, microservices must still execute a second layer of authorization to verify data ownership, enforce business rules, and protect against internal threats, following a zero‑trust security model.
This guide walks engineers through OpenClaw's three‑level configuration hierarchy, JSON5 format, hot‑reload modes, safe restart procedures, systemd service setup, logging, health checks, cron scheduling, memory compaction, vector search integration, Discord and Telegram bot integration, and detailed troubleshooting workflows for production deployments.
This article explains why a common API prefix (e.g., /api/v1) is useful in microservice or front‑back separation projects and demonstrates seven practical techniques—custom DispatcherServlet registration, YAML configuration, SpEL‑based @RequestMapping, custom composed annotation, WebMvcConfigurer addPathPrefix, internal forwarding, Spring Cloud Gateway ProxyExchange, and Nginx reverse proxy—using Spring Boot 3.5.0 examples and code snippets.
The article details how the team built a high‑performance, reliable cloud‑native gateway for millions of AI sandbox VNC sessions, addressing challenges of dynamic pod IPs, multi‑stage Web VNC traffic, session consistency, and security by using OpenResty, Lua scripts, Redis‑backed routing, cookie‑based state storage, and extensive Nginx tuning.
This article reviews the end‑to‑end design of a payment platform that handles 500,000 daily orders, detailing the three‑layer gateway‑orchestration‑base architecture, independent channel services, reconciliation mechanisms, and how business constraints drive each architectural decision.
This article analyses how Nginx evolves from a simple reverse proxy to a unified edge gateway, covering multi‑domain management, dynamic routing, high‑concurrency capacity planning, load‑balancing algorithms, TLS handling, observability, Kubernetes deployment, and practical production pitfalls.
The article explains the design of Hermes' terminal UI gateway, detailing why the TUI does not import the Agent directly, how JSON‑RPC over stdio or WebSocket enables local and remote modes, and how slash commands are processed through a two‑layer routing system with a dedicated _SlashWorker subprocess and a pure‑function crash‑recovery plan.
This guide walks operations engineers through core networking concepts—including IP address structure, binary‑decimal conversion, private address ranges, subnet masks, CIDR notation, gateway functions, VLAN isolation, routing tables, DNS resolution, Docker/Kubernetes networking, and firewall configuration—while providing concrete command‑line examples and step‑by‑step troubleshooting workflows.
The article explains why placing rate limiting at the Spring Cloud Gateway layer, using Redis and Lua scripts, provides a high‑performance, distributed defense against traffic spikes, and walks through three algorithms, configuration parameters, code examples, and custom error handling for robust backend services.
Even though a gateway authenticates tokens and forwards user info, microservices must perform a second authorization check to enforce business rules, protect against internal threats, and uphold a zero‑trust security model, as explained with concrete examples and code.
This article walks through seven concrete implementations for controlling access to Spring Boot 3.5.0 controller endpoints—including Spring Security, Sa‑Token, custom annotation with AOP, interceptor, URL‑based filter, custom HandlerMapping, and a Spring Cloud Gateway filter—providing code samples, configuration details, and test results to help developers choose the right approach for API security.
This article walks through adding Alibaba Sentinel to a Spring Cloud microservice suite to protect against service outages, traffic spikes, and slow calls by configuring rate limiting, circuit breaking, and fallback mechanisms across user, order, and gateway services, with full Docker‑compose setup and testing steps.
This article outlines a production‑grade LLM Gateway design, detailing a three‑layer architecture, capability‑, cost‑, latency‑ and semantic‑based routing strategies, multi‑level fallback mechanisms, specialized load balancing, unified API adaptation, semantic caching, observability, and compares popular open‑source implementations.
Adding dozens of MCP tools overloads the LLM’s context window, causing the “lost in the middle” effect that degrades accuracy, but a gateway with semantic tool discovery, role‑based virtual servers, and pre‑filtering can restore performance while preserving governance.
The article presents a practical AI‑driven security audit system for gateway routes that uses a layered “general Agent + business Skill” design, combines batch AI filtering with human verification, achieves full‑coverage, minute‑level detection, and reduces token costs by over 95 % through multiple optimizations.
This article analyzes the Model Context Protocol (MCP), detailing its architecture, JSON‑RPC extensions, Streamable HTTP transport, and governance layers, and demonstrates how to transform high‑traffic Java microservices into a secure, observable AI‑native capability layer using an independent MCP gateway, tooling standards, and production‑grade implementations.
This article explains why a gateway is needed in a Spring Cloud microservice architecture, compares Spring Cloud Gateway with Zuul, introduces its core concepts of routes, predicates, and filters, and provides step‑by‑step code examples for dependency setup, configuration, custom authentication and logging filters, rate limiting, circuit breaking, troubleshooting tips, and a complete gateway configuration for a blog system.
When a business service needs an API that should only be callable within the internal network, this article evaluates three approaches—microservice isolation, gateway‑Redis whitelist, and gateway‑AOP—and demonstrates a concrete AOP implementation to enforce intranet‑only access.
Hermes introduces a layered Gateway architecture that cleanly separates entry points—CLI, messaging platforms, and HTTP—from the core AIAgent, enabling stable reuse across multiple channels while handling streaming adaptation, session routing, approvals, execution isolation, and deployment packaging in a unified control plane.
The article provides a detailed technical analysis of the OpenClaw AI‑agent framework, covering its three‑layer architecture, prompt compiler, heartbeat mechanism, file‑based memory, skill system, ReAct loop, model‑agnostic routing, reinforcement‑learning extension, security concerns, and a side‑by‑side comparison with Hermes Agent.
This article dissects OpenClaw’s low‑level architecture, showing how a long‑lived Gateway process coordinates over 30 messaging platforms, how the pi‑mono embedded agent runtime drives the thinking cycle, and how the Context Engine and Session Management ensure consistent state, persistence, and extensibility.
This article dissects OpenClaw’s four‑layer architecture—Gateway, Agent, Skills, and Memory—explaining how each component works, how they collaborate to execute multi‑step AI tasks, and which commands and configurations developers can use to troubleshoot and extend the system.
This guide walks you through the 17 most common OpenClaw issues—from installation and Node.js version mismatches to gateway port conflicts, token authentication failures, channel integration quirks, multi‑agent communication problems, and performance bottlenecks—providing step‑by‑step diagnostics, concrete command‑line examples, scripts and preventive measures to help you avoid hours of troubleshooting.
This article explains the design of OpenClaw’s Gateway – the control‑plane that unifies channel access, message routing, agent provisioning, distributed node execution, session isolation and hot‑reload configuration – and shows how each piece enables a scalable, governed AI‑agent platform.
This article walks you through the complete process of converting a single‑agent OpenClaw deployment into a multi‑agent architecture, covering agent isolation resources, when to split, creating agents, routing rules, DM safety, sandbox options, multi‑gateway setups, remote access, hot‑reload configuration, and a pre‑deployment checklist.
OpenClaw is an AI agent gateway that supports WhatsApp, Telegram, Discord and other platforms, offering a quick curl‑based installation, a guided configuration wizard, extensible Skills system, token‑saving plugins, and operational tools for DevOps and SRE tasks.
This article analyzes OpenClaw’s engineering‑focused architecture, detailing its three‑layer component boundaries, gateway‑centric session management, concurrency controls, fault‑self‑healing mechanisms, context handling, multi‑agent routing, and practical deployment scenarios for building stable, auditable AI agent systems.
OpenClaw treats agents as infrastructure by introducing explicit queues, session boundaries, tool permissions, and persistence layers, ensuring that multi‑channel AI assistants run predictably without chaotic side effects, and the article walks through its architecture, concurrency model, session management, context handling, tool sandboxing, and fail‑over strategies.
This article compares token pass‑through, unified gateway authentication, Feign, Dubbo, Spring Boot Web + Dubbo, regular auth modules, and Kubernetes integration, explaining their pros, cons, and implementation details to help you choose the most suitable internal‑call pattern for microservices.
This article explains how a local HTML file can be served via Nginx, covering HTTP server basics, reverse‑proxy concepts, modular gateway features, configuration files, single‑thread design, multi‑worker processes, shared memory, proxy caching, master‑worker coordination, performance characteristics, and the single‑point‑of‑failure issue.
This article outlines the four primary API security risks—malicious calls, data tampering, sensitive data leakage, and XSS propagation—and presents a comprehensive, multi‑layered protection framework spanning frontend safeguards, firewalls, gateways, and fine‑grained API design guidelines within APICloud.
This article examines three practical approaches—microservice isolation, Redis‑based whitelist, and gateway‑plus‑AOP—to prevent external exposure of internal APIs, compares their trade‑offs, and provides a complete SpringBoot implementation of the gateway‑AOP solution with code samples.
This guide shows how to configure Envoy Gateway's URLRewrite filter to transform request prefixes, replace full paths, and rewrite hostnames, providing step‑by‑step YAML examples, kubectl commands, and validation screenshots for microservice integration on Kubernetes.
This guide explains why Elasticsearch often becomes a security risk, then shows how to use INFINI Gateway as a non‑intrusive front‑end proxy to add TLS encryption, basic authentication, unified entry, multi‑tenant routing, rate‑limiting, auditing, and high‑availability for any 6.x/7.x/8.x version.
When a device connects to a network, it initiates a DHCP discovery process, receives an IP address offer, confirms the assignment, and eventually leases the address, with static and dynamic options, subnet masks, gateways, DNS settings, renewal cycles, and conflict resolution all playing crucial roles.
This guide provides a production‑ready, step‑by‑step solution for deploying a high‑availability microservice gateway using Nacos as a service‑registry and configuration center together with Higress as a cloud‑native gateway on Kubernetes, covering architecture, prerequisites, Helm commands, key values.yaml examples, observability, security, backup, upgrade, recovery runbooks, and common troubleshooting.
This article explains how to build a high‑performance, million‑concurrent backend architecture by combining LVS for L4 load balancing, Nginx for L7 routing, and Spring Cloud Gateway as a resilient microservice gateway, covering traffic distribution, gateway responsibilities, and fault‑tolerance mechanisms.
This step‑by‑step tutorial shows how to eliminate single‑point failures by deploying multiple service instances, registering them with Nacos, configuring Spring Cloud Gateway, and using the lb:// protocol to achieve automatic client‑side load balancing for resilient microservices.
This article explains VLAN concepts, using classroom analogies, then details single‑arm routing, layer‑3 switches, gateways, DNS, MAC addresses, and subnet masks, illustrating how network segmentation improves efficiency and how devices communicate across different broadcast domains.
This article explains a complete user login workflow—including registration, verification, token generation, expiration policies, gateway validation, logout, anonymous access, rate‑limiting, and blacklist handling—illustrated with diagrams and a Spring Boot implementation using Redis.
This article shows how to create a Go‑based microservice gateway that automatically isolates faulty instances using a circuit breaker and adapts its rate‑limiting rules in real time from Consul, achieving self‑healing and elastic traffic control.
The article introduces easy.ui's honeycomb architecture that splits a monolithic frontend into an Express gateway, independent Nuxt sub‑projects, and a shared component library, detailing core code, development workflow, tech choices, pitfalls, and a future roadmap.
This tutorial shows how to replace heavyweight Spring Security with the lightweight Sa-Token framework by demonstrating token generation, configuration, gateway filtering, role‑based access control, and asynchronous permission fetching for a Spring Cloud microservices architecture.
This article critiques the common practice of token passthrough for microservice authentication, explains why it hampers design and code reuse, and compares several internal call strategies—including Feign, Dubbo, Spring Boot Web with Dubbo, and K8s‑integrated approaches—highlighting their pros, cons, and best‑practice recommendations.
This guide walks Linux administrators through the essential concepts of IP addressing, subnet masks, CIDR notation, gateway configuration, and routing, providing detailed examples for RedHat/CentOS, Debian/Ubuntu, and cloud environments, plus troubleshooting steps and advanced topics like bonding, VLANs, firewalls, and performance tuning.
This article explains how to implement gray (canary) release in a Spring Cloud project using Nacos for service discovery, custom request headers, ThreadLocal gray flags, Spring Cloud Gateway filters, custom Ribbon load balancer rules, and provides full code snippets, configuration steps, and deployment instructions.
This article explains how to quickly turn existing HTTP APIs into MCP services using the Go‑based mcp‑gateway, covering the installation of a local Kind Kubernetes cluster, the required YAML manifests, Docker image handling, OpenAPI import, and verification through the web console and chat interface.
This article explains how a plain text file can be transformed into an HTML page, why an HTTP server like Nginx is needed to serve remote HTML, and how Nginx’s modular design provides reverse‑proxy, load‑balancing, caching, multi‑worker, and master‑process features to build a high‑performance, scalable gateway while addressing single‑point‑of‑failure concerns.
This article presents seven advanced Spring Boot topics—including Resilience4j circuit breaking, custom Actuator health checks, Saga-based distributed transactions, cache optimization, asynchronous processing, Gateway vs. Zuul, and OAuth2/JWT security—each illustrated with concise explanations, implementation steps, and code samples.
This article explains how Nginx works as an HTTP server and reverse proxy, detailing its modular gateway capabilities, single‑thread design, multi‑worker architecture, shared memory, proxy caching, master‑worker coordination, and how to address its single‑point‑of‑failure limitations.
This article analyzes the security risks of exposing third‑party service keys in modern applications, examines traditional and ideal key‑management approaches, and presents a detailed design of a Key Gateway that centralizes signing, encryption, token handling, multi‑tenant support, and robust exception management to protect sensitive credentials.
This article explains how Nginx transforms a simple local HTML file into a high‑performance HTTP server and reverse‑proxy gateway, detailing its modular capabilities, configuration via nginx.conf, single‑thread design, multi‑worker processes, shared memory, proxy caching, master‑worker coordination, and the challenges of single‑point failure.
This article presents eight practical Spring Boot 3 examples—including Resilience4j protection, custom Actuator endpoints, distributed transactions, caching, asynchronous programming, API gateway, OAuth2/JWT security, and scheduled tasks—each with code snippets and configuration guidance to help developers build robust backend services.
ROFF is a Rust‑implemented, seven‑layer gateway that delivers high‑throughput load balancing with memory‑safe performance, TLS hardware offload, native QUIC/HTTP3 support, a hot‑reload/upgrade mechanism, and an extensible module system allowing over thirty built‑in filters and custom Rust macros.
This article walks through the Infinilabs Gateway configuration file from top‑level environment variables down to low‑level disk queues, explaining each section—env, paths, gateway core, stats, API, Elasticsearch services, entry, router, flow, pipelines, metrics, disk queue, Badger KV, floating IP, and global elastic settings—so readers can quickly understand and customize the gateway for microservice and big‑data deployments.
Facing thousands of heterogeneous gateway configurations across multiple tech stacks, a Chinese cloud‑native platform consolidated its gateway layer by adopting Higress, Istio CRD, and APISIX, introducing a two‑tier rule model and automated migration tools that cut maintenance effort by 90% while preserving service continuity.
This article explains the fundamentals of VLANs, single‑arm routing, layer‑3 switches, gateways, DNS, MAC addresses, and subnet masks, using clear analogies and examples to show how network segmentation and routing enable efficient communication within and between local networks.
This article explores three practical approaches—microservice isolation, Redis‑based whitelist, and gateway‑AOP integration—to restrict internal‑only APIs, compares their trade‑offs, and provides step‑by‑step SpringBoot code examples for implementing the AOP solution.
The article walks through six concrete rate‑limiting methods—fixed window, sliding window, leaky bucket, token bucket (Guava RateLimiter), Sentinel middleware, and Spring Cloud Gateway—showing Java implementations, test results, advantages, drawbacks, and how they fit into microservice architectures.
This article explains how to implement invisible token refresh for authentication servers using Spring Boot gateway filters, JWT handling, Axios interceptors, and a client‑side timer, compares client‑ and server‑side approaches, and provides complete code examples and practical recommendations.
The article explains service rate limiting and demonstrates six Java implementations—Fixed Window, Sliding Window, Leaky Bucket, Token Bucket, Sentinel middleware, and Spring Cloud Gateway—detailing their algorithms, code examples, and configuration to protect microservices from overload.
The article explains, using a startup scenario, how a single‑server setup leads to performance bottlenecks and single‑point failures, prompting the adoption of load balancing with Nginx and an additional gateway layer for authentication, security, and traffic control, while also containing promotional material for development tools.
This article explains the concept of gray (canary) release, details the required Spring Boot, Spring Cloud and Nacos versions, describes core components such as Nacos, Spring Cloud Gateway, Ribbon and OpenFeign, and provides a complete code‑first implementation with filters, interceptors, custom load‑balancer rules and deployment instructions for demonstrating gray release scenarios.
This article provides a step‑by‑step guide to implementing gray (canary) release in a Spring Cloud microservice architecture, covering core components such as Nacos registration, Spring Cloud Gateway filters, custom Ribbon load‑balancing, OpenFeign interceptors, and configuration details with full code examples.
The article explains three approaches for restricting certain APIs to internal service calls—microservice isolation, a gateway‑plus‑Redis whitelist, and a gateway‑plus‑AOP solution—then provides step‑by‑step Spring Cloud code to add a public‑source header, define an AOP aspect with a custom annotation, and annotate internal‑only endpoints.
The article presents a full‑stack solution for seamless token auto‑refresh, combining a Spring Cloud Gateway GlobalFilter that signals expiration with a custom 511 status, Axios response interceptors and a TypeScript timer on the client, plus server‑side token metadata, allowing developers to choose server‑centric or client‑centric refresh strategies.
This article explains the principles, core implementations, performance trade‑offs, and typical use cases of 4‑layer (transport‑level) and 7‑layer (application‑level) gateways, helping readers understand how each operates within the OSI/TCP‑IP models and choose the appropriate solution for their network architecture.
This article explains how a simple single‑Tomcat deployment evolves into a multi‑layered load‑balancing architecture using Nginx, gateway authentication, static‑dynamic separation, and finally a combination of LVS and Nginx with DNS and CDN to handle massive traffic efficiently.
This article explains how to use Cloudflare's open‑source Pingora Rust framework to implement a Kubernetes ingress gateway, covering objectives, architecture, code examples for an ingress watcher and router control, deployment steps, and custom configuration integration.
This article explains the background, overall architecture, and detailed design and implementation of PrivateLink and ClassicLink gateways within a cloud VPC environment, covering their control and forwarding planes, workflow steps, and future optimization plans.
This article walks through eight concrete techniques—firewall rules, captchas, authentication checks, IP whitelists, HTTPS encryption, rate limiting, monitoring, and an API gateway—to prevent abusive requests from draining resources or compromising critical services.
The article explains the drawbacks of token pass‑through in microservice authentication, advocates explicit parameter passing, outlines unified gateway authentication with Feign or Dubbo, explores Kubernetes‑integrated deployment options, and concludes with a promotional invitation to a technical community.
This article examines the pitfalls of token pass‑through authentication in microservices, proposes explicit userId parameter passing, compares unified auth approaches using Spring Cloud Gateway with Feign or Dubbo, and explores non‑unified alternatives, including K8s Ingress integration and practical code examples.
The article details how a Node‑based business gateway for QQ Channel services replaced legacy RPC with a lightweight tRPC solution, achieving ten‑fold latency reduction, higher QPS, improved security and availability, and added observability through logging, metrics, and a WebSocket push layer.
This article shares a decade‑long journey of designing and scaling the QQ front‑end unified access layer, covering business background, overall architecture, solution comparisons, core challenges, observability, and performance optimizations while reflecting on practical lessons for large‑scale front‑end systems.
The article explains why passing tokens between microservices is a poor design, proposes exposing explicit userId parameters, describes unified authentication via an API gateway with Feign, Dubbo or Spring Boot Web implementations, compares their pros and cons, and shows how to integrate these patterns with Kubernetes and internal API path rules.
The article critiques token pass‑through for microservice authentication, explains why internal APIs should stay stateless, and presents unified authorization patterns using Spring Cloud Gateway with Feign, Dubbo, or a gateway‑less design, plus Kubernetes integration and trade‑offs.
The article details Bilibili's comprehensive anti‑crawling solution, covering the problem background, a two‑layer detection framework integrated with APIGW and GAIA, risk perception, strategy iteration, verification mechanisms, quantitative results, and future improvement directions, all illustrated with concrete examples and performance numbers.
This announcement shares a 43‑page research whitepaper on open cloud network high‑performance gateway technology, explaining SDN fundamentals, analyzing current gateway solutions, and proposing a decoupled stateful‑stateless approach that aligns with open, minimalist network trends, with a download link provided.
This article details Bilibili's comprehensive anti‑crawling system, covering the background of API abuse, the data‑flow framework, risk perception, strategy iteration, verification mechanisms, gateway signing design, and the measurable impact on normal and special‑case interfaces.
The article details how a Go service’s 300‑second Redis call timeout was traced to a gateway’s full‑NAT session‑table loss, and explains how targeted retries, proper timeout settings, and rate‑limiting can prevent similar cascading failures in distributed systems.
This article explains VLAN fundamentals, how single‑arm routing and layer‑3 switches enable inter‑VLAN communication, the role of gateways, DNS resolution, MAC addresses, and subnet masks, using clear analogies and diagrams to help readers grasp essential networking concepts.
This article explains how observability—through logging, metrics, and distributed tracing—enables cloud‑native gateways to detect failures early, pinpoint problematic routes and services with Prometheus and SLS logs, and finally trace root causes using Arms xtrace, improving system reliability and stability.
During a migration from Nginx to APISIX, the team encountered TLS handshake failures caused by missing SNI fields and legacy SSLv2Hello usage, leading to a detailed investigation, protocol explanations, and configuration fixes to restore secure connections without modifying client code.
This article examines three practical approaches for preventing external exposure of specific APIs—service isolation, gateway‑based Redis whitelist, and gateway‑plus‑AOP—evaluates their trade‑offs, and provides step‑by‑step Java code to implement the preferred AOP solution in a Spring Cloud environment.
This article explains how cloud‑native gateways use Sentinel to provide multi‑layer traffic protection—including QPS limiting, concurrency control, and circuit breaking—detailing the underlying models, configuration steps, monitoring workflow, and practical examples for secure, resilient service delivery.
This article explains how to restrict certain microservice interfaces to internal calls only by using two approaches—gateway with whitelist and gateway combined with AOP—detailing the implementation steps, code examples, and trade‑offs in a Spring Cloud environment.
This article explores three practical solutions for exposing APIs only to internal services—microservice isolation, a Redis‑based whitelist via the gateway, and a gateway‑plus‑AOP approach—detailing their trade‑offs and providing complete Java code examples for the chosen method.
This article uses a vivid courtyard analogy to explain core networking concepts such as gateways, DNS, DHCP, routing, static and dynamic routes, ARP spoofing, DDoS attacks, IP/MAC addressing, and security measures, making complex topics easy to grasp.
Higress 1.0.0‑rc offers a ready‑to‑use cloud‑native gateway with one‑click installation via Helm, a console that simplifies Ingress/Gateway APIs, extensive plugin and service‑discovery support, hot‑update capabilities, built‑in observability, and detailed documentation for advanced traffic management and community contribution.
This article presents a comprehensive, adaptable three‑tier architecture—gateway, business, and foundation layers—detailing how to evolve from simple LAMP or SSH structures to a scalable system that cleanly separates protocol handling, service logic, and data components.
This article outlines a practical, three‑tier Java backend architecture—gateway, business, and foundation layers—explaining how to handle HTTP and TCP requests, structure business services and processes, and choose core technical components such as storage, caching, messaging, transactions, and locking.
This article presents a senior architect's comprehensive guide to evolving a classic three‑tier backend architecture into a flexible system composed of a gateway layer handling HTTP and TCP protocols, a business layer with services, processes and reusable components, and a foundation layer that defines interfaces and essential technical components such as storage, caching, messaging, transactions, and locking.
This article presents a comprehensive overview of a flexible, layered software architecture—covering gateway, business, and foundation layers—explaining how to evolve from simple startup setups to adaptable structures that support HTTP/TCP handling, service design, component abstraction, and common technical components.
This article details the design and implementation of a transparent cross‑network data‑transfer system built on Dubbo, covering its evolution from early one‑way solutions to a highway architecture, the technical challenges encountered, the applied fixes and community contributions, and the roadmap for future stability, extensibility, and multi‑protocol support.
This article introduces the technical challenges, community collaboration, and deeper architectural thinking involved in implementing a cross-network data transmission system based on Dubbo at Zhengcaiyun, a government procurement cloud platform.
The article presents a practical, layered backend architecture—including gateway, business, and foundation layers—designed to replace simple early‑stage setups, improve maintainability, and handle various protocols such as HTTP and TCP while offering reusable components and technical guidelines.
