# SynaBun for Agentic Coding — 158 MCP Tools in One > Agentic coding with SynaBun: persistent memory, a real Chrome browser, autonomous loops and worker agents for Claude Code, Codex and OpenCode, in one install. Source: https://synabun.ai/agentic-coding · Last updated: 2026-10-23 Agentic Coding ## One MCP server. *158 tools.* Zero configuration. SynaBun gives agentic coding a persistent memory, a real browser, autonomous loops and an Assistant that dispatches Claude Code, Codex and OpenCode worker agents, all from one MCP server. Everything ships in a single `npm` command or the desktop app, with no cloud account. 8 Memory Hybrid recall, reflect, categories, sync 61 Browser Real Chrome, 7 social platforms, screenshots 30 Search Console URL inspection, performance, sitemaps, links 17 Assistant Worker agents, model routing, computer use 26 Workspace Whiteboard, cards, loops, Discord, style guide 16 Media Leonardo AI images and video, YouTube Studio [Get Started](https://synabun.ai/#getting-started) ### What is Agentic Coding? Agentic coding is when your AI doesn't just suggest code — it writes it, tests it, debugs it, and ships it with minimal hand-holding. You describe the outcome, the agent figures out the steps. It reads files, runs commands, browses the web, and chains actions together autonomously. Unlike traditional autocomplete, agentic coding tools make decisions, recover from errors, and build entire features end to end. ### 158 Tools in One MCP Server SynaBun ships everything your agent needs in a single connection. Persistent memory with hybrid retrieval carries context across sessions and across different AI models via Multi-CLI Resume. Dedicated sidepanels for Claude Code, Codex, and OpenCode give each agent a native chat surface with tool activity dock, per-agent abort, and permission cards. Autonomous loops let your agent run tasks while you sleep across any of the 4 supported CLIs — checking build status, monitoring logs, running test suites. A real headed Chrome browser lets it browse documentation, test UIs, fill forms, and interact with any website, with browser\_cheatsheet and textHint auto-heal for resilient selectors. The tool categories break down into 8 memory tools (remember, recall, reflect, forget, restore, memories, category, sync), 46 browser tools (21 general tools such as navigate, click, type, screenshot, browser\_console, and browser\_batch, plus 25 tools for Twitter/X, Facebook, TikTok, WhatsApp, Instagram, and LinkedIn), 15 BlueSky tools, 30 Google Search Console tools (URL inspection, performance reports, coverage, sitemaps, removals, CWV, links, disavow, settings — all browser-based, no API key), 11 YouTube Studio tools, 13 assistant tools (12 for orchestration, 1 to send files on WhatsApp) and 4 computer-use tools for macOS, 5 whiteboard tools, 5 card tools, 8 Discord tools, 5 Leonardo.ai tools (incl. reference-image upload), plus loop, profile, choice, git, style\_guide, morelogin, tictactoe, and image\_staged utilities. One install, everything unlocked — all manageable through the Automation Studio and Universal MCP Management form. ### Context That Compounds Most agentic coding tools treat every session as isolated. Your agent rediscovers your architecture, your naming conventions, and your past decisions every time you start a new conversation. SynaBun's persistent vector memory changes that. Architecture decisions, bug fixes, API quirks, and coding patterns are stored locally and recalled automatically. Your agent picks up mid-thought instead of starting from zero. Memory is stored in SQLite with local embeddings via Transformers.js. No cloud dependency, no data leaving your machine, no monthly costs. Hybrid retrieval, keyword plus semantic search, finds relevant context even when you don't remember the exact words. Claude Code hooks auto-capture decisions at session boundaries — your agent remembers without you having to say "remember this." Explore agentic coding in practice on the blog: [External Models as Agents](https://synabun.ai/blog/external-agents-memory-pipeline) shows how multiple AI models coordinate through SynaBun's memory bus, [Cross-Compatible Sessions](https://synabun.ai/blog/codex-cross-compatible-sessions) explains session portability across coding tools, and [Loops and Agents from Hell](https://synabun.ai/blog/loops-and-agents-from-hell) dives into autonomous agent orchestration. ### Real Agentic Workflows That Run on SynaBun Agentic coding shines when an agent can chain memory, browser, and shell into a single autonomous task. Typical workflow: agent calls `recall("auth refactor")` to load prior decisions, opens the live app in Chrome via `browser_navigate` to verify expected state, runs a focused test command, drops failures into a memory entry tagged `regression`, and finally commits the fix referencing the recalled context. Nothing is re-discovered. Each loop adds to the memory graph instead of starting fresh. Autonomous loops keep the workflow running without supervision. A 30-minute interval can monitor build pipelines, retry flaky integration tests, scan logs for new error patterns, or chase regressions across branches. The Automation Studio stores reusable loop templates so the same agentic workflow can run against different repos with one click. Per-template launch defaults pin model, MCP profile, and thinking effort, so production-grade agentic runs stay deterministic. The SynaBun Assistant is the orchestrator on top. It is a memory-aware chat that thinks with the brain you pick (Claude Code, Codex, or OpenCode), does small jobs itself, and dispatches heavier work to worker agents that it tracks, steers, and summarizes. Model routing proposes where each task should run and asks you when the route mode says so, and budgets cap what a run or a session may spend. On macOS the Assistant can also operate desktop apps through computer use, bounded by guards that always stay on. ### Sample MCP Calls Your Agent Will Make ``` // Recall context before planning recall({ query: "rate limit middleware decisions", limit: 5 }) // Open the running app to verify behavior browser_navigate({ url: "http://localhost:3000/login" }) browser_snapshot({ mode: "interactive" }) // Persist the architectural decision for future sessions remember({ content: "Rate limiter uses sliding window 60s buckets per IP", category: "architecture", project: "my-app", importance: 7, tags: ["rate-limit", "middleware", "decision"] }) ``` Every tool returns structured JSON, so chained calls compose cleanly. The agent doesn't need a custom orchestrator — the MCP protocol handles tool routing, parameter validation, and response streaming. Sessions persist across restarts, so a long-running agent resumes exactly where it stopped. ### Where SynaBun Fits Among Agent Stacks Most agent frameworks (LangChain, CrewAI, AutoGen) ship as Python orchestrators that you wire to your AI model and your tools manually. SynaBun goes the other direction: it ships the tools and treats your existing AI assistant — Claude Code, Codex, Gemini, OpenCode — as the orchestrator. No new framework to learn, no model abstraction to maintain. Install one MCP server and your existing IDE becomes the agent runtime. See the [compare page](https://synabun.ai/compare) for a feature matrix against Mem0, OpenMemory, and other AI memory tools. For the deepest dive into how agentic loops are wired in practice, read [Loops and Agents from Hell](https://synabun.ai/blog/loops-and-agents-from-hell) — three weeks of infrastructure failures and recoveries documented in painful detail. For VPS-hosted persistent agents, [Claude Code on Linux](https://synabun.ai/blog/claude-code-linux-vps) covers SSH, tmux, and shared-memory setup. For the conversational style of building, see [vibe coding](https://synabun.ai/vibe-coding). ### Frequently Asked Questions #### What is agentic coding? Agentic coding is when an AI agent carries out a development task itself: it reads files, runs commands, browses and tests, chaining the steps toward an outcome you describe instead of suggesting code line by line. #### How does SynaBun support agentic coding? SynaBun gives agents persistent memory with hybrid recall, a real browser for testing, autonomous loops for long-running tasks and Claude Code hooks that save decisions without being asked. SynaBun Assistant routes each task to a model and dispatches Claude Code, Codex or OpenCode worker agents within the budgets you set. #### Which agentic IDEs work with SynaBun? Claude Code, Codex, Gemini CLI and OpenCode are configured automatically, with side panels for Claude Code, Codex and OpenCode in SynApp; Cursor, Windsurf and other MCP clients connect with a standard MCP configuration. ### Related - [Vibe coding with SynaBun](https://synabun.ai/vibe-coding) - [The SynaBun Assistant in the docs](https://synabun.ai/docs#section-assistant) - [Loops and Agents From Hell: Making AI Run Itself Without Imploding](https://synabun.ai/blog/loops-and-agents-from-hell) - [External Models as Agents, SynaBun Memory as the Bus](https://synabun.ai/blog/external-agents-memory-pipeline) - [SynaBun vs Letta](https://synabun.ai/synabun-vs-letta)