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Comparison

ibl.ai vs LangGraph

An MIT-licensed graph framework you build a production agent stack around, or an owned platform that ships that stack β€” agents, memory, RAG, evals, guardrails β€” on your infrastructure

On ibl.ai you own all the code and the data, run it model-agnostic across any LLM, and pay with no per-seat pricing β€” so you can deploy anywhere, from your own cloud to a fully air-gapped network.

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What's the difference between ibl.ai and LangGraph?

On ownership, ibl.ai and LangGraph are closer than most comparisons admit. LangGraph is MIT-licensed and runs wherever your Python or JavaScript runs. On ibl.ai you own all the code and the data as well: the license delivers the platform source, deployed inside your perimeter.

So the real difference is what you receive. LangGraph is a low-level orchestration library β€” graphs, state, durable execution, human-in-the-loop. Memory stores, RAG ingestion, evaluation, guardrails, access control and an end-user interface are yours to assemble.

The production tooling around LangGraph is LangSmith. Its Plus plan is $39 per seat per month and cloud-only; self-hosted and hybrid LangSmith require the Enterprise plan and a license key, per LangChain's pricing and docs.

ibl.ai ships agents, memory, datasets, evals, MCP connectors, safety filters, RBAC and SSO as one platform. It is model-agnostic, has no per-seat pricing, and you deploy anywhere: your cloud, a VPC, on-premise or air-gapped. ibl.ai is family-owned and operated from New York, NY.

ibl.ai

by ibl.ai

Owned agentic AI platform

LangGraph

by LangChain (open source, MIT)

Agent orchestration framework

How do ibl.ai and LangGraph compare feature by feature?

Ownership & Deployment

Criteriaibl.aiLangGraph
Source code you receive

Platform source under license; the OS frontend and infra-cli are MIT on GitHub.

The library is MIT-licensed and open on GitHub (43.6K stars, October 2026).

Where the production stack runs

infra-cli provisions AWS or GCP, or bootstraps any existing server; air-gapped is supported.

The library runs anywhere. Self-hosted LangSmith (tracing, evals, deployment) needs the Enterprise plan.

Pricing shape

Usage-based with no per-seat pricing; spend caps per org, agent and user.

Library free. LangSmith Plus is $39 per seat per month plus usage billed in $1 LSUs.

Model choice

Provider cards include Amazon, Anthropic, Google, Microsoft, NVIDIA, OpenAI and xAI; switch per agent.

Model-agnostic by construction β€” a node calls whatever model your code calls.

Agent Engineering

Criteriaibl.aiLangGraph
Graph control flow & custom state

Visual workflows with If/else, While, User approval and Set state nodes β€” less expressive than code.

The reason LangGraph exists: arbitrary graphs, cycles, typed state and subgraphs in code.

Durable execution & human-in-the-loop

User approval nodes in workflows and scheduled tasks with run logs.

Checkpointed state resumes after failures; inspect and edit state at any step.

Ecosystem & community

157 open agent skills in iblai/vibe, plus MCP to any external server.

The largest agent ecosystem: LangChain alone has 148K GitHub stars and hundreds of integrations.

What Ships Around the Agent

Criteriaibl.aiLangGraph
Memory

Global and agent-specific memories in PGVector, five default categories, REST API.

Short-term and long-term memory primitives; you pick and operate the store.

RAG ingestion

Datasets from PDF, DOCX, CSV, URLs, crawls, Drive, OneDrive and GitHub on a retrain schedule.

Retrieval is a node you write; loaders, vector store and re-indexing are yours.

Evals & tracing

Benchmarks up to 10,000 rows, LLM-as-Judge and human review, cost and latency analytics.

LangSmith is best-in-class tracing and evals β€” on per-seat cloud plans or Enterprise self-host.

Guardrails, RBAC & end-user UI

Moderation and safety prompts, PII redaction across 13 entity types, RBAC, SSO, SCIM and a chat UI.

Not in scope for an orchestration library; you build or buy each layer.

Where does LangGraph win, and where does ibl.ai?

Is LangGraph or ibl.ai better at agent control flow?

ibl.ai

ibl.ai workflows cover branching, loops, approvals and state with 11 node types β€” enough for most business processes, and editable by non-engineers.

LangGraph

LangGraph is more expressive. Cycles, typed state, subgraphs and checkpointing in code let an engineer model behaviour no visual builder can.

Verdict

LangGraph wins on control flow. If your agent is the product and its graph is novel, that expressiveness is worth owning the rest of the stack yourself.

What does each one cost to run in production?

ibl.ai

ibl.ai bills by usage against caps you set, with no per-seat pricing, so 50 builders and 5,000 end users do not multiply a seat line.

LangGraph

The LangGraph library is free. LangSmith Plus costs $39 per seat per month plus LSU-metered deployment compute, and self-hosting it is an Enterprise contract.

Verdict

Free code is not a free stack. Price the tracing, deployment, memory store, vector database and the engineers who run them, not the library alone.

Who operates the stack in each case?

ibl.ai

ibl.ai runs on infrastructure you control, operated by your team or with forward-deployed engineers who connect it to your systems of record.

LangGraph

With LangGraph your team owns every layer it assembled β€” upgrades, hardening, incident response β€” or LangChain operates LangSmith in its cloud.

Verdict

Both keep the code in your hands. The question is whether your platform team wants to own the surrounding layers permanently.

Should my team choose LangGraph or ibl.ai?

Teams whose agent architecture is the product

LangGraph

Novel graphs, custom state and fine-grained checkpointing are LangGraph's strength, and a strong engineering team can supply the rest deliberately.

Organizations deploying governed agents to thousands of users

ibl.ai

RBAC, SSO, PII redaction, audit and spend caps ship with the platform, and there is no per-seat pricing as the user count grows.

Regulated or air-gapped environments

ibl.ai

The whole platform β€” not just the library β€” installs inside your perimeter without an Enterprise add-on for the tooling around it.

Teams already invested in LangGraph

Either

Keep a specialist LangGraph workflow behind an MCP server and let ibl.ai agents call it, while users, data and governance live on the platform.

How do I migrate from LangGraph to ibl.ai?

LangGraph β†’ ibl.ai

medium difficulty

Timeline: Four to eight weeks for a typical agent portfolio, longer for heavily custom graphs

  • Agents: each graph's system prompt and model become an ibl.ai agent created through the agent-with-settings API; branching graphs become Workflows with If/else, While and User approval nodes.
  • Tools: wrap LangChain tools as MCP servers; ibl.ai agents connect to any MCP server URL over WebSocket or Streamable HTTP, with no auth, an API key or OAuth.
  • Memory: checkpointed threads map to ibl.ai chat sessions, and long-term store entries map to global or agent-specific memories.
  • RAG: re-ingest sources as agent datasets β€” files, URLs, crawls, Drive, OneDrive, GitHub β€” with a retrain schedule instead of your own loaders.
  • Eval: move test questions into a CSV with an input column and optional expected_output, then score runs with LLM-as-Judge or human review.
  • Deployment: provision with infra-cli on AWS or GCP, or bootstrap an existing server, and run both stacks in parallel until the eval set matches.

ibl.ai β†’ LangGraph

medium difficulty

Timeline: Weeks for the graph, longer for the surrounding layers

  • Prompts and settings read out over the REST API, and chat history and evaluation results export as files β€” you hold the source and the data on both sides.
  • Plan to rebuild memory, retrieval, guardrails, RBAC and the chat interface as your own layers.
  • Decide whether tracing and evals run on LangSmith cloud seats or a self-hosted Enterprise install.
  • Reasonable when one agent's control flow outgrows a visual workflow and the team wants it fully in code.

Where does ibl.ai fit alongside LangGraph?

ibl.ai is the agentic AI platform where you own all the code and the data. You self-host the entire stack inside your own perimeter, run it model-agnostic across any LLM and switch anytime, and pay by usage with no per-seat pricing β€” so you can deploy anywhere: your cloud, on-premise, GovCloud, or fully air-gapped.

ibl.ai is the layer a LangGraph team would otherwise build: agents, memory, datasets, evaluation, MCP connectors, safety filters, RBAC and SSO, delivered as source and deployed on your infrastructure. Agentic OS is the platform; Agentic Vibe gives coding agents 157 skills to build apps on it. You own all the code and the data, run any model, and keep a specialist graph behind MCP when code-level control flow still wins.

1.6M+ users across 400+ organizations run the platform this way, including NVIDIA, MIT, and Syracuse University.

ibl.ai is family-owned and operated from New York, NY β€” a U.S.-headquartered, domestically-owned long-term partner, not a vendor that sells licenses and moves on.

Frequently Asked Questions

Where do these facts come from?

Every statement this page makes about LangGraph was checked against the primary source below as of 2026-10-20. If something has changed, tell us and we will correct it.

  1. LangGraph is MIT-licensed and offers durable execution, human-in-the-loop and short- and long-term memory. langchain-ai/langgraph on GitHub
  2. LangSmith Plus is $39 per seat per month; Developer and Plus are cloud-hosted; Enterprise adds hybrid and self-hosted; usage is billed in $1 LSUs. LangChain pricing
  3. Self-hosted LangSmith requires an Enterprise plan and license key; you provide Kubernetes or Docker, PostgreSQL and Redis. LangChain docs: Deploy to self-hosted
  4. LangChain's main repository is MIT-licensed with roughly 148K GitHub stars as of October 2026. langchain-ai/langchain on GitHub

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