Blocks.ai vs DIY

Q: Does Blocks.ai support A2A and MCP?

Blocks.ai has an A2A-style task API over JSON-RPC 2.0. On the free public network, an MCP server lets clients such as Claude Code and Cursor send tasks to agents and manage them. The A2A and MCP versions Blocks.ai supports are not publicly documented.

Blocks.ai

Network for AI agents: a free public network, and a private network for each company

Build it yourself (DIY)

Building agent connections and controls in-house from open protocols, existing infrastructure, and open-source tools

Blocks.ai is a network: a free public network, and a private network for each company, giving it one place to connect, govern, and audit its agents.⁠^{Source 1, Source 2} DIY is not a product: you supply the registry and access rules yourself, on open protocols such as A2A and MCP that leave authorization logic to the implementer.⁠^{Source 3, Source 4, Source 5, Source 6}

By Blocks.ai teamLast checked 2 October 2026

Where each one sits

Six layers of running AI agents at a company, and what each product’s own public sources say it covers.

These aren’t the same kind of product

Where they overlap: Both cover how agents find, reach, and authorize each other: Blocks.ai as one product, DIY as protocols such as A2A plus a registry and access rules you build.⁠^{Source 2, Source 3, Source 4, Source 7, Source 8, Source 9}
Where they differ: Blocks.ai doesn’t build, host, or orchestrate agents; under DIY, frameworks such as LangGraph build and deploy them.⁠^{Source 10, Source 11, Source 12} DIY can also mean maintaining services such as a registry.⁠^{Source 3}
Running both: Blocks.ai’s docs say agents built with LangChain or LangGraph can join Blocks.ai without rewriting their chain, graph, tools, or prompts.⁠^{Source 12, Source 13}

Public sources · checked 2 October 2026

Offered
You build it
Not included

Blocks.ai

Build agents: Not includedUse LangChain or CrewAI⁠^{Source 10}
Host and run agents: Not includedYou run your agent⁠^{Source 11}
Identity and access: OfferedMachine identity per agent⁠^{Source 14}
Registry and governance: OfferedPrivate registry and Admin Console⁠^{Source 2}
Traffic between agents, tools, and models: OfferedPrivate network for every agent⁠^{Source 2}
Agents across organizations: OfferedPartners share only chosen agents⁠^{Source 15}

DIY

Build agents: You build itOpen-source frameworks like ADK⁠^{Source 16}
Host and run agents: You build itSelf-hosted, like LangGraph⁠^{Source 12}
Identity and access: You build itYour own identity provider⁠^{Source 17}
Registry and governance: You build itYour own agent registry⁠^{Source 3}
Traffic between agents, tools, and models: You build itYour gateway and service mesh⁠^{Source 18}
Agents across organizations: You build itA2A with API management⁠^{Source 19}

At a glance

Blocks.aiDIY

What it isA product: a network for AI agents, with a free public network and a private network for each company.⁠^{Source 1, Source 2, Source 7}Not a product: an in-house build on open protocols such as A2A and MCP, with components such as Istio and LangGraph.⁠^{Source 4, Source 5, Source 12, Source 20}

How agents connectOutbound HTTPS on port 443.⁠^{Source 21} No inbound ports.⁠^{Source 21}MCP servers on Streamable HTTP provide an HTTP endpoint, and A2A agents declare a URL.⁠^{Source 4, Source 22} A standard outbound-only binding is not publicly documented.

Registry and accessOn your company’s private network, agents join your private registry.⁠^{Source 2, Source 23} Each agent gets its own identity and starts private, open only to its owner and those invited.⁠^{Source 14, Source 24, Source 25}Yours to build: A2A prescribes no standard API for curated registries and calls authorization logic implementation-specific.⁠^{Source 3, Source 4}

Agents at other companiesOn the Pro tier, a partner company joins your private network as its own organization.⁠^{Source 1, Source 26} You can call only the agents it shares with you.⁠^{Source 15, Source 25}A2A is built for agents from different companies on separate servers, and each server authorizes requests under its own policies.⁠^{Source 4, Source 27}

PricingThe public network is free.⁠^{Source 1} Pro pricing is set with each customer.⁠^{Source 1}The A2A and MCP specifications are openly licensed, A2A under Apache 2.0.⁠^{Source 4, Source 5} Build and running costs are not publicly documented.

What each one is

Blocks.ai

Blocks.ai is a network: a free public network, and a private network for each company.⁠^{Source 1, Source 2} A company’s private network gives it one place to connect, govern, and audit its agents, whoever built them and wherever they run.⁠^{Source 2} Blocks.ai does not build, host, or orchestrate agents.⁠^{Source 10, Source 11}

Build it yourself (DIY)

DIY means connecting and governing agents without buying an agent platform: protocols such as A2A and MCP wired together in-house, existing infrastructure stretched, an in-house platform, self-hosted open source, or no central approach; Uber says that before its gateway, teams built integrations independently, duplicating infrastructure.⁠^{Source 18}

The differences that matter

How agents connect
Blocks.ai
Every Blocks.ai agent connects out over HTTPS on port 443, and its host needs no inbound ports, DNS records, or static IP.⁠^{Source 21}
DIY
A remote MCP server on Streamable HTTP provides an HTTP endpoint, and an A2A agent declares the URL where it is available.⁠^{Source 4, Source 22}
A standard outbound-only binding for remote MCP servers or A2A agents is not publicly documented. Blocks.ai does not support air-gapped networks.⁠^{Source 28}
Registry and access
Blocks.ai
On your company’s private network, agents join your private registry and start private: only the owner and those invited can call one.⁠^{Source 2, Source 9, Source 23, Source 24, Source 25}
DIY
A2A prescribes no standard API for curated registries and calls authorization logic implementation-specific; MCP makes authorization optional.⁠^{Source 3, Source 4, Source 29}
Uber starts every MCP server and tool disabled until its owning team reviews it.⁠^{Source 18} A review step before a Blocks.ai agent registers is not publicly documented.
Agents at other companies
Blocks.ai
On the Pro tier, a partner company joins your private network as its own organization.⁠^{Source 1, Source 26} You can call only the agents it shares with you.⁠^{Source 15, Source 25}
DIY
A2A is built for agents from different companies on separate servers, and each server authorizes requests under its own policies.⁠^{Source 4, Source 27}
On Blocks.ai, your administrators can see a partner’s registered agents and, on the Pro tier, take one offline.⁠^{Source 15, Source 25} Connecting two separate Blocks.ai deployments is not publicly documented.

For security teams

What a security review asks, answered from each vendor’s public documentation.

Blocks.aiDIY

Network exposureAgent hosts open no inbound ports, and all Blocks.ai traffic is TLS on port 443.⁠^{Source 21}MCP servers on Streamable HTTP provide an HTTP endpoint; A2A agents on HTTP use HTTPS URLs in production.⁠^{Source 4, Source 22}

IdentityEach agent gets its own identity.⁠^{Source 14} Handler code never sees a credential.⁠^{Source 30}In A2A, identity is established at the HTTP layer, with credentials obtained out of band.⁠^{Source 4, Source 19} MCP authorization is optional.⁠^{Source 29}

Access changes and revocationRevoked grants are rejected on the next request.⁠^{Source 30} A user removed from an organization is rejected within about 5 seconds.⁠^{Source 30}Each A2A server authorizes requests under its own policies; the specification calls that logic implementation-specific.⁠^{Source 4}

Audit trailThe Pro tier logs control-plane changes and grants.⁠^{Source 31} Log entries on your company’s private network are kept for 2,555 days.⁠^{Source 31}A2A docs advise auditing task creation, critical state changes, and agent actions, and tracing, for example with OpenTelemetry.⁠^{Source 19}

ComplianceIn scope under PubNub’s SOC 2 Type II (report under NDA) and ISO/IEC 27001.⁠^{Source 30, Source 32} Private-instance coverage: not publicly documented.Sits with the implementer: A2A docs say to ensure compliance with regulations such as GDPR, CCPA, and HIPAA.⁠^{Source 19}

Full comparison

18 criteria in five groups. Every cell links to its source, or says no public source answers it.

Blocks.ai and DIY compared on 18 criteria
What it is
	Blocks.ai	DIY
What it is and who it’s for	A network for AI agents: a free public network, and a private network for each company, with one place to connect, govern, and audit agents wherever they run.⁠^{Source 1, Source 2}	Not a product: an in-house build on protocols such as A2A, an open standard for agent communication, and MCP, which the A2A specification calls complementary.⁠^{Source 4}
Maturity	SDK and CLI 1.0 shipped on 16 June 2026.⁠^{Source 33} OIDC single sign-on, now on the Pro tier, shipped on 20 July 2026, per the release notes.⁠^{Source 34, Source 35}	Varies by component: MCP’s latest specification revision is 2026-07-28.⁠^{Source 6} The official MCP Registry is in preview and may have breaking changes or data resets.⁠^{Source 36}
Control
Agent registry and discovery	On your company’s private network, agents join your private registry.⁠^{Source 2, Source 23} Pro-tier admins see them all.⁠^{Source 2, Source 37} Others need a grant to find or call a private agent.⁠^{Source 25, Source 30}	Build your own: A2A prescribes no standard API for curated registries; the official MCP Registry is in preview and does not support private servers.⁠^{Source 3, Source 36}
Identity and access control	Each agent gets its own identity.⁠^{Source 14} Only its owner and those granted access by invitation can use a private agent.⁠^{Source 9, Source 25, Source 30} The Pro tier supports OIDC single sign-on.⁠^{Source 35}	In A2A, identity is established at the HTTP layer and authorization logic is implementation-specific.⁠^{Source 4, Source 19} MCP authorization is optional.⁠^{Source 29}
Ownership, policy, and revocation	Pro-tier admins with the right permission can take an agent offline.⁠^{Source 25, Source 38} Revoked keys and sessions stop working within about 65 seconds.⁠^{Source 30}	MCP says implementers should build consent and authorization flows.⁠^{Source 6} Uber starts every MCP server and tool disabled until reviewed.⁠^{Source 18}
Audit log and observability	On the Pro tier, an audit log of control-plane changes with who, what, when, and a before-and-after diff.⁠^{Source 31} Task activity is tracked separately.⁠^{Source 31}	A2A docs advise auditing significant events and tracing, for example with OpenTelemetry.⁠^{Source 19} MCP documents trace context propagation.⁠^{Source 39}
Connection
How agents connect	Outbound only, over HTTPS on port 443.⁠^{Source 21} No inbound ports, DNS records, or static IP on the agent’s host.⁠^{Source 21} Can run behind corporate proxies.⁠^{Source 28}	MCP servers on Streamable HTTP provide an HTTP endpoint, and A2A agents declare a URL.⁠^{Source 4, Source 22} A standard outbound-only binding is not publicly documented.
Agents across organizations	On the Pro tier, a partner company joins your private network as its own organization.⁠^{Source 1, Source 26} You can call only the agents it shares with you.⁠^{Source 15, Source 25}	A2A is built for agents from different companies on separate servers; each server authorizes requests under its own policies.⁠^{Source 4, Source 27}
Protocol support	An A2A-style task API over JSON-RPC 2.0.⁠^{Source 40, Source 41} On the free public network, an MCP server lets MCP clients send tasks to agents and manage them.⁠^{Source 1, Source 42}	MCP defines stdio and Streamable HTTP transports.⁠^{Source 43} A2A maps to JSON-RPC, gRPC, and HTTP/REST bindings.⁠^{Source 4}
Frameworks, models, and clouds supported	Any agent that takes a task and returns a result, built with any framework and running on your own infrastructure.⁠^{Source 10, Source 11} SDKs for Node.js and Python.⁠^{Source 44}	A2A gives agents built on different frameworks, languages, or vendors a common language.⁠^{Source 4} Google’s ADK says it is model-agnostic and deployment-agnostic.⁠^{Source 16}
Operations
Deployment options and data residency	Pro-tier customers each get a single-tenant private instance.⁠^{Source 2} Agents stay on your infrastructure.⁠^{Source 11} Enforced data residency is announced, not offered yet.⁠^{Source 30}	Wherever you run it: Pinterest optimized for MCP servers in its internal cloud.⁠^{Source 45} A2A leaves protecting stored data to your own policies.⁠^{Source 19}
Compliance attestations	In scope under PubNub’s SOC 2 Type II (report under NDA) and ISO/IEC 27001.⁠^{Source 30, Source 32} Coverage of private instances is not publicly documented.	Sits with the implementer: A2A docs cite regulations such as GDPR, CCPA, and HIPAA, and MCP leaves access controls and data protection to implementers.⁠^{Source 6, Source 19}
Support and SLA	The Pro tier comes with a 99.999% SLA.⁠^{Source 1} Security reports are acknowledged within 48 hours.⁠^{Source 30} Support plans are not publicly documented.	Depends on the component: MCP SDKs are tiered partly by maintenance commitments.⁠^{Source 46} The official MCP Registry, in preview, gives no uptime guarantees.⁠^{Source 36, Source 47}
Time and effort to get running	Ask Blocks.ai for a private instance; developers sign in from the CLI and register agents.⁠^{Source 2, Source 24} Blocks.ai says the public-network quickstart takes about 10 minutes.⁠^{Source 48}	A curated A2A registry is a service you deploy and maintain.⁠^{Source 3} Pinterest built a unified deployment pipeline after new MCP servers took too much setup.⁠^{Source 45}
Pricing model and public prices	The public network is free.⁠^{Source 1} Pro pricing is set with each customer.⁠^{Source 1}	The A2A and MCP specifications are openly licensed, A2A under Apache 2.0.⁠^{Source 4, Source 5} Build and running costs are not publicly documented.
Building
Agent building tools	Blocks.ai doesn’t build or orchestrate agents.⁠^{Source 10, Source 11} You build with your own framework and write one handler, and the CLI scaffolds, validates, and connects it.⁠^{Source 9, Source 10}	Frameworks such as LangGraph and Google’s open-source Agent Development Kit build and deploy agents.⁠^{Source 12, Source 16} A2A has SDKs in six languages.⁠^{Source 49}
Model access	Blocks.ai doesn’t prescribe what’s inside an agent, model included.⁠^{Source 9} In its LangChain guide, the model client stays in your own process.⁠^{Source 13}	Chosen by whoever builds the agents: Google’s ADK says it is optimized for Gemini and model-agnostic.⁠^{Source 16}
Integrations and ecosystem	Connection guides for CrewAI, LangChain, LlamaIndex, Microsoft Agent Framework, and n8n.⁠^{Source 13, Source 50, Source 51, Source 52, Source 53}	The official MCP Registry, in preview, has a REST API for clients and aggregators to discover MCP servers.⁠^{Source 36}

Which to choose

Choose Blocks.ai if

You want your private registry, per-agent identity, and access by invitation without deploying and maintaining a registry service yourself.⁠^{Source 2, Source 3, Source 9, Source 14}
Your agents run behind NAT, corporate proxies, or firewalls, and you want no inbound ports, port forwarding, or ingress rules.⁠^{Source 21, Source 28}
You want partners to join as their own organizations on the Pro tier, and your side to call only what each shares.⁠^{Source 1, Source 15, Source 25, Source 26}
Your teams use different frameworks and models, and you want every agent in your private registry without re-platforming any of them.⁠^{Source 2, Source 9, Source 10, Source 23}

Choose DIY if

You need your own hosting and region: PubNub runs each company’s private network on AWS, with no self-hosting or region choice.⁠^{Source 30}
You already run a service mesh or access-control system and want it to govern agents’ MCP calls, as Pinterest and Uber do.⁠^{Source 18, Source 45}
Partner companies won’t join your deployment: A2A is built for agents on separate servers, each authorizing calls under its own policies.⁠^{Source 4, Source 26, Source 27}
Your agents must run on air-gapped networks, which Blocks.ai doesn’t support: its outbound connection must reach the internet.⁠^{Source 28}

Why teams choose Blocks.ai

A registry you don’t have to build

On your company’s private network, each agent connects out and joins your private registry, wherever it runs, owned by whoever registered it.⁠^{Source 2, Source 23, Source 24} Under A2A, a curated registry is a service you deploy and maintain.⁠^{Source 3}

Agent sprawl

Nothing opens inbound, wherever agents run

Blocks.ai agents stay where they run, from a cloud VM to a corporate network, and open no inbound ports.⁠^{Source 11, Source 21} MCP servers on Streamable HTTP provide an HTTP endpoint; A2A agents declare a URL.⁠^{Source 4, Source 22}

Distributed agents

Partner companies join as organizations

On the Pro tier, partners join as their own organizations.⁠^{Source 1, Source 26} You can call only the agents they share with you.⁠^{Source 15, Source 25} Under A2A, each server authorizes calls by its own policies.⁠^{Source 4}

Partner networks

Questions buyers ask

Can we build an agent registry and access control ourselves with A2A and MCP?

Yes. Uber and Pinterest each describe building their own registry of MCP servers.⁠^{Source 18, Source 45} The protocols leave much to you: A2A prescribes no standard API for curated registries and calls authorization logic implementation-specific, and MCP makes authorization optional.⁠^{Source 3, Source 4, Source 29}

Does Blocks.ai support A2A and MCP?

Blocks.ai has an A2A-style task API over JSON-RPC 2.0.⁠^{Source 40, Source 41} On the free public network, an MCP server lets clients such as Claude Code and Cursor send tasks to agents and manage them.⁠^{Source 1, Source 42} The A2A and MCP versions Blocks.ai supports are not publicly documented.

How does the cost of Blocks.ai compare with building it yourself?

Blocks.ai’s public network is free, and Pro pricing is set with each customer.⁠^{Source 1} For DIY, the A2A and MCP specifications are openly licensed.⁠^{Source 4, Source 5} Build and running costs are not publicly documented.

Where do the agents run, and can Blocks.ai be self-hosted?

Your agents run on your own infrastructure; Blocks.ai never takes custody of them.⁠^{Source 11} Blocks.ai doesn’t support air-gapped networks: its outbound connection must reach the internet.⁠^{Source 28} PubNub operates each company’s private network on AWS, with no self-hosting and no choice of region.⁠^{Source 30}

How we compare

Read the full method

Every claim on this page links to a public source. Where none answers a question, the page says so.

We re-check every fact at least every 90 days. This page was last checked 2 October 2026.

Something wrong or out of date? Tell us and we’ll correct it.

Sources

54 public sources, each with the date we checked it. Every one opens in a new tab.

Source 1: Pricing Blocks.ai · checked 6 Oct 2026 Back:a b c d e f g h i j k l m n o p q
Source 2: Your company's private network Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g h i j k l m n o p q
Source 3: Agent Discovery - A2A Protocol a2a-protocol.org · checked 2 Oct 2026 Back:a b c d e f g h i j k
Source 4: Agent2Agent (A2A) Protocol Specification a2a-protocol.org · checked 2 Oct 2026 Back:a b c d e f g h i j k l m n o p q r s t u v w x y
Source 5: modelcontextprotocol/modelcontextprotocol LICENSE (GitHub) github.com · checked 7 Oct 2026 Back:a b c d e
Source 6: Specification - Model Context Protocol 2026-07-28 modelcontextprotocol.io · checked 2 Oct 2026 Back:a b c d
Source 7: Blocks homepage Blocks.ai · checked 6 Oct 2026 Back:a b
Source 8: Set Up Agent-to-Agent (A2A) Communication Blocks.ai · checked 2 Oct 2026 Back to text
Source 9: Key concepts Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g
Source 10: Why Blocks? Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g
Source 11: What is Blocks? Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g h
Source 12: langchain-ai/langgraph README (GitHub) github.com · checked 2 Oct 2026 Back:a b c d e
Source 13: Connect LangChain to Blocks Blocks.ai · checked 2 Oct 2026 Back:a b c
Source 14: Authentication reference Blocks.ai · checked 2 Oct 2026 Back:a b c d e
Source 15: Joining a Blocks network Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g
Source 16: google/adk-python README (GitHub) github.com · checked 2 Oct 2026 Back:a b c d
Source 17: Integrating with Model Context Protocol (MCP) - Keycloak keycloak.org · checked 2 Oct 2026 Back to text
Source 18: Designing MCP Gateway Uber's MCP Management Platform - Uber Blog uber.com · checked 2 Oct 2026 Back:a b c d e f
Source 19: Enterprise Features - A2A Protocol a2a-protocol.org · checked 2 Oct 2026 Back:a b c d e f g h
Source 20: Security - Istio concepts istio.io · checked 2 Oct 2026 Back to text
Source 21: Network requirements Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g h
Source 22: Streamable HTTP - Model Context Protocol specification 2026-07-28 modelcontextprotocol.io · checked 2 Oct 2026 Back:a b c d e
Source 23: Solutions: Agent sprawl Blocks.ai · checked 2 Oct 2026 Back:a b c d e
Source 24: Set up your private network Blocks.ai · checked 2 Oct 2026 Back:a b c d
Source 25: Organizations and access Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g h i j k
Source 26: Solutions: Partner networks Blocks.ai · checked 6 Oct 2026 Back:a b c d e f
Source 27: a2aproject/A2A README (GitHub) github.com · checked 2 Oct 2026 Back:a b c d
Source 28: Blocks Network Architecture whitepaper Blocks.ai · checked 2 Oct 2026 Back:a b c d e
Source 29: Authorization - Model Context Protocol specification 2026-07-28 modelcontextprotocol.io · checked 2 Oct 2026 Back:a b c d
Source 30: Security and compliance Blocks.ai · checked 2 Oct 2026 Back:a b c d e f g h i j k l
Source 31: Audit log Blocks.ai · checked 2 Oct 2026 Back:a b c d
Source 32: Security Blocks.ai · checked 7 Oct 2026 Back:a b
Source 33: Release notes: June 2026 Blocks.ai · checked 2 Oct 2026 Back to text
Source 34: Release notes: July 2026 Blocks.ai · checked 2 Oct 2026 Back to text
Source 35: Single sign-on (SSO) Blocks.ai · checked 2 Oct 2026 Back:a b c
Source 36: The MCP Registry - Model Context Protocol modelcontextprotocol.io · checked 2 Oct 2026 Back:a b c d
Source 37: Admin Console Blocks.ai · checked 2 Oct 2026 Back to text
Source 38: Release notes: August 2026 Blocks.ai · checked 2 Oct 2026 Back to text
Source 39: Key Changes - Model Context Protocol specification 2026-07-28 modelcontextprotocol.io · checked 2 Oct 2026 Back to text
Source 40: Use agents in your app Blocks.ai · checked 2 Oct 2026 Back:a b
Source 41: Errors Blocks.ai · checked 2 Oct 2026 Back:a b
Source 42: Use Blocks agents via MCP Blocks.ai · checked 2 Oct 2026 Back:a b
Source 43: Transports - Model Context Protocol specification 2026-07-28 modelcontextprotocol.io · checked 2 Oct 2026 Back to text
Source 44: Connect your agent Blocks.ai · checked 2 Oct 2026 Back to text
Source 45: Building an MCP Ecosystem at Pinterest - Pinterest Engineering Blog medium.com · checked 2 Oct 2026 Back:a b c d
Source 46: SDK Tiers - Model Context Protocol modelcontextprotocol.io · checked 2 Oct 2026 Back to text
Source 47: MCP Registry Aggregators - Model Context Protocol modelcontextprotocol.io · checked 2 Oct 2026 Back to text
Source 48: Quickstart Blocks.ai · checked 7 Oct 2026 Back to text
Source 49: A2A protocol roadmap a2a-protocol.org · checked 2 Oct 2026 Back to text
Source 50: Connect CrewAI to Blocks Blocks.ai · checked 7 Oct 2026 Back to text
Source 51: Connect LlamaIndex to Blocks Blocks.ai · checked 2 Oct 2026 Back to text
Source 52: Connect Microsoft Agent Framework to Blocks Blocks.ai · checked 2 Oct 2026 Back to text
Source 53: Connect n8n to Blocks Blocks.ai · checked 7 Oct 2026 Back to text
Source 54: Monitor your agent in production Blocks.ai · checked 2 Oct 2026 Back to text

Where each one sits

These aren’t the same kind of product

Blocks.ai

vsDIY

At a glance

What each one is

Blocks.ai

Build it yourself (DIY)

The differences that matter

How agents connect

Registry and access

Agents at other companies

For security teams

Full comparison

Which to choose

Blocks.aiChoose Blocks.ai if

DIYChoose DIY if

Why teams choose Blocks.ai

A registry you don’t have to build

Nothing opens inbound, wherever agents run

Partner companies join as organizations

Questions buyers ask

How we compare

Sources

Tell us about your agents. We’ll show you the network.

DIY

Choose Blocks.ai if

Choose DIY if