Compare
Messaging, Queues & Events vs. Graftcode

Keep the broker. Skip the plumbing.

Graftcode makes any public method callable over Kafka, RabbitMQ, Azure Service Bus, Amazon SQS, or Google Pub/Sub. Just switch plugins, with no queue-specific code or vendor lock-in.

/USED BY LEADING COMPANIES

3G TMS
ARC CORE
IBM
Intermodal Tank Transport
NewDoors
First Premier Bank
TotalEnergies
TRUMPF
Stratus
SIEMENS
Nuance
Walter
Tangram
Nevada
BREAS
Statistics Norway
3G TMS
ARC CORE
IBM
Intermodal Tank Transport
NewDoors
First Premier Bank
TotalEnergies
TRUMPF
Stratus
SIEMENS
Nuance
Walter
Tangram
Nevada
BREAS
Statistics Norway
3G TMS
ARC CORE
IBM
Intermodal Tank Transport
NewDoors
First Premier Bank
TotalEnergies
TRUMPF
Stratus
SIEMENS
Nuance
Walter
Tangram
Nevada
BREAS
Statistics Norway

/AT GLANCE

Messaging, Queues & Events
vs
Graftcode

Graftcode doesn't replace queues or PaaS platforms. It simplifies how you use them. Call ordinary public methods over Kafka, RabbitMQ, Azure Service Bus, Amazon SQS, or Google Pub/Sub without writing broker-specific SDK code. Keep the same messaging capabilities with cleaner code and no vendor lock-in.

Messaging, Queues & Events

  • Built for async messaging, buffering, retries, and fan-out
  • Requires producers, consumers, and message contracts
  • Each broker comes with its own SDK, APIs, and configuration
  • Business code becomes coupled to broker-specific integrations
  • Switching providers often requires rewriting integration code
  • Type safety requires additional schemas, tooling, or generated clients
  • Call ordinary public methods over any supported message broker
  • No producers, consumers, or broker-specific SDK code
  • Strongly typed calls across 143 technology pairs
  • Switch between Kafka, RabbitMQ, Azure Service Bus, Amazon SQS, and Google Pub/Sub through plugins
  • Keep your messaging capabilities without vendor lock-in or business code changes
  • Expose the same methods to web apps, mobile clients, public API consumers, or automatically as MCP tools, without requiring them to use a message broker

/WHY SWITCH

Three reasons teams start using messaging services via Graftcode

Keep the full power of your messaging infrastructure without coupling your code to broker-specific SDKs, producers, or consumers. Just call ordinary public methods.

A typed method replacing a queue producer and consumer

No producers, no consumers

Traditional messaging requires producer and consumer code, broker SDKs, and message contracts. Graftcode turns ordinary public methods into remotely callable operations over your chosen message broker.

Broker swap handled by a Graftcode plugin

Swap brokers without a rewrite

Switch between Kafka, RabbitMQ, Azure Service Bus, Amazon SQS, and Google Pub/Sub by changing the plugin configuration. Your public methods and business logic stay exactly the same.

Compile-time types across a message broker

Typed, not silently broken

Changing a message contract can break consumers at runtime. Graftcode generates strongly typed clients directly from your public method signatures and automatically refreshes them through your package manager when the API changes. No manual codegen or contract synchronization required.

/SHOW, DON'T TELL

Same broker. No messaging code.

Traditional messaging requires producers, consumers, serialization, and broker-specific SDKs. With Graftcode, you simply expose a public method and call it remotely through the same message broker.

Queues
  1. producer: serialize + publish
    var message = new UserCreated {
        Id = 42,
        Name = "Adam",
        Email = "adam@example.com"
    };
    
    var body = Encoding.UTF8.GetBytes(
        JsonSerializer.Serialize(message)
    );
    
    channel.BasicPublish(
        exchange: "events",
        routingKey: "user.created",
        basicProperties: null,
        body: body
    );
  2. consumer: subscribe + handle
    var consumer = new EventingBasicConsumer(channel);
    
    consumer.Received += (_, ea) => {
        var json = Encoding.UTF8.GetString(ea.Body.ToArray());
    
        var user = JsonSerializer.Deserialize<UserCreated>(json);
    
        if (user != null)
            HandleUserCreated(user);
    };
    
    channel.BasicConsume(
        queue: "user.created",
        autoAck: true,
        consumer: consumer
    );
GRAFTCODE
  1. expose an ordinary method
    public class Users
    {
        public void Create(User user)
        {
            _users.Save(user);
        }
    }
  2. Install the Graft & call
    from acme_users import Users
    from graftcode import GraftConfig
    
    GraftConfig.host = "plugin:Your-Broker;amqp://your-messaging-service-connectionstring"
    
    users = Users()
    users.create(user)
    
    # Strongly typed, broker configured separately

Same broker. Same capabilities. Fully typed.Graftcode keeps your broker and its capabilities, with pure public methods and a plugin.

/FEATURE MATRIX

The honest, line-by-line comparison

CapabilityMESSAGING, QUEUES & EVENTS
PROGRAMMING MODEL
Call with Strongly Typed Methods
[×] NO
Regular Exception support
[×] NO
Complex DTOs & arrays passed by value in one call
[✓] YES
PROGRAMMING DEPENDENCIES & CONTRACTS
No additional SDK
[×] NO
No contract files
[×] NO
Use remote modules as dependencies
[×] NO
TOPOLOGY & TRANSPORT
Switch between WebSocket, HTTP/2, TCP, queues, events, or PaaS channels with a single env var.
[×] NO
Switch remote <-> in-memory with config only
[×] NO
TOPOLOGY & TRANSPORT
Same programming model for queues / event buses
[-] PARTIAL
Full streaming
[-] PARTIAL
Expose methods are immediately callable via MCP
[×] NO
MESSAGING, QUEUES & EVENTS compared with Graftcode
CapabilityMESSAGING, QUEUES & EVENTSGraftcode
PROGRAMMING MODEL
Call with Strongly Typed Methods[×] NO[✓] YES
Regular Exception support[×] NO[✓] YES
Complex DTOs & arrays passed by value in one call[✓] YES[✓] YES
PROGRAMMING DEPENDENCIES & CONTRACTS
No additional SDK[×] NO[✓] YES
No contract files[×] NO[✓] YES
Use remote modules as dependencies[×] NO[✓] YES
TOPOLOGY & TRANSPORT
Switch between WebSocket, HTTP/2, TCP, queues, events, or PaaS channels with a single env var.[×] NO[✓] YES
Switch remote <-> in-memory with config only[×] NO[✓] YES
TOPOLOGY & TRANSPORT
Same programming model for queues / event buses[-] PARTIAL[✓] Via plugins
Full streaming[-] PARTIAL[-] PARTIAL
Expose methods are immediately callable via MCP[×] NO[✓] YES

/BY THE NUMBERS

The payoff, in numbers

60%

less code for AI to touch

1/8

of CPU usage comparing to REST or gRPC

20

coding languages supported

10

package managers supported

/FAQS

Before you ask

  • No. Graftcode works with your existing message broker, preserving its capabilities, including asynchronous messaging, buffering, retries, and fan-out. Through plugins for Kafka, RabbitMQ, Azure Service Bus, Amazon SQS, and Google Pub/Sub, you can call strongly typed public methods without writing producers, consumers, or broker-specific SDK code. Your broker still handles the messaging. Graftcode simply makes it easier to use.

/COMMUNITY

Join grafters community

Many developers are loving Graftcode and what it brings to them.

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“Graftcode appears to be an exceptionally useful platform. Its key value proposition is allowing developers to concentrate on core business requirements instead of tedious service integration tasks. I believe the concept of beginning with a monolithic structure and then having the option to dynamically transition to a microservice architecture will prove to be extremely valuable.”

Maciej_e$

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Your queue, minus the plumbing.

No producer code, no consumer code, no message schema-just typed methods over the broker you already run.