Bacalhau Docs
GithubSlackBlogEnterprise
v1.5.x
  • Documentation
  • Use Cases
  • CLI & API
  • References
  • Community
v1.5.x
  • Welcome
  • Getting Started
    • How Bacalhau Works
    • Installation
    • Create Network
    • Hardware Setup
    • Container Onboarding
      • Docker Workloads
      • WebAssembly (Wasm) Workloads
  • Setting Up
    • Running Nodes
      • Node Onboarding
      • GPU Installation
      • Job selection policy
      • Access Management
      • Node persistence
      • Connect Storage
      • Configuring Transport Level Security
      • Limits and Timeouts
      • Test Network Locally
      • Bacalhau WebUI
      • Private IPFS Network Setup
    • Workload Onboarding
      • Container
        • Docker Workload Onboarding
        • WebAssembly (Wasm) Workloads
        • Bacalhau Docker Image
        • How To Work With Custom Containers in Bacalhau
      • Python
        • Building and Running Custom Python Container
        • Running Pandas on Bacalhau
        • Running a Python Script
        • Running Jupyter Notebooks on Bacalhau
        • Scripting Bacalhau with Python
      • R (language)
        • Building and Running your Custom R Containers on Bacalhau
        • Running a Simple R Script on Bacalhau
      • Run CUDA programs on Bacalhau
      • Running a Prolog Script
      • Reading Data from Multiple S3 Buckets using Bacalhau
      • Running Rust programs as WebAssembly (WASM)
      • Generate Synthetic Data using Sparkov Data Generation technique
    • Data Ingestion
      • Copy Data from URL to Public Storage
      • Pinning Data
      • Running a Job over S3 data
    • Networking Instructions
      • Accessing the Internet from Jobs
      • Utilizing NATS.io within Bacalhau
    • GPU Workloads Setup
    • Automatic Update Checking
    • Marketplace Deployments
      • Google Cloud Marketplace
  • Guides
    • (Updated) Configuration Management
    • Write a config.yaml
    • Write a SpecConfig
  • Examples
    • Data Engineering
      • Using Bacalhau with DuckDB
      • Ethereum Blockchain Analysis with Ethereum-ETL and Bacalhau
      • Convert CSV To Parquet Or Avro
      • Simple Image Processing
      • Oceanography - Data Conversion
      • Video Processing
    • Model Inference
      • EasyOCR (Optical Character Recognition) on Bacalhau
      • Running Inference on Dolly 2.0 Model with Hugging Face
      • Speech Recognition using Whisper
      • Stable Diffusion on a GPU
      • Stable Diffusion on a CPU
      • Object Detection with YOLOv5 on Bacalhau
      • Generate Realistic Images using StyleGAN3 and Bacalhau
      • Stable Diffusion Checkpoint Inference
      • Running Inference on a Model stored on S3
    • Model Training
      • Training Pytorch Model with Bacalhau
      • Training Tensorflow Model
      • Stable Diffusion Dreambooth (Finetuning)
    • Molecular Dynamics
      • Running BIDS Apps on Bacalhau
      • Coresets On Bacalhau
      • Genomics Data Generation
      • Gromacs for Analysis
      • Molecular Simulation with OpenMM and Bacalhau
  • References
    • Jobs Guide
      • Job Specification
        • Job Types
        • Task Specification
          • Engines
            • Docker Engine Specification
            • WebAssembly (WASM) Engine Specification
          • Publishers
            • IPFS Publisher Specification
            • Local Publisher Specification
            • S3 Publisher Specification
          • Sources
            • IPFS Source Specification
            • Local Source Specification
            • S3 Source Specification
            • URL Source Specification
          • Network Specification
          • Input Source Specification
          • Resources Specification
          • ResultPath Specification
        • Constraint Specification
        • Labels Specification
        • Meta Specification
      • Job Templates
      • Queuing & Timeouts
        • Job Queuing
        • Timeouts Specification
      • Job Results
        • State
    • CLI Guide
      • Single CLI commands
        • Agent
          • Agent Overview
          • Agent Alive
          • Agent Node
          • Agent Version
        • Config
          • Config Overview
          • Config Auto-Resources
          • Config Default
          • Config List
          • Config Set
        • Job
          • Job Overview
          • Job Describe
          • Job Exec
          • Job Executions
          • Job History
          • Job List
          • Job Logs
          • Job Run
          • Job Stop
        • Node
          • Node Overview
          • Node Approve
          • Node Delete
          • Node List
          • Node Describe
          • Node Reject
      • Command Migration
    • API Guide
      • Bacalhau API overview
      • Best Practices
      • Agent Endpoint
      • Orchestrator Endpoint
      • Migration API
    • Node Management
    • Authentication & Authorization
    • Database Integration
    • Debugging
      • Debugging Failed Jobs
      • Debugging Locally
    • Running Locally In Devstack
    • Setting up Dev Environment
  • Help & FAQ
    • Bacalhau FAQs
    • Glossary
    • Release Notes
      • v1.5.0 Release Notes
      • v1.4.0 Release Notes
  • Integrations
    • Apache Airflow Provider for Bacalhau
    • Lilypad
    • Bacalhau Python SDK
    • Observability for WebAssembly Workloads
  • Community
    • Social Media
    • Style Guide
    • Ways to Contribute
Powered by GitBook
LogoLogo

Use Cases

  • Distributed ETL
  • Edge ML
  • Distributed Data Warehousing
  • Fleet Management

About Us

  • Who we are
  • What we value

News & Blog

  • Blog

Get Support

  • Request Enterprise Solutions

Expanso (2025). All Rights Reserved.

On this page

Was this helpful?

Export as PDF
  1. References
  2. Jobs Guide
  3. Job Specification
  4. Task Specification

Network Specification

The Network object offers a method to specify the networking requirements of a Task. It defines the scope and constraints of the network connectivity based on the demands of the task.

Network Parameters:

  1. Type (string: "None"): Indicates the network configuration's nature. There are several network modes available:

    • None: This mode implies that the task does not necessitate any networking capabilities.

    • Full: Specifies that the task mandates unrestricted, raw IP networking without any imposed filters.

    • HTTP: This mode constrains the task to only require HTTP networking with specific domains. In this model:

      • The job specifier puts forward a job, stipulating the domain(s) it intends to communicate with.

      • The compute provider assesses the inherent risk of the job based on these domains and bids accordingly.

      • At runtime, the network traffic remains strictly confined to the designated domain(s).

A typical command for this might resemble: bacalhau docker run —network=http —domain=crates.io —domain=github.com -i ipfs://Qmy1234myd4t4,dst=/code rust/compile

The primary risks for the compute provider center around possible violations of its terms, its hosting provider's terms, or even prevailing laws in its jurisdiction. This encompasses issues such as unauthorized access or distribution of illicit content and potential cyber-attacks.

Conversely, the job specifier's primary risk involves operating in a paid environment. External entities might seek to exploit this environment, for instance, through a compromised package download that initiates a crypto mining operation, depleting the allocated, prepaid job time. By limiting traffic strictly to the pre-specified domains, the potential for such cyber threats diminishes considerably.

While a compute provider might impose its limits through other means, having domains declared upfront allows it to selectively bid on jobs that it can execute without issues, improving the user experience for job specifiers.

  1. Domains (string[]: <optional>): A list of domain strings, relevant primarily when the Type is set to HTTP. It dictates the specific domains the task can communicate with over HTTP.

Understanding and utilizing these configurations aptly can ensure that tasks are executed in an environment that aligns with their networking requirements, bolstering efficiency and security.

PreviousURL Source SpecificationNextInput Source Specification

Was this helpful?