AI · head to head
CoreWeave vs Poolside

Poolside
AI
Open-weight foundation models built for agentic software engineering
- From
- $0.06/month
- Rated
- -
The short version
- Each has a real cost: CoreWeave gPU nodes are sold as full 8 GPU instances rather than single cards, so the entry cost for an H100 node is $49.24 an hour on demand; Poolside no self-serve public application; access is largely through enterprise sales or third-party model gateways
- They diverge on capability: CoreWeave covers NVIDIA H100/A100, Poolside covers Laguna S 2.1.
- Prices and features above were last checked on 30 August 2026.
Where they differ
Only the attributes on which CoreWeave and Poolside actually diverge.
Identical on both: pricing model (usage-based), free tier (No), user rating (Not yet rated), category (AI).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in CoreWeave
- NVIDIA H100/A100
- Kubernetes native
- High bandwidth
- Object storage
- Kubernetes
- Terraform
- Cloud APIs
- Cloud support
Only in Poolside
- Laguna S 2.1
- Laguna XS 2.1
- Desktop and CLI tools
- Open-weight models
- Third-party gateway access
What people use each for
The jobs each tool is most often brought in to do.
CoreWeave
- Renting GPU compute for model training and inferencenot Poolside
- Running large scale AI workloads without buying hardwarenot Poolside
Poolside
- Enterprises deploying AI coding assistance across large developer organizationsnot CoreWeave
- Government and defense agencies needing on-premise or sovereign coding modelsnot CoreWeave
- Teams building custom coding agents on open-weight foundation modelsnot CoreWeave
- Organizations wanting on-device lightweight coding modelsnot CoreWeave
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
CoreWeave
- GPU nodes are sold as full 8 GPU instances rather than single cards, so the entry cost for an H100 node is $49.24 an hour on demand
- Spot pricing is roughly 40% of on demand, at $19.71 an hour for the same H100 node, so predictable capacity carries a large premium
- The newest hardware carries no published price and requires contacting sales
- Discounts of up to 60% require committed usage agreements negotiated with sales
- Only the GH200 is offered as a single GPU instance
Poolside
- No self-serve public application; access is largely through enterprise sales or third-party model gateways
- Pricing for the flagship enterprise and government offering is not public and requires a sales conversation
- Targets organizations with large (5,000+) developer headcounts, making it a poor fit for individuals or small teams
- Documentation and product surface area are thin compared to consumer-facing coding assistants
Pricing, plan by plan
CoreWeave
$0.35/per-hour- Standard$0.35/per-hour
- Various GPU types
- Kubernetes
- EnterpriseFree
- Dedicated clusters
- Custom solutions
Poolside
$0.06/month- Laguna XS 2.1$undefined/month
- $0.06 per 1M input tokens
- $0.12 per 1M output tokens
- Available via OpenRouter and Vercel AI Gateway
- Laguna S 2.1$undefined/month
- $0.10 per 1M input tokens
- $0.20 per 1M output tokens
- 1M token context window
- Enterprise / Government$undefined/month
- Custom contracts for large engineering organizations
- Sales-quoted pricing
- On-premise or dedicated deployment options
Which should you pick?
Choose CoreWeave if
- You need nvidia h100/a100.
- You work on Cloud.
- You also want kubernetes native.
Choose Poolside if
- You need laguna s 2.1.
- You work on web, api, mac, windows, linux.
- You also want laguna xs 2.1.
Questions people ask
- Is CoreWeave or Poolside better?
- Neither clearly leads. CoreWeave starts at $0.35/per-hour and Poolside at $0.06/month, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, CoreWeave or Poolside?
- CoreWeave starts at $0.35/per-hour and Poolside at $0.06/month.
- Does CoreWeave or Poolside run on more platforms?
- CoreWeave runs on Cloud. Poolside runs on web, api, mac, windows, linux.
- What is CoreWeave best used for?
- CoreWeave is most often used for renting gpu compute for model training and inference, running large scale ai workloads without buying hardware. Of those, renting gpu compute for model training and inference and running large scale ai workloads without buying hardware are not what Poolside is typically brought in for.
- What can CoreWeave do that Poolside cannot?
- CoreWeave covers NVIDIA H100/A100, Kubernetes native, High bandwidth, Object storage. Poolside covers Laguna S 2.1, Laguna XS 2.1, Desktop and CLI tools, Open-weight models.
Answered from the vendors’ own pages
CoreWeave: How much does CoreWeave cost?
CoreWeave does not publish pricing on its website. The company uses a quote-based pricing model and directs customers to contact their sales team directly to discuss pricing options and customized solutions.
SourcePoolside: How is Poolside's Laguna model usage priced?
Laguna XS 2.1 is priced at $0.06 per 1M input tokens and $0.12 per 1M output tokens; Laguna S 2.1 is $0.10 per 1M input tokens and $0.20 per 1M output tokens.
SourceCoreWeave: How can I get a quote from CoreWeave?
To obtain CoreWeave pricing, you must contact their sales team directly through the Contact Us option on their website. They will provide a customized quote based on your specific compute and infrastructure requirements.
SourcePoolside: Where can I access Poolside's models?
Laguna models are available through third-party gateways OpenRouter and Vercel AI Gateway, as well as via Poolside's own desktop and CLI tools.
SourcePoolside: Does Poolside offer enterprise or government pricing?
Yes, Poolside offers custom, sales-quoted contracts for large enterprises and government/defense customers, including on-premise or dedicated deployment options.
SourcePoolside: How do I get started building with Poolside's models?
Poolside's documentation provides a quickstart guide for installing the `pool` CLI and running an agent task, alongside API documentation for custom integrations.
SourceRelated pages
Other head to heads
- CoreWeave vs Anthropic API
- CoreWeave vs Fathom
- CoreWeave vs Pika
- CoreWeave vs D-ID
- CoreWeave vs Lambda Labs
- CoreWeave vs Modal
- CoreWeave vs RunPod
- CoreWeave vs Banana
- CoreWeave vs Replicate
- CoreWeave vs AI21 Labs
- CoreWeave vs Sourcegraph Cody
- CoreWeave vs Tabnine
- CoreWeave vs Leonardo AI
- CoreWeave vs Murf
- CoreWeave vs Pi
- CoreWeave vs Play.ht
- CoreWeave vs Replika
- CoreWeave vs Writer
- CoreWeave vs Galileo
- CoreWeave vs Together AI
- CoreWeave vs Aider
- CoreWeave vs C3 AI Suite
- CoreWeave vs AutoGen
- CoreWeave vs Arize AI
- CoreWeave vs Deepgram
- CoreWeave vs Cartesia
- CoreWeave vs Jasper
- CoreWeave vs Avathon
- CoreWeave vs Character.AI
- CoreWeave vs Chatbase
- CoreWeave vs Claude
- Poolside vs Anthropic API
- Poolside vs Fathom
- Poolside vs Pika
- Poolside vs D-ID
- Poolside vs Lambda Labs
- Poolside vs Modal
- Poolside vs RunPod
- Poolside vs Banana
- Poolside vs Replicate
- Poolside vs AI21 Labs
- Poolside vs Sourcegraph Cody
- Poolside vs Tabnine
- Poolside vs Leonardo AI
- Poolside vs Murf
- Poolside vs Pi
- Poolside vs Play.ht
- Poolside vs Replika
- Poolside vs Writer
- Poolside vs Galileo
- Poolside vs Together AI
- Poolside vs Aider
- Poolside vs C3 AI Suite
- Poolside vs AutoGen
- Poolside vs Arize AI
- Poolside vs Deepgram
- Poolside vs Cartesia
- Poolside vs Jasper
- Poolside vs Avathon
- Poolside vs Character.AI
- Poolside vs Chatbase
- Poolside vs Claude

