ModalModal is a serverless compute platform for AI, data, Python, GPU, batch, sandbox, notebook, and inference workloads that need elastic cloud execution without infrastructure management.
Cerebrium
A code-first serverless runtime for production AI applications and agents that need fast GPU scaling without managing cloud orchestration.
Information checked: Aug 14, 2026 ·View sources
Tool details
- Type
- Developer workflows
- Platforms
- Cloud, Python, CLI, GPU, CPU
- Free plan
- Yes
- Open source
- No
- Bring your own key
- Yes
- Local models
- Yes

Overview
Best for
- Voice-agent backends
- Custom model APIs
- Bursting GPU inference
- Video and multimodal pipelines
- Code-first AI infrastructure
Strengths
- Code-first deployment preserves flexibility around custom models and dependencies
- Per-second billing works well for bursty AI applications
- Wide GPU selection and fast scaling reduce infrastructure work
- Observability and isolation are included in the managed platform
Limitations & trade-offs
- Static web hosting
- Teams that need raw-cloud control
- Predictable always-on workloads cheaper on reserved hardware
- Local-only or air-gapped deployments
- Compute costs remain workload-dependent and can be difficult to predict
- Build and model initialization time may still be billable
- A managed platform adds vendor-specific deployment conventions
- Production cost comparisons must include orchestration, storage, and networking rather than GPU rate alone
Get started
Pricing & usage limits
Official pricingFree tier available
Includes a small team, up to three deployed apps, and usage-based compute.
Adds unlimited apps, more concurrency, custom domains, and production features.
Adds volume discounts, custom concurrency, dedicated support, and engineering services.
Pricing checked: Aug 14, 2026 · Subscription, usage limits, and model costs may be billed separately.
Features & details
Serverless AI compute
- Deploy Python workloads to CPU or GPU containers
- Scale dynamically for bursty inference
- Choose current accelerator families and multi-region capacity
Agent and model workloads
- Host voice agents and real-time pipelines
- Serve custom LLM, vision, audio, and video models
- Run code-defined preprocessing and tool backends
Production operations
- Per-second compute billing
- Fast container startup and snapshotting
- Logs, metrics, tracing, custom domains, and isolated execution
Cerebrium Review
Cerebrium is a serverless AI infrastructure platform for deploying GPU and CPU workloads such as voice agents, model APIs, video pipelines, and custom inference with per-second compute billing and production observability.
What Cerebrium Is
A code-first serverless runtime for production AI applications and agents that need fast GPU scaling without managing cloud orchestration.
Core Capabilities
Serverless AI compute
- Deploy Python workloads to CPU or GPU containers
- Scale dynamically for bursty inference
- Choose current accelerator families and multi-region capacity
Agent and model workloads
- Host voice agents and real-time pipelines
- Serve custom LLM, vision, audio, and video models
- Run code-defined preprocessing and tool backends
Production operations
- Per-second compute billing
- Fast container startup and snapshotting
- Logs, metrics, tracing, custom domains, and isolated execution
Best Use Cases
- Voice-agent backends
- Custom model APIs
- Bursting GPU inference
- Video and multimodal pipelines
- Code-first AI infrastructure
Pricing
- Hobby: Free + compute / month — Includes a small team, up to three deployed apps, and usage-based compute.
- Standard: $100 + compute / month — Adds unlimited apps, more concurrency, custom domains, and production features.
- Enterprise: Custom — Adds volume discounts, custom concurrency, dedicated support, and engineering services.
Pricing and availability can change. These details were checked against official sources on 2026-08-14.
Advantages
- Code-first deployment preserves flexibility around custom models and dependencies
- Per-second billing works well for bursty AI applications
- Wide GPU selection and fast scaling reduce infrastructure work
- Observability and isolation are included in the managed platform
Limitations
- Compute costs remain workload-dependent and can be difficult to predict
- Build and model initialization time may still be billable
- A managed platform adds vendor-specific deployment conventions
- Production cost comparisons must include orchestration, storage, and networking rather than GPU rate alone
Privacy and Operational Notes
Cerebrium runs code, model weights, prompts, logs, traces, and connected data on managed multi-cloud infrastructure. Scope secrets, choose suitable regions and compute tiers, review telemetry retention, and isolate untrusted agent code.
Cerebrium Alternatives
The most relevant comparison set is Modal, Baseten, RunPod, Blaxel, Cloud Run. Compare products by execution model, integration surface, security controls, deployment model, maintenance burden, and total usage cost.
Verdict
Cerebrium is a strong choice for developers who need custom GPU-backed agent or model services with serverless scaling and do not want to build the underlying orchestration layer.
Official Sources
Model support & data privacy
Privacy & data handling
Cerebrium runs code, model weights, prompts, logs, traces, and connected data on managed multi-cloud infrastructure. Scope secrets, choose suitable regions and compute tiers, review telemetry retention, and isolate untrusted agent code.
Guides, reviews & fixes
No published guides yet. Start with the official documentation above.
Product updates
No verified product updates listed yet. Follow this tool to see new relevant content in Saved.
See the content timelineAlternatives
ModalModal is a serverless compute platform for AI, data, Python, GPU, batch, sandbox, notebook, and inference workloads that need elastic cloud execution without infrastructure management.
BasetenBaseten is a production AI inference platform for teams that need to deploy, scale, and operate custom or open-source models as APIs.
RunPodRunPod is a GPU-focused AI developer cloud for running interactive GPU instances, serverless inference endpoints, public model APIs, and multi-node clusters.
BlaxelManaged compute, sandboxes, deployment, and observability designed specifically for autonomous agents.
Cloud RunA serverless container and application platform that now has first-party guidance for AI agents, MCP servers, code execution, browser automation, and vibe-coded app deployment.Sources & verification
Verification dates record when this directory checked the information. Product release dates appear separately above.
Directory revision history
Added as high-relevance serverless CPU/GPU infrastructure for production agents and custom AI workloads.