Summary
Val Town is a collaborative platform for writing, deploying, and running serverless JavaScript and TypeScript code. It enables users to create APIs, schedule functions, send emails, and persist data directly from their browser. The platform emphasizes ease of use, community sharing, and integration with various NPM and Deno modules.
Features5/13
See allMust Have
4 of 5
Conversational AI
API Access
Fine-Tuning & Custom Models
Enterprise Solutions
Safety & Alignment Framework
Other
1 of 8
Code Generation
Image Generation
Multimodal AI
Research & Publications
Security & Red Teaming
Synthetic Media Provenance
Threat Intelligence Reporting
Global Affairs & Policy
PricingTiered
See allFree
- No custom domains
- 15 minute interval cron vals
- 1 min wall clock time / run
- 10 private or unlisted vals
- Unlimited public vals
- 3 days log retention
- 100,000 runs / day
Pro
- 10 custom domains
- 1 minute interval cron vals
- 10 min wall clock time / run
- Unlimited private or unlisted vals
- Unlimited public vals
- 10 days log retention
- 1,000,000 runs / day
Business
- Team accounts
- SOC 2
- Unlimited custom domains
- Sub 1 minute interval cron vals
- Unlimited wall clock time / run
- Unlimited private or unlisted vals
- Unlimited public vals
- Log export
- Unlimited runs / day
- Dedicated support
Rationale
Val Town offers a platform for writing and deploying serverless JavaScript/TypeScript functions, which can be used to create APIs and automate workflows, aligning with the 'API Access' feature. The platform's 'Townie AI' and examples of interacting with Google Gemini API and OpenAI API suggest capabilities for 'Conversational AI' and potentially 'Fine-Tuning & Custom Models' through custom code. The 'Business' pricing tier indicates 'Enterprise Solutions' with features like team accounts and SOC 2 compliance. The core offering of writing and running code directly relates to 'Code Generation'. While not explicitly stated as a 'Safety & Alignment Framework' in the same vein as OpenAI, the platform's nature as a code execution environment implies developers are responsible for their own safety implementations. Image generation and other multimodal AI features are not directly offered as core services but could be integrated via third-party APIs.