Clerky
PaidLegal documents and formation for startups and venture-backed companies.
What does this tool do?
Clerky is a comprehensive legal documentation platform specifically designed for startup founders, offering end-to-end legal paperwork solutions from company formation through ongoing maintenance. The platform provides a structured, legally vetted workflow for incorporating Delaware C-corporations, handling critical startup legal processes like stock issuance, founder agreements, and post-incorporation setup. Unlike generic legal services, Clerky offers startup-specific features like 83(b) election support, expert name availability checks, and collaborative document preparation with built-in attorney review capabilities.
AI analysis from Feb 18, 2026
Key Features
- 100% accurate name availability checking
- Automated filing reminders
- Customizable legal document templates
- Attorney review and collaboration tools
- EIN application support for non-US founders
- Bank account application assistance
Use Cases
- 1Incorporating a new startup as a Delaware C-corporation
- 2Issuing founder stock with customizable vesting schedules
- 3Preparing and filing post-incorporation legal documents
- 4Generating hiring paperwork for new employees and contractors
- 5Processing fundraising documents like SAFEs and convertible notes
Pros & Cons
Advantages
- Specialized for startup legal processes with expert-level documentation
- Collaborative platform allowing co-founder and attorney involvement
- Rapid Delaware incorporation (typically 1-3 business days)
- Comprehensive suite of legal document templates and workflows
Limitations
- Focused exclusively on Delaware C-corp structure (limited flexibility)
- Potential additional fees for maintenance and change documents
- Learning curve for founders unfamiliar with legal documentation
Pricing Details
Pricing details not publicly available.
Who is this for?
Early-stage startup founders, particularly in tech and venture-backed industries, looking for comprehensive legal document preparation with minimal complexity