Lovable raises $400M Series C
lovable.dev
August 12, 2026
8 min read
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55/100
Summary
Lovable has raised $400 million in Series C funding, achieving a valuation of $13.3 billion. The funding round was led by Menlo Ventures and included participation from various global investors such as Balderton Capital, Tencent, and Accel.
Key Takeaways
- Lovable raised $400 million in Series C funding, achieving a valuation of $13.3 billion, with investment from multiple global firms including Menlo Ventures and Tencent.
- Since its launch in November 2024, Lovable has facilitated the creation of over 60 million projects, with its apps receiving more than 900 million visits monthly.
- Nearly 80% of Lovable users are building businesses or side projects they intend to monetize, with over one-third already generating revenue.
- Lovable has integrated features such as payment functionality, AI-search tools, and security scanning, and has earned the AIUC-1 certification for AI agent security.
Coverage & discussions
Hacker News · lovable.dev
Community discussions
Hacker News discussion ↗
Historical count: 5 · 5 saved in sample · Historical sample
Analysis ready
Community Sentiment
Positives
- Lovable is still the fastest way to get a login system and database up and running, making it a great option for MVPs.
- Despite the rise of AI-driven coding tools, Lovable's brand recognition and all-in-one solution appeal to the majority who find other tools too complex.
- The growth from 180k paying customers to a $500M run rate is impressive, indicating strong demand and potential in the no-code space.
Concerns
- Many commenters are skeptical about the longevity of Lovable's revenue, worrying that churn rates for no-code businesses are likely through the roof.
- Concerns arise over the technical limitations and performance issues with Lovable, as one user described a poorly optimized site built using it.
- There's a prevailing sentiment that AI tools like Claude Code are rapidly closing the gap, making Lovable seem less competitive for those who can handle more complex systems.
