TL / DR
- Complete website delivered in under two weeks
- Full design process from wireframes to launch
- Custom animations reflecting AI technology
- Professional web presence enabling business growth
The Challenge
Synquery, an AI startup building a platform that matches consultants with industry experts for research interviews, found themselves in a common startup dilemma—they had a sophisticated product but no web presence. The challenge was clear:
- Urgent timeline: Two weeks from concept to launch
- No existing design: Starting from zero with lo-fi wireframes
- Complex product: Communicating automated research processes, expert matching, and AI-generated insights
- Startup velocity: Needing a site that could keep pace with rapid product evolution
- Professional polish: Establishing credibility in the competitive AI research space
Our Solution
Rapid Design Sprint We compressed what's typically a months-long process into two weeks, moving quickly through each design phase without sacrificing quality:
Lo-fi Wireframes Started with rapid wireframing sessions to establish information architecture and user flows, ensuring we had a solid foundation before visual design.
High-fidelity Design Quickly moved into visual exploration, creating designs that reflected Synquery's cutting-edge AI technology while remaining accessible and clear.
Framer Development Built the site in Framer with custom animations and graphics that bring the AI concepts to life, making complex automation feel tangible and understandable.
Iterative Refinement Despite the compressed timeline, we maintained quality through rapid iteration and close collaboration with the Synquery team.
The Impact
For Synquery:
- Professional web presence launching on time
- Clear communication of complex AI capabilities
- Visual identity reflecting technical sophistication
- Foundation for future growth and iteration
Speed Without Compromise: This project demonstrates our ability to deliver high-quality work under tight deadlines, maintaining design excellence and technical standards while moving at startup velocity.
