Led the comprehensive redesign and development of Tendara.ai's website using Framer, enhancing the digital presence of their AI-powered platform that streamlines the government contracting process. The project focused on expanding the website's scope to better showcase the platform's capabilities and success stories.
Client Challenge
Tendara.ai was rapidly gaining traction in the government contracting arena, but their digital footprint wasn't keeping pace with its success. They needed a website that could:
Communicate their platform's sophisticated capabilities to non-technical decision-makers
Bring their client success stories to life through compelling case studies
Break down complex features into clear, tangible benefits
Convert visitors into qualified leads by demonstrating proven value
Solution Delivered
Executed a strategic website expansion and redesign that included:
Feature Showcase Implementation: Created an intuitive Feature page that breaks down Tendara's AI platform capabilities, highlighting key functionalities such as tender discovery, analysis tools, and win-rate optimization features. The page structure allows prospective clients to understand how the platform streamlines their procurement processes easily.
Case Studies Integration(CMS): Developed a dedicated Case Studies page using Framer's CMS to showcase real-world success stories, demonstrating how government contractors have leveraged Tendara's platform to identify opportunities and secure contracts more efficiently. This addition provides social proof and builds credibility with potential clients.
Modern Development Approach: Utilized Framer's advanced capabilities to create a responsive, performance-optimized website that maintains visual consistency while delivering a smooth user experience across all devices. The implementation focuses on quick load times and intuitive navigation patterns.
Redesign of Tendara.ai's website using Framer, enhancing the digital presence of their AI-powered platform that streamlines the government contracting process.