Kroma
Transform raw data into persuasive, boardroom-ready presentations with AI-powered design templates.
Transform passive presentations into interactive experiences with real-time audience engagement and deep analytics.
Hypersay is a cloud-native interactive presentation platform engineered to maximize audience engagement through real-time synchronization and data capture. Its technical architecture utilizes WebSockets for sub-second latency in slide delivery across heterogeneous devices, ensuring that all participants—whether remote or in-person—experience a unified session. By the 2026 market standards, Hypersay distinguishes itself from legacy tools like PowerPoint or Keynote by treating every slide as a collaborative data point. It allows presenters to embed live polls, quizzes, and Q&A sessions directly into their decks. From an analytical perspective, Hypersay provides high-resolution engagement metrics, including slide-level heatmaps and participant interaction logs, which are essential for pedagogical research and corporate training optimization. The platform is entirely web-based, eliminating the friction of app installations for participants, and supports standard formats like PDF, PPTX, and Google Slides. Its 2026 positioning focuses on the 'hybrid-first' model, facilitating seamless transitions between physical classrooms and virtual webinars while maintaining a secure, GDPR-compliant environment for data-sensitive enterprise use cases.
Visual representation of where participants are clicking and focusing on each slide in real-time.
Transform raw data into persuasive, boardroom-ready presentations with AI-powered design templates.
Transforming static presentations into AI-powered interactive learning experiences.
Architecting Enterprise-Grade Presentations through Semantic Slide Orchestration
Cinematic, AI-powered presentations designed for the Apple silicon era.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
A dedicated side-channel for participants to take time-stamped notes synchronized with the current slide.
Embeds YouTube or Vimeo videos directly into the slide flow with synchronized playback for all viewers.
A persistent 'understanding meter' that allows the audience to indicate confusion without interrupting the flow.
AI-driven extraction of key discussion points from the Q&A and poll results.
Caching mechanism that allows the presenter to continue if local internet flickers briefly.
Use a smartphone as a remote to advance slides while viewing presenter notes privately.
Passive learning leads to low student engagement and poor retention.
Registry Updated:2/7/2026
Students download notes after class.
Remote employees feel disconnected from the main stage activities.
Difficulty in gauging prospect interest during long product walkthroughs.