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AI Integration: We embarked on the project by integrating advanced AI algorithms to tackle automatic cut detection and actor tracking challenges, ensuring seamless scene transitions.

User-Centric Design: We adopted a user-centric design approach to craft an intuitive user interface, making video timeline manipulation, canvas adjustments, and character management effortless.

Automation: Our team prioritized automation, simplifying tasks such as canvas manipulation, video upload, and CODEC error handling to reduce manual effort.

Advanced Filtering: We leveraged advanced filtering mechanisms to enable efficient character search and selection, enhancing the overall editing process.

Resilience and Continuity: Robust WebSocket reconnection features were implemented to guarantee continuous connectivity and workflow, even in the face of network disruptions.


Approach points

Automatic Cut Detection and Actor Tracking: Our platform successfully implemented AI-driven cut detection and actor tracking algorithms, ensuring seamless video editing and character placement.

Video Timeline Manipulation / Optimization: Users were equipped with an array of video timeline manipulation tools, including trimming, splitting, merging, and rearranging video clips, enhancing editing precision.

Canvas Manipulation: We built dynamic zoom features that allowed users to adjust canvas size and view videos at various levels of detail, facilitating precise editing.

Sidebar Character Animations: Engaging animations in the character sidebar enhanced the video editing experience, making it more interactive and visually appealing.

Character Filtrations: The platform provided efficient character filtration options, empowering users to quickly find and select characters based on specific criteria or tags.

Websocket Reconnection: Robust WebSocket reconnection mechanisms ensured users experienced uninterrupted workflow, even in the event of server disconnection.

Video Upload & CODEC Error Handling: Users could seamlessly upload videos, with the platform effectively handling any CODEC-related errors during conversion.

Character Frame Scanning: Cutting-edge character frame scanning features identified and tracked character movement, expressions, and characteristics, resulting in realistic and dynamic character animations.


Solution points

Enhanced Video Editing: The platform's robust AI capabilities and user-friendly features significantly enhanced video editing, making it more efficient and precise.

Efficiency and Productivity: Automation and intuitive design streamlined tasks, saving users time and effort during the editing process.

Uninterrupted Workflow: The WebSocket reconnection feature ensured users could work without interruption, enhancing productivity.


Outcome points

Market Leadership: The project positioned the startup as a leader in AI-driven video production technology, attracting a broad user base and fostering brand recognition.

Revenue Growth: Revenue streams, including subscription models and usage fees, contributed to substantial revenue growth as more users adopted the platform.

Competitive Edge: The platform's advanced features and AI capabilities provided a competitive edge in the video production market, attracting content creators and businesses seeking high-quality video editing tools.


The leading AI VFX platform

Learn how Nortik Software Solutions worked with Series B+ Startup clients and how they can support your Creative Media product and team.

Nortik Software Solutions Success Story in Creative Media for Series B+ Startup - A case study | 2024

- Automatic cut detection and actor tracking throughout the uploaded video
sequence.

- Video timeline manipulation / optimization: Developing features that allow users
to manipulate and optimize the timeline of the video, such as trimming, splitting,
merging, and rearranging video clips.

- Canvas manipulation: Building zoom features that allow users to adjust the
canvas size and view the video in different levels of detail.

- Sidebar character animations: Creating animations for the character sidebar that
appear during the video editing process.

- Character filtrations: Building features that allow users to filter and search for
specific characters based on certain characteristics or tags.

- Websocket reconnection: Developing features that automatically reconnect to the
server if there is a disconnection, allowing users to continue working without interruption.

- Video upload & CODEC error handling: Developing features that allow users to
upload videos to the platform, and handling any errors that occur during the CODEC (video codec) conversion process.

- Character frame scanning: Developing features that scan character frames to
identify and track movement, expression, and other characteristics, allowing for
more realistic and dynamic character animation.


Main challenges and work scope

The client stakeholders worked closely with the team at Nortik Software Solutions

An AI platform that automatically animates, lights and composes CG characters into a live-action scene

Nortik Software Solutions

Opening up this partnership was our opportunity as a software development service provider to showcase our strong side and prove that we can work on a highly performant SaaS that requires deep knowledge and understanding of cutting-edge technologies that are yet to be explored by the world, as well as to test our adaptability and how fast we can adapt to change.

This is a huge opportunity for our client to set the bar as one of the first startups that will capture the Hollywood VFX AI market, and we're proud that our team is a part of such AI advancement.