The popularity of Over-the-top (OTT) services has surpassed broadcast TV and grown from being a niche streaming option to one of the most popular ways to watch video based content. MulticoreWare’s video encoders power some of the largest OTT & Video Streaming services.

Codecs are the lifelines of video and audio conferencing. MulticoreWare is leading the development of open-source Versatile Video Coding (VVC) product, the Next-Gen Video Technology, through the x266™ consortium.

Our best-in-class video codecs such as the Ultraziq™ library – an extended product built on top of the x264™ (AVC) and x265™ (HEVC) encoder libraries are targeted at achieving better video quality and turn-around time for OTT and live streaming use cases and are the best solutions for video conferencing.

Our highly scalable, feature-rich Face AI engine delivers high performance and accuracy to edge devices  and the enterprise market, specifically. With features such as Face Detection & Recognition, Landmark Detection, Eyeball tracking & Spoof Detection, we have extended our AI capabilities to monitor & record micro-expressions. The Human Behavior AI Enabled Platform (www.hube.ai) accurately identifies facial expressions, postures & movements and has a wide range of applications in the security & surveillance space.

We have extensive expertise working with Sensor Innovation Startups, Automotive Edge computing Semiconductor businesses, and Autonomous Vehicle Companies to provide the most sophisticated algorithm development and optimization services. A partnership with us ranges from joint R&D to standalone production grade SW development conforming to safety requirements & automotive standards.

AI has always had a place in video gaming. Our Human Behavior Intelligence platform tracks human body language and activities, and can be used to generate intelligent and adaptive behavior in non-player characters (NPC), enhancing the realism of the game. With the advancement in AI based technologies, players are expecting immersive game experiences and AI enables game developers in delivering enhanced immersive experiences across device types.

AI powered processing and IOT are transforming lives and creating smarter avatars of our cities. Efficient Public Transport, Energy Consumption & Optimization and Law Enforcement & Security are three pillars that govern the efficient functioning of our cities. Using AI & ML algorithms for collecting and analyzing data allows authorities to make the right decisions that improve public services, create laws to promote environmental sustainability and protect its citizens from threats.

Our Facility Monitoring & Inventory Movement solutions using cameras and sensor fusion technologies (Voice & Facial Recognition, Object / Parts Recognition, Collision Avoidance, Trajectory & Path Planning) enable robots to perform a variety of functions in both industrial and retail settings such as factories, warehouses and even supermarkets & malls.

Sensors embedded in the shopping cart read the barcode of products and enable smart payments (as part of an integrated e-commerce application). Automated Check-Out & Order Management System can be used for a very seamless customer shopping experience. Robots can follow a customer around a facility and provide assistance with voice based services.

MulticoreWare’s AI analytics in a real-world scenario for geriatric & patient care has real-time vital parameters tracking, pose & gesture recognition and detecting anomalies such as falls etc. The system identifies activities and cues that convey distress, or any anomaly in human behavior and raises an alert and activates emergency services as part of an integrated health-care system.

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Computer Vision is transforming the food and agriculture industry. AI is used to track and detect pest infestation and plant disease and schedule automated spraying cycles of fertilizers and pesticides. Our technology can be deployed for aerial survey and imaging, crop and soil monitoring as well as livestock health monitoring.

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Real-time analysis of gesture & postures, enhanced playback for decision making in games is possible with Artificial Intelligence. Our AI analytics are used for in-game activity, post game analysis and predicting match outcomes based on player performance.

In a manufacturing environment, AR strategies are used to perform diverse tasks related to assembly and maintenance. Augmented Reality is used for virtual object creation & rendering, object detection, tracking, camera calibration, orientation (pose) estimation. Traditional methods can be improved through the incorporation of AI for greater flexibility and adaptability, broader scene variations and calibrating it to user preferences for training.