Our AI-Powered Smart Office Solution (powered by CiVAMS) is designed to transform traditional office environments into intelligent, efficient, and secure spaces. Leveraging advanced AI camera technologies, our product offers a suite of features tailored to meet the dynamic needs of B2B customers. For example:
- Timekeeping System, Visitors Management, Student Attendance Tracking, Assest Management, Intrusion detection in restricted area.
- Fire Detection, Abandoned object detection
- Parking space management, Entry/Exit Management, Automatic fee collection
Core Features
- Face Recognition: Enhance security and streamline access control by identifying and verifying individuals entering the premises.
- Motion Detection: Monitor office spaces for unusual activity, ensuring safety and security, and optimizing energy use by controlling lighting and HVAC based on occupancy.
- Objective Detection: Identify objects within the office environment, assisting in inventory management, space utilization, and ensuring workplace safety.
- Event Triggering: Automate responses to specific scenarios, such as sending alerts, activating systems, or customizing environment controls, improving operational efficiency.
Key Responsibilities
- Lead the development and implementation of AI-based products for smart office solutions, ensuring they meet market needs and customer requirements.
- Collaborate with cross-functional teams, including Product Management, R&D, and Sales, to define product vision, roadmaps, and technical strategies.
- Guide and mentor the engineering team in adopting best practices, innovative technologies, and frameworks to accelerate product development.
- Oversee the integration of AI technologies, ensuring robust, scalable, and secure product architecture.
- Engage with customers and stakeholders to gather insights, validate product features, and facilitate the adoption of our smart office solutions.
- Stay abreast of industry trends, emerging technologies, and market dynamics to drive continuous innovation and competitive edge.