Overview
Talently.ai
Talently.ai revolutionizes the recruitment process with its advanced AI interviewing system that conducts live, conversational interviews while providing real-time evaluations. The platform features multi-language support and seamlessly adapts to any job role worldwide, delivering precise, tailored interviews based on specific requirements.
The system excels in providing detailed candidate scoring with objective assessments and actionable insights, eliminating manual screening bottlenecks and unconscious biases. With automated scheduling capabilities and human-like interactions, Talently.ai transforms traditional hiring methods into an efficient, scalable process.
Recruitment Smart
Recruitment Smart provides a comprehensive suite of AI-powered tools designed to optimize the entire talent management lifecycle. Leveraging Generative AI, Machine Learning, and Natural Language Processing, the platform aims to make recruitment processes smarter, fairer, and significantly faster. It assists organizations in sourcing, screening, and engaging candidates more effectively, ensuring a better fit and reducing time-to-hire.
The platform offers customizable solutions tailored to specific industry needs, integrating seamlessly with existing Applicant Tracking Systems (ATS). It features capabilities such as automated talent sourcing and screening, AI-driven equitable hiring strategies to promote diversity, predictive talent analytics for informed decision-making, and automated job description generation. Additionally, it includes tools for enhancing candidate engagement, such as AI-powered career sites, chatbots for support and pre-screening, and advanced video interviewing platforms.
Pricing
Talently.ai Pricing
Talently.ai offers Paid pricing with plans starting from $79 per month .
Recruitment Smart Pricing
Recruitment Smart offers Contact for Pricing pricing .
Uptime Monitor
Talently.ai Uptime
Average Uptime
0%
Avg Response Time
0 ms
Last 30 Days
Recruitment Smart Uptime
Average Uptime
0%
Avg Response Time
0 ms