Concord Horizon is an AI native contract platform built from a complete rewrite of Concord’s technology, applying ten years of experience to a modern architecture for faster and more accurate contract work.
The redesigned interface offers light and dark mode, collapsible navigation, full screen focus, custom columns, advanced filtering, and consistent tables across modules.
AI Copilot supports natural language questions, contract summaries, key point extraction, and fast portfolio insights, while AI Search adds lexical and semantic search with improved performance and multi actions on results.
MCP brings contract intelligence into AI tools like ChatGPT and Claude for summaries, tables, or automated monitoring. Concord applies a strict zero data retention policy with AI partners and never uses customer data to train AI models .
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Verizon Connect, previously known as Networkfleet, provides cutting-edge GPS fleet tracking solutions aimed at assisting businesses in effectively overseeing their mobile workforce. The software boasts user-friendly dashboards, web-based maps that can be accessed from any location, asset tracking, detailed usage reports, alerts for hardware diagnostics, and additional functionalities. Established through the merger of Verizon Telematics, Fleetmatics, and Telogis, Verizon Connect empowers organizations to enhance their operations and achieve improved outcomes. With its comprehensive features, businesses can optimize their fleet management strategies and drive greater efficiency.
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AT&T Smart Cities
Fostering advancements in essential areas such as transportation, lighting, parking, security, environmental sustainability, and infrastructure is crucial. By harnessing IoT innovations, cities can significantly enhance service delivery and improve the quality of life for their residents. The application of data analytics in smart city technology plays a vital role in shaping urban planning and future developments. A strategic technological integration allows cities to minimize energy consumption, waste, and costs while promoting sustainability. This approach can lead to reduced energy usage across the entire asset portfolio. Furthermore, leveraging near-real-time IoT data can enhance operational flexibility. Through the use of big data analytics, actionable insights can be generated to inform decisions. Reliable maintenance of buildings and facilities can be achieved through predictable scheduling. Additionally, transitioning to LED lighting can significantly lower energy consumption and CO2 emissions. Centralized management, supported by near-real-time data across facilities, can streamline operations. Ultimately, a comprehensive and customizable program empowers building operators to proactively monitor and enhance efficiency, ensuring long-term sustainability and operational effectiveness. By prioritizing these strategies, cities can pave the way for a smarter and more sustainable future.
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Light-in-Night
This application is designed for the planning of street lighting and illumination in public spaces, serving as a mobile solution for designers and lighting professionals. It assists purchasers of lighting equipment in selecting appropriate fixtures by allowing users to input the specifications of the area or roadway to be illuminated. Users can choose different fixtures and installation methods tailored to their needs. After completing the calculations, a detailed visual 3D representation of the scene will be generated, showcasing the distribution of light. Additionally, users have the option to save the lighting calculation results and scene parameters in a comprehensive report. Furthermore, the inclusion of sample projects crafted by experienced lighting technicians offers users the opportunity to not only explore the software's capabilities but also to create their own unique lighting designs inspired by these examples. This blend of functionality and inspiration makes the tool invaluable for both novice and seasoned lighting designers alike.
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