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General Product Understanding

AlphaSight is an agentic geospatial intelligence system that serves as a universal remote for robotics systems, providing an end-to-end platform for autonomous operations, data collection, and real-time intelligence for enterprise decision support.
Its core purpose is to transform diverse data streams into comprehensive situational awareness, empowering businesses to make informed decisions and enhance operational efficiency through physical AI.
It means AlphaSight combines automated agents (like drones) with spatial data analysis, enabling intelligent data collection, processing, and actionable insights tied to specific geographic locations.
AlphaSight is primarily a software platform, but it integrates seamlessly with a wide range of drone hardware and other sensor systems to deliver its capabilities.
While you certainly can operate, command, and control DJI products with FlightHub2, Alphasight is designed to be manufacturer agnostic. The system is extensible through integrations with various providers.The core focus resides in geospatial analytics post capture.

Capabilities & Features

AlphaSight can automate mission planning, scheduling recurring operations, executing complex flight paths, and performing automated data capture for various tasks like surveillance, inspection, and monitoring.
It fuses data from multiple sources (drones, satellites, CCTVs, mobile sensors, enterprise data) and layers it with deep learning algorithms to identify patterns, anomalies, and critical events, creating a holistic, real-time operational picture.
AlphaSight leverages deep learning for automated anomaly detection, object recognition and classification, and sophisticated change detection to identify critical insights from fused data.
Yes, its AI-powered change detection feature compares current and historical data layers to highlight subtle or significant changes, which is crucial for monitoring progress or identifying deviations.
Yes, the platform offers intuitive, customizable dashboards for real-time situational awareness and key performance indicators (KPIs), along with automated reporting functions for detailed analysis and compliance.
It provides intuitive tools to design complex flight paths, define specific mission parameters, and schedule recurring autonomous operations for various drone platforms.

Deployment & Setup

AlphaSight is typically deployed by our on-site teams, involving civil & infrastructure setup, sensor fusing, emergency control measures configuration, and comprehensive training.
Consultations & deployment proposals takes 1-10 days, depending on the simplicity or turnkey constraints defined by the user.Physical installations generally range from 1 to 5 days, depending on specific site constraints, power access, network connectivity, and other environmental variables.
It requires robust power and network access. The recommended bandwith is 50Mbps for a delightful livestream experience. In remote regions, we can deploy solutions like Starlink networks and solar panels for uninterrupted connectivity and power.
Yes, comprehensive training is provided for operators, system administrators, and data analysts to ensure proficiency in operating the system, interpreting data, and managing contingencies.
This includes setting up automated failsafes, manual overrides, abort protocols, emergency communication channels, and real-time system health monitoring.

Security & Scalability

Yes, the simplest and fastest way to get started is via its cloud-based deployment, which offers high availability and global reach.
The cloud deployment includes stringent security controls such as advanced encryption, robust access management, and continuous threat detection to protect sensitive operational data.
An on-premises version of AlphaSight, deployable via intranet for businesses requiring a self-managed route or specific data sovereignty, is currently in our engineering roadmap.
Its cloud architecture is designed for high availability, minimizing downtime and ensuring continuous access to your operations and data from any location.
AlphaSight employs role-based access control, allowing granular management of user permissions for different features, data sets, and control functions based on organizational roles.

Operational Benefits & Use Cases

Benefits include optimized operational efficiency, enhanced safety, precise data collection, real-time situational awareness, and the ability to turn raw data into actionable intelligence.
AlphaSight aids compliance by facilitating meticulous airspace evaluations, ensuring adherence to regulations (like CAAM) through proper mission planning, and providing auditable data logs.
AlphaSight enables automated and scheduled drone patrols, providing comprehensive aerial surveillance of large perimeters or critical infrastructure, often more efficiently and consistently than traditional ground patrols.
Yes, it provides real-time aerial views and fused data from multiple sensors (drones, CCTV) to offer immediate situational awareness during security incidents, allowing responders to assess threats and coordinate actions effectively.
AlphaSight seamlessly integrates with existing CCTV networks, such as Hikvision cameras via RTSP/WebRTC, fusing live video streams with drone data and other intelligence for a unified security overview.
AI algorithms enable automated anomaly detection, object recognition (e.g., detecting unauthorized vehicles or individuals), and behavioral analysis, proactively alerting security teams to potential threats.
Absolutely. Its drone capabilities allow for rapid coverage and continuous monitoring of vast or challenging terrains, making it ideal for securing large industrial facilities, construction sites, or remote borders.
Many supported drones (e.g., Matrice series, Mavic 3T) can be equipped with thermal or low-light cameras, enabling effective security surveillance even in challenging lighting conditions.
By deploying autonomous drones for reconnaissance or hazardous area monitoring, AlphaSight minimizes the need to expose human personnel to dangerous situations or environments during security checks or incidents.
Yes, all collected data is stored in a centralized, geospatial-aligned repository, allowing security teams to conduct thorough post-incident analysis, review timelines, and identify patterns for future prevention.
Definitely. Its ability to conduct regular inspections, detect anomalies, monitor perimeters, and provide real-time situational awareness makes it an invaluable tool for protecting critical infrastructure like power plants, communication hubs, and transportation networks.
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