Mobile Surveillance Appliance Real-Time Remote Intervention
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Solution Overview
Problem
Current remote surveillance and intervention services are expensive and lack flexibility, limiting users' ability to make real-time observations and direct interventions at remote locations, as they rely on third-party vendors with predefined scopes of service.
Innovation Solution
A mobile surveillance system that enables users to monitor and intervene at remote locations using dual-mode mobile communication appliances, which can switch between fixed and mobile wireless networks, allowing for real-time data transmission and intervention requests to be sent over packetized data and telephony networks.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If third-party S&I service agreements are used, then surveillance and intervention services are provided, but the cost is high and flexibility is limited
Solution Approach 1:
The mobile user directly operates the surveillance system using their own mobile device, eliminating the need for third-party agents. The user can personally monitor remote locations, make observations, and direct interventions without relying on external service providers, thereby achieving both cost-effectiveness and full service flexibility
Solution Approach 2:
The mobile device serves multiple functions: it acts as both the surveillance monitoring tool and the intervention coordination tool. The same device can monitor multiple remote locations, capture various types of events, and communicate with different interveners, providing universal functionality that replaces multiple specialized third-party services
2Productivity
If third-party agents perform surveillance autonomously, then service coverage is established, but real-time user interaction and direct intervention direction are lost
Solution Approach 1:
The system provides continuous real-time feedback to the mobile user through the mobile device display, showing live surveillance footage and event information. This immediate feedback loop allows the user to observe events as they happen and make real-time decisions about interventions, eliminating the information delay inherent in third-party autonomous operations
Solution Approach 2:
The surveillance function is segmented from the intervention function. The mobile device displays surveillance information independently, allowing the user to review events and then separately initiate intervention communications with appropriate parties. This segmentation enables the user to maintain full awareness of events while directing interventions deliberately
3Ease of manufacture
If surveillance assets are under exclusive third-party control, then service deployment is managed, but user autonomy and direct control are reduced
Solution Approach 1:
The mobile user directly controls the surveillance system through their personal mobile device, selecting which remote locations to monitor, when to initiate surveillance, and how to respond to events. This self-service approach maximizes user autonomy and direct control while maintaining operational simplicity through the intuitive mobile device interface
Data Source
AI summary
A mobile surveillance appliance receives sensed data over a wireless link from a remote sensing post which monitors a remotely monitored space having a predefined spatial location and transmits the sensed data. The mobile surveillance appliance provides a display of the sensed data from monitored space and an intervention controller which, when activated responsive to an event perceived on the display, encodes the predefined spatial location and an event melioration onto a remote intervention request, and transmits the intervention request to a remote intervener. The remote sensing post, mobile surveillance appliance, and remote intervener may communicate using SIP messaging.