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PESTEL & SWOT Analysis and Risk Assessment of Drone Crop Monitoring

A summary of PESTEL and SWOT analyses, plus key risk-assessment steps, based on the frameworks presented in the second demonstration event of Use Case 1.

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Overview

This material provides a summary of PESTEL and SWOT analyses, plus key risk-assessment steps, based on the frameworks presented in the second demonstration event of Use Case 1.

PESTEL Analysis (External Factors)

PESTEL stands for Political, Economic, Social, Technological, Environmental, and Legal factors — a framework for analysing external influences on a project. For this drone crop-monitoring scenario, PESTEL analysis helps in understanding how the broader context (from government policies to environmental conditions) can impact or shape the success of the project. Each category of PESTEL is summarised below in plain language.

Illustrative PESTEL diagram around drone crop monitoring, showing Political, Economic, Social, Technological, Environmental and Legal factors
Figure 1 · Illustrative PESTEL around drone crop monitoring

SWOT Analysis (Internal Factors)

The SWOT analysis examines internal factors: Strengths, Weaknesses, Opportunities, and Threats for this scenario. It helps identify what’s going well, what challenges exist, potential benefits to leverage, and external dangers to watch for. Each part of the SWOT is summarised below, with accessible language and suggested visual cues like icons and a 2×2 grid.

SWOT matrix for drone crop monitoring, showing Strengths, Weaknesses, Opportunities and Threats in a 2 by 2 grid
Figure 2 · SWOT matrix for drone crop monitoring

Risk Assessment (Key Risks & Risk Management Process)

Risk assessment ensures that using drones for crop monitoring is safe and effective. It involves systematically identifying potential risks, evaluating them, and managing them to reduce danger. Below is a simplified outline of the major risks identified for the project.

Key risks identified

Data accuracy & processing
Ensuring the drone collects correct data and that data analysis is done properly, to avoid misleading results.
Hardware & power failures
The drone could have technical issues, like running out of battery or hardware malfunction, that disrupt operations.
Crop safety
Drone operations must avoid causing any damage to the crops or surrounding environment, as that could cause financial loss or environmental harm.
Data security & privacy
Data collected must be kept secure and confidential, protecting farmers’ information.

Download the slides

Slides
Slides used in Material 2 (.pptx)
Download the slide deck presented at the event