PwC · consulting-deck
Copernicus Market report
164 pages · 4 arc beats · 14 loops
Copernicus Market report
PwC arc beats above · slides in the middle · loops below · scroll → 14 LOOPS
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Deck intelligence map
4 coverage by narrative range · generated from this deck JSON
Narrative range 157 total
Metadata
Components
Metrics
Tools
Frameworks
Beats
Loops
Situation & Context 22 slides 100% 22/22 slides 100% 22/22 slides · 174 hits — 0/22 slides
54.5% 12/22 slides · 19 hits 13.6% 3/22 slides · 4 hits 100% 22/22 slides · 38 hits 100% 22/22 slides Solution & Approach 11 slides 100% 11/11 slides 100% 11/11 slides · 75 hits — 0/11 slides
90.9% 10/11 slides · 15 hits 18.2% 2/11 slides 100% 11/11 slides · 22 hits 100% 11/11 slides Evidence & Proof 118 slides 100% 118/118 slides 100% 118/118 slides · 923 hits — 0/118 slides
64.4% 76/118 slides · 109 hits 45.8% 54/118 slides · 68 hits 100% 118/118 slides · 236 hits 100% 118/118 slides Impact & Next Steps 6 slides 100% 6/6 slides 100% 6/6 slides · 36 hits — 0/6 slides
33.3% 2/6 slides · 3 hits 50% 3/6 slides 100% 6/6 slides — 0/6 slides
Slide inventory
164 every slide · same image gating as the playbook
04
Includes a disclaimer note regarding the update of the 2016 report and methodology sources.front_matter
05
The slide uses a timeline-based flow to contrast investment with economic return, supplemented by a list of qualitative impact categories.quantify_impact
06
Includes both revenue growth projections and 2017 uptake statistics.quantify_impact
07
The slide uses a structured grid to compare metrics across sectors, utilizing icons for visual identification.quantify_impact
08
The slide uses a custom icon-based dashboard to display financial metrics (EUR million) and growth percentages for specific industry sectors.quantify_impact
09
The slide uses a two-column layout with icons to present specific quantitative and qualitative benefits.summarize
11
The slide provides a high-level overview of the EO market structure (upstream vs downstream) and key economic indicators.summarize
12
Includes a process diagram illustrating the EO data chain from satellite to GIS.establish_context
13
The value chain is presented as a vertical process flow.present_framework
14
The slide uses a process flow diagram to illustrate the transition from raw satellite data to tailored end-user applications.establish_context
15
Includes data from PwC regarding satellite mass categories and regional manufacturing output.analyze_data
16
Data source: PwC, Copernicus Market Report Issue 2, 2019.analyze_data
17
Includes a bar chart for market evolution, a stacked bar chart for system sales by customer type, and a vertical list of key market metrics.analyze_data
18
Includes a pie chart of market share, a stacked bar chart of satellite production by mass over time, and a logo-based manufacturer segmentation by satellite sizanalyze_data
19
Includes data from NSR and PwC. Shows shift from traditional data/VAS to information products/Big Data.analyze_data
20
Includes a stacked bar chart for market resolution trends and a pie chart for industry segmentation.analyze_data
21
Includes two charts: a stacked bar chart for market forecast by vertical and a grouped bar chart for sales by customer segment.size_opportunity
22
The slide uses a table-like structure to map verticals to applications and suppliers.present_framework
23
Includes a specific callout box illustrating the shift in business models for traditional EO providers.summarize
24
Part of a Copernicus Market Report by PwC.summarize
25
The chart shows a growth trend but lacks specific data points on the Y-axis beyond the scale. The text provides qualitative context on the market dynamics.establish_context
26
The slide highlights the growing demand for intelligence services and the associated privacy risks.analyze_data
27
The slide provides a high-level summary of the Copernicus programme's mission, investment, and the specific focus of the market report.establish_context
28
The slide provides a high-level summary of the Copernicus programme structure and a timeline of satellite deployments.establish_context
29
The slide details the operational structure of the Copernicus program, listing the six core services and the in-situ data component.summarize
30
Includes a timeline of service operations and a pie chart showing market interest by sector.summarize
31
Includes a stacked bar chart for investment periods and a conceptual diagram for economic impact.quantify_impact
32
The slide explains the transition from traditional data downloading to a federated service approach for Copernicus data.establish_context
33
The slide uses a vertical process flow to map roles (Data providers, DIAS Consortia, Intermediate Users, End Users) to specific responsibilities.present_framework
34
Uses a bottom-up estimation approach for three distinct segments.size_opportunity
35
Includes two distinct sizing methodologies: one for commercial intermediate users and one for the overall European contestable user base.size_opportunity
36
The slide uses a structured table format to map sectors to market impact, applications, and Copernicus contribution.size_opportunity
37
The slide uses a structured table format to map market segments to economic and strategic impacts.size_opportunity
38
The slide uses a stacked bar chart to show economic impact split between intermediate and end users.summarize
39
Includes two line charts showing population growth projections and historical undernourishment trends.establish_context
40
The slide uses a structured table to map three main agricultural domains (Smart/Precision Agriculture, Crop Monitoring, Water and Drought Management) to their rpresent_framework
42
The slide uses a linear value chain structure to categorize the EO data ecosystem for agriculture.present_framework
43
The slide uses a structured layout to contrast Copernicus strengths (green boxes) and weaknesses (orange boxes) in the context of agricultural applications.present_solution
44
Includes a causal chain diagram showing how precision agriculture and crop monitoring lead to economic impacts.quantify_impact
45
The slide uses a causal chain logic to map technical applications to societal benefits.quantify_impact
46
The slide uses a causal chain structure to link services to environmental outcomes and lists strategic benefits.quantify_impact
47
The slide uses a structured layout with vertical text labels on the left to categorize content sections.illustrate_case
48
The slide uses a two-row layout to contrast the challenge with the contribution of the solution.illustrate_case
49
The slide uses a structured layout with two main sections: the challenge/role and the contribution/impact.illustrate_case
51
Includes a stacked bar chart showing forestry output by country and type.establish_context
52
The slide uses a structured table to categorize the two main activities of EO in forestry.present_framework
54
Uses a custom matrix structure to map value chain stages against specific forestry activities.present_framework
55
The slide uses a structured comparison layout to contrast Copernicus strengths (green) and weaknesses (orange).diagnose
56
The slide uses a combination of text-based impact logic and a stacked bar chart to quantify market value.quantify_impact
57
The slide uses a causal chain framework to link Copernicus capabilities to social outcomes.present_solution
58
The slide uses a flow-based diagram to map inputs (EO support) to intermediate outcomes and final end-user benefits.quantify_impact
59
Includes a process flow diagram and a visual workflow of satellite data integration.illustrate_case
60
The slide uses a dual-panel structure to separate program context from technical output products.illustrate_case
62
Includes a stacked bar chart comparing urban vs rural population across various economic and regional segments.establish_context
63
The slide uses a structured table format to categorize EO applications into two main pillars.present_framework
64
The slide uses a split layout to contrast drivers (top right) and challenges (bottom left) against descriptive text blocks.frame_problem
65
The slide uses a value-chain style structure to categorize EO data workflows.present_framework
66
The slide uses a color-coded box system to distinguish between strengths (green) and weaknesses (orange).compare_options
67
The slide uses a combination of quantitative revenue projections and a qualitative process flow to illustrate how Copernicus data translates into economic valuequantify_impact
68
The slide uses a causal chain logic to map inputs (Copernicus data) to outcomes (sustainability, risk reduction).present_solution
69
The slide uses a process flow diagram for the environmental impact section and a list format for strategic impacts.quantify_impact
70
The slide outlines the methodology (workflow) and provides a geographic overview of application sites.illustrate_case
71
The slide is divided into two main sections: the workflow overview and the detailed application/results.illustrate_case
72
The slide uses a two-row layout: top row for objectives/workflow, bottom row for web service application.illustrate_case
74
Includes two bar charts showing historical trends in EU maritime sectors.establish_context
75
The slide uses a structured table to categorize the utility of EO data across five key maritime domains.present_framework
76
The slide uses a structured list format to contrast drivers and challenges.establish_context
77
The slide uses a linear process flow framework to categorize the EO data ecosystem.present_framework
78
The slide uses a structured layout to map industry applications to specific data benefits and challenges.analyze_data
79
The slide uses a causal chain diagram to link data availability to specific industry outcomes and economic value.quantify_impact
81
The slide uses a causal chain structure to link data availability to specific outcomes for end users.quantify_impact
82
The slide uses a two-row layout to contrast the industry context/project goals with a specific use case example involving mussel farmers in the Adriatic Sea.illustrate_case
83
The slide is structured into two main sections: the problem (needs and challenges) and the solution (Copernicus contribution).illustrate_case
84
The slide uses a two-row layout, with the top row focusing on the problem (algal blooms) and service response, and the bottom row focusing on the technical implillustrate_case
85
The slide uses a two-row layout to contrast the 'Ocean Economy' needs with the 'Copernicus' technical solution.illustrate_case
86
The slide uses a stacked bar chart to show economic impact for intermediate vs end users.summarize
87
The chart shows a supply-demand crossover around 2015-2016.establish_context
88
Copernicus Market Report slide.present_solution
89
The slide uses a balanced structure to contrast three primary drivers against three primary challenges, supported by descriptive text blocks.frame_problem
90
The slide uses a process-oriented structure to describe the flow from data acquisition to end-user application.present_framework
91
The slide uses a comparative structure to contrast the benefits of Copernicus data against traditional methods, and lists specific strengths and weaknesses of tsummarize
92
The slide combines a stacked bar chart for market sizing and a process flow diagram for value creation.quantify_impact
93
The slide uses a causal chain framework to map operational activities to social impact outcomes.quantify_impact
94
The slide uses a process flow diagram to illustrate how monitoring leads to environmental protection and strategic benefits.present_solution
95
The slide uses a structured layout with a header, two main content sections, and supporting visual evidence (map and satellite imagery).illustrate_case
96
The slide uses a two-row layout to explain the challenge, the technical solution, and the resulting impacts.illustrate_case
97
The slide uses a two-row layout, each containing a problem/context description and a corresponding screenshot of the software interface.illustrate_case
98
Includes a stacked bar chart showing economic impact split by intermediate and end users.summarize
99
Contains two charts: a grouped bar chart for energy share by country and a bar chart for CO2 emissions.analyze_data
100
The slide uses a structured table format to map renewable energy monitoring and exploitation to specific use cases and stakeholders.present_framework
101
The slide uses a split-layout approach to contrast drivers (top right) and challenges (bottom left/right).frame_problem
102
The slide uses a classic value chain structure to map data sources to end-user applications.present_framework
103
The slide uses a structured layout to contrast sector-specific applications with general strengths and weaknesses of the Copernicus service.analyze_data
104
The slide uses a logic flow diagram to connect data accuracy to specific benefits for intermediate and end users.quantify_impact
105
Uses a causal chain/logic flow diagram to map inputs to outcomes.present_solution
106
The slide uses a causal chain framework to map inputs to outcomes.quantify_impact
107
The slide is divided into two main sections: 'Needs and Challenges' and 'Copernicus Contribution'.illustrate_case
108
The slide is structured as a two-part case study: challenges/activities and the specific contribution of Copernicus data.illustrate_case
109
The slide uses a two-column layout with two main sections: Solar PV Market/Forecasting Techniques and Copernicus Contribution/Impact.illustrate_case
110
The slide uses a stacked bar chart to compare enabled revenues for intermediate vs end users.summarize
111
The slide uses a choropleth map to visualize health burden (DALYs) across different countries.establish_context
112
The slide uses a structured table format to categorize applications, benefits, and end users for two specific use cases: Air Pollution and Allergy Monitoring.establish_context
113
The slide uses a split layout to contrast drivers and challenges, supported by descriptive text blocks.frame_problem
114
The slide uses a value-chain style structure to map the ecosystem of air quality monitoring.present_framework
115
The slide uses a comparison framework to contrast strengths (green boxes) and weaknesses (orange boxes) of the CAMS service.present_solution
116
Includes a stacked bar chart showing economic benefits for 2018-2020 and a logic flow diagram mapping CAMS outputs to user benefits.quantify_impact
117
The slide uses a causal chain/logic flow to map inputs to outcomes.present_framework
118
The slide uses a causal chain structure to link Copernicus models to end-user benefits.quantify_impact
119
The slide uses a two-row layout: top row introduces the problem and the solution (app screenshots); bottom row explains the technical contribution of Copernicusillustrate_case
120
The slide is divided into two main sections: 'Needs and Challenges' and 'Copernicus Contribution'.illustrate_case
121
The slide is structured as a two-part case study: 'Needs and Challenges' and 'Copernicus Contribution'.illustrate_case
122
The slide summarizes the utility of Earth Observation (EO) data in disaster response and insurance, supported by a stacked bar chart showing economic impact.summarize
123
Includes two stacked area charts showing historical disaster trends and two donut charts showing 2017 economic losses.analyze_data
124
The slide uses a structured table to map three core activities to their applications, benefits, and end users.present_framework
125
The slide uses a balanced layout contrasting drivers (top right) with challenges (bottom left), supported by detailed explanatory paragraphs.establish_context
126
The slide uses a matrix structure to detail the EO data value chain. It is a custom framework combining a process flow with thematic categorization.present_framework
127
The slide uses a color-coded framework to contrast strengths (green) and weaknesses (orange).diagnose
128
Includes a stacked bar chart showing economic benefits (EUR M) from 2018-2020 and a process flow diagram illustrating value creation.quantify_impact
129
The slide uses a structured table to map activities (Risk Forecasts, Post Event Risk Analysis, Rapid Mapping) to applications, benefits, and end users.establish_context
130
The slide uses a two-column layout to contrast drivers and challenges, supported by descriptive paragraphs.analyze_data
131
The slide uses a value chain structure to map data needs, processing capabilities, and user requirements across two specific disaster types.present_framework
132
The slide uses a grid-like layout to contrast specific service attributes (strengths in green boxes, weaknesses in orange boxes) against descriptive text.compare_options
133
The slide uses a value-chain style flow to map activities to economic outcomes, supported by a bar chart showing estimated benefits.quantify_impact
134
The slide uses a causal chain framework to map inputs (Copernicus products) to outcomes (reduced losses/casualties).quantify_impact
135
The slide uses a causal chain framework to map inputs (CEMS products) to outcomes (reduced emissions, strategic support).quantify_impact
136
The slide uses two distinct process diagrams: a workflow for EWS and a timeline for the 2016 France floods.illustrate_case
137
The slide is divided into two main sections: general system capabilities and a specific application example in Portugal.illustrate_case
138
Includes a timeline of the event and satellite imagery analysis.illustrate_case
139
Includes a hub-and-spoke diagram showing AIT's role as a central relay for satellite data.illustrate_case
140
The slide uses a two-row layout to contrast the problem (dangers of ice) with the solution (Copernicus-based monitoring).illustrate_case
141
The slide uses a structured layout with two main sections: context/challenge and operational use, supported by maps.illustrate_case
143
The slide uses a three-part grid to categorize services by the three main agencies involved.establish_context
144
The slide uses a structured table to map Earth Observation applications to benefits and end users.establish_context
145
The slide uses a split layout to contrast drivers (top right) and challenges (bottom left) with supporting text blocks.frame_problem
146
The slide uses a value chain structure to categorize security applications of EO data.present_framework
147
The slide uses a structured layout to contrast benefits (green boxes) against limitations (orange boxes) for the Copernicus Security Service.compare_options
148
The slide uses a logic flow diagram to map operational activities to economic outcomes, supported by a stacked bar chart showing projected benefits.quantify_impact
149
The slide uses a causal chain structure to map inputs (capabilities) to intermediate outcomes and final end-user impacts.quantify_impact
150
The slide uses a causal chain structure to link monitoring capabilities to outcomes.quantify_impact
151
The slide uses a two-row layout to contrast the general role of satellites in customs with a specific operational example of drug interdiction.illustrate_case
152
The slide uses a mix of descriptive text and visual evidence (satellite imagery) to demonstrate the operational utility of the service.illustrate_case
153
The slide uses a two-row layout to contrast the context/challenge with the experimental solution.illustrate_case
154
The slide uses a two-row structure to separate the general challenge/process from a specific operational example.illustrate_case
155
The slide uses a two-row layout: context (top) and results (bottom).illustrate_case
156
Satellite imagery background of Venice, Italy.appendix
Open slide detailBeat · Impact & Next Steps
157
The slide uses a process flow on the left and a comparison table on the right to show the evolution of the study scope.present_framework
Open slide detailBeat · Impact & Next Steps
158
The slide lists organizations involved in the consultation process for the Copernicus Market Report.summarize
Open slide detailBeat · Impact & Next Steps
159
The slide uses a combination of a conceptual flow diagram for economic impact and a process flow for the E3ME model.present_framework
Open slide detailBeat · Impact & Next Steps
160
The slide uses a two-column structure to detail the micro-economic approach for commercial revenues versus the quantification of benefits for civil protection.present_framework
Open slide detailBeat · Impact & Next Steps
161
The slide uses two distinct boxes to separate the quantification of economic benefits from the assessment of societal impacts.present_framework
Open slide detailBeat · Impact & Next Steps
163
The slide contains only the Copernicus logo in the top right and a footer with report details.filler