Scenario of XaaS roadmap
| Scenario | Policy layer | Market layer | XaaS layer | Technology layer | |
|---|---|---|---|---|---|
| 2026–2030 | Optimistic | Ambitious renewable energy targets and carbon pricing, widespread adoption of Society 5.0 principles | Increasing consumer demand for sustainable products and services, growing interest in biodiversity and regeneration | Widespread adoption of Emission Monitoring-as-a-Service, Financial-as-a-Service, etc., lead to efficient and transparent carbon credit trading | Mature and integrated emissions data systems, microgrids, and blockchain technology |
| Neutral | Moderate progress on renewable energy targets and carbon pricing, Society 5.0 faces implementation challenges | XaaS market growth is steady, but growth is limited by price sensitivity and uncertainties | XaaS use rising, but complexity and cost concerns remain | Advancements in emissions data systems, microgrids and blockchain continue, but integration and scalability remain issues | |
| Pessimistic | Policy implementation stalls, limited progress on renewable energy and carbon pricing, resistance to Society 5.0 | A decline XaaS market, limited consumer interest and lack of financial incentives for businesses | XaaS adoption is slow, organizations and individuals prefer traditional methods | Slow technological advancements and integration challenges hinder the development of CTaaS ecosystem | |
| 2031–2040 | Optimistic | Stricter regulations and incentives for carbon reduction, flourishing smart city initiatives | Exponential growth in XaaS market. | Mature and optimized CTaaS ecosystem, seamless integration of services, significant investments in carbon neutrality initiatives | Blockchain becomes ubiquitous, advanced models for carbon price forecasting and dynamics enable proactive risk management |
| Neutral | Gradual increase in regulations and incentives for carbon reduction, steady progress in smart city initiatives | Moderate growth in XaaS market. | CTaaS ecosystem expands, but integration and optimization face hurdles, increased adoption, but some remain cautious | Advances in technology but does not reach its full potential | |
| Pessimistic | Policy progress stagnates, limited enforcement and lack of new incentives, setbacks in smart city initiatives | Slower adoption in XaaS market, limited consumer interest and unclear policy | CTaaS ecosystem struggles, limited adoption of new offerings, challenges in maintaining existing services | Slow technological advancements and integration challenges hinder development |
| Scenario | Policy layer | Market layer | XaaS layer | Technology layer | |
|---|---|---|---|---|---|
| 2026–2030 | Optimistic | Ambitious renewable energy targets and carbon pricing, widespread adoption of Society 5.0 principles | Increasing consumer demand for sustainable products and services, growing interest in biodiversity and regeneration | Widespread adoption of Emission Monitoring-as-a-Service, Financial-as-a-Service, etc., lead to efficient and transparent carbon credit trading | Mature and integrated emissions data systems, microgrids, and blockchain technology |
| Neutral | Moderate progress on renewable energy targets and carbon pricing, Society 5.0 faces implementation challenges | XaaS market growth is steady, but growth is limited by price sensitivity and uncertainties | XaaS use rising, but complexity and cost concerns remain | Advancements in emissions data systems, microgrids and blockchain continue, but integration and scalability remain issues | |
| Pessimistic | Policy implementation stalls, limited progress on renewable energy and carbon pricing, resistance to Society 5.0 | A decline XaaS market, limited consumer interest and lack of financial incentives for businesses | XaaS adoption is slow, organizations and individuals prefer traditional methods | Slow technological advancements and integration challenges hinder the development of CTaaS ecosystem | |
| 2031–2040 | Optimistic | Stricter regulations and incentives for carbon reduction, flourishing smart city initiatives | Exponential growth in XaaS market. | Mature and optimized CTaaS ecosystem, seamless integration of services, significant investments in carbon neutrality initiatives | Blockchain becomes ubiquitous, advanced models for carbon price forecasting and dynamics enable proactive risk management |
| Neutral | Gradual increase in regulations and incentives for carbon reduction, steady progress in smart city initiatives | Moderate growth in XaaS market. | CTaaS ecosystem expands, but integration and optimization face hurdles, increased adoption, but some remain cautious | Advances in technology but does not reach its full potential | |
| Pessimistic | Policy progress stagnates, limited enforcement and lack of new incentives, setbacks in smart city initiatives | Slower adoption in XaaS market, limited consumer interest and unclear policy | CTaaS ecosystem struggles, limited adoption of new offerings, challenges in maintaining existing services | Slow technological advancements and integration challenges hinder development |
Source(s): Authors’ own work
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