Recently, Shanghai Wild Animal Park has leveraged the high-recognition animal IP matrix formed by more than 40 newborn animal babies in 2025 to significantly boost the sales of cultural and creative products, while simultaneously accelerating the overseas licensing process of its IP. Although the specific date of this event has not been explicitly stated, its impact has already spread across multiple related industries such as cultural and creative development, cross-border licensing, educational content export, and theme park operations. The core driver lies in the structural upgrade currently underway in the delivery model of Chinese zoo IP—from traditional flat-image licensing to a three-dimensional collaborative delivery model of ‘live IP + digital content + educational courses’.

Event Overview

Shanghai Wild Animal Park welcomed more than 40 newborn animal babies in 2025. Among them, individuals such as ‘Junjun’ and ‘Brown Sugar’ have gradually developed into animal IP images with anthropomorphic characteristics through systematic naming, behavioral recording, and image dissemination; as a result, sales of the park’s cultural and creative products have surged; at present, the park is accelerating the overseas licensing process for its animal IP and has already entered co-branded development discussions with multiple theme parks and educational institutions in Southeast Asia and the Middle East.

Which Segments of the Industry Are Affected

Direct trade enterprises: directly affected by the accelerated pace of this IP going global. The previous lightweight licensing model centered on IP image libraries and merchandise lists is being replaced. Enterprises now need to simultaneously undertake localized adaptation of digital content (such as multilingual animated shorts and AR interactive materials) as well as delivery of supporting educational course packages. The complexity of contract terms and fulfillment cycles has increased significantly, placing higher demands on cross-border copyright compliance capabilities and cross-cultural content review experience.

Raw material procurement enterprises: mainly involved in environmentally friendly materials required for the production of cultural and creative derivatives (such as biodegradable plush fillings and child-safe inks), as well as smart hardware components (such as low-power LED interactive device modules). As IP application scenarios extend toward the education sector, demand continues to grow for raw materials that comply with ISO 8124-3 (limits for migratable elements in toys) and local educational equipment certification standards. Pre-procurement verification cycles are becoming longer, and supplier qualification reviews are gaining greater weight.

Processing and manufacturing enterprises: facing changes in order structure—beyond conventional plush toys and stationery, there is now additional demand for customized educational teaching aids (such as animal behavior cognition cards and biodiversity-themed experiment kits), creating new challenges for flexible production line responsiveness, process stability for small-batch and multi-batch production, and printing precision for safety labeling on educational products; some enterprises also need to cooperate with the IP owner in completing joint sampling of physical teaching aids supporting educational courses and validation of teaching scenarios.

Supply chain service enterprises: including IP licensing agencies, cross-border copyright registration providers, multilingual localization service providers, and international logistics solution providers. Under the three-dimensional delivery model, service demand has expanded from a single “licensing agreement + image library delivery” to a full-chain solution covering “copyright chain evidence preservation + digital asset distribution + course content localization + customs compliance support for teaching aids”. Especially in emerging markets in the Middle East and Southeast Asia, it is necessary to coordinate with local education authorities to conduct advance assessments of the political appropriateness, scientific accuracy, and religious compatibility of course content, significantly raising the requirements for service granularity and professional depth.

Key Focus Areas and Response Measures for Relevant Enterprises or Practitioners

Clarify the boundaries of IP ownership and the ownership of derivative rights for live IP

Whether data such as individual animal behavioral footage, sounds, and growth trajectories constitute licensable digital assets has not yet been clearly defined under the current Copyright Law and Civil Code. Enterprises must clearly stipulate in licensing agreements the scope of live IP data collection, restrictions on usage scenarios, and the rights confirmation mechanism for derivative content, in order to avoid ownership disputes at a later stage.

Build compliance adaptation capabilities for educational content

For target markets such as the Middle East and Southeast Asia, enterprises need to work with educational research institutions to carry out localized adaptation of course frameworks. For example, biodiversity knowledge should be embedded into local national curriculum standards (such as the Singapore MOE Science Syllabus), rather than simply translating Chinese lesson plans; meanwhile, review interfaces for sensitive religious and cultural issues should also be reserved.

Strengthen digital asset delivery infrastructure

The three-dimensional delivery model relies on stable and auditable digital content distribution channels. It is recommended that enterprises connect to content distribution platforms (CDN) that support blockchain evidence preservation, automatic transcoding in multiple formats, and tiered management of regional access permissions, so as to ensure that digital assets such as animations, interactive programs, and course PPTs remain controllable, traceable, and auditable during the licensing period.

Editorial Viewpoint / Industry Observation

Observably, this shift reflects a broader industry transition from ‘IP licensing as branding support’ to ‘IP as integrated educational infrastructure’. The Shanghai Wild Animal Park’s model is not merely exporting characters—it is exporting pedagogical frameworks anchored in live-animal observation. Analysis shows that such models gain traction where local education systems seek low-cost, high-engagement STEM resources; however, scalability remains constrained by live-animal welfare oversight capacity and cross-border data governance ambiguity. It is more accurate to interpret this as an early-stage institutional experiment rather than a replicable commercial template.

Conclusion

The practice of Shanghai Wild Animal Park shows that the global expansion of Chinese cultural and tourism IP is breaking beyond the stage of symbolic output and moving toward a new path that deeply integrates educational value with localized service capabilities. What deserves greater attention at present is whether this IP model, which takes live animals as the source of trust and educational scenarios as the point of application, can form a sustainable commercial closed loop and industry standards under the premise of safeguarding animal welfare and data ethics. Rational observation suggests that its long-term significance lies not in the scale of a single licensing deal, but in forcing domestic IP operators to reconstruct their content production logic and compliance response systems.

Information Source Note

This report is compiled based on the official press release of Shanghai Wild Animal Park (published in X month 2025, with no specific date indicated in the original text) and updates on the park’s licensing cooperation progress; the names of partners in Southeast Asia and the Middle East, as well as agreement details, have not yet been publicly disclosed, and the relevant content awaits confirmation through subsequent authoritative channels. The following matters require continued observation: ① the implementation timing and region of the first overseas three-dimensional delivery contract; ② the filing status of educational course content with local education authorities; ③ progress in formulating industry self-regulatory standards for the collection and use of live IP data.