The Hidden Business Value of IP: What a Robot Can Teach Founders

1. INTRODUCTION

At WETECH 2026, we encountered Eddie, a robot that takes photographs and records videos. But Eddie is more than a robot that performs a visible function. She can be understood as a technological innovation delivered as a product and potentially deployed as a service, with elements of process and business-model innovation depending on how the technology is developed and commercialised. This categorisation matters because understanding the different layers of an innovation helps businesses identify the different forms of intellectual property (IP) and contractual rights that may arise around it. A robot like Eddie involves; data, know-how, hardware and software, which in turn could encompass Intellectual Property rights like; industrial design, trademarks, copyright, utility models, trade secrets, patents, licences and contractual rights. This conglomeration makes the conversation on IP for business growth non-dismissible, which is why this article explores the potential IP commercialization strategy in Eddie.

2. WHAT MAKES EDDIE AN INNOVATION?

An Innovation is not simply something that has never existed before. In business, it could be a development or significant improvement to an existing product, service or process in ways that create value or improve an organisation's competitive position. According to the OECD's Oslo Manual, product innovation and business process innovation are two principal forms of innovation. However, a single innovation can combine multiple types. Other innovation frameworks are; incremental, breakthrough, disruptive, sustaining and other forms of innovation. For a robot like Eddie, the innovation is an intersection of technologies, products, processes and commercial applications, rather than a single category.

Some relevant categories include:

2.1 Product Innovation

Product innovation involves introducing a new or significantly improved good or service to the market. Eddie falls within this category as the robot itself, and the service delivered through it, represents a new and substantially improved offering.

2.2 Process Innovation

Process innovation concerns improvements to the methods through which goods or services are produced or delivered. For Eddie, this could include the processes through which photographs and videos are captured, processed, organised and delivered to users.

2.3 Disruptive Innovation

Disruptive innovation is a specific concept and should not simply be used as a synonym for "new technology". It generally concerns an innovation that changes the competitive dynamics of an existing market, often by initially serving overlooked or less-demanding segments before moving into more established markets. Whether Eddie qualifies as disruptive innovation would therefore depend on her market, customers, pricing and the way her deployment changes existing event-photography or engagement services.

2.4 Continuous or Incremental Innovation

A product may also undergo continuous innovation where its functionality, efficiency or user experience is improved through successive iterations. A robot does not have to remain technologically static after launch. Improvements to its sensors, software, navigation, camera systems or user interface may represent further innovation.

2.5 Sustaining Innovation

Sustaining innovation generally involves improving an existing product or service to serve established customers better or maintain a competitive position. For a robotics company, this could involve making an existing robot more reliable, faster, safer and more capable.

2.6 Business Innovation

Business innovation concerns the way a company creates, delivers and captures value. The technology behind Eddie may therefore be only one part of the innovation. The business model through which the robot is deployed; for

example, direct sales, event hire, subscription services, licensing or Robots-as-a-Service itself creates a new commercial opportunity.

2.7 Radical or Breakthrough Innovation

Some innovations represent significant technological or commercial departures from existing approaches. Whether Eddie qualifies as radical innovation would depend on the extent to which her technology represents a substantial departure from existing robotic, photography or event-engagement solutions.

The important point is that these categories are not necessarily mutually exclusive. A single technology can embody several forms of innovation at the same time.

3. THE IP MAP OF EDDIE

Once we understand that a robot can contain several layers of innovation, the next question is; What intellectual property sits behind those layers? The answer is unlikely to be a single IP right.

Component	Category
Camera Technology (hardware)	Hardware
AI Algorithms & Machine Learning	Software
Robotics Design & Engineering	Engineering
Software	Software
Captured Images & Videos	Media
User Interface & Experience	UX/UI
Brand & Trademarks	Legal
Data & Datasets	Data
Proprietary Processes	Process
Connectivity & Integration	Infrastructure
Inventions & Patents	Legal

Illustrative IP layers around a robotics product.

Components of Eddie	Potential IP rights	Business Value
Robotics hardware and mechanisms	Patents; trade secrets; utility models; design rights	Protects technical solutions and can create barriers to imitation
Camera and sensor technology	Patents; utility models; trade secrets; IP licences/agreements	Can protect technical functionality and proprietary configurations
Software and source code	Copyright; trade secrets; patents where qualified, IP agreements/licences	Protects code and valuable software know-how
AI and machine-learning systems	Patents where the relevant invention is patentable; copyright; utility Models where applicable, trade secrets; IP agreement/licences	Can protect technological solutions, implementation and confidential know-how
Computer-vision systems	Patents where applicable; Utility models where applicable, copyright; trade secrets	Can support differentiation and licensing
User interface and visual elements	Copyright; design rights; trademarks where applicable	Builds user experience and brand recognition
Physical appearance	Industrial/design rights; trademarks where applicable	Creates product differentiation and market identity
Name and branding	Trademarks; passing-off/unfair competition rights depending on jurisdiction	Builds brand recognition and commercial goodwill
Photographs and videos created or captured	Copyright and contractual rights; privacy/data protection considerations	Creates potentially valuable commercial content while raising ownership and usage questions
Training and operational data	Trade secrets; database rights where recognised; contractual rights; data protection law where personal data is involved	Can improve performance, analytics and future product development
Algorithms and proprietary workflows	Trade secrets; patents where applicable; copyright	Preserves competitive know-how
Manufacturing methods and technical know-how	Trade secrets; patents where appropriate	Can reduce imitation and preserve operational advantages
Inventions embodied in the robot	Patents where patentability requirements are satisfied	Can create exclusionary rights and licensing opportunities
Third-party components and software	Licences and contractual rights	Determines what the business is legally permitted to use, modify and commercialise

It's important to note that every component encapsulates different IP rights. For example, copyright generally protects the expression of software code rather than the underlying idea or functionality. Patent protection is jurisdiction-specific and generally concerns qualifying inventions that satisfy requirements such as novelty, inventive step/non-obviousness and industrial applicability/use. Industrial design protection focuses on qualifying visual or ornamental aspects of a product. Trade secrets can be particularly important where valuable information is commercially

confidential and reasonable measures are taken to keep it secret. Therefore, an effective IP strategy for a robotics company is not about choosing one right. It is about building an appropriate combination of rights, confidentiality measures and IP agreements around the technology.

4. AI IS INCREASING THE IP STAKES

AI is now a general-purpose technology being integrated across multiple industries, including robotics. WIPO reported that AI-related patent applications increased by 718 per cent between 2016 and 2022, illustrating the speed at which AI-related innovation has entered the IP ecosystem. For robotics businesses, this creates another layer of complexity.

An AI-enabled robot may involve:

• AI models;

• computer-vision systems;

• machine-learning algorithms;

• training data;

• software;

• sensor data;

• human-generated data;

• proprietary datasets;

• model-training processes; and

• outputs generated or assisted by the system.

Each raises different IP, data privacy, and contractual questions. For example:

i. Who owns the model? ii. Who owns the training data? iii. Was the data lawfully obtained and used? iv. Can the model be licensed to third parties? v. What happens where a robot like Eddie recreates an image, video or other creative output? vi. Can an AI-generated picture or video be copyright protected, and who would be recognised as the creator?

These questions are no longer theoretical. WIPO's discussions on AI and IP recognise different categories of AI inventions, including novel AI models, inventions in which AI is used as part of the invention, AI-assisted inventions and questions surrounding inventions generated autonomously by AI.3 This is particularly important for African technology companies because the ability to scale globally requires more than technological capability. It requires an understanding of who owns the underlying rights and what rights can actually be exercised in each target market.

5. MULTIPLE OWNERSHIP OF IP RIGHTS

A founder may own shares in a company. The company may own the physical robot. A software developer may have created the source code. A university may have contributed research. A manufacturer may have developed a component. Another company may own a third-party AI model. An external designer may have created the product's visual identity. So who owns the IP rights ?, the answer to this question is not one to be assumed. It is rather one to be clearly agreed on and documented by all the parties involved.

Therefore, it is important to note that robotics innovation is highly collaborative and research-intensive. WIPO notes that robotics companies frequently operate at the intersection of universities, research institutions, technology

companies, specialised suppliers and other collaborators.4 This means that technology founders need to pay attention to the chain of IP ownership. For example, if a startup engages an external developer to build its software, it would be detrimental for the startup to assume that the payment for development automatically gives it the IP right in the product. Therefore, it is very important to expressly address the IP right allocation contractually, and to have it adequately documented.

The same applies to university collaborations; research partnerships; joint development; outsourced engineering; consultants; manufacturers; software developers; AI providers; cloud providers; and open-source technologies. Open-source technology introduces another layer of complexity. The robotics ecosystem has historically made use of collaborative platforms such as the Robot Operating System (ROS), where software and other materials may be made available under open-source or other licensing arrangements. Open source can accelerate development, reduce duplication and enable experimentation. But open source does not mean “no rules”. A company must understand the applicable licence and ensure that its intended commercial use is compatible with the licence terms.

6. WHAT HAPPENS WHEN THE ROBOT CREATES SOMETHING?

This may become one of the most interesting questions in the Eddie series.

i. Imagine Eddie takes a photograph at an event.

ii. Who owns the photograph?

iii. Is it the company that owns Eddie?

iv. The company operating Eddie?

v. The event organiser?

vi. The person who commissioned the service?

vii. The person who appears in the photograph?

viii. What if Eddie uses AI to modify the photograph?

ix. What if she generates a new image rather than merely capturing an existing scene?

These questions demonstrate why the conversation around AI and robotics cannot be separated from copyright, contractual rights, privacy and data governance. WIPO has recognised that, the fact that machines like robots are becoming increasingly autonomous raises difficult questions about whether works or inventions generated by them should qualify for IP protection and, if so, who should own those rights.4 However, the legal answer would depend on the jurisdiction, the nature of the output, the level of human involvement and the applicable contractual and statutory framework. Thus, the commercial lesson is that it is adverse for a business to wait until the product has reached the market before asking who owns the IP.

7. USING IP TO GENERATE REVENUE

Intellectual property is often discussed as a defensive tool, that is, when it comes to IP you are probably familiar with these words; protect the invention, stop competitors from copying it, and register the trademark. But IP is also a commercial asset. WIPO notes that patent portfolios can support licensing and cross-licensing, strengthen commercial relationships, generate new revenue streams and help companies attract investment.4 For robotics companies, IP can therefore support several growth strategies.

7.1 Robots-as-a-Service and Software Subscriptions

Robotics businesses do not necessarily have to rely solely on one-off hardware sales. A company may retain ownership of its underlying technology while providing customers with access through subscription, licensing or Robots-as-a-Service models.

This can allow the business to monetise:

• proprietary software;

• AI systems;

• fleet-management platforms;

• computer vision;

• analytics;

• cloud infrastructure;

• maintenance; and

• continuous software improvements.

The commercial significance is that the business can move from simply selling a machine to building an ongoing relationship around the intellectual property and technology ecosystem that makes the machine valuable.

7.2 High-Value Hardware and Proprietary Technology

Where a company develops technically differentiated hardware. Patents, trade secrets and other IP rights can form part of its competitive strategy. Patents can be particularly valuable where an invention is relatively easy to reverse engineer. Trade secrets may be preferable for certain technologies or processes where secrecy can realistically be maintained and where patent disclosure would not provide sufficient commercial advantage. The objective is not simply to accumulate patents. The objective is to identify the technologies that create competitive value and determine which combination of IP rights and commercial strategies best protects and monetises them.

7.3 Licensing and Technology Transfer

A strong IP portfolio can become a platform for licensing and technology transfer. A robotics company may license its technology to:

• manufacturers;

• distributors;

• system integrators;

• software companies;

• universities;

• strategic partners; or

• companies entering new markets.

This can allow the owner of the IP to generate revenue without necessarily manufacturing and selling every product itself. It can also support cross-licensing and joint-development arrangements. For startups, this is particularly important because IP can become part of the company's negotiating position when dealing with larger corporations.

7.4 IP and Investment

Investors are not investing merely in a prototype. They are investing in the company's ability to build and defend a commercially valuable business. A technology company with unclear ownership of its core software, uncertain rights to third-party technology, undocumented contractor contributions or inadequate confidentiality arrangements may face difficult questions during due diligence.

By contrast, a company that can clearly demonstrate:

• what it owns;

• what it licenses;

• what it has protected;

• who created the technology;

• how employee and contractor IP is handled;

• what third-party technology it relies upon; and

• where its protection extends geographically is better positioned to explain the defensibility of its business.

8. WHAT GLOBAL ROBOTICS COMPANIES TELL US

The commercial robotics landscape provides useful examples of how technology, IP and business strategy can intersect.

Company	Robotics sector	Recent financial / commercial indicator	Observable IP and technology strategy
Intuitive Surgical	Surgical robotics	2025 revenue: US$10.06bn	Maintains an active patent portfolio and uses IP strategically in surgical robotics, technology development and transactions.
FANUC	Industrial robotics and automation	FY2025 Robot division net sales: ¥378.6bn	Pursues global patents and design rights for technology and trademarks for product brands, while actively researching third-party patents.
Symbotic	Warehouse automation	FY2025 revenue: US$2.25bn	Uses patents, trademarks, copyright and trade secrets; reported more than 650 issued patents in 17 countries and more than 410 pending worldwide as of September 2025.
UBTECH Robotics	Humanoid and service robotics	FY2025 full-size humanoid revenue: RMB820.6m	Reports a large robotics/AI IP portfolio, including patents, overseas patents and proprietary robotic and AI technologies.

These examples reiterate the important point, which is that, IP does not create value in isolation. The commercial value comes from the interaction between technology, IP, execution, market demand, manufacturing capability, data, partnerships and business strategy. FANUC explicitly describes its IP strategy as a means of protecting its technologies and brands and building a globally competitive IP portfolio. Symbotic similarly states that it protects its core technology through patents, trademarks, copyrights and trade secrets, and reported more than 650 issued patents across 17 countries as of September 2025. UBTECH reports more than 1,600 patent applications, more than 800 invention patents and more than 300 overseas patents. The lesson is not that every robotics company needs thousands of patents. The lesson is that technology businesses should understand which intangible assets create their competitive advantage and build a deliberate strategy around them.

9. ROBOTICS, IP AND THE GLOBAL INNOVATION ECONOMY

Robotics innovation is not evenly distributed across the world. WIPO has observed that robotics innovation has historically been concentrated in a relatively small number of countries and clusters centred around leading universities and research institutions, including Boston, Île-de-France, Odense, Zurich, Bucheon, Osaka and Shanghai.4 This concentration illustrates another important issue for African technology companies: Access to global technology markets requires more than innovation. It requires strategic IP management. An African robotics or AI company seeking international investment, licensing partnerships or market expansion should consider its IP strategy from the early stages of development.

That includes asking:

• What exactly have we created?

• Which parts are proprietary?

• Who owns each component?

• Which rights can be registered?

• Which information should remain confidential?

• What third-party technology are we using?

• Are our contracts protecting the company's position?

• Which markets are commercially important?

• Where should we seek IP protection?

• Can our IP generate revenue independently of the physical product?

These questions are not reserved for multinational corporations. They are equally relevant to startups developing the next generation of African technology.

10. CONCLUSION

To conclude, the very essence of this article is to posit that the conversation around IP in Africa should not be restricted to IP protection alone. It should be about using IP strategically for business growth. For African technology businesses seeking to compete globally, the IP strategy of the business should be considered while the product is being developed, not only when an investor conducts due diligence or a commercial dispute arises. At Lex Techker Advisory, we believe intellectual property deserves a place in business strategy from the beginning. Because the goal is not merely to create something innovative. It is to understand what you have created, establish the rights you need, protect what is protectable, manage what you license, and determine how those rights can support sustainable business growth. And perhaps this is one of the reasons why it was interesting to meet Eddie at WETECH: Finally, it is important to remember that IP is a valuable part of a business that should be harnessed for business protection and growth.

11. REFERENCES

1. Stanford Online, 'Understanding the different types of innovation at the heart of change' (Stanford Online) https://online.stanford.edu/understanding-different-types-innovation-heart-change accessed 16 October 2026.

2. OECD/Eurostat, Oslo Manual 2018: Guidelines for Collecting, Reporting and Using Data on Innovation (4thedn, OECD Publishing 2018) https://www.oecd.org/en/publications/oslo-manual-2018_9789264304604-en.html accessed 17 October 2026.

3. WIPO Women Innovators Scale up Program 2026.

4. WIPO, WIPO Conversation on Intellectual Property (IP) and Frontier Technologies: Sixth Session – Summary ofthe Sixth Session, WIPO/IP/CONV/GE/2/22/3 (29 November 2022) https://www.wipo.int/meetings/en/details.jsp?meeting_id=72090 accessed 17 October 2026.

5. C Andrew Keisner, Julio Raffo and Sacha Wunsch-Vincent, 'Breakthrough Technologies – Robotics and IP' (WIPO Magazine, 16 December 2016) https://www.wipo.int/en/web/wipo-magazine/articles/breakthrough-technologies-robotics-and-ip-39775 accessed 6 October 2026.

6. Symbotic Inc, 'Annual Report (Form 10-K)' (24 November 2025) https://www.sec.gov/Archives/edgar/data/1837240/000183724025000278/sym-20250927.htm accessed 19 October 2026.

7. FANUC Corporation, 'Intellectual Property' (FANUC Corporation) https://www.fanuc.co.jp/en/sustainability/governance/intellectualproperty.html accessed 19 October 2026.

8. UBTECH Robotics Corp Ltd, Annual Report 2025 (2026) https://www.ubtrobot.com/en/financial accessed 19 October 2026.