IB MET L10 - How can your assets be protected?

What does protecting assets in manufacturing involve?

Assets may include:

• Machines and equipment

• Products and materials

• Data and intellectual property

• IT systems and networks

• Buildings and infrastructure

• People and skills

Protection methods include:

• Physical security

• Cybersecurity

• Safety systems

• Maintenance and monitoring

• Access control

• Backup and recovery systems

Threats include:

• Theft and sabotage

• Cyberattacks

• Equipment failure

• Human error

• Supply chain disruption

👉 Key idea:
Asset protection combines physical, digital, operational, and organisational measures to maintain safety, security, reliability, and business continuity

Why Intellectual Property (IP) Matters

Products must remain profitable over time, but if competitors can easily copy a product or technology, prices and profit margins decline quickly.

IP management helps firms:

• Protect innovation from imitation

• Maintain competitive advantage

• Preserve long-term value creation

• Reduce time to market

• Extend product market life

• Maximise returns during the pay-off period

Firms invest heavily during development, then recover profits after launch. IP protection helps firms sustain higher profits for longer before competitors erode margins.

Competitive advantage may come from:

• Patents

• Manufacturing know-how

• Branding

• Data

• Ecosystem/customer relationships

👉 Key idea:
IP management is part of a broader strategy for appropriating value from innovation by delaying imitation and sustaining profits over a product’s market life

IP Management and the Pay-Off Period

The graph shows that firms:

• Invest heavily during development → negative value initially

• Need to reach the pay-off period where revenues exceed investment costs

IP management helps firms:

• Reduce time to market → reach profitability sooner

• Delay imitation/competition

• Extend market life

• Maintain higher prices and margins for longer

This increases:

• Total profit over the product lifetime

• The area under the profit curve after launch

Protection can come from:

• Patents

• Know-how

• Branding

• Customer/ecosystem lock-in

👉 Key idea:
IP helps firms recover investment faster and sustain profits longer by protecting competitive advantage during the product’s market life

IP Rights vs Industrial Property vs Intangible Assets

Intellectual Property Rights (IPRs)

Legally enforceable rights protecting creations of the mind:

• Patents

• Trademarks

• Copyright

• Designs

Allow owners to exclude others from use or imitation.

Industrial Property

A subset of IPRs linked to industrial/commercial activity:

• Patents

• Trademarks

• Industrial designs

• Geographical indications

• Utility models

Intangible Assets

A broader concept covering non-physical sources of value:

• IP rights

• Data

• Software

• Know-how

• Brands

• Customer relationships

• Organisational capabilities/ecosystems

👉 Key idea:
Not all valuable business assets are formal IP rights — many important modern assets (especially in digital and AI industries) are broader intangible assets beyond traditional patent systems

Hard IP vs Soft IP

Hard IP

Formally protected legal IP rights:

• Patents

• Trademarks

• Copyright

• Registered designs

• Geographical indications

• Utility models

Protected through statutory legal systems.

Soft IP

Strategic intangible assets protected mainly through:

• Secrecy

• Organisational capability

• Data/control

• Relationships/ecosystems

• Complexity or lead-time advantage

Examples:

• Trade secrets

• Know-how

• Customer loyalty

• Distribution channels

• Employee expertise

• Partner networks

Key point

Modern firms often compete using combinations of both hard and soft IP.

👉 Key idea:
Hard IP protects innovation legally, while soft IP protects competitive advantage through knowledge, relationships, data, and organisational capabilities

Economic Reasoning Behind IPR Systems

IPR systems balance:

• Public interest

• Private/business interest

Public interest

Society benefits when inventions are:

• Publicly disclosed

• Shared as knowledge

• Used for further innovation and incremental improvements

This avoids:

• Reinventing the wheel

Private interest

Businesses want:

• Monopoly protection over innovations

• Profit incentives

• Control over licensing and commercialization

Patent system logic

Society accepts a temporary monopoly (typically ~20 years for patents) in exchange for:

• Public disclosure of the invention

After expiry:

• Anyone can use the technology

This supports:

• Innovation incentives

• Cumulative technological progress and patent cycles

👉 Key idea:
Patent systems trade temporary monopoly rights for disclosure of knowledge, encouraging both innovation incentives and long-term societal technological progress

Why does IP become more strategically important as firms grow?

As firms scale from early-stage innovation to industrial production:

• visibility increases,

• investment increases,

• competitors begin monitoring them,

• and internationalisation becomes important.

Successful firms may then face:

• imitation risks,

• patent litigation,

• competitive pressure,

• acquisitions,

• and strategic attacks from rivals.

IP strategy becomes important for:

• protecting technology and know-how,

• defending intangible assets and market position,

• maintaining competitive advantage,

• supporting valuation and attracting investors,

• and negotiating partnerships.

👉 Key idea:
As companies become more successful and visible, protecting and controlling intangible assets through IP strategy becomes critical for sustaining growth and competitive advantage.

IP Across Products, Manufacturing & Supply Chains

IP exists throughout industrial systems, not just in final products.

Competitive advantage may come from:

• Products and inventions

• Manufacturing systems/processes

• Operational know-how

• Logistics and supply chains

• Supplier relationships

• Ecosystem coordination

Products often contain multiple overlapping forms of IP simultaneously:

• Patents

• Trademarks

• Registered designs

• Copyright

• Software

• Trade secrets/data

Firms usually rely on IP portfolios rather than a single patent.

👉 Key idea:
IP management is integrated with engineering, manufacturing, and supply chain strategy, with firms combining multiple forms of IP protection to sustain competitive advantage

Samsonite Suitcase Example and IP Portfolios

The Samsonite wheeled suitcase illustrates how a single product can contain multiple forms of IP:

• Patents → technical functionality/mechanisms

• Registered designs → product appearance

• Trademarks → brand identity

• Soft IP → design know-how and user experience

The example shows that firms rarely rely on one patent alone — they build broader IP portfolios across products and markets.

👉 Key idea:
Competitive advantage often comes from combining multiple overlapping forms of IP rather than relying on a single protection mechanism

European Patent Requirements (EPC)

Under the European Patent Convention (EPC), a patentable invention must:

• Be new (novel)

• Involve an inventive step

• Be industrially applicable

Patents apply to inventions in all fields of technology.

Important point

Public disclosure before filing can destroy novelty and prevent patent protection.

Therefore:

• Confidentiality is important during engineering and product development.

👉 Key idea:
To obtain a patent in Europe, an invention must be novel, non-obvious, and usable in industry, meaning secrecy before filing is often critical

Patent Claims and Patent Scope

Patent protection is defined mainly by the patent claims.

Claims determine:

• The legal boundary/scope of protection

Strategic trade-off

• Broad claims:

  • Stronger protection

  • Harder to obtain/challenge more easily

• Narrow claims:

  • Easier to obtain

  • Easier for competitors to design around

Patent applications therefore describe inventions in significant technical detail to:

• Support broader claims

• Cover different architectures/implementations

• Maximise protection scope

👉 Key idea:
Small wording differences in patent claims can greatly affect how much protection a patent provides and how easily competitors can avoid infringement

Patents as a Source of Information

Patents are not only legal protections — they are also rich technical information sources because patent applications require public disclosure.

Patent data can be analysed using:

• Citation analysis/networks

• Text mining and NLP

• Clustering/classification

• Technology mapping

Patent analytics is used for:

• Technology intelligence

• Competitive analysis

• Innovation strategy

• R&D planning

Patent databases contain both:

• Structured data (citations, classifications)

• Unstructured data (technical text/descriptions)

👉 Key idea:
Patent systems create publicly accessible technical knowledge that firms can analyse to track technologies, competitors, and innovation trends

Trademarks

Trademarks protect branding and commercial identity:

• Names

• Logos

• Colours

• Sounds

• Shapes

Types:

• Registered ®

• Unregistered TM

Key features

• Registered by product/service class (Nice Classification system)

• Can potentially last indefinitely if actively used and defended

Strategic value:

• Build brand recognition

• Create customer trust and loyalty

• Differentiate products from competitors

👉 Key idea:
Unlike patents, trademarks protect brand identity rather than technical inventions and can provide long-term competitive advantage through customer recognition and loyalty

Principles of Trademark Registration

A trademark should:

1. Be distinctive

2. Not be purely descriptive of the product/service

3. Not be misleading or confusingly similar to existing marks

4. Not resemble protected symbols/flags/hallmarks

Important issue: Genericisation

If a trademark becomes the common product name, exclusivity may be lost.

Example:

• Firms actively protect brand usage to prevent genericisation.

👉 Key idea:
Trademark systems protect distinctive branding while preventing misleading or overly generic marks.

Trademark Portfolios (Skype Example)

Firms often develop trademark portfolios across:

• Company branding

• Product names

• Slogans

• Ecosystem/service branding

Trademark portfolios:

• Grow over time

• Become valuable strategic assets

• Can increase company acquisition value

Example:

• Microsoft acquired Skype partly alongside its brand/IP assets.

👉 Key idea:
Trademarks are strategic long-term business assets, not just logos or names.

Registered vs Unregistered Design Rights

Registered designs

Protect the visual appearance of products:

• Shapes

• Colours

• Contours/configuration

Features:

• Must be novel/new

• Can be registered up to 12 months after disclosure (grace period)

• Stronger legal protection

• Protection lasts up to 25 years

• Infringement does not require proof of copying

Unregistered design rights

Automatic protection for original designs:

• No registration required

• Mainly protects 3D shapes

• Usually requires proof of copying

• Shorter protection duration

  • UK: ~10–15 years

  • EU UCD: 3 years

👉 Key idea:
Registered designs provide stronger and longer protection for product appearance, while unregistered rights provide automatic but weaker short-term protection

IP Beyond Consumer Products

IP is important not only for consumer products, but also for:

• Manufacturing equipment

• Industrial systems

• Sustainability technologies

• Software interfaces/UI

These may combine:

• Patents

• Design rights

• Software

• Know-how

Examples:

• Air-curtain supermarket fridge technology

• Skype software icons protected by design rights

👉 Key idea:
Industrial technologies and digital systems often rely on multiple overlapping forms of IP protection.

Apple vs Samsung and Design IP

The Apple v Samsung patent disputes showed that:

• Design-related IP can be strategically very important

The case involved:

• Smartphone appearance

• Interface/icon layouts

• Device design

Key lesson:

• Competitive battles are not only about technical patents

• Product appearance and UI design can also create major competitive advantage

The case also showed how:

• IP litigation can become part of broader competitive strategy.

👉 Key idea:
Design patents and interface design can be as strategically important as technical inventions in technology industries.

IP Databases as Information Sources

Free public IP databases allow access to:

• Patents

• Trademarks

• Design rights

• Geographical indications

Useful for:

• Competitor analysis

• Technology scouting

• Prior-art searches

• Market intelligence

👉 Key idea:
IP systems create publicly accessible technical and commercial information that engineers and firms can analyse strategically

What types of IP exist in manufacturing systems and how are they protected?

Manufacturing systems can contain valuable IP, including:

• process technologies,

• automation and robotics systems,

• factory-control software,

• AI algorithms,

• and operational know-how.

Manufacturing processes themselves can be patented, such as:

• chemical synthesis methods,

• additive manufacturing methods,

• predictive maintenance systems,

• and process-control technologies.

Example:
Nexium used patents to protect the manufacturing process for esomeprazole across multiple European countries.

Process innovation can improve:

• cost,

• quality/purity,

• throughput,

• and scalability.

Firms must strategically choose whether to:

• patent a process,

• keep it secret,

• or publish it.

• Patents → require disclosure but provide legal protection for a limited time.

• Trade secrets → avoid disclosure and may last indefinitely if secrecy is maintained.

The decision often depends on whether competitors can reverse engineer the process.

👉 Key idea:
Some of the most valuable industrial IP exists in manufacturing processes, AI-enabled systems, and operational know-how rather than the final product itself.

Process Innovation as Competitive Advantage

Manufacturing competitiveness improves through continuous process innovation.

Investments into process improvement can reduce:

• Throughput time

• Manufacturing cost

• Waste and defects

Example:

• Automotive assembly evolved from Ford’s Model T production to highly optimised Toyota systems with much faster assembly speeds.

Over time, firms accumulate:

• Manufacturing know-how

• Operational routines

• Optimisation expertise

These become valuable forms of soft IP and difficult for competitors to replicate.

👉 Key idea:
Long-term competitive advantage in manufacturing often comes from accumulated process know-how and operational excellence, not just individual inventions

Trade Secrets, Know-How & Confidentiality

Trade secrets and know-how are major forms of industrial IP.

Examples:

• Recipes/formulas

• Manufacturing parameters

• Calibration settings

• Algorithms/software

• Operational routines

Firms may prefer secrecy over patents because:

• Patents require full public disclosure

• Patents expire (~20 years)

• Trade secrets can last indefinitely if protected

• Some processes are difficult to reverse engineer

Trade secret protection requires:

• Commercial value from secrecy

• Limited access to the information

• Reasonable protection measures

Typical protection methods:

• NDAs/confidentiality agreements

• Access controls

• Cybersecurity

• Restricted information sharing

• Employee/partner confidentiality procedures

NDAs (Non-Disclosure Agreements)

Used with:

• Employees

• Suppliers

• Investors

• Collaborators

• Factory/lab visitors

They help:

• Protect know-how

• Prevent unauthorised disclosure

• Preserve future patentability

👉 Key idea:
Manufacturing industries rely heavily on trade secrets and confidentiality because valuable process know-how is often difficult to patent effectively and hard for competitors to reverse engineer

Strategic IP Decisions — Patent, Secret, or Publish?

For a patentable invention, firms have three main options:

1. Patent

• Publicly disclose invention

• Gain legal monopoly rights for limited time

• Prevent others from making/using/selling/importing invention where protected

2. Trade secret

• Keep invention confidential

• No disclosure required

• Protection can last indefinitely

• Risk if competitors reverse engineer or information leaks

3. Defensive publication

• Publicly publish the idea

• Prevent competitors from patenting it later

• No exclusive rights gained

The choice depends on:

• Reverse-engineering risk

• Business model

• Market competition

• Cost of protection

• International strategy

👉 Key idea:
IP management is a strategic decision balancing disclosure, protection, secrecy, and competitive advantage.

Territorial Nature of IP Rights

IP rights are territorial:

• Protection only exists in countries/regions where rights are filed or granted.

A patent in one country does NOT automatically protect elsewhere.

Firms therefore build:

• Patent families across multiple jurisdictions.

Patent rights may prevent others from:

• Making

• Using

• Selling

• Importing
  the invention in protected countries.

Territoriality is especially important for:

• Patents

• Trademarks

• Registered designs

This becomes critical when firms:

• Internationalise manufacturing

• Enter global markets

• Build global supply chains

👉 Key idea:
Global firms must strategically decide where IP protection is commercially valuable because IP rights only apply in specific jurisdictions

Copyright & Software Protection

Copyright protects original creative works, including:

• Written/artistic works

• CAD drawings & engineering drawings

• Business plans/reports

• Photos/videos/music

• PCB layouts

• Software code/computer programs

Software is usually protected by copyright as a literary work.

Key points

• Protection is automatic when the work is created (registration usually not required).

• Copyright protects the specific expression of a work, NOT the underlying idea/algorithm.

• Different code implementing the same algorithm may not infringe copyright.

Example:

• Rewriting a Python algorithm independently in Java may avoid copyright infringement.

Ownership

• Work created during employment is usually owned by the employer.

• Commissioned work does not automatically transfer copyright.

• Students commonly own copyright to their university work.

Using copyrighted material

Permission is usually required unless covered by exceptions such as:

• Fair dealing for study/research

• Limited quotation with acknowledgement

Duration

• Typically lasts 70 years after the author’s death.

👉 Key idea:
Copyright protects the expression of creative and software works, while patents/trade secrets protect underlying inventions, functionality, or know-how.

Protecting Algorithms, Contracts & Licensing

Protecting algorithms from reverse engineering

Some firms protect algorithms by:

• Keeping them as trade secrets

• Running them on cloud servers instead of customer devices

Reason:

• Software running locally can potentially be reverse engineered.

Thus, technical architecture decisions (e.g. cloud vs local deployment) can act as IP protection mechanisms.

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Contracts in supply chains & innovation ecosystems

Contracts are key governance mechanisms in distributed innovation systems.

They define:

• Ownership

• Usage rights

• Confidentiality

• Licensing terms

• Collaboration structures

Contracts are especially important when multiple firms collaborate across:

• Supply chains

• AI ecosystems

• Manufacturing partnerships

Contracts are not IP rights themselves, but regulate access to and use of IP/intangible assets.

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Licensing

Licensing:

• Gives permission to use IP

• Does NOT transfer ownership

A licensor (owner) grants rights to a licensee through a licensing agreement.

Licenses may include bundles of IP such as:

• Patents

• Trademarks

• Know-how

• Software/data

👉 Key idea:
Modern firms protect and commercialise intangible assets not only through patents, but also through architecture choices, contracts, secrecy, and licensing arrangements

Contracts in Supply Chains & Innovation Ecosystems

Modern supply chains increasingly involve:

• Collaborative development

• Shared data & AI systems

• Software integration

• Co-innovation across ecosystems

Contracts help govern relationships by defining:

• IP ownership (foreground/background IP)

• Data & technology usage rights

• Confidentiality/trade secret obligations

• Licensing/commercialisation rights

• Liability & dispute resolution

Contracts may exist between:

• OEMs & suppliers

• Suppliers & subcontractors

• Firms & customers

• Platform operators & ecosystem partners

Strategic issue

Overly aggressive IP ownership/control can:

• Reduce trust

• Discourage collaboration

• Limit knowledge sharing within ecosystems

👉 Key idea:
In modern innovation ecosystems, contracts are strategic governance tools used to coordinate collaboration, manage IP, and balance incentives between partners

IP in Manufacturing Systems & Ecosystems

IP exists not only in products, but also in:

• Manufacturing systems

• Operational processes

• Supply chains & ecosystems

Hard IP examples

• Patents on manufacturing/robotic systems

• Copyright in factory-control software

• Registered tooling/interface designs

• Trademarks linked to quality certification

• Patented logistics optimisation technologies

Soft IP examples

• Trade-secret process parameters

• Tacit manufacturing know-how

• Yield optimisation expertise

• Skilled workforce capabilities

• Supplier relationships & ecosystem coordination

Collaborative innovation projects (e.g. Rolls-Royce + universities + suppliers) require coordination of:

• Technical relationships

• Contracts/licensing

• Shared IP ownership & usage rights

👉 Key idea:
Competitive advantage increasingly comes from combinations of hard IP, soft IP, contracts, know-how, and ecosystem relationships.

Copyright & Licensing in the AI Economy

AI shifts strategic importance toward:

• Software

• Training data

• Copyright

• Licensing

• Ecosystem governance

Why copyright matters in AI:

• AI models depend heavily on digital content and code

• Model weights/software are often copyright protected

• Licensing controls how AI systems can be used commercially

Examples:

• Meta Llama → open-weight model under community licence

• Tesla → opened patents under conditional patent pledge

Licensing:

• Controls access and usage of IP

• Does NOT transfer ownership

• Can allow free, paid, restricted, or collaborative use

👉 Key idea:
In AI and platform ecosystems, firms strategically combine openness, licensing, and IP control to shape innovation and competitive advantage.

Ownership vs Usage Rights in IP

Two key elements of IP management:

1. IP ownership

• Building IP portfolios through R&D

• Includes patents, trademarks, copyright, trade secrets, etc.

2. IP usage

Owners decide:

• Who can access/use IP

• Under what conditions

• Whether use is free, licensed, or prohibited

Possible approaches:

• Open usage (e.g. open source/universities)

• Paid licensing/royalties

• Restricted use against competitors

Front-door analogy

IP acts like a house front door:

• Decide who enters

• Who stays out

• What access is permitted

👉 Key idea:
IP management is not just about protection — it is about strategically controlling openness, collaboration, access, and value capture from innovation.