TECH CHAPTER 7

Briefing Document: Disruptive Technologies & Strategies for Adaptation

Executive Summary:

This document analyzes the concept of disruptive technologies, their characteristics, the reasons why established firms often fail to adapt, and strategies to mitigate the risk of being disrupted. The core argument is that disruptive innovations, initially dismissed for their inferior performance by incumbent players, ultimately gain traction, improve rapidly, and eventually displace established market leaders. The document also identifies potential disruptive technologies and provides a deep dive into two specific examples: Additive Manufacturing (3D Printing) and Blockchain technology, including its implications for cryptocurrencies and decentralized finance (DeFi).

Key Themes & Concepts:

  1. Defining Disruptive Innovation:

  • Disruptive technologies create market shocks and catalyze growth.

  • They initially enter markets with attributes that existing customers don't value. This means they often offer inferior performance compared to established products, but they are usually cheaper or more accessible.

  • Over time, the performance of disruptive technologies rapidly improves, eventually meeting or surpassing the needs of the mainstream market. This "invasion" of established markets leads to the displacement of incumbent technologies.

  • The document notes, "true disruptive technologies have two characteristics: come to market with set of performance attributes existing customers don't value. Over time performance attributes improve to the point where they invade established markets."

  • Examples given include:

  • The shift from analog to digital (e.g., digital cameras initially offering poor photo quality but ultimately displacing film).

  • The rise of MP3 players initially offering lower sound fidelity but eventually killing the record store.

  • Mobile phones now serving as the sole phone for many.

  • Smartphones becoming the primary personal computer for people in emerging markets.

  • Internet phone services becoming indistinguishable from traditional calls.

  1. Why Incumbent Firms Fail to Adapt:

  • Failure to Recognize the Threat: Established firms often dismiss disruptive technologies due to their initial poor performance and because they don't meet the needs of the existing customer base.

  • Resource Allocation: Resources are not allocated to develop the potential disruptive technologies, as they tend to focus on sustaining their current products that produce revenue.

  • Ignoring New Customer Needs: Big firms don't focus on nurturing the needs of a new customer base who do value the new technology's different features. The document states, "early customers for a disruptive technology care about different features and attributes than incumbent customers."

  • McNamara Fallacy: Basing decisions solely on past data and examples. This is risky when dealing with disruptive innovations, which invalidate past patterns.

  • Short-Sightedness: Firms often prioritize short-term financial goals over long-term strategic positioning.

  1. Strategies for Mitigating Disruption:

  • Improve "Radar": Firms must remove short-sighted and bottom-line-focused perspectives.

  • Engage in conversations with those on the experimental edge of advancements (top-tier researchers, venture capitalists).

  • Increase collaboration between product groups and between managers and technologists.

  • Rotate staff to encourage idea sharing and innovation.

  • Pay attention to employee departures to innovative companies as a sign of potential development.

  • Build a Portfolio of Options: Invest in emerging technologies through startups, acquisitions, or internal projects, even those that are uncertain.

  • Options allow a firm to increase funding as technologies show promise.

  • Innovation should be separated from core businesses to encourage the development of new markets and technologies, focusing while avoiding draining resources from the core cash flow efforts.

  • Be prepared for Transition Costs: A transition to new technologies can be very costly even for well-armed firms (example Disney+ struggling to be profitable, while Netflix is).

  • Watch the trajectory of fast/cheap technology curves: Understanding the performance vs. cost curves of emerging technologies can signal potential disruption.

  1. Potential Disruptive Technologies:

  • The document lists several potential disruptors:

  • 3D Printing (Additive Manufacturing)

  • Augmented Reality

  • Cryptocurrencies and Blockchain

  • Gene Editing

  • Driverless Cars

  • Wireless Technologies

  • Battery Technology

  • Robotics and AI

  • Quantum Computing

  1. Deep Dive: Additive Manufacturing (3D Printing):

  • Definition: Additive manufacturing involves building an object layer by layer, unlike traditional subtractive manufacturing (e.g., milling).

  • Techniques: The document describes various techniques including:

  • Plastic extrusion (spool and melt).

  • Resin printing (light curing liquid resin).

  • Metal printing (laser melting of powdered materials).

  • Current Applications: Hearing aids, teeth aligners, and some parts for athletic shoes.

  • Advantages:Ability to create parts impossible through traditional methods.

  • Potential for stronger and lighter single printed parts.

  • Reduced waste with costly materials.

  • Highly efficient design process since modifications are much easier than creating new molds and tools.

  1. Deep Dive: Blockchain & Cryptocurrencies:

  • Blockchain: A decentralized, distributed ledger that records and verifies transactions and ownership, providing transparency and security without the need for intermediaries.

  • Cryptocurrencies: Digital assets that use cryptography for secure transactions, creation control, and transfer verification.

  • Bitcoin: An open-source, decentralized payment system that operates on a peer-to-peer basis, without banks or central authorities.

  • DeFi (Decentralized Finance): Blockchain-enabled financial services operating without central authorities (like banks), enabling peer-to-peer lending, trading and more.

  • How it Works:Transactions are recorded in a public ledger distributed across a network.

  • Verification is handled by a pool of "miners".

  • Assets are transferred using private keys stored in digital wallets.

  • Potential Benefits:Elimination of transaction fees.

  • Improved speed and transparency of transactions.

  • Potential for cross-border remittances and e-commerce expansion in emerging markets.

  • Increased security through decentralized nature.

  • Challenges and Concerns:Need for robust and secure transaction platforms.

  • Lack of regulatory clarity and legal ambiguity.

  • Volatility in cryptocurrency value.

  • Reputation issues related to illicit activities.

  • Initial technical hurdles, including not being able to handle increasing transaction volume.

  • Examples of Blockchain Use: Supply chain management (PepsiCo, IBM, De Beers), music rights management (Spotify), and photography rights (Kodak).

  • Potential in Food Safety: Blockchain can be used to track food from farm to fork, helping to reduce the implications of foodborne illness. However, there must be stronger consumer benefits and the technology must be made easier to understand.

Conclusion:

The document emphasizes the importance of understanding and adapting to disruptive technologies to avoid being "a tech victim." By actively monitoring emerging trends, engaging with innovators, building a portfolio of options, and carefully navigating the transition, established firms can increase their chances of remaining competitive and relevant in the face of technological disruption. The rapid changes brought by technologies like 3D printing and blockchain demonstrate that constant vigilance and adaptation are necessary to survive in a fast changing world.