Tuesday, December 10, 2024

"Get Big Fast" Works for a Few Ultimate Winners, But Most Will Lose

"Get big fast" seems to be a feature of most startup artificial intelligence business plans, as has been the case for most internet-era software firms as well. Sometimes it works; sometimes it doesn't.


Startup

Industry

Outcome

Key Factors

Uber

Ride-sharing

Won

Aggressive market expansion and heavy investment in subsidies succeeded despite regulatory challenges.

WeWork

Co-working spaces

Lost

Over-expansion, flawed business model, and governance issues led to financial collapse and reduced valuation.

Slack

Enterprise Software

Won

Focused on viral team adoption; strategic integrations led to rapid scaling and a $27.7B acquisition by Salesforce.

Quibi

Video Streaming

Lost

Poor market fit, short-form video misaligned with customer needs, and timing challenges led to failure within a year.

Zoom

Video Conferencing

Won

Leveraged simplicity and pandemic-driven demand to dominate; scaled effectively under massive user growth.

Zynga

Mobile Gaming

Lost

Initial success in social gaming was followed by struggles due to over-reliance on Facebook and market saturation.

Dropbox

Cloud Storage

Won

Focused on user-friendly design and freemium model; grew rapidly and sustained as a public company.

Color

Genomics/Health Tech

Lost

Initial focus on genetic testing for individuals failed to scale; shifted to enterprise healthcare services.


But nany startups failed because “everyone” seemingly believed they had to "get big fast.”


Most innovators and investors seemingly  believed that internet-based businesses would benefit from strong network effects, where the value of a product or service increases as more people use it. If so, it would be important to gain market share fast, as market leadership would follow.


It did not help that venture capitalists encouraged management to do so. I remember being astounded when told “don’t worry about money; there’s plenty of money” when building a business plan for a client. It seemed logical to build a plan based on operations in just two tier-two cities. That was what we seemed to have resources to handle. 


But I was instructed to create a plan with a much-larger footprint, at the urging of investors who actually told us we needed to get big faster. 


As has been true at various times since then, investors valued growth more than profitability. And some leaders have managed to do so, perhaps none more clearly than Amazon. 


The other problem was unclear financial metrics. While revenue growth was helpful, user base growth often seemed more important. Again, the belief was that getting to scale rapidly would allow network effects to kick in, or at least that the “first mover advantage” was real. 


It was simply assumed that the first company to enter a market would automatically become the dominant player. 


Low interest rates and enthusiastic investors made so much capital readily available that  immediate concern for profitability was deemed less important. And it also was the case that unproven business models were not a barrier. 


Aggregate enough users and a model would follow. It wasn’t a completely outlandish idea, as social media and search firms have proven: aggregate enough users and advertising becomes a viable business model. 


The idea that a firm had to build a large user base before monetizing is not completely untrue. Meta has had to do so several times, one might argue. 


In other cases, such as many e-commerce efforts, too much money was spent on advertising and marketing and too little on logistics capabilities. Companies such as eToys.com and Pets.com attempted to revolutionize retail without proper infrastructure. Amazon, on the other hand, did so. 


And some ideas simply were ahead of their time. Webvan aggressively expanded its grocery delivery business before it had the logistics to do so profitability, and before the market became accustomed to the service. In fact, one might credit two decades and a Covid pandemic that made in-person grocery shopping difficult  before grocery delivery became mainstream. 


One might say the same for meal delivery services, where a pandemic and restaurant closures created the impetus for major changes of consumer behavior. 


The point is that for as many winners as are created by business strategies built on "get big fast," many more have failed. It is not too soon to say that will happen with the generative AI business as well.


Data Centers are Important, but Perhaps 30% to 40% of AI Processing Will Happen on End User and Edge Devices

AI PCs clearly are coming. So are AI phones. So one issue is what apps and features will make sense to run locally, on the edge devices, as opposed to at remote cloud data centers. 


And by some estimates, perhaps 30 percent to 40 percent of AI operations will happen on edge and end user devices. 


Title

Date

Publisher

Key Conclusions

"The Rise of Edge Computing in AI"

2023

IDC

Predicts 40% of AI workloads will shift to edge devices by 2025, driven by the need for real-time processing and privacy concerns.

"The Impact of AI on Data Center Markets"

2024

Gray Insights

Highlights the growing complexity of AI workloads in data centers; edge computing reduces latency for applications like autonomous vehicles and IoT devices.

"AI at the Edge: The New Computing Model"

2024

Gartner

Notes a 30-40% growth in edge AI applications in industries requiring real-time analytics, but large-scale training remains predominantly in data centers.

"Data Centers in the Age of AI"

2024

EFFECT Photonics

Suggests increasing decentralization with AI-driven analytics at the edge to meet sustainability goals and latency requirements for high-demand applications.

"The New Era of AI and its Impact on Data Centres"

2024

Technology Magazine

Emphasizes the importance of data centers for large AI models but recognizes that edge computing is growing for use cases requiring local processing.


And much of that AI processing will probably happen on smartphones. 


Study

Date

Publisher

Key Forecasts

Worldwide Generative AI Smartphone Forecast

July 2024

IDC

GenAI smartphone shipments to grow 363.6% in 2024, reaching 234.2M units (19% of market); 912M by 2028.

AI PCs and GenAI Smartphones Market Update

October 2024

Gartner

54.5M AI PCs (22% of PCs) shipped in 2024; combined AI PCs and GenAI smartphones to reach 295M units in 2024.

Smartphone and PC Industry Trends for 2024-2028

October 2024

Canalys

19% of PCs to be AI-capable in 2024, growing to 60% by 2027; smartphones to integrate GenAI more robustly by mid-decade.


Mostly, data centers will be needed for high-intensity enterprise and business operations such as training AI models, complex generative AI inferences, enterprise data processing, trend analysis and complex simulations. 


Task Type

Best Performed at Data Centers

Reasoning

Training of AI Models

Deep learning model training

Large-scale data analytics

Requires vast computational resources (GPUs/TPUs), extensive memory, and high data throughput.

Complex Generative AI Tasks

High-resolution video rendering

Advanced generative simulations

Demands high-performance hardware and is often time-insensitive, making centralized processing more efficient.

Big Data Processing

Batch processing

Data aggregation and mining

Involves handling terabytes/petabytes of data, which is impractical for local devices.

Real-time Global Analytics

Cloud-based monitoring

Predictive maintenance

Requires aggregation and processing of data from multiple sources across regions.

Highly Parallel Computation

Scientific simulations

Cryptographic processing

Leveraging massive parallel processing clusters is more effective than limited on-device cores.

Complex Simulations

Climate modeling

Large-scale physics or financial simulations

Demands high precision, vast data sets, and sustained processing, which exceeds the capabilities of on-device hardware.

Data Archiving and Backup

Cloud storage

Long-term data management

Centralized data centers offer cost-effective, scalable, and reliable storage solutions.

Collaborative Workflows

Cloud-based co-editing

Team project management

Requires simultaneous access and synchronization by multiple users, which is best managed through a central server.


But many consumer-facing operations can, and will, be provided directly on device. 


Camera image processing, language translation, predictive text operations  or speech interfaces already seem logical. Perhaps videoconferencing and onboard document search also will be seen as logical. 


Face recognition or biometric recognition obviously make sense for local processing for security reasons. And many local content recommendations will be able to operate using local processing as well. 


But what is “logical” still hinges on whether the particular operations on device and at the edge make more sense than operations at a remote processing site.  And issues such as battery life will play a part in that determination. 


Device

Key Features

Applications

AI PCs

On-device AI processing for real-time tasks

Productivity: AI-driven tools for editing, real-time transcription, and advanced virtual assistants.


Generative AI for content creation

Content Creation: Automatic photo, video, and document editing.


Predictive performance optimization

Gaming: AI-optimized game settings for better performance and user experience.


Enhanced cybersecurity via AI threat detection

Security: AI-based malware detection and phishing prevention.


Voice and natural language processing (NLP)

Collaboration: Smart meeting summaries, automatic translation, and intelligent chat responses.

AI Smartphones

Generative AI capabilities on-device

Camera Enhancements: AI for advanced photo editing, real-time effects, and improved low-light photography.


Localized large language models (LLMs)

Personal Assistants: Context-aware responses, proactive suggestions, and personalized reminders.


Neural processing units (NPUs) for faster AI computations

Health Monitoring: AI-based diagnostics, personalized fitness plans, and stress detection apps.


Voice and gesture recognition

Accessibility: Enhanced voice-to-text, gesture-based navigation for differently-abled users.


Integration of AI with IoT devices

Smart Home Control: Seamless management of smart appliances through conversational commands.


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