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Meta's Dilemma: Employing AI from Rival Companies

Meta's substantial $14.8B investment in AI somehow necessitates the utilization of rivals' models, showcasing that platform dominance does not guarantee AI supremacy.

The Conundrum of Market Dominance: Meta's Need to Leverage Competing AI Technologies
The Conundrum of Market Dominance: Meta's Need to Leverage Competing AI Technologies

Meta's Dilemma: Employing AI from Rival Companies

In the tech world, Meta, the parent company of Facebook, Instagram, and WhatsApp, is facing a significant challenge in its AI strategy. Despite investing a colossal $14.8 billion, the financial model has yet to yield returns, with Meta facing dependency costs by paying competitors for core capabilities.

The issue, as experts point out, lies in the dichotomy between infrastructure and innovation. Infrastructure without innovation equals dependency for Meta, creating a vicious cycle that hinders their progress.

Vertical integration, a strategy Meta has pursued, has created capability gaps. The company, in its quest for competitive models, considered AI companies like Scale AI and CrowdStrike in 2023. Meta invested $14.3 billion in Scale AI and partnered with CrowdStrike to develop an AI benchmark. However, the search for competitive models remains elusive.

The market dynamics are forcing Meta to buy capabilities. With an 18-month lag behind leaders, opportunity costs of $14.8 billion, talent constraints, and innovation velocity that outpaces internal progress, Meta is left with no choice but to acquire what it needs.

Historical examples of platform paradoxes abound, from Microsoft's mobile paradox to Google's social paradox and Amazon's phone paradox. Meta seems to be facing a similar predicament.

One of the key challenges Meta faces is the dependency cascade. This cascade includes four levels: model dependency, ecosystem dependency, strategic dependency, and existential dependency. Meta, owning infrastructure but lacking competitive models, finds itself at the mercy of these dependencies.

Meta is considering several solutions to break this cycle. One such solution is the integration of OpenAI, another is the potential use of Google and OpenAI models, despite investing $14.8 billion in AI infrastructure.

However, the company's public position emphasises leading AI research, open source leadership, massive AI investment, and platform independence. Yet, its private reality may reveal otherwise, with employees preferring OpenAI's models and limited adoption of Meta's AI products.

The platform power is eroding for Meta, and the control-nothing predicament, where vertical integration promises independence but resources spread thin across the stack, resulting in the need to adopt superior external solutions, seems to be the crux of the issue.

Despite the challenges, Meta continues to invest heavily in AI, with a breakdown that includes 600,000 GPUs, data centers with geographic distribution, custom silicon development, model training on the LLaMA series, and integration costs for existing products. The question remains, will Meta be able to navigate the platform paradox and emerge as a leader in AI?

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