Allbirds Inc. is abandoning its shoe business to become an artificial-intelligence compute infrastructure company under the new name NewBird AI.
The move marks a total departure from the company's origins in sustainable footwear. By exiting the retail market and entering the high-growth AI sector, the firm aims to reverse a period of business struggle and find new avenues for growth.
On Wednesday, April 15, 2026, the company announced it would rebrand as NewBird AI, which it described as a "GPU-as-a-Service" company [2]. This transition involves the complete sale of its footwear intellectual property to the American Exchange Group for $39 million [3].
"We are excited to transition from shoes to AI compute infrastructure and rebrand as NewBird AI," an Allbirds spokesperson said [1].
The financial markets responded immediately to the shift. Share prices experienced a 600% surge following the announcement [4]. This pivot added $127 million in value to the company [3], a significant change for a firm that previously held a $4 billion valuation [1].
The CEO said that the deal with American Exchange Group allows the company to focus entirely on AI [3]. The company, headquartered in the U.S. San Francisco area, will now operate as a provider of the hardware and computing power necessary to run large-scale AI models [1], [2].
This strategic pivot comes as many struggling legacy brands seek ways to capitalize on the current demand for AI processing power. By selling its physical assets, NewBird AI has shifted its entire business model from consumer retail to enterprise technology services.
“Allbirds will rebrand as NewBird AI, a “GPU-as-a-Service” company.”
The transition from sustainable footwear to GPU-as-a-Service reflects a broader trend of companies pivoting toward AI infrastructure to attract investors. By liquidating its retail intellectual property, NewBird AI is betting that the demand for compute power is more sustainable than the consumer demand for eco-friendly shoes, prioritizing high-margin tech services over physical product manufacturing.
