From technology leadership to the factory floor
Humanoid robots have become one of the most closely watched developments in artificial intelligence and automation. But as companies compete to develop machines capable of performing physical work, an increasingly important question is emerging: Can they build sustainable businesses around the technology?
For Peggy Johnson, the executive leading Oregon-based Agility Robotics, that question is central to the company’s next chapter.
A November 8 profile published by Business Insider examines Johnson’s efforts to scale Agility Robotics following a special purpose acquisition company, or SPAC, transaction that raised approximately $465 million.
The financing provides capital to support the development, production, and deployment of Digit, the company’s humanoid robot designed for industrial environments.
Yet funding and technological progress do not automatically translate into profitability.
Johnson now faces the challenge of converting robotics innovation into repeatable commercial operations.
Meet Peggy Johnson
Johnson brings extensive experience in technology partnerships, business development, and executive leadership.
Before joining Agility Robotics, she held senior positions at Qualcomm and Microsoft, where she worked on strategic relationships and technology commercialization. She later served as CEO of Magic Leap, an augmented-reality technology company.
Her career reflects an important dimension of leadership in emerging technology: bringing sophisticated products into markets where customers must see practical value before adopting them.
At Agility Robotics, that experience is being applied to a particularly demanding sector.
Humanoid robots must operate reliably in physical environments, interact safely with people and equipment, and justify their costs to industrial customers.
Inside Agility Robotics’ Digit platform
Digit is designed to support tasks in warehouses, manufacturing facilities, and other industrial settings.
Unlike conventional fixed automation equipment, humanoid robots are being developed to work in environments originally designed around human movement and physical capabilities.
Agility has reported deployments at nine customer sites, including organizations such as Amazon, Toyota, and GXO.
These deployments represent an opportunity to evaluate how the technology performs in real operational conditions.
However, the existence of a customer deployment does not establish that a robot can perform every relevant task, operate without supervision, or generate a positive return on investment.
Commercial success depends on reliability, maintenance, productivity, safety, and the ability to integrate robots into existing workflows.
The economics behind humanoid robotics
The financial challenges facing Agility illustrate the gap between market interest and commercial maturity.
According to Business Insider, the company generated approximately $1.8 million in revenue last year while recording a loss of $138.1 million.
The company has also reported an order exceeding $300 million for 1,000 robots from one customer. Orders and commercial commitments, however, should not be treated as recognized revenue or guaranteed profit.
Manufacturing economics remain another significant challenge.
The initial materials cost for the Digit 5 robot is estimated at approximately $150,000, with Agility expecting costs to decline as production scales.
The company’s commercial projections also depend on customers being able to recover the costs of robotic deployment over time.
Those projections are not independently established outcomes.
For Agility, improving manufacturing efficiency and demonstrating dependable performance will be essential to building a business that can operate beyond investment financing.
Why this matters for women in STEM
Johnson’s leadership offers a perspective on technology careers that extends beyond laboratory research and software engineering.
Commercializing advanced robotics requires collaboration across multiple disciplines, including mechanical engineering, artificial intelligence, operations, manufacturing, supply-chain management, finance, and business development.
It also requires leaders who can translate technical capabilities into practical customer outcomes.
For women pursuing careers in emerging technology, Johnson’s experience illustrates how strategic partnerships, commercial leadership, and executive management can contribute to shaping technology industries.
Her career also demonstrates that technical innovation and business leadership are not separate conversations.
They are deeply connected when a company must move from developing a product to delivering it at scale.
What comes next for Agility Robotics
The humanoid robotics market is attracting substantial investment and competition from companies including Figure AI, Apptronik, and Tesla.
Agility will need to demonstrate that its technology can be manufactured economically, deployed consistently, and used productively by customers.
The next phase will be measured not only by new demonstrations or funding announcements, but also by operational performance, customer adoption, revenue, and progress toward sustainable margins.
For Johnson, the challenge is both technical and commercial.
For the broader robotics industry, Agility’s experience may offer valuable evidence about whether humanoid machines can become a practical part of everyday industrial operations.
Source:
Business Insider — Peggy Johnson and Agility Robotics, November 8, 2026.
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This article is independent editorial coverage based on publicly available reporting. It is not sponsored by or affiliated with the organizations mentioned. Figures and forward-looking expectations attributed to companies are not guarantees of future performance.
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