Summary

Knightscope (NASDAQ: KSCP) is a Mountain View, California company that develops and deploys autonomous security robots — the K1 (stationary kiosk), K3 (indoor patrol), K5 (outdoor patrol), and K7 (newly announced all-terrain outdoor). The company operates on a Machine-as-a-Service (MaaS) recurring subscription model, typically $7–9/hour per robot. Full-year 2025 revenue was $11.3M (up 5%), with a net loss of $33.8M — a widening gap that reflects the challenge of scaling a capital-intensive subscription robot business. CEO William Santana Li co-founded the company in 2013 and has remained at the helm through multiple years of cash-burning growth.

Key Facts

  • Founded: 2013
  • HQ: Mountain View, CA
  • Type: Public (NASDAQ: KSCP)
  • Key backers: Went public January 2022 via direct listing; $20.6M cash at end of 2025
  • Key products: K1 (emergency communication kiosk), K3 (indoor patrol robot), K5 (outdoor security robot), K7 (new all-terrain outdoor, H2 2026 deployment target)
  • Revenue / valuation: $11.3M revenue (2025); net loss $(33.8M); market cap well under $100M
  • Pricing model: Machine-as-a-Service subscription, ~$7–9/hour per robot (reported industry estimates)
  • Total operational hours: 3 million+ hours across all deployments

What It Is / How It Works

Knightscope’s security robots operate as roving autonomous security guards — patrolling defined areas, recording video, collecting license plate data (ALPR — Automatic License Plate Recognition), detecting anomalies, and sending alerts to human security operators. The MaaS model means customers pay a per-hour or monthly subscription rather than purchasing the robots outright; Knightscope retains ownership and maintains the fleet. The typical pitch is that an autonomous robot patrol costs less per hour than a human security guard, while operating 24/7 without breaks.

The K5 is the flagship outdoor model: a 5-foot-tall, roughly 400-pound wheeled robot that patrols parking lots, campuses, and outdoor commercial facilities. The K3 is smaller and intended for indoor use (malls, hospitals, data centers). The K1 is a stationary emergency communications tower with cameras. The newly unveiled K7 is designed for light off-road and uneven terrain patrol — expanding beyond paved-surface K5 use cases.

The ALPR (Automatic License Plate Recognition) capability and continuous video surveillance have generated civil liberties concerns from privacy advocates. Some municipalities have raised questions about data retention practices and who has access to the surveillance footage and license plate logs collected by robots patrolling public-adjacent areas. The company has not had any regulatory actions taken against it on these grounds as of early 2026.

Financially, Knightscope is a challenging case: $11.3M in revenue with a $33.8M net loss in 2025 suggests the business model has not yet achieved the scale at which operating leverage kicks in. Service revenue (subscriptions) grew 7% and represents 70% of total revenue — a positive structural sign. However, the company burns significantly more cash than it generates, and the gap between revenue and profitability has not materially closed over several years as a public company.

Notable Developments

  • 2026-Q2 (target): K7 all-terrain outdoor security robot early production deployment. (StockTitan)
  • 2026: Knightscope quadruples workforce to over 40 (indicating small absolute scale despite growth). (StockTitan)
  • 2025 (full year): Revenue $11.3M (+5%); service revenue $8.0M (+7%); net loss $(33.8M); cash $20.6M. (StockTitan)
  • 2022-01: IPO on NASDAQ via direct listing.
  • 2013: Founded by William Santana Li and Stacy Stephens in Mountain View, CA.

Key People

William Santana Li — Co-Founder, Chairman, and CEO

  • LinkedIn: not found in public search
  • Education: Not publicly disclosed in available sources
  • Career (reverse-chronological):
    • Knightscope (2013–present): Co-founder, Chairman, CEO
    • Ford Motor Company: Early career (product and strategy roles)
  • Notes: Stacy Stephens is co-founder and Chief Client Officer. Li has been the public face of Knightscope through its entire history, including the controversial IPO process and subsequent public company period. The company’s path to profitability has been a persistent focus of investor concern.

People — Last Reviewed: 2026-03-31

Supply Chain Position

Knightscope operates as a Platform OEM that retains robot ownership under its MaaS model, making it both a hardware manufacturer and a services company. Robots are designed and assembled in Mountain View, CA. Components sourced from external suppliers (not publicly disclosed). The ALPR and surveillance camera systems are commercial off-the-shelf components integrated into the robot platform. ⚑ Rare earth dependency: Drive motors use BLDC motors with NdFeB magnets; Chinese rare earth supply chain applies.

Claim Verification

Claim: Knightscope robots are cheaper than human security guards at $7–9/hour

Status: Partially verified

Supporting sources:

  • Industry reporting has consistently cited ~$7–9/hour as the Knightscope subscription price, suggesting it is cheaper than US minimum-wage security guard costs in many markets
  • The value proposition is directionally sound: human guards cost $15–25/hour in many US markets at minimum wage plus overhead

Refuting / questioning sources:

  • The $7–9/hour figure is for the robot subscription only — not including human oversight, alert monitoring, and incident response that the robot system requires; the total security system cost including human operators reviewing alerts is higher than the robot cost alone
  • Knightscope’s $11.3M revenue with $33.8M net loss suggests the company itself cannot make the economics work profitably at current scale
  • Several high-profile robot incidents (falling into a fountain, confrontations in public spaces) have generated media coverage casting doubt on “autonomous” operation reliability

Summary: The cost-per-hour comparison vs. human guards is directionally favorable but misleadingly simple; full-system cost including human oversight, total deployment is higher, and the company’s ongoing losses suggest the model has not proven sustainably profitable.

Sources