Knightscope, Inc. ( KSCP ) Q3 2025 Earnings Call November 13, 2025 2:00 PM EST Company Participants Alison Schwanke William Li - President, CEO & Chairman Apoorv Dwivedi - Executive VP, Secretary & CFO Presentation Alison Schwanke Welcome, everybody, to the Third Quarter 2025 Knightscope Earnings Call. My name is Alison Schwanke, I'm the VP of Marketing here at Knightscope.
Knightscope, Inc. (KSCP) came out with a quarterly loss of $0.98 per share versus the Zacks Consensus Estimate of a loss of $0.72. This compares to a loss of $3.58 per share a year ago.
The average of price targets set by Wall Street analysts indicates a potential upside of 170.2% in Knightscope (KSCP). While the effectiveness of this highly sought-after metric is questionable, the positive trend in earnings estimate revisions might translate into an upside in the stock.
| IT Services Industry | Information Technology Sector | William Santana Li CEO | NASDAQ (CM) Exchange | 49907V201 CUSIP |
| US Country | 71 Employees | - Last Dividend | 16 Sep 2024 Last Split | 27 Jan 2022 IPO Date |
Knightscope, Inc., established in 2013 and based in Mountain View, California, operates at the forefront of autonomous security solutions within the United States. The company is renowned for designing, developing, manufacturing, marketing, deploying, and supporting its Autonomous Security Robots (ASRs). These robots are pivotal in patrolling various environments, ranging from indoor facilities to outdoor spaces, providing a futuristic approach to security. Knightscope's innovative technologies blend seamlessly with human-operated systems for enhanced safety measures across multiple sectors, exemplifying a new era of security management.
Knightscope's array of products and services includes a range of autonomous security robots, each tailored for specific environments and security needs, alongside complementary operational centers for real-time data processing and management.
Designed for dynamic patrolling in both indoor and outdoor settings, the K3 and K5 ASRs navigate autonomously across geo-fenced areas. They employ an array of sensors and lasers to safely move around people, vehicles, and obstacles using either random patrol paths or specific patrolling algorithms. These robots are integral for areas requiring constant surveillance.
This versatile ASR operates effectively both indoors and outdoors, specifically at points of ingress and egress for people and vehicles. The K1 is equipped to handle the critical task of monitoring and controlling flow in sensitive or highly trafficked areas.
The K7 expands Knightscope's reach into challenging terrains, making it suitable for environments traditional robots or vehicles might find inaccessible. It is specifically designed to patrol a variety of landscapes, ensuring security across expansive and diverse areas.
A browser-based interface that offers clients real-time data access and alert services for abnormal events. The KSOC represents Knightscope's commitment to integrating human oversight with autonomous patrolling, ensuring that security teams can respond promptly to incidents detected by the ASRs.
This suite of tools enables efficient management and monitoring of the ASR fleet. The KNOC facilitates over-the-air software updates, patches, and offers alerts on critical indicators such as charging status, software health, navigation, and temperature. This centralized system ensures that all ASRs are operating optimally, enhancing the overall security infrastructure.
A virtual monitoring and response solution providing an alternative or supplement to traditional on-site security presence. Knightscope+ leverages the data and surveillance capabilities of the ASRs to offer a more flexible, efficient, and cost-effective security solution for client sites that may not require or afford 24/7 human security personnel.
Knightscope serves a wide range of sectors including airports, corporate campuses, educational institutions, healthcare facilities, and various government entities, showcasing the company's versatility and the broad applicability of its technologies in enhancing security protocols across diverse environments.