First 100 manufacturers earn the Genesis Rank Badge
Are you with BRINC?
BRINC is a robotics company founded 2019, based in United States, developing 1 robot primarily in the Security category.
Next-generation drones enabling public safety professionals to survey dangerous areas without sending a person.
BRINC Drones builds public safety robotics, specifically the LEMUR 2 drone, designed for law enforcement and emergency responders to survey hazardous indoor and outdoor environments. The LEMUR 2 is their flagship model, enabling safe reconnaissance in areas too dangerous for human entry. Customers include U.S. police departments and public safety agencies. The company operates from Seattle, Washington, and focuses on rapid-response drone technology for emergency situations.
Total funding
US$160.0M
Active products
1
Robo Score
56
BBB
View factor breakdown
Top-rated product
A
Robo Index
LEMUR 2
Company facts
- HQ
- Seattle, United States
- Founded
- 2019 · 7 yrs
- Employees
- 51
- Website
- brincdrones.com
Robo Score
Products, Range, Traction set the number — the three factors present for every company. Momentum, Attention, Readiness describe the brand but never move it. A value we don't have reads —, never zero. Claiming or paying moves nothing.
5 of 6 factors known. How it's calculated
Trusted by
- U.S. Public Safety Agenciesdeployed 2023geekwire.com ↗
- Emergency Respondersdeployed 2023geekwire.com ↗
Milestones
BRINC announced the release of the next-generation LEMUR 2 drone.
BRINC delivered the first production units of LEMUR 2 drones to U.S. public safety agencies.
Press coverage
- Brinc delivers first Lemur 2 drones to U.S. public safety agencies
GeekWire · Mar 2023
- Next Generation LEMUR 2 Drone will allow public safety officials to rethink indoor operations
Commercial UAV News
- BRINC Announces Release of its Next Generation LEMUR 2 Drone
PR Newswire · Mar 2023
Security & Patrol buying guides
Industry Knowledge →
The security-robot vendor RFP: questions and red flags
Security robot RFPs fail when buyers accept vague commitments on integration, false-alarm rates, and data handling. Here is the question set that surfaces what …

A 90-day playbook to deploy a security robot
The first 90 days determine whether a security robot becomes a durable operational asset or a maintenance-closet fixture. Here is the phase-by-phase process tha…

Security robot platform decision framework
Platform selection for security robots is driven by environment geometry, threat profile, and operational constraints. This framework maps each platform type to…
