Are you a robotics manufacturer?
Claim your page to correct your specs and keep your listing current.
Nightingale Security is a robotics company founded 2014, based in United States, developing 2 robots primarily in the Security category.
Fully autonomous, 24/7 physical security drone systems
Nightingale Security builds autonomous robotic aerial security systems, including the BLACKBIRD Block-5 drone platform, for persistent perimeter and site surveillance. Its products are sold to commercial and industrial customers needing 24/7 drone-based security operations, with deployments integrated into customer sites in the United States.
Total funding
US$8.6M
Active products
2
Robo Score
55
BBB
View factor breakdown
Top-rated product
BBB
Robo Index
Blackbird
Company facts
- HQ
- Palo Alto, United States
- Founded
- 2014 · 12 yrs
- Website
- www.nightingalesecurity.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
Milestones
Company was co-founded in June 2014 by CEO Jack Wu and John Hsu.
Press coverage
- How Nightingale Is Making Aerial Security a Reality
Security Sales & Integration
Active products by Nightingale Security
2 shown| # | Category | Key specs | ||||
|---|---|---|---|---|---|---|
| 1 |  | Blackbird | Security | Payload 2.3 kg·Top speed 14.8 m/s | 2026 | BBB |
| 2 |  | BLACKBIRD BLOCK-5 | Security | Payload 3 kg·Top speed 14.8 m/s | — | BBB |
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…