Athena Security has announced the launch of Apollo 500, a next-generation weapons detection system designed to pinpoint the exact location of a suspected weapon or prohibited item on a person or in their belongings.
Security teams are increasingly required to determine not only whether a threat exists, but precisely where it is located. Many existing screening systems rely on generalized alerts that require interpretation, often resulting in delays, manual searches, and inconsistent outcomes.
Eliminating Guesswork In Threat Detection
Apollo 500 addresses this challenge by delivering precise, real-time visual location indicators that guide operators directly to the position of a potential threat, improving response speed and decision accuracy in high-traffic environments such as hospitals, schools, and public facilities.
The system represents a significant advancement in threat-detection workflow. Instead of ambiguous alerts, Apollo 500 uses precision red-box indicators to visually identify whether a suspected weapon is located on the arms, legs, waistline, backpack, purse, or another carried item.
“In high-traffic environments, every second counts—and uncertainty slows teams down,” states Lisa Falzone, Co-Founder and President of Athena Security.
“Apollo 500 brings clarity to the screening process by giving operators precise, visual, and immediate intelligence. When security teams know exactly where to look, they can respond faster, reduce friction, and keep lines moving safely and efficiently.”
Addressing Operational Challenges In High-Traffic Facilities
Threat identification challenges have become more urgent as hospitals, schools, and public institutions face rising incidents while balancing safety and throughput. Research shows that screening systems relying on manual interpretation often produce inconsistent results, with different officers resolving identical alerts in different ways and at varying speeds.
Industry guidance from ASIS International highlights that non-specific alert zones increase operator workload and lead to inconsistent secondary screening decisions, slowing visitor flow. Apollo 500 directly addresses this issue by reducing cognitive load and enabling faster, more consistent threat resolution.
A demonstration video released with the announcement shows how Apollo’s visual location indicators help operators immediately identify threat positions, streamlining screening while improving safety outcomes.
“Traditional systems give you a general alert. Apollo tells you exactly where to look,” says Chris Ciabarra, Co-Founder and CTO/Chief AI Officer of Athena Security.
“We designed the Apollo 500 to eliminate confusion at the very moment decisions matter most. When operators can instantly see where a threat is located, accuracy goes up, search times go down, and the entire screening process becomes safer for everyone.”
Designed For Faster And Safer Screening
While no weapons detection system operates with complete accuracy, solutions such as Apollo 500 and AI-enabled X-ray technologies help organizations achieve higher levels of speed, clarity, and operational confidence.
By adopting tools designed for real-world environments, security teams can reduce uncertainty and create safer facilities for staff and visitors.
The company’s solutions—including weapons detection, visitor management, telepresence, AI-assisted X-ray, and smart glasses technology—are deployed across schools, hospitals, retail environments, and public spaces throughout the United States. Headquartered in Austin, Texas, Athena Security also operates remote offices in San Francisco, California, and Jacksonville, Florida.
https://www.athena-security.com
https://www.security.world/category/physical-security/
Frequently Asked Questions (FAQs)
1. What is Apollo 500?
Apollo 500 is a next-generation weapons detection system that visually pinpoints the exact location of a suspected weapon or prohibited item on a person or in their belongings.
2. How does Apollo 500 differ from traditional weapons detection systems?
Unlike systems that provide generalized alerts, Apollo 500 uses precision red-box indicators to show operators exactly where a potential threat is located.
3. Where can Apollo 500 be deployed?
The system is designed for hospitals, schools, corporate campuses, retail environments, and other public or high-traffic facilities.
4. Does Apollo 500 reduce screening delays?
Yes, by eliminating guesswork and reducing cognitive load, the system helps operators make faster and more confident decisions.
5. Is Apollo 500 fully accurate?
While no system operates at 100% accuracy, Apollo 500 improves speed, clarity, and consistency compared to traditional screening approaches.