LOADING_SYSTEM...
WORK / CASE STUDIES
SECURITY
NEXT-GENERATION CYBERSECURITY PLATFORM FOR ENTERPRISE THREAD DETECTION.
YEAR / 2024
<1s
DETECTION TIME
95%
FALSE POSITIVE REDUCTION
01 / THE BRIEF
What needed
to be built.
CLIENT
Void Security
LOCATION
Tel Aviv, IL
DURATION
7 months
YEAR
2024
Void Security needed a platform that could detect and neutralize enterprise-level threats in real-time. The existing solutions were too slow and provided too many false positives.
We engineered a high-performance cybersecurity platform with a focus on real-time threat detection and automated response. The system uses advanced anomaly detection algorithms to identify threats before they can cause damage.
"THE SYSTEM THEY HAD WAS COSTING THEM TRADES. WE ARCHITECTED A SOLUTION THAT RECLAIMED THEIR EDGE."
02 / THE CHALLENGE
The system they had
was costing them trades.
Slow threat detection and high false positive rates in existing cybersecurity solutions. Enterprise-level threats required a more proactive and automated approach.
- •
Slow real-time threat detection capabilities
- •
High false positive rates leading to alert fatigue
- •
Lack of automated response mechanisms for enterprise threats
03 / THE SOLUTION
Rebuilt from the
query layer up.
We built a robust cybersecurity platform with a focus on real-time anomaly detection and automated incident response. The interface provides a brutalist, high-clarity view of the enterprise security posture.
- •
Real-time anomaly detection for proactive security
- •
Automated incident response to neutralize threats
- •
High-clarity brutalist security dashboard
04 / THE ALPHA ADVANTAGE
The Alpha
Advantage.
<1s
DETECTION TIME
95%
FALSE POSITIVE REDUCTION
7 months
TIME TO MARKET
05 / ARCHITECTURE
Platform Architecture.
We engineered a high-performance distributed system using a custom message broker and a specialized query layer. The architecture is designed for zero downtime and sub-ms internal communication.
06 / INTERFACE
User Interface Design.
The interface was designed with a focus on cognitive load reduction. We used a brutalist design language to create a high-clarity environment for complex technical work, prioritizing data visibility and structural hierarchy.