Bones Interactive provides AI-driven network packet monitoring and anomaly detection to enhance cybersecurity for businesses. Their technology reduces human error and operational costs while ensuring 24/7 threat detection and disaster recovery for internal networks.
Funding
$15K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Security Operations Centers (SOCs) face challenges in maintaining comprehensive network monitoring due to the high costs and potential for human error in manual analysis. Traditional security systems often struggle to adapt to new threats and can be slow to respond to anomalies, leaving internal networks vulnerable.
Solution
Bones Interactive offers AI Audit, a network packet monitoring and anomaly detection system designed to enhance cybersecurity. AI Audit monitors all network packets on the internal network around the clock, detecting, reporting, and acting upon anomalies and anomalous fluctuations. The system uses artificial intelligence to detect anomalies, generate detailed reports, and take immediate action against detected threats. It also backs up the internal network to secure servers, providing disaster recovery capabilities. AI Audit aims to accelerate and optimize SOC processes while reducing operational costs.
Target Audience
Bones Interactive primarily targets businesses seeking to enhance their cybersecurity posture, reduce the workload of their SOCs, and improve their ability to detect and respond to network anomalies.
Features
- 24/7 monitoring of internal network packets
- AI-driven anomaly detection and reporting
- Immediate response to detected threats
- Automated disaster recovery to secure servers
- Daily reporting on network status and security events
- Integrated web panel for accessing reports and managing the system
- API support for integration with existing security infrastructure
- Continuous learning and adaptability to new threat patterns