Deep Packet Inspection
A unique DPI engine on the market
Sovereign network monitoring solution, undetectable by hackers and providing full visibility into Layer 7 traffic, designed to reduce incident response time (MTTR) and ensure network data security.
+ 3200
App Classification
Application classification, thanks to our DPI engine, allows precise and real-time identification of more than 3000 applications, thus facilitating traffic security.
482
Protocols detected
ORSEC Technologies' DPI engine detects a wide range of protocols, providing in-depth monitoring and accurate classification of network traffic.
41
Stream categorization
ORSEC's NMS DPI solution categorizes data flows for detailed visibility and optimized management of network traffic.
Source code owner
NDR solution with DPI.
The NDR solution with NMS's DPI engine provides full, detailed visibility into network traffic by deeply inspecting packets, unlike IDS engine-based NDR solutions that primarily focus on intrusion detection without analyzing packet content in detail. detail.
But also available virtually!
VMware ESXi
Product range
We have a solution for you
NMS is a next-generation passive DPI probe that provides unprecedented visibility into your network, turning every data packet into a source of strategic information.
NDR Physical Probe
The physical NDR probe is a key component of the NMS system, providing deep, real-time network monitoring to detect, analyze and respond to advanced threats and traffic anomalies.
Virtual NDR probe
The Virtual NDR Probe enables detailed analysis and effective detection of threats in ESXi VMware infrastructures, providing an adaptive and efficient cybersecurity solution.
Capture Probe
The Mass Capture Probe is designed to record and analyze large volumes of (Operators, Countries) network traffic, enabling comprehensive monitoring and precise response to security incidents.
Black Box
NMS is a cutting-edge passive network monitoring solution, designed as an impenetrable black box to reliably and securely record all network activities.
Forensic Analysis
Forensics analysis enables detailed and in-depth investigation of security incidents, extracting crucial evidence from data captured by NMS probes for effective response and resolution.
Tactical Probe & Mobile
The tactical and mobile probe allows rapid and effective monitoring of the network and immediate intervention after a cyberattack, recording activity to serve as legal evidence post-incidents.
Simplified installation
Deployment model
- Captures 100% of packets
- Analysis of 100% of packets
- Backup 100% of packets
Example of positioning DPI probes in a network
SIEM/SOC INTEGRATION
Export Capabilities of the NMS probe
Our customers can use their existing data analysis tools to leverage NMS DPI probe metadata.
Take full advantage of your existing infrastructure for comprehensive analysis and greater responsiveness
SIEM and SoC integration
JSON
Use tools like grep, sed, and the JSON JQ parser for efficient data searching and filtration
Linux Command Tools
Compression ratio 1:300
Use ElasticSearch, Logstash, and Kibana, with an included Java indexer, for optimal data visualization and management
Pile ELK
Elastic Search - Kibana
Transmit log messages via Syslog UDP for improved interoperability and flexibility
Syslog UDP
JSON
Optimize log collection, indexing and analysis with Graylog for enhanced monitoring
Graylog
JSON
100% French DPI technology
Sovereign solution | OIV - OSE - Governmental
The ORSEC network monitoring dpi probe acts as video surveillance for your network. Its passive, comprehensive logging capability, enhanced by powerful deep packet inspection (DPI) technology, ensures that network activity logs are immune to hacker removal attempts.
Risks
Fight against clandestine espionage
Combating clandestine espionage is crucial to protecting the security of military sites from the risks of data leaks and exposure to cybercriminals and enemy countries.
Shadow IT risks
High potential for site security compromise.
Consequences
Costly data leaks, exposure of sensitive information to malicious actors.
Risky behaviors
Unintentional use of personal devices and unsecured applications by staff.
Insufficient security policies
Current policies and use of cloud services not adapted to counter Shadow IT.
Limitations of audits and tests
Conventional methods such as IT audits and penetration testing do not always detect covert spying.
