- We’ll be at ISS World MEA 2026, JW Marriott Marquis Hotel, Level 6 | 30th June - 2nd July, 2026 | B-80
Petabyte-scale NDR, trusted by defense and intelligence agencies, now ready for the enterprise.
Vehere NDR ensures 100% lossless
packet capture – even at petabyte scale
– so you never miss a byte. Preserve
complete traffic visibility for deep
forensics, regulatory compliance, and
precise threat investigation, all without
compromise.
Most NDR solutions stop at alerts.
Vehere NDR goes further – empowering
security teams with integrated network
forensics to reconstruct, investigate,
and respond faster. Gain deep visibility
into traffic and trace attacker
movements.
Vehere NDR doesn’t just detect threats
– it analyzes them in real time. With a
built-in on-demand malware scanner,
suspicious files and payloads are safely
detonated within the platform, delivering
rapid insights. Investigate threats faster,
reduce dwell time, and make confident
decisions – all from within your NDR
console
Complete Visibility with 100% lossless Packet Capture and instant threat insights.
Accelerate investigations with alerts mapped to MITRE frameworks for rapid threat reconstruction.
Detect unknown threats with real-time sandboxing and zero-day malware isolation.
Integrate with your existing SIEM and SOAR platforms for automated incident handling and faster remediation.
| Features | Typical NDR Solutions | Vehere NDR |
|---|---|---|
| Data capture | 'Event-based' selective packet capture or metadata capture with partial visibility | Full, continuous packet capture with complete network visibility |
| Protocol coverage | Support a limited set of protocols, ranging from ~100- 3000 | Supports deep inspection across 5000+ protocols |
| ML algorithms | Limited ML approaches such as supervised or unsupervised models | Combines supervised and unsupervised learning with deep learning techniques |
| Forensics | Limited forensic visibility due to selective packet capture. Difficult to reconstruct unknown threats | Full packet forensics with complete session reconstruction and deep investigation of unknown threats |
| Malicious file analysis | Basic scanning and flagging of potentially malicious files | Dynamic file analysis with the ability to safely execute and analyse files in a controlled environment |
| IDS capability | Often absent, externalized or limited to basic rule based matching | Native IDS engine with packet to rule set correlation |
| Packet analysis | Rely on tools like Wireshark for PCAP analysis | Built-in packet analysis for fast pivots from alerts to PCAPs, with support for importing third party PCAP files |
| Encrypted traffic visibility | Basic fingerprinting techniques | Supports both fingerprinting and on-demand TLS decryption for deeper inspection |
| AI precision in detection | Limited AI usage for detections | Multi-agent AI for deep threat insights, alert verdicts (TP/FP), automated and proactive threat hunting |
| ML-powered insights | Limited contextual explanation for alerts | ML generated alert rationale. Automatic consolidation of repetitive alerts into a single enriched incident |
| Data control | Telemetry often sent to the cloud for processing | Complete data control with no telemetry sent to cloud |
| Privacy safeguards | Minimal to zero PII safeguards | Custom policy-based PII rules with PII masking and hashing capabilities |
| Scalability | Experience packet drops or reduced visibility at very high network speeds | Designed for high-throughput environments supporting beyond 100G with petabyte scale capacity |
| Licensing | Licensing typically based on number of hosts or IPs | Throughput based licensing aligned with network traffic |
Complete visibility, real-time threat detection,
zero-trust compliance, and scalable enterprise protection.
