Network Security

Network Detection & Response Implementation

Design, deployment and operationalization of a network detection and response platform, sensor placement through validated, tuned handover.

  • 12 to 28 weeks Engagement window, site dependent
  • AI-driven Behavioral analytics and anomaly detection configured as part of the deployment
  • Hypercare Post-deployment support included during the agreed transition period

The challenge

Most attacker activity today moves through the network using valid credentials and legitimate tools, not malware, which means it looks like normal traffic to anything that only watches the endpoint. Deploying a network detection platform without a structured rollout risks the same result as any unplanned platform deployment, blind spots, false positives, and a tool nobody trusts.

Approach

How the engagement works

01 · Design the architecture

Sensor placement, traffic visibility strategy, sizing, and high availability are designed around your network architecture and critical assets.

02 · Deploy and configure

Sensors, collectors, and the analytics engine are deployed with behavioral analytics, anomaly detection, and threat intelligence feeds properly configured and integrated.

03 · Validate and hand over

Detection coverage is validated against MITRE ATT&CK, false positives are tuned out, and the platform is handed over with detailed runbooks and ongoing hypercare support for operations.

How it works

From sensor placement to a validated, tuned platform

What’s included

  • Discovery workshops and solution architecture design
  • Sensor, collector and analytics engine deployment
  • Integration with switches, firewalls, packet brokers and cloud environments
  • Behavioral analytics, anomaly detection and encrypted-traffic analysis configuration
  • Integration with SIEM, SOAR, XDR and identity platforms
  • Validation testing, alert tuning, and hypercare support

Outcomes

  • Network visibility validated against MITRE ATT&CK, not assumed complete
  • False positives tuned out before go-live, not discovered by an overwhelmed analyst
  • A platform your team is trained to run, not left to figure out alone

Why Gruve

Most NDR deployments go live untested

Gruve validates, tunes and optimizes detection coverage before transitioning the platform into customer operations.

Gruve Differentiator

Gruve NDR Implementation
Self-Deployed Sensors
Business Requirements

Organizations that want validated coverage before going live

Organizations deploying sensors internally without formal validation

Service Model

Architecture, deployment and validation delivered end-to-end

Internal team designs, deploys and tunes without dedicated expertise

Technology & Expertise

Alert fidelity tested through functional testing before handover

Internal team designs, deploys and tunes without dedicated expertise

Approach & Capabilities

Coverage validated against MITRE ATT&CK mapping

Coverage assumed complete, rarely tested against a framework

Governance & Assurance

Integration with SIEM, SOAR, XDR and identity platforms included

Integration attempted ad hoc, often incomplete

Network Security

Often deployed together

SASE / SSE

Managed endpoint detection and response with authority to contain confirmed threats immediately.

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OT/IoT, NAC, Cloud NGFW & SD-WAN

Proactive, hypothesis-driven hunts across SIEM, endpoint, network and cloud telemetry.

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NGFW Lifecycle Services

24x7x365 monitoring and detection engineering delivered on the customer's own SIEM and SOAR platform.

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Testimonials

Access that matches how people actually work
not a VPN concentrator from another era

The partnership with Gruve brings significant value to customers by combining thought leadership, delivery, and execution of services. Leveraging AI/ML and Cloud tools in delivering software integrations and services can significantly ease transitions for large enterprise organizations.

Book your assessment

Start with a clear architecture design before sensors are deployed

Attackers move through your network before they touch an endpoint. Catch them with Gruve's AI-Powered NDR.

  • Network architecture and critical assets discovered upfront
  • Sensor placement and sizing designed before deployment
  • Validation testing and hypercare support scoped from day one

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