DETECTION ENGINEERING

Detection Engineering in Belgium

We build, tune and validate the detections that power your SIEM or EDR — so alerts reflect real attacker behaviour, not noise.

What's included

Use case development

New detection logic built around the threats and assets that matter to your environment.

MITRE ATT&CK coverage

Detections mapped to ATT&CK techniques, so you can see — and prove — what you actually cover.

Sigma, KQL and SPL rules

Correlation rules and analytics written natively for Sentinel, Splunk or Elastic, not generic templates.

False-positive reduction

Existing detections reviewed and tuned until what fires is worth an analyst's time.

How we approach it

01

Baseline

We review your current detections, log sources and coverage gaps.

02

Build

We design and write new detection logic for the gaps that matter most.

03

Validate

We test detections against realistic attacker behaviour before they go live.

04

Maintain

We keep detections tuned as your environment and the threat landscape change.

Built for the platform you run

Detection engineering delivered natively in Microsoft Sentinel, Splunk Enterprise Security or Elastic Security — no generic, platform-agnostic rules.

Frequently asked questions

What is detection engineering?

Detection engineering is the practice of building, tuning and validating the rules that power a SIEM or EDR — correlation rules, use cases and detection logic mapped to MITRE ATT&CK, with false positives reduced through continuous validation.

Can detection engineering be a standalone project?

Yes. It's the easiest way to start working with Wisure: a focused engagement to improve the detections you already run, without committing to a full managed SOC.

Do you replace our existing SIEM or EDR?

No. We work inside the platform you already have — Sentinel, Splunk or Elastic — and improve what it detects.

Want to know how this would work for your organisation?