Vendor Comparison
Compare Hilt and CrowdStrike. CrowdStrike EDR stops malware, exploits, and ransomware and contains compromised endpoints. Hilt adds the data movement layer EDR does not watch. See where each fits and where they run together.
Hilt and CrowdStrike catch different things, and a strong program runs both. CrowdStrike Falcon is the industry standard in endpoint detection and response (EDR): it stops malware, exploits, and ransomware, and it contains an endpoint once it is compromised. Hilt is a data movement governance platform: it watches data movement at runtime, metadata only by default, off the path, and surfaces when a fully permitted process moves data in a way that is abnormal for the identity behind it. Hilt is additive to CrowdStrike, not a rip and replace. The two answer different questions side by side.
This guide compares the two across what each one is built to detect and where they fit together. For a broader view of the category, see our guide on data exfiltration prevention.
CrowdStrike is best-in-class at what EDR is for. Its sensor detects malicious code, exploit behavior, and ransomware, and its threat intelligence and threat hunting are world-class. When an endpoint is compromised, Falcon can contain it fast, and its breakout-time detection is genuinely strong. If your question is whether a host is under threat from a binary, an exploit, or an attacker on the box, CrowdStrike answers it, and Hilt does not replace that.
Teams that run CrowdStrike also recognize the shape of what EDR is not built to catch. A fully permitted process, no malware, no exploit, no signature, moving data abnormally is invisible to a threat-detection engine because nothing about it is a threat in the EDR sense. The process is trusted. The credentials are valid. Only the pattern of movement is wrong. That is exactly the case Hilt is built for, and exactly the case EDR is not.
| Capability | Hilt | CrowdStrike |
|---|---|---|
| Core question | Is this data movement abnormal for this identity? | Is this endpoint compromised by a threat? |
| Primary signal | Behavioral anomaly in data movement | Malware, exploit, ransomware, attacker behavior |
| Catches a permitted process moving data abnormally | Yes (core strength) | Not its job (no malware, no signature) |
| Catches malware, exploits, ransomware | Not its job | Yes (core strength) |
| Vantage | Data movement at the kernel (metadata by default) | Endpoint threat telemetry |
| Domains covered | Cloud workloads + endpoints + network | Endpoints (workload coverage via add-ons) |
| Response | Host-level network isolation (quarantine), from the control plane | Endpoint containment |
| Overhead | Off the path, ~0.1% of a core, 4 to 8 MB | Sensor on the endpoint |
For a full category view, see the complete comparison.
This is the line between the two, and both halves matter. CrowdStrike is built to answer: is something hostile running on this endpoint. Malware, an exploit chain, ransomware, an attacker living off the land. That is a hard, important problem, and CrowdStrike solves it as well as anyone. Falcon Data Protection adds some content-based DLP on top of the sensor, which extends coverage, though it remains rooted in the threat-detection model.
Hilt answers a question that has no threat in it: of the data moving right now, on access that is valid and processes that are trusted, is this move abnormal for the identity behind it. There is no binary to flag, no signature to match, no exploit to detect. A trusted process reading far outside its baseline and sending to a destination it has never used is not a malware event. It is a movement event, and it is the one EDR was never designed to see. Hilt watches that movement at the kernel, resolves it to a real identity, and surfaces the pattern.
| Scenario | Hilt | CrowdStrike |
|---|---|---|
| Malware or ransomware on the host | Not its job | Yes (core strength) |
| Exploit chain or attacker on the box | Not its job | Yes (core strength) |
| Trusted process, valid credentials, abnormal data movement | Yes (at the kernel) | No threat signal to fire on |
| A departing insider moving data they always had access to | Yes (behavioral baseline) | Access is valid, so no detection |
| Data staged across cloud, endpoint, and network | Yes (cross-domain correlation) | Endpoint-centric |
| Containing a compromised endpoint | Endpoint is not compromised; Hilt isolates on abnormal movement | Yes (endpoint containment) |
The point is not that one tool wins. EDR closes the threat path; Hilt closes the permitted-movement path. The breach that uses no malware at all, just valid access and an abnormal pattern, is the seam between them, and it is where Hilt adds coverage.
A fair comparison names where CrowdStrike is the better fit, and it is a wide area. If your immediate need is to detect and stop malware, exploits, and ransomware, hunt threats across your endpoints, and contain a compromised host quickly, CrowdStrike is excellent and Hilt does not try to do that work. Its threat intelligence, detection coverage, and incident response are mature and battle-tested. For endpoint threat defense, CrowdStrike first is the right call, and most Hilt customers run an EDR underneath.
Hilt is not an EDR and will not find a binary threat, an exploit, or ransomware. It is built for the move that carries no threat at all: trusted process, valid identity, abnormal pattern.
Hilt is the right addition for teams that already run CrowdStrike (or another EDR) and want, on top of threat detection:
EDR keeps hostile code off the host. Hilt watches what trusted processes do with the data once the host is clean. Together they cover both the threat and the permitted move.
Book a demo with Hilt to see data movement, resolved to a real identity, alongside your EDR. One-command deployment, first events in seconds.
Is Hilt a CrowdStrike replacement? No. CrowdStrike is an EDR and stops malware, exploits, and ransomware and contains compromised endpoints. Hilt watches data movement and catches a permitted process moving data abnormally, which carries no threat signal for EDR to detect. The two cover different problems and run together. Hilt does not replace EDR.
How is Hilt different from CrowdStrike? CrowdStrike detects threats: hostile code, exploits, attacker behavior on the endpoint. Hilt detects abnormal data movement: a trusted process, valid identity, moving data in a pattern that does not fit. There is no malware in that case and no signature to match, which is why EDR does not see it and Hilt does. Hilt also correlates across cloud, endpoint, and network, and can isolate the host at the network where you choose to act.
Do I still need EDR if I run Hilt? Yes. Hilt does not detect malware, exploits, or ransomware, so keep CrowdStrike or your EDR for endpoint threat defense. Hilt adds the data movement layer that threat detection is not built to watch.
What does Hilt catch that EDR misses? The fully permitted move. A trusted process with valid credentials reading and sending data abnormally is invisible to EDR because nothing about it is a threat in the EDR sense. Hilt surfaces that pattern at runtime, resolves it to a real identity, and, where you choose to act, isolates the host at the network (quarantine), never inline.
Does Hilt integrate with CrowdStrike? Yes. Hilt is additive and runs alongside CrowdStrike Falcon, SentinelOne, and your SIEM and SOAR platforms. It adds the behavioral movement and containment layer your stack does not have, single-tenant in your own cloud. See our FAQ for integration details.
FAQ
No. CrowdStrike is an EDR and stops malware, exploits, and ransomware and contains compromised endpoints. Hilt watches data movement and catches a permitted process moving data abnormally, which carries no threat signal for EDR to detect. The two cover different problems and run together. Hilt does not replace EDR.
CrowdStrike detects threats: hostile code, exploits, attacker behavior on the endpoint. Hilt detects abnormal data movement: a trusted process, valid identity, moving data in a pattern that does not fit. There is no malware in that case and no signature to match, which is why EDR does not see it and Hilt does. Hilt also correlates across cloud, endpoint, and network, and can isolate the host at the network where you choose to act.
Yes. Hilt does not detect malware, exploits, or ransomware, so keep CrowdStrike or your EDR for endpoint threat defense. Hilt adds the data movement layer that threat detection is not built to watch.
The fully permitted move. A trusted process with valid credentials reading and sending data abnormally is invisible to EDR because nothing about it is a threat in the EDR sense. Hilt surfaces that pattern at runtime, resolves it to a real identity, and, where you choose to act, isolates the host at the network (quarantine), never inline.
Yes. Hilt is additive and runs alongside CrowdStrike Falcon, SentinelOne, and your SIEM and SOAR platforms. It adds the behavioral movement and containment layer your stack does not have, single-tenant in your own cloud. See our [FAQ](/faq) for integration details.