People type "Hilt vs CrowdStrike" expecting to pick one. You do not pick one. CrowdStrike is among the strongest EDR platforms shipping, and nothing here argues otherwise. It answers a question Hilt does not. Hilt answers a question CrowdStrike was never built to ask. The two watch the same endpoints for almost opposite things.
What CrowdStrike catches
Falcon exists to keep the endpoint from being compromised. Its lineage is malware, intrusion, attacker tradecraft. The agent watches process execution, memory, the registry, command-line behavior. It catches the malicious process, the credential-theft tool, the ransomware encryption loop, the lateral movement, the attack playing out on a host. That work is essential. Hilt does not do it.
A process injects into another process. A binary starts beaconing. An attacker lands on a laptop and enumerates. That is CrowdStrike's job, and it earns its line item. EDR decides whether the machine and the identity behind it are still trustworthy. If you are weighing CrowdStrike against Hilt as either-or, the frame is wrong. Most teams that run Hilt run an EDR next to it. The endpoint still needs a tool that hunts the attacker.
The move EDR cannot see
A trusted employee, on a patched machine, no malware present, no policy broken, moves your most sensitive data off the host on access you granted on purpose. A researcher copies proprietary code through an approved transfer channel. A departing salesperson pulls the account book she has always been able to read. An AI agent with a valid token reads further across a data store than any human operator ever would.
No process is malicious. No binary is suspicious. The host is clean. CrowdStrike does not fire, and it is right not to, because nothing it watches for is happening. The credential is real. The access is permitted. The process is signed and trusted.
Every move is permitted. The pattern is the breach. EDR judges the integrity of the host and the behavior of processes. It was never built to judge what a legitimate identity does with data across months of moves. Different layer. That layer is Hilt.
What Hilt watches, and where it sits
Hilt is runtime Data Movement Governance. One lightweight collector watches data movement at the kernel, metadata only by default, off the path. It does not read content to do its job, and it does not have to read your data to know a pattern is wrong. Each move resolves to a probabilistic, source-dependent identity: which user or workload, the job behind it, the destination, and whether this fits what that identity has done for months.
When the researcher copies the code, the deviation surfaces across layers at once. The job is unusual for her identity. The access is a bulk read of high-value paths in a short window. The destination volume runs high despite the approved channel. Any one signal is noise. Together they are a pattern, and a pattern is a case, not an alert.
Five things matter when you set Hilt next to a CrowdStrike sensor:
- Vantage. Hilt watches at the kernel, the only place to see the move as it forms. It reads the movement, not the process tree.
- Privacy default. Metadata only is the default. Content-aware inspection is there when you want it, never the price of admission.
- Position. The collector sits off the path, never inline. It does not block, drop, or alter traffic. When a pattern crosses the line, Hilt isolates the host at the network, quarantine, from the control plane.
- Footprint. On the order of 0.1% of one core and 4 to 8 MB of memory per host. It runs on the same endpoints and workloads your stack already taxes, so the weight has to be small.
- Residency. Single-tenant inside your own cloud: AWS, GCP, Azure, or Ali Cloud. Events never leave your account.
Two agents, two questions
CrowdStrike asks: is this host or process under attack? It baselines attacker tradecraft and process behavior, and it acts when a machine stops being trustworthy.
Hilt asks: is the data this trusted identity is moving consistent with how it normally moves? It baselines data movement and the identity behind each move, and it acts when the pattern, not the permission, is the problem.
A compromised host is a CrowdStrike event. A trusted user draining data over weeks is a Hilt event. They overlap when an attacker on a stolen credential exfiltrates: both angles see it, which is why teams want both reporting. The pure data movement case, no malware, no broken policy, is invisible to an EDR by design. The pure intrusion case is not where Hilt leads.
Where Hilt does not replace CrowdStrike
Hilt does not hunt malware. It does not watch process injection, memory tampering, or command-line tradecraft. It does not call a binary malicious. It does not remediate a compromised host or run incident response on the intrusion itself. Strip out your EDR and run only Hilt, and you have a data movement layer with no answer to "is this machine compromised." That is not a trade worth making.
Hilt adds the layer that watches what trusted access does with your data. It does not subtract the layer that watches whether the host is trustworthy at all.
Running both
CrowdStrike secures the host and the process. Hilt governs the movement of the data. EDR tells you the machine is compromised. Data movement governance tells you the data is leaving while the machine is clean and the user is authorized.
If your security review can answer "is this endpoint under attack" but not "what did this trusted identity's data actually do, resolved to the job behind it and scored against how it normally moves, last Tuesday between 11pm and 2am," you have found the seam. CrowdStrike owns the first question. Hilt owns the second.
Want to see where that seam sits in your own environment? Book a 30-minute technical call, engineer to engineer, and we will walk through where the collector goes and what it surfaces alongside the EDR you already run.