Seven categories people confuse monsys with — bounded honestly.
If you tell someone you're building a platform for server security and compliance, within ten seconds you'll hear one of seven things. "Oh, like Datadog?" "You mean something like Wiz?" "So a Vanta for servers?" Each is reasonable, and each is just off-centre.
The problem isn't that people don't get it — it's that "server security" is a word that evokes seven different product categories at once, and monsys sits at the intersection of several of them without belonging fully to any. Here's an honest map.
Wiz · Orca · Prowler · Defender for Cloud — Scans your cloud configuration from the outside via APIs. Strong at finding a misconfigured bucket or a security group that's wide open. But it looks at the config layer, not at what's actually running on the machine.
monsys runs a Rust agent on the host itself, at kernel and process level. We see the actual runtime state — which kernel is genuinely loaded, which process behaves differently than last week, whether a binary was silently replaced. What an API scan structurally misses.
Datadog · Grafana · Prometheus · Netdata — Metrics, logs, dashboards. Answers "is it running, and how fast". Indispensable, but a different goal.
monsys doesn't draw CPU charts. We answer "is this auditable and compliant, and can I prove it". Telemetry versus evidence — complementary, not a replacement.
Qualys · Tenable/Nessus · Rapid7 — Scans and reports CVEs. You get a list, often a long one. The remediation, the rollout, proving it followed a process — stays your problem.
monsys closes that loop: detection, orchestrated remediation, and a cryptographic trail of the entire journey. Not a report you then have to handle manually.
Splunk · Elastic · Wazuh — Collects and correlates security events. Answers "what happened".
monsys doesn't do real-time event correlation — different craft. We deliver tamper-evident proof of posture and process over time. Complementary, not a replacement — a SIEM and monsys don't bite each other.
Vanta · Drata · Secureframe — Collects evidence for SOC 2 / ISO via integrations — mostly SaaS and cloud-config checks, questionnaire-driven, at the organisation level.
monsys provides exactly the underlying technical evidence — host-level, NIS2-native, with a cryptographic chain. We don't replace GRC; we feed it.
Ansible · Puppet · OpenSCAP · CIS-CAT — Enforces and tests baselines. Powerful for "has the desired state ever been applied". But an enforce run is a snapshot.
monsys is continuous and attested: not "was the baseline ever applied", but "does it still hold, and has every drift been provably handled".
Landscape · Uyuni · WSUS — Orchestrates updates across a fleet. Good at the execution.
At monsys, patch orchestration is ONE step inside a larger attested loop — the orchestrator delivers the action, the attestation chain delivers the proof that the action followed an approved process.
At the intersection of three things that all exist separately but rarely come together: host-level runtime evidence (vs. agentless cloud scan), cryptographic attestation (vs. report or dashboard), and a NIS2/CRA-native framing (vs. a SOC 2 checklist).
The concrete difference shows up on a CVE. Everyone above can detect a vulnerability. What monsys adds: a closed loop where the remediation is proposed, tested on canary, verified, human-approved and rolled out — and where each step becomes an append-only, signed entry in an attestation chain you can no longer rewrite. When an auditor asks "can you prove you follow a controlled change-management process", the answer isn't a screenshot. It's a verifiable evidence trail.
This matters just as much. monsys is not a SIEM (no real-time event correlation), not an observability platform (no Datadog/Grafana replacement), not a cloud-only CSPM (our strength is on the host), not a GRC questionnaire tool (we deliver the technical evidence such a tool consumes), and we don't scan email or phishing — deliberately out of scope.
If you're looking for one of those, there are better tools. What we do is narrower and deeper: the evidence layer underneath all those other tools that most of them skip.
For anyone surveying the whole compliance stack: monsys is the technical evidence layer — host-level, cryptographic, continuous. Above it sits GRC orchestration that manages frameworks, controls and scores. The two belong together. The attestations monsys produces are exactly the kind of underlying evidence a control in such a GRC layer wants to consume, instead of a manual tick. We make the evidence; the layer above makes the story.
Which is, in short, why "is it like Datadog?" isn't a frustrating question but a useful one. It shows exactly where the misunderstanding sits — and where the real value begins.