Enterprise coexistence is the starting point
If you are comparing SenseOn with CrowdStrike, you may already run Falcon. SenseOn can run alongside Falcon. SenseOn connects to CrowdStrike in both directions: it brings Falcon detections into the same case as endpoint, network, identity, cloud, SaaS, and AI evidence, and it can initiate Falcon device isolation from that case.
The question is therefore not which logo can replace the other. It is whether your security team can see where an attack began, how it moved, what it touched, and which governed action finished the work. A parallel evaluation lets an enterprise preserve what already works while testing whether a connected evidence layer closes gaps between tools.
Falcon is a broad security platform. It spans endpoint, identity, cloud, Next-Gen SIEM, network inspection, and agentic security. Calling it an endpoint-only product would be wrong. The useful comparison is architectural and commercial: which evidence arrives by default, how deeply it is attributed, which modules and data projects are required, and what outcome the customer buys.
The honest shape of the difference
CrowdStrike offers deep capabilities within the Falcon platform. Enterprises can standardise sensors, workflows, data, and response around that ecosystem, then add dedicated products for requirements such as identity protection or cloud security. That can be the right operating choice when Falcon is intended to remain the primary security platform.
SenseOn starts from a mixed-estate assumption. Its security operations platform adds source-linked evidence and governed response across the endpoint, network, identity, cloud, SaaS, and AI tools the enterprise already owns. The Knowledge Graph links that evidence into one case while retaining where each observation and action came from.
The distinction matters because AI compresses attack time. A security programme that waits for separate switch, proxy, firewall, SaaS, and log projects can leave evidence gaps during the integration programme. SenseOn collects native sensor evidence, normalises it once, and routes it according to the required detection, response, observability, or compliance outcome. Specialist controls still matter; the change is that the case no longer has to be reconstructed manually across them.
Capability comparison
| Capability | CrowdStrike Falcon | SenseOn |
|---|---|---|
| Endpoint detection and response | Mature Falcon sensor, Threat Graph, behavioural detections, and Real Time Response. | Universal Sensor combines endpoint, process, file, identity, and network evidence in the same case. |
| Knowledge graph and case context | Threat Graph correlates Falcon and connected security data across the Falcon platform. | Knowledge Graph links users, processes, devices, connections, detections, and prior cases with source lineage. |
| Deep packet inspection | Falcon documents targeted macOS endpoint network inspection, including selected protocol identification and inspection of plaintext HTTP, DNS, and TLS client hello data; the feature is opt-in. Windows AIDR network inspection is documented separately with its own subscription and scope requirements. | SenseOn documents Universal Sensor DPI on Windows, macOS, and supported Linux across a broader documented set of application-layer protocols, with process and user attribution, and extracted metadata rather than packet payloads. Network probes extend the same model to unmanaged, legacy, and OT devices. |
| CrowdStrike coexistence | Falcon exposes APIs and response controls to connected platforms. | A bidirectional CrowdStrike connector centralises and correlates Falcon alerts and supports Falcon device isolation from a SenseOn case. |
| Identity threat detection and response | Falcon Identity Threat Protection is a dedicated ITDR module for hybrid identity visibility, detection, conditional access, and response across AD and Entra ID. | SenseOn correlates Entra, Okta, Google Workspace, Ping Identity, endpoint, network, cloud, and SaaS evidence in one attack path. Supported response connectors provide identity search, session revocation, and account disablement from the case. |
| Edge data processing and routing | Falcon Onum provides pipeline observability and data orchestration and can run independently or alongside Falcon Next-Gen SIEM. | Data Fabric filters, deduplicates, normalises, enriches, and routes evidence at the edge to detection and response, observability, or compliance according to value and outcome. |
| Log analytics | Falcon Next-Gen SIEM provides log analytics; Onum can run independently or alongside it for data orchestration. Commercial scope depends on the selected Falcon package and capacity. | Built in, with no per-GB ingestion charge. Optional logs enrich native sensor and connector evidence; they do not have to be the starting point for network visibility. |
| Cloud posture and runtime evidence | Falcon Cloud Security provides a broad CNAPP, including posture and workload capabilities. | SenseOn Insight supplies posture findings and joins them with workload, identity, network, endpoint, and SaaS evidence. It is not positioned as a full CNAPP replacement. |
| Governed security agents | Charlotte AI AgentWorks offers mission-ready agents, AgentWorks, Agentic SOAR, role-based policies, authorised actions, audit logs, and analyst checkpoints across Falcon and connected data. | Horus coordinates specialist agents, including Resolve, over the connected case. The Agent Control Plane governs identity, tool scope, policy, approval, audit, timeout, escalation, and rollback. |
| Commercial model | Falcon commercial scope can combine bundles, modules, Flex, data capacity, and service packages. | SenseOn uses one annual Flex Intelligence Credit pool within the selected Core, Advanced, or Enterprise package; the package determines the included outcomes. Credits are consumed by completed outcomes; a case escalated to a human does not consume a Resolve completion credit. |
| Evidence trail | Falcon records investigation, detection, and agent activity within its own platform workflows; check the export options for your package. | One source-linked case per investigation records the evidence, decision, approval, response action, and result, and that trail is exportable across the tools the enterprise already owns. |
Why network evidence changes the investigation
Switches, proxies, firewalls, and SaaS platforms can all produce useful logs, and SenseOn can ingest them. The enterprise problem is the time, access, engineering, procurement, and organisational coordination required to assemble those feeds before the SOC can answer a basic question about network behaviour.
SenseOn's endpoint DPI makes useful network metadata available with the Universal Sensor and attributes it to the user and process that generated the traffic. Optional infrastructure logs then enrich the record instead of acting as a prerequisite for first visibility. Network probes extend coverage to unmanaged, legacy, and operational technology devices that cannot run an endpoint sensor.
The technical boundary is important. SenseOn sends extracted metadata rather than packet payloads. It does not decrypt application data that the operating system cannot see in clear text. On Linux systems without eBPF support, network telemetry is unavailable. CrowdStrike also provides real network inspection; the comparison is breadth, supported platform coverage, attribution, default collection, and commercial dependency, not presence versus absence.
This becomes more urgent as AI makes reconnaissance and movement faster. If the evidence needed for an investigation is delayed behind a new pipeline project, that delay is itself an exposure. Source-linked endpoint and network context gives the analyst a usable starting point while the rest of the estate continues to enrich the case.
Identity, cloud, and AI are one attack path
An attack does not respect product boundaries. A stolen identity can start in SaaS, launch a process on an endpoint, reach a cloud workload, and produce network activity before the SOC has joined the alerts. SenseOn correlates identity behaviour with endpoint, network, cloud, and SaaS evidence so the analyst can follow one attack path rather than reconcile timestamps across consoles.
CrowdStrike has a genuine dedicated ITDR product in Falcon Identity Threat Protection. SenseOn's differentiation is the case boundary: Entra, Okta, Google Workspace, Ping Identity, endpoint, network, cloud, and SaaS evidence can be connected to the same investigation. Where a response connector supports it, the analyst can search an identity, revoke sessions, or disable an account from that case.
The same principle applies to agents. Charlotte AI provides a serious agentic security proposition across Falcon and connected data. SenseOn's Horus orchestrates specialist agents, including Resolve, over the connected case. Its Agent Control Plane defines which agent may use which tool, under which policy and approval, with audit, escalation, timeout, and rollback. The aim is governed execution with preserved decision evidence, not an unbounded chatbot.
The commercial model: modules and volume versus outcomes
Falcon commercial scope can combine platform packages, modules, Flex, data capacity, and service packages. That flexibility lets an enterprise assemble a deep Falcon operating platform, but scope and cost depend on which capabilities, data volumes, retention, and services are included. It is misleading to reduce every Falcon transaction to one pricing formula.
SenseOn uses one annual Flex Intelligence Credit pool within the selected Core, Advanced, or Enterprise package; the package determines the included outcomes, with no per-GB ingestion charge. Credits are tied to completed outcomes. When Resolve escalates a case to a human rather than completing it autonomously, that escalation does not consume a Resolve completion credit. This aligns the commercial unit with finished work while preserving human control where judgement is required.
A fair comparison must match endpoints, identities, data sources, retention, services, response authority, term, and currency. Enterprise evaluations can reveal a material gap, but account-specific quotations are not list prices and unlike-for-like arithmetic is not honest. The useful procurement question is what evidence and operational outcome each scoped proposal actually includes.
What named enterprises have measured
Customer evidence is most useful when its denominator remains intact. Cyber Security Analyst John Jordan of ED&F Man described the operational change:
“We managed to cut down from 40 cases a day down to about 40 a month… it massively reduces how much time we spend following false leads.”
This is a measured change in cases handled, not a universal false-positive rate.
Chris Jackson, Infrastructure, Cyber-Security & Network Teams Manager at Kingspan, described the evidence reduction directly:
“SenseOn is very clever… it will take billions of individual bits of data… and consolidate those down to a few key, actionable pieces of information.”
The proof is operational: the team receives a smaller set of evidence-rich cases that can be investigated, explained, and acted on.
Neither quotation establishes that one platform will outperform the other in every estate. They show the outcome SenseOn is designed to produce: joined evidence with less manual reconstruction. A parallel evaluation should test that result against the buyer's own traffic, identities, integrations, response rules, and operating constraints.
Where Falcon remains the specialist
CrowdStrike is likely to fit the requirement when the buyer wants Falcon to be the primary operating platform and has already standardised its workflows, skills, and data around it. A dedicated requirement for the full Falcon cloud or identity suite can also favour one-vendor depth over mixed-estate independence.
Existing Falcon automation, contracts, and operating practice matter too. If switching cost is greater than the measurable gain, retaining those workflows is a rational choice. The decision should turn on the required capability and operating model, not the size of the organisation.
When SenseOn is the better choice
SenseOn fits when an enterprise wants to keep Falcon and other incumbent tools while connecting their evidence and response. It provides endpoint-attributed network telemetry without requiring the SOC to wait for a long switch, proxy, firewall, and log-ingestion programme before it can investigate network behaviour.
It also fits when identity, endpoint, network, cloud, SaaS, and AI events need to resolve into one attack path and one evidence record; when data volume, modules, and retention make visibility expensive or politically difficult; or when governed agents should finish repeatable investigations across a mixed estate while preserving the decision trail.
For procurement, the difference is an outcome-based annual commitment rather than another module and data-capacity stack. The lowest-risk path is often coexistence: connect Falcon, add SenseOn evidence, compare the cases and governed actions, and then decide which overlap is worth retiring.
Frequently asked questions
Does SenseOn replace CrowdStrike?
Not necessarily. SenseOn can run alongside Falcon. SenseOn's CrowdStrike connector centralises and correlates Falcon detections and supports Falcon device isolation from a SenseOn case. Customers can prove overlap before deciding whether to retire any module.
Does CrowdStrike collect network traffic?
Yes. CrowdStrike documents targeted endpoint network inspection on macOS and separately scoped AIDR network inspection on Windows. SenseOn documents DPI on Windows, macOS, and supported Linux across a broader documented protocol set, with process and user attribution; network probes extend coverage to unmanaged, legacy, and OT devices.
Does SenseOn provide identity threat detection and response?
SenseOn ingests identity telemetry and alerts, correlates identity behaviour with endpoint, network, cloud, and SaaS evidence, and supports identity search, session revocation, and account disablement through supported response connectors. CrowdStrike also provides dedicated ITDR through Falcon Identity Threat Protection.
How do SenseOn's agents compare with Charlotte AI?
Charlotte AI provides mission-ready and custom agents across Falcon, with policies, authorised actions, audit logs, and Agentic SOAR. SenseOn's Horus and Resolve work on the cross-domain case, while its Agent Control Plane governs identity, tool scope, policy, approval, audit, escalation, timeout, and rollback across the connected estate.
How does pricing compare?
Falcon's commercial scope can combine platform packages, modules, data capacity, Flex, and services. SenseOn uses one annual Flex Intelligence Credit pool within the selected Core, Advanced, or Enterprise package; that package determines the included outcomes, with no per-GB ingestion charge. Compare the same endpoints, identities, sources, retention, services, response authority, term, and currency before comparing totals.
