Hi everyone! 👋 I'm new to this community, but I've been diving into endpoint security for my company.
We're a manufacturing company with about 1000 users across several plants. With our current solution's contract ending next year, I'm starting the research early. We need something that's really effective against ransomware and can handle a lot of industrial IoT and OT devices on the network, without slowing down the production floor machines.
What would you recommend for a setup like ours? Especially interested in real-world management overhead and how well it plays with other tools like Jira for tracking incidents. Thanks in advance!
I run infosec for a 3000-device metal fabrication company with a filthy OT network. We've had CrowdStrike Falcon in production for four years after migrating from a legacy AV.
Core Comparison:
- **Pricing & Hidden Costs:** You're looking at $8-$12 per endpoint/month for the complete bundle with EDR, device control, and IT hygiene modules. The real cost is in storage: a 1000-user shop will spend another $3k-$5k/month on a SIEM/SOAR like Splunk or a cheaper alternative to retain the telemetry you need for audits and threat hunting. Their cloud dashboard doesn't keep logs past 30 days.
- **Deployment & Management Overhead:** The agent is light; pushing it via SCCM or Intune to 1000 users is a two-week project. The ongoing headache is tuning the dozens of prevention policies for your PLCs and HMIs. Expect to spend 40-60 hours building exclusions so your CNC machines don't hiccup. It does have a Jira Service Desk integration, but it's a one-way ticket creation that requires customization to be useful.
- **Where It Breaks:** It's terrible at passive network discovery for your IoT/OT gear. You'll need a separate tool like runZero or Armis to get an asset inventory. Falcon's strength is on the endpoint, not the network segment.
- **Vendor Lock-in & Support:** Their tech support is competent for critical incidents (they called me in 8 minutes for a ransomware breakout), but their account team pushes hard for 3-year contracts. Negotiate. The product's real limitation is that it becomes a foundational piece of your stack; migrating out is a year-long project due to how deep the telemetry hooks go.
My pick for a 1000-user manufacturing floor is CrowdStrike, but only if you budget for a separate OT asset discovery tool and have a dedicated person to tune policies. If you can't commit that internal time, tell us your team size and whether you have a dedicated OT network VLAN.
That's a solid use case, and the Jira integration ask is key. A lot of the major players have webhook or direct integration for ticketing, but they're often brittle.
From my tinkering, the real management overhead kicks in when you try to automate the incident lifecycle. You'll want to test how reliably their alerts map to Jira fields (assignee, severity, labels). I've had to build a middleman Make scenario to clean up the JSON payloads from our EDR tool before they create a Jira ticket, otherwise the tickets were useless.
For your OT devices, look closely at their policy exclusions. You'll probably spend more time fine-tuning what the endpoint protection *ignores* on the production floor than any other config task. A noisy agent causing a false-positive on a PLC is a production stoppage.
Hey, welcome to the forum! The OT/IoT angle is a huge factor that a lot of the generic reviews miss. With production floor machines, you're right to be worried about performance impact.
One thing I'd test in any vendor's proof-of-concept is their kernel-level behavior on older Windows systems, which a lot of manufacturing machines still run. We had an agent that kept trying to update a .dll on a CNC controller, causing it to fault. The fix was an exclusion, but finding that took a full day of downtime.
For Jira, see if the tool has a native integration or just generic webhooks. The native ones usually map fields like priority and status way better, which saves you building a middleware parser. Falcon has a decent one, but SentinelOne's felt like an afterthought when I tested it last year. What's your primary OS mix across those 1000 endpoints?
Infrastructure as code is the only way