Entro Security pros and cons - what the sales deck misses

"Cleanup sprint during the trial" is the only smart way to evaluate these tools. Forces you to measure actual effort, not just admire the dashboard.

But even that gets you halfway. The real test is the *second* cleanup sprint six months later when all the rotated keys have inevitably spawned their own shadow copies in forgotten deployment scripts. That's when you see if it's actually reducing entropy or just cataloging it.

That's the hidden cost they never model.

Spot on about the licensing. That "what is an asset" question is the most important one you can ask. I've seen teams get stuck because they assumed a managed secret was part of the parent asset's cost, only to find out it was an add-on.

Your point about the remediation guidance being just a link really resonates. It feels like the product stops at the "what" and leaves the "how" entirely to you. That gap between discovery and action is where most of the budget gets burned, and they never seem to factor that into their own ROI calculators.

It's a great alert system, but you're right - you're still the one putting out the fires.

Pushback on the mock bill request is usually framed around "protecting intellectual property" or "the scan isn't calibrated for accurate counting yet." In my experience, that's almost always a red flag. If they can't show you the output of their core detection logic applied to your environment, how can you trust the counts the bill will be based on later?

Your hypothesis about the remediation gap being a pricing design choice is interesting, but I think it's more a limitation of capability. True automated remediation requires deep, stateful integrations and assumes a standard deployment pattern. Most enterprise environments are too heterogeneous for a vendor to safely automate without causing outages, which carries massive liability. The generic links shift that risk entirely back to you.

That said, the licensing conflict you raise is real. If they charged per remediation action, they'd create a perverse incentive to over-classify findings or recommend unnecessary rotations to drive revenue. The current model incentivizes them to find as much as possible, while doing as little as possible about it.

Yeah, that's a solid point about the liability for automated remediation. I've seen the same hesitancy from vendors who offer more aggressive automation, they usually require you to run it in a "dry-run" mode for months first, which kind of defeats the purpose.

The perverse incentive angle for per-action pricing is spot on, too. It reminds me of when some monitoring tools started charging per alert. Suddenly every little blip became a "critical incident" until they walked it back.

You've nailed the core disconnect. Their entire value prop is framed around reducing risk, but they've externalized the hardest, riskiest part - the actual fix.

I've seen the "link to vendor docs" for a hardcoded secret in a legacy ECS task definition. The vendor doc was for a managed service we weren't even using. The real remediation involved a coordinated rollout with the app team, a config update, and a controlled secret rotation in HashiCorp Vault, none of which Entro could even model, let alone orchestrate. Calling that "guidance" is charitable.

Your licensing point is the real trap, though. When they say a "managed secret" counts separately, they're charging you for the problem they found, not the solution they provide. You pay once for the cloud account asset, then again per secret you have to go and manually rotate because of their discovery. It's brilliant for their margins, brutal for your operational budget.

> Their "guidance" is often just a link to a vendor doc.

This is the part that kills operational value. When I'm on-call and a secret is flagged, I need context, not a generic link. Which specific instance? What's the downstream dependency map? Their dashboard shows me the leak, but gives me no plumbing diagram to fix it safely.

I've seen the same licensing ambiguity with "assets" in Kubernetes. Is a cluster one asset, or is each namespace one? If a secret is mounted in five pods across three namespaces, does that count as one managed secret or five? You're right to demand that granular breakdown - the first invoice is always a surprise otherwise.

The dashboard becomes just another alert source, and you still need your own runbooks to handle the actual incident.

Yep. The link to vendor docs is useless noise. I've seen it point to a retired AWS service page.

The bigger miss is cost attribution. You pay them to find the sprawl. But the budget to fix it comes from your app teams, who now have unplanned work. That internal political fight isn't in their sales deck.

Precisely. That discovery-to-remediation gap is the entire business model for a lot of these tools. They sell you a high-resolution map of the fire, but the hose, the water, and the firefighters are a separate line item, billed to your engineering teams as unplanned ops work.

You're right to focus on the licensing definitions, but go further. Force them to define what a *managed* secret means. In our deployment, they counted a single database credential stored in Vault as one asset, but then counted that same credential as a *separate* managed secret for every single pod it was injected into via a sidecar. That multiplicative licensing turned a pilot project's quote into a non-starter.

The real cost isn't the tool. It's the six months of platform team sprints to build the integration pipelines and self-service workflows that actually let your app teams *act* on those alerts without causing an outage. Entro doesn't even pretend to solve that part.

That multiplicative licensing on Vault-injected secrets is a critical detail. It turns a cost-per-secret model into a tax on your own infrastructure's efficiency.

We hit the same issue, but with Azure Key Vault references in App Service. Each web app referencing the same Key Vault secret was counted as a separate "managed" instance. The vendor's defense was that each represented a unique attack surface. While technically true, it meant our move to centralized secrets *increased* our Entro bill, which is a perverse disincentive for good architecture.

It confirms the model: you're paying for the *exposure*, not the secret. The cost scales with your problem's visibility, not the solution's value.

That's a sharp observation about the multiplicative effect on Vault-injected secrets. It creates a real conflict between adopting a secure, centralized pattern and watching your tooling costs spike. The vendor's argument about unique attack surfaces feels like a post-hoc justification for a licensing model that doesn't map to operational reality.

What often gets missed in these discussions is the internal incentive it creates. When platform teams see that good architecture directly increases a security tool's cost center, it breeds resentment and can lead to workarounds that hide assets, which defeats the entire purpose. Has your team encountered pushback from infrastructure groups for this reason?

The licensing model you've described is the operational trap that isn't immediately apparent from the architecture diagrams. When they define an "asset" as a logical boundary like a cloud account, but then charge per managed secret instance within it, they're effectively double-dipping on the value proposition. The discovery scan enumerates the account once, but the license scales per item found.

This creates a direct financial disincentive against scanning deeper, more interconnected environments. We observed a similar issue where they counted each replicated secret across a multi-region deployment as a separate managed item, even though it was the same logical secret synchronized via a global primary. Their rationale was the same, each replica represented a distinct potential breach point. But from a secrets management perspective, you're paying a recurring cost for a data replication strategy you already own.

The real architecture question they can't answer is how their pricing aligns with entropy reduction in a system. If I consolidate 1000 scattered secrets into 10 centrally managed ones with strict access policies, my actual risk decreases. Yet under their per-instance model, my costs would plummet, reducing their revenue. The incentive isn't structured for them to help you achieve a simpler, more secure state.

Oh, the pushback is real, but it's subtle. You don't get outright rebellion. You get creative accounting in the infrastructure-as-code.

Suddenly, that clean, reusable module for provisioning a service with a Vault sidecar gets forked. The new "lite" version hardcodes a secret in an S3 bucket the tool isn't scanning, because that's cheaper than paying per injected instance. The platform team isn't hiding assets out of malice, they're optimizing for a broken cost metric. So much for centralization.

The licensing point really caught my eye. I'm setting up our first secrets scanning now and that's exactly the kind of question I'd miss until we got billed.

You mention asking for a granular breakdown before a quote - do you think vendors are usually transparent if you ask directly, or do they tend to stick to ambiguous terms until you see the invoice?

They often stick to ambiguous terms. In my evaluation process, I had to ask three different ways about a "managed instance" definition, and the final contract language was still broader than the initial conversation suggested.

Ask for a full mock invoice based on a subset of your actual inventory, like one Kubernetes cluster or one cloud account. If they push back, that's your first red flag. The real invoice shouldn't be a discovery process for you.

Has anyone had success getting a per-secret cap or a fixed price for a logical group, like a Vault secret regardless of injection count?

The mock invoice approach is critical, but you need to structure the data you provide them. If you just give them a cloud account, they'll use their own scanner's output, which will count everything multiplicatively as described earlier.

Instead, provide a sample data set you've pre-tagged with your own logical groupings. For example, give them a list of 50 Vault secrets, each with an annotation showing they are injected into 20 pods. Force them to quote based on 50 assets, not 1,000 managed instances. Their response to that exercise reveals everything.

We did get a per-secret cap after a protracted negotiation, but it required defining "secret" as the unique resource identifier in our source system, like the Vault path. The contract appendix was several pages of explicitly enumerated exclusion rules.