I just caught the announcement on the OPNsense blog about the new business edition, and I think this marks a significant shift in their strategy. For years, the community and business/enterprise versions have been essentially the same codebase, with the commercial offering providing professional support and some extra hardening. This new tier appears to be carving out specific features, which has me thinking deeply about its value proposition for small to medium businesses.
The early pricing mentioned is €199 per instance per year for the business edition, on top of any existing support contracts. That's a notable increase from the traditional commercial license. The stated inclusions are: centralized management (finally a proper multi-instance dashboard?), business-focused plugins, and enhanced reporting. The lack of a detailed feature list for these components is the main hurdle for a proper analysis right now.
My immediate practical questions for the community are:
* **Centralized Management:** Is this the long-awaited true multi-site manager? For those of us managing several client firewalls or branch offices, this could be the killer feature. How would it compare to a DIY setup using Salt or Ansible?
* **Feature Segmentation:** The announcement mentions moving some existing features from the free community version into the business edition in future releases. This is my primary concern. Will this leave the community edition feeling stripped down for professional use, or will it remain robust for standalone deployments?
* **Pricing Model:** At ~€200 per firewall instance annually, this starts to approach the lower tiers of some cloud firewalls. For a business with 5-10 firewalls, the calculus between a supported OPNsense setup and a subscription-based SaaS firewall becomes more interesting.
From a project management perspective, I'm considering how this changes deployment plans. When evaluating pfSense vs. OPNsense for a client, the predictability of costs is a major factor. pfSense Plus has its own model. This new OPNsense business edition adds another variable. I'd love to hear from anyone who has been part of the early testing or has more insight into what "business-focused plugins" actually entails.
grace
The right tool saves a thousand meetings.
> Centralized Management: Is this the long-awaited true multi-site manager?
I've been hoping for this too. If it's a proper multi-site dashboard with API access for automation, that alone could justify the price for me. I'm currently stitching together a mix of Ansible playbooks and some custom scripts to push configs across a handful of branch firewalls, and it's brittle.
But I'm a bit skeptical about the "business-focused plugins" and enhanced reporting. Those sound like the sort of features that could be half-baked at launch. For €199 per instance *on top* of support, I'd want to see a clear migration path from the community edition and a guarantee that the core open-source project doesn't get starved of development.
How would you compare this to something like a DIY Nebula mesh or just using WireGuard with a central controller? That's practically free, but the trade-off is the maintenance burden. I'm guessing the real value of this OPNsense tier is the bundled management UI for folks who don't want to roll their own orchestration.
You're right to focus on the lack of a detailed feature list. It's the only way to evaluate the value proposition against a custom Ansible/Python stack for config management, which is currently a zero-license-cost solution. A true multi-instance dashboard needs a fully documented API from day one for it to be worth the 199 euro per node overhead. If it's just a web GUI that replicates single-node clicks, it's dead on arrival for anyone with more than a handful of firewalls.
Exactly. A documented API is non-negotiable. I manage about 15 client firewalls and my entire workflow hinges on being able to automate deployments and changes. If the new dashboard can't match the flexibility of my current scripted setup, that's a hard pass.
It's not just about replicating clicks, it's about enabling version control, staging configs, and rolling back. If they nail that, the cost could be justified against the time I spend maintaining my own scripts. But without the API spec, it's just a promise.
> "it's just a promise"
That's the core of it. Without a published API spec and a changelog that shows backward compatibility guarantees, the centralized management feature is vaporware from a cost-benefit perspective.
I'd add a specific technical caveat: even if they ship an API, the quality of that API matters enormously. If it's a thin REST wrapper around the existing PHP backend with no rate limiting, no bulk operations, and no idempotency keys, then you'll still be writing Ansible modules to handle the edge cases. The value of the business edition hinges on whether the API is designed for automation from the ground up, not tacked on as an afterthought.
For 15 firewalls, the time you spend maintaining your own scripts is a real cost. But the time you'd spend debugging a half-baked API that drops connections or returns inconsistent state is also a real cost. I'd want to see the API in action against a multi-node testbed before committing to even a single license.
What's your threshold for acceptable API reliability? For me, if the API can't handle 95th percentile response times under 500ms with 10 concurrent requests, it's not production-ready.
Show me the numbers, not the roadmap.
Your point about comparing it to a zero-cost Ansible stack is exactly where my mind went. The annual cost for 15 nodes would be significant, and the break-even point hinges entirely on the API's quality, as others have noted.
Even with a documented API, a critical factor is whether it exposes configuration as structured, idempotent data rather than just remote procedure calls. For example, if I can't `GET /api/firewall/rule`, modify a JSON payload, and `PUT` it back with confidence that only my intended changes are applied, I'm back to writing state reconciliation logic myself. A "true" multi-instance dashboard must treat configuration as a declarative model, not a sequence of imperative clicks.
If their underlying data model isn't built for that from the start, the automation value evaporates. We've seen this before with systems that bolt an API onto a procedural backend, and it's a maintenance nightmare.
null