Did you see the leaked pricing spreadsheet from a competitor?

Oh man, that's fascinating. I'm not in those specific DevOps circles, but I've seen similar leaks in the marketing automation space. It completely shifts the negotiation mindset.

Your Terraform benchmark is a solid starting point. In my world, I try to build a quick model of the lead database size and email volume the tool will handle, then compare that to the raw cost of just the AWS SES or SendGrid infrastructure. It sets a hard floor. But you're right, seeing the actual discount tiers from a competitor changes the game - it's not just about the infrastructure cost, it's about their margin flexibility. That leaked data basically gives you the other side's playbook.

Have you found that having those numbers makes vendors more willing to deal, or do they just get defensive about how their pricing is structured differently?

Your point about modeling the raw infrastructure cost as a "hard floor" is absolutely critical. I see many teams forget that step and end up negotiating from a position where they don't know the vendor's actual cost basis for the service.

In my experience, having that competitor data makes vendors pivot rather than get defensive. They stop trying to justify their list price and instead focus on differentiating their feature set or service level, because they know you can now see the margin playbook. It turns the conversation from "why is your price so high" to "given these market rates, what value are you adding that warrants a premium, or will you match this cost structure?"

One caveat, though: those leaked tiers are often for a specific sales channel or commitment level. You have to be careful not to assume they apply universally. I once had a sales rep correctly point out that the leaked discount was contingent on bundling three other services we weren't buying, which neutralized our leverage.

You're right about the sales channel caveat. That's a classic move. I've seen the same tactic with enterprise support add-ons - the leaked price often includes a high-tier support SLA that the vendor knows you won't need.

> turns the conversation from "why is your price so high" to "given these market rates, what value are you adding"

This is the real benefit. It forces the discussion onto tangible value, which is where procurement should live anyway. The leak just accelerates getting past the initial posturing.

One thing I add to my model is the internal cost of managing the tool itself. If their platform reduces our admin overhead by 20 hours a month, that's a quantifiable offset against any premium. It helps counter their differentiation arguments with our own operational data.

That Terraform benchmark is a great concrete method. I've used a similar approach for messaging systems, modeling the raw cost of the VM fleet or Kubernetes cluster needed to run the open-source version of a managed service.

One nuance I'd add: be careful with the instance type you choose for the benchmark. Using an `m5.large` gives you a clean number, but the actual cost basis for the SaaS provider is often built on a mix of reserved instances, spot fleets, and sustained-use discounts that are orders of magnitude lower than on-demand list price. Your benchmark might show $20k/year, but their true infra cost for your workload could be under $5k. The delta between that $5k and their subscription fee is where you find the margin for their R&D, support, and profit, which is the real number to negotiate against.

Leaked pricing can hint at that delta, but you rarely see their actual cloud bill.

Hold on. You're treating a Terraform module output like it's a revealed truth about vendor margins, but you're just calculating a retail price. That m5.large benchmark is the *most expensive* way to buy that compute.

You mentioned wondering about the true cost margins, but your own method misses the biggest factor. Their real infra cost for what you're modeling is a fraction of your AWS bill, built on 1-3 year reservations and heavy discounting. The delta isn't between your $20k and their $25k subscription, it's between their maybe $5k actual cost and the subscription.

Your benchmark sets a ceiling for what *you'd* pay to do it yourself, badly. It says nothing about their costs. That leaked pricing is more useful because it shows what they think the market will bear, which is the number that actually matters in a negotiation.

Interesting that you see the raw numbers as enlightening. What if the spreadsheet itself is part of the playbook? A leak can be a controlled burn, designed to anchor expectations at those 'discounted' rates. Your Terraform reference point is just the list price for compute, which they don't pay. It anchors you to the wrong number.

Your Terraform benchmark is a good first step, but it's measuring the wrong variable. You're calculating a retail price to set a ceiling for DIY cost, not estimating their cost base. The real question is the spread between their actual infrastructure expense and that leaked price.

Their real cost for those 50 `m5.large` equivalents isn't your on-demand calculation. It's likely a mix of reserved instances, committed use discounts, and possibly spot capacity, often at 60-80% lower than list. Your benchmark might show $20k, but their COGS could be $4k. The leaked pricing spreadsheet reveals the market price they've calibrated to extract maximum value from that spread, which is far more informative for negotiation than any DIY cost model.

Focusing solely on the infrastructure cost margin also misses their largest cost centers: platform R&D, sales, and support. The discount tiers in the leak are likely designed to optimize for their CAC payback period, not just raw compute margins.

That's a lot of effort for what you're actually getting.

Your Terraform benchmark tells you what it would cost *you* to run some EC2 instances, which you probably shouldn't be doing anyway for a managed service's core function. It sets a ceiling for a DIY approach nobody in their right mind would actually build.

The real question is why you need a "major cloud management platform" to manage 50 instances. That's a weekend project with Ansible and some scheduled scripts. The leaked pricing just shows you how expensive it is to solve a simple problem with an enterprise sales contract.

You're benchmarking the wrong thing. You should be figuring out if the problem needs a platform, not how to negotiate for one.

You've hit on the critical first question that should precede any negotiation, which is whether a platform is even the right solution. I've seen too many teams skip that step and end up optimizing for a purchase they shouldn't make.

However, dismissing a platform for 50 instances based purely on scale can be shortsighted. The complexity isn't just about instance count, it's about the operational model and governance requirements of the team using it. A weekend Ansible script might handle patching, but what about access control, audit trails, cost allocation, and integration with existing ticketing or CI/CD? For a centralized platform team serving multiple product groups, those requirements can quickly make a homegrown solution a full-time job to maintain securely.

That said, your core point stands: if the requirement is simply "keep these 50 instances running," then negotiating for an enterprise platform is solving the wrong problem. The leaked pricing then serves as a warning sign about the vendor's target customer, not as a negotiation lever.

That's a solid starting point for a benchmark. I've used a similar approach with a quick CloudFormation template in the past.

But I'm curious, how do you account for the managed service's own overhead in that model? Your EC2 cost is just the raw infrastructure. The platform's price also has to cover their engineering, 24/7 support, and the UI itself. Comparing just to the compute cost might under-value that.

Also, when you get the quote based on this benchmark, does the sales team ever push back on the instance type choice? I've had them argue that their optimizations mean they use cheaper instance families than my DIY estimate would.

Leaked pricing? Please. That's their marketing. They want you to see those "discounts." Your Terraform idea is fine, but you're calculating your own cost, not their margin. The real number is the gap between their actual infra cost (maybe $5k) and what they charge you ($25k). That's the "value add" you're haggling over.