By Benny Retnamony, founder & CEO, Quvia
The market has made multi-LEO, multi-orbit connectivity easier to buy, but it hasn't made it smarter to use. Across maritime, energy and enterprise mobility, providers are packaging different combinations of Starlink, OneWeb, GEO VSAT and cellular into managed offerings, often with consolidated billing and shared data allowances.
Many promise to "select, blend and manage" connectivity based on performance, availability and operational need. The pitch usually ends the same way: same total cost of ownership, with integrated billing.Procurement teams like it, and they should. Buying these services separately can be painful. But a single bill solves a commercial problem, not a technical one.
When every provider makes the same promise, the promise isn't the differentiator. Proof is. So how can companies compare one multi-LEO offering with another? It comes down to two things: the cost benefit and the technical advantage. Both should be measurable.
First, know your cost per gigabyte.
Do you know your blended cost per gigabyte today? Most don't. Without that starting point, how can you tell whether a new bundle actually saves you money? Once you see the number, the conversation changes. A $100 hardware line item stops mattering when the payback is two months.
Ask your provider for the same metric under the new offering. What will your blended cost per gigabyte be, and how does it break down across services and traffic types?
If a provider won’t share it, you can’t tell whether the savings are real or smoke and mirrors, and you can’t compare it with another offer.
And do you have control over your costs? When demand is low, the system should use the lowest-cost service that meets the application's needs.
Second, prove the technical advantage.
Many of these bundles are sold as if you get the combined capacity of every link. Behind the scenes, the additional links are treated as backup. That’s failover, not aggregation. You’re paying for all of them, but the extra capacity sits unused until something fails. Before you sign, make sure the capacity you’re paying for is capacity you can use. Can you draw on all of it, all at once, whenever you need it, for a single application? Can critical workloads scale across every access type?
Don't take anyone's word for it. Run a speed test upstream and downstream with all links active, then compare the results with each link individually. If the combined result is no better than the best single link, you're not getting the best of all worlds. Ask how aggregation is implemented and how much more throughput the service can deliver.
Don't stop at a speed test, either. Look at Quality of Experience (QoE), which tells you how apps and services actually perform for the people using them. A speed test shows what the network can deliver, not what your users experience.
A multi-LEO offering should solve both problems.
That means lower costs when demand is low, additional capacity when you need it and visibility into what you're actually getting.
What should the new SLA measure? QoE and cost per gigabyte by traffic type. These should be the north-star metrics for comparing multi-LEO offerings. If providers promise to select, blend and manage, customers should be able to see what each type of traffic costs and what their users are actually experiencing.
With Amazon Leo entering the market, you'll soon have another LEO network to choose from, and the landscape will keep shifting. A multi-year commitment made on promises rather than metrics locks you in just as new options arrive.
When a provider tells you you're getting twice as much for the same spend, ask for proof. Show the blended cost per gigabyte. Show the QoE. Demonstrate the combined throughput.
If they can't, what exactly are you committing to?
