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AI Engineer Summit 2025

The Price of Intelligence - AI Agent Pricing in 2025

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The Price of Intelligence: Designing AI Agent Pricing

An agent’s price must connect customer value to variable compute costs while remaining understandable, predictable, and flexible enough to evolve with the product.

From a talk by Kshitij Grover

What should a customer pay an agent for?

Should an AI agent charge for access, activity, or a completed job? The answer depends on what it does and who buys it. Kshitij Grover introduces this problem from his perspective as co-founder and CTO of Orb, a usage-based billing infrastructure company serving AI, infrastructure, and developer-tool businesses. Customer support, sales, enterprise search, and enterprise agents have different purchasing patterns; a single pricing formula will not fit them all.

Intercom’s Fin makes the choice concrete. In the pricing page shown, Essential, Advanced, and Expert plans provide a familiar tiered structure. The Fin layer adds $0.99 per resolution. That connects the incremental charge to the support work the agent completes, and Grover reads it as a signal of confidence in the product. The billable definition of success matters: Intercom’s historical explanation of Fin includes both affirmative customer confirmation and a customer leaving without requesting a human. A billable resolution therefore does not always mean an explicitly confirmed answer. The pricing pages throughout this article are the talk’s historical examples, not current purchase terms.

Intercom pricing page with a Fin AI Agent card above three plan columns and a presenter inset at bottom right.
Intercom pairs Fin’s $0.99 per resolution with Essential, Advanced, and Expert tiers.
0:000:09
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Simple plans can hide several meters

Unify’s go-to-market product combines Growth, Pro, and Enterprise tiers with a pricing calculator. Beneath the tiers sit credits, usage limits, and caps. Seats can be included in a tier while individual features carry usage-based or hybrid charges. The customer is choosing a package, but the billing system must account for several independent dimensions.

Cursor’s shown plans are free, $20 per month, and $40 per month. Those headline prices conceal distinctions between completions and requests, fast and slow service, and premium models. GPT-4, GPT-4o, and Claude 3.5 Sonnet appear in that premium category, with different limits or costs. Even a tool aimed at everyday developers can require customers to understand more than a subscription price.

Chargeflow takes a more direct route to value: it charges a percentage of a successfully recovered chargeback. Payment is contingent on recovery, so Grover describes the arrangement as an effective ROI guarantee. The useful distinction is that the fee follows recovered value; it does not guarantee that every dispute will be recovered or that the customer’s overall business will be profitable.

Chargeflow pricing page showing Automation and Alerts cards above Insights and an Enterprise heading.
Chargeflow’s Automation card lists 25% per recovered chargeback.
1:421:55
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Price for the buying process

These examples apply established pricing principles to a new product category. Start with the buyer and the process around them. An individual developer at a small business might enter a credit card and start working. A Fortune 100 procurement team may need to budget the agent against existing, more traditional software. The same pricing page can help one buyer and obstruct the other.

Simplicity and predictability should rarely be compromised. Usage pricing makes predictable spending particularly important: understanding today’s unit rate is not enough if the customer cannot estimate next month’s bill. Pricing also shapes expansion after the initial purchase. A meter can encourage workloads the product handles well—or discourage the very usage that would make it valuable.

Clay’s pricing page communicates its intended audience through both packaging and presentation. Grover points to the emphasized Explorer and Pro tiers, then to people/company search quantities of 10,000 and 25,000. Those quantities suggest a substantial prospecting workflow. The OpenAI, Airbnb, Anthropic, and Canva logos reinforce a story about fast-growing companies using the product, rather than a page aimed only at traditional enterprise procurement.

Replit tells a different story. Its mission of making programming broadly accessible is reflected in a lower entry price and a prominent free tier. Yet the page is technically specific: agent checkpoints, Autoscale, and deployment add-ons introduce granular billing concepts. Accessibility does not necessarily mean eliminating technical detail; the detail still has to make sense to the intended user.

A page with no visible price and only a demo request can be appropriate too. HEAVY.AI directs enterprise buyers into a sales conversation rather than a self-service tier selection. ServiceNow’s AI-agent page does something similar. From its enterprise logos and existing customer relationships, Grover infers that ServiceNow is cross-selling agents into accounts it already serves. A salesperson belongs in that workflow; an individual developer signing up independently is not the target.

3:183:31
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When the alternative is hiring a person

An AI sales development representative introduces a different comparison. The example page pairs a flat monthly rate with emails sent and meetings per month. A buyer can compare those outputs with the productivity of an existing SDR team and ask whether to hire another person or adopt the agent. The pricing presentation helps make that staffing decision because it supplies units the buyer already uses to evaluate the work.

Cognition’s Devin is also presented as a teammate, but its pricing introduces a translation step. The talk’s example combines a monthly charge with agent compute units, or ACUs. These reflect resources such as virtual-machine time, inference, and networking bandwidth. An engineering leader usually thinks about salaries, headcount, milestones, and project costs—not how much networking an engineer consumes.

Agent exampleFamiliar buyer comparisonPricing translation
AI SDREmails and meetings from another hireCompare monthly price with output
DevinEngineering headcount and milestonesEstimate the workload in ACUs

Grover allows that ACUs may work for Devin. The cost is buyer education: customers must learn how their expected work maps to an unfamiliar consumption unit before they can confidently budget for it.

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Understand the cost structure before defending the margin

Grover invokes the Bezos idea that a supplier’s margin creates a competitor’s opportunity. He cites typical SaaS margins of 80–90% as a reference point, then emphasizes that competition can erode them. For agents, today’s input prices are especially unstable. Understand the axes of cost rather than designing the business around a fixed cost snapshot.

Workload variation is a practical starting point. Even within one vertical, some customers use an agent occasionally while others run it intensively. You do not have to preserve the same margin on every interaction, but you do need to identify extreme workloads, decide roughly how to protect against them, and choose which workloads to encourage. Technical R&D can then improve the cost structure instead of leaving margin protection entirely to price increases or tighter limits.

The cost inventory includes models, training, and operations. Operations are easy to overlook, while inference—the recurring work of running the agent model—is usually the major agent operating cost in Grover’s framing. These categories help separate what changes with each use from the investments that can make future use cheaper.

Three illustrated columns labeled Models, Training, and Ops, showing tokens, a neural network, and overlapping operational loops.
The COGS of running AI: models, training, and ops.

Character.AI connects this infrastructure work to consumer-product viability. Its June 2024 inference optimization post reports approximately 20,000 queries per second, roughly 20% of estimated Google Search request volume. The talk conflates that reported traffic with a separate scenario: 100 million daily users spending an hour each day are assumptions in a future cost calculation, not measured adoption or engagement. Grover dates the company’s early inference optimization work to 2022–2023 and uses it to explain how a service built around sustained conversation can become economically viable.

Jasper presents the same relationship from the customer’s side. Marketers iterating on Brand Voice output do not naturally budget their work in word counts. Unlimited credits on some paid tiers remove that friction and support rapid revision. Grover attributes the economics to a model decision-making engine that selects among OpenAI, Anthropic, and Cohere. That is his causal explanation; the associated announcement establishes unlimited credits and multi-model selection, but does not quantify routing savings sufficient to fund the change.

9:349:51
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Keep pricing able to change with the product

Pricing cannot be a set-and-forget exercise. Orb calls the ongoing search for alignment pricing product-market fit: as the product improves, the business must keep measuring willingness to pay. Inputs, customer habits, markets, and use cases all change. Additional R&D can increase delivered value, but a rigid pricing model may prevent the company from capturing it.

The talk contrasts abrupt annual or twice-yearly changes with continuous evolution. Large, infrequent jumps can damage customer relationships while leaving new value unpriced between changes. The alternative is to evolve pricing alongside the product and bring customers through those changes, rather than treating pricing as an occasional correction.

Falling inference prices make that flexibility consequential. Grover shows a chart of OpenAI token prices declining over the preceding year to year and a half. Because model usage is an input to many agents, cheaper inference can create expectations of more competitive agent pricing. It can also change which products are viable: he forecasts that data-intensive healthcare and legal applications that look uneconomic in 2024–2025 could become feasible within one or two years. The opportunity is larger than reducing an existing bill; it includes building products whose workloads previously cost too much.

Flexibility extends beyond changing a dollar amount. Luma’s Dream Machine example includes web versus iOS access, relaxed mode, a credit system, and rate limits. Those are separate packaging levers. Adjusting them can serve different customer needs without changing every part of the offer, but each additional dimension consumes some of the buyer’s tolerance for complexity. Maximize useful flexibility within the audience’s need for simplicity.

Slide reading “Not just about a shifting $ price point!” beside dark documentation with Credit System Reference, Upscaling Pricing, and Relaxed Mode sections.
Luma’s pricing documentation includes credits, upscaling, and relaxed mode.
12:4512:54
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Prepaid credits separate payment from consumption

Prepaid credits are common because they solve several problems at once. First, they bring cash in before consumption generates costs. For a business with substantial cost of goods sold, or COGS, even carrying one month of pay-as-you-go credit risk may be difficult. Requiring payment upfront can also counter fraud by making users commit money before consuming resources.

Credits also simplify discounting across a product with several differently priced SKUs. Instead of negotiating a new dollar rate for every line item, a company can discount the conversion between money and credits while retaining each SKU’s credit charge. The relationship can be expressed as:

credits consumed=iquantityi×credits per unitidollar equivalent=credits consumed×dollars per credit\begin{aligned} \text{credits consumed} &= \sum_i \text{quantity}_i \times \text{credits per unit}_i \\ \text{dollar equivalent} &= \text{credits consumed} \times \text{dollars per credit} \end{aligned}

The commercial discount changes the second line’s conversion rate; the relative credit prices of the underlying operations can stay unchanged.

An upfront annual allocation also accommodates seasonal demand. Customers can choose when to consume the credits over the year instead of matching each month’s activity to a fixed allowance. Grover sees this mechanism used at both ends of Orb’s customer spectrum: credits support small-company trials as well as commitments in multimillion-dollar deals. The same consumption model can therefore serve very different purchasing commitments.

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Competition raises the stakes for success and spending controls

Looking ahead to 2025, Grover expects two pressures to coexist: price wars in some agent verticals and continuing demands from investors and markets to protect margins. As inputs become more commoditized, he predicts that competition will push companies toward effectively unlimited plans with fewer meaningful usage restrictions. These are forecasts about where the economics could lead, rather than evidence that every agent category can already support unlimited consumption.

He also expects more outcome-based pricing, which makes the contract around success increasingly important. A provider must specify what it guarantees, what its service-level agreement covers, and what counts as a successful result. The unit being sold needs a clear definition before customers can evaluate the offer or audit the bill.

That creates product work as well as pricing work. Grover forecasts more R&D investment in monetization so customers can control and inspect their spending:

  • Throttling: Restrict how particular use cases consume the product.
  • Spend caps: Set boundaries on expenditure.
  • Credit visibility: See how an allotment is being consumed over time.
  • Usage auditing: Inspect the activity behind agent charges.

These capabilities make a variable bill understandable while the customer is using the product, rather than only after an invoice arrives.

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Build price evolution into the billing stack

The implementation burden extends beyond selecting a meter. Enterprise agreements, discounts, and ramps layer additional rules onto pricing logic. Customer visibility has to remain coherent through those variations. Frequent price changes add another difficulty: some customers may still be on earlier price points while others purchase the latest offer.

Grover identifies technical challenges across the full billing path:

StageResponsibility
Input infrastructureHandle high-volume usage data
Billing logicApply pricing and commercial agreements
Financial outputSupport accounting

Orb is positioned as a billing engine specialized in these demands. The system has to connect what the customer did, what their agreement charges for it, and what finance records—not merely display a price on a landing page.

Grover reports that individual Orb customers sometimes change prices many times a month. That frequency makes price versioning and subscription migrations first-class billing requirements, capabilities also listed in Orb’s billing offering. A pricing change needs a defined version and a way to move customers between versions. Otherwise, the flexibility promised by the product becomes a recurring manual problem in the billing system.

19:0919:29
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Resources

From the talk

Updates since the talk

  • Cursor explains its transition from request counts to included usage credits and the customer communication problems surrounding that change.

  • Explains current usage accounting and the distinction between enterprise ACUs and self-serve usage allowances.

Read the complete timestamped transcript
  1. 0:00

    Hey, I'm Kshitij. I want to talk to you about how you should think about pricing AI agents. Now, there's a ton of different examples in this talk, so let's dive right in.

  2. 0:09

    I'm the co-founder and CTO at Orb, and Orb is a usage-based billing infrastructure company. So we work with a ton of different companies across AI, infrastructure, developer tooling, and more, and we really help them think about not only the monetization of their business and how they should evolve it over time, but also, of course, specific billing implementations

  3. 0:30

    of different pricing models that we're seeing across the industry. So today, I want to talk through a bunch of different parts of the AI agent market, but making generalizations about this whole market isn't easy.

  4. 0:42

    So we'll try to pick examples from everything you see on this list, from customer support and sales, all the way to specific enterprise search use cases or enterprise agents, and we'll do our best to talk about pricing strategies that you should be thinking about as you price your AI agent.

  5. 0:59

    Now, let's flip through a, a couple examples really quickly. Here you see Intercom and their AI agent, Fin. Now, obviously, Intercom is a super successful company, has been around for a while, but they're really leaning now into outcome-based pricing.

  6. 1:13

    So you're seeing a essential, advanced, expert sort of tiered model, which is very traditional. But then on the top, you're seeing a ninety-nine cent cost per resolution. So here, they're really making on Fin being a, a great AI agent, really helping you with these resolutions and customer support tickets, and you're only paying for the success of Fin

  7. 1:33

    as a feature and as a service. And so that's, that's an indication of how confident they are in their product, and they're aligning their pricing to match that. Here's another example.

  8. 1:42

    Unify is a go-to-market tool, and again, you have a good, better, best growth pro enterprise model, but there's a couple other things you'll notice on the page. You have your pricing calculator because their pricing is fairly complicated.

  9. 1:55

    You have credits, which are incredibly common now in the AI agent space, and you have a bunch of different axes of pricing. So you'll see this a lot where there's specific usage limits or caps.

  10. 2:06

    There's often a seat-based price built into each tier. Um, and then each of the features that your platform offers will have some sort of usage-based or hybrid pricing.

  11. 2:16

    Here's Cursor. Here's an agent that everyone knows, I'm sure. And on the surface, their pricing looks pretty simple, right? They have a free price, a twenty dollar a month, forty dollar a month price, but there's actually a bunch of complexity hidden under the hood.

  12. 2:29

    So they have completions versus requests, different usage limits. They have fast versus slow, and even on the specific models, there are certain models like GPT-4, 4o, and Claude 3.5 Sonnet that they consider premium models and that either have different usage caps or limits or cost a little bit more.

  13. 2:48

    So even a tool like Cursor, kind of aimed at the everyday developer, has a ton of complexity when it comes to its pricing. Here's another interesting example. This is an example of Chargeflow, which is a chargeback recovery tool, and they're charging you a percent per recovered chargeback.

  14. 3:05

    Now, this is interesting because, again, it's leaning into that outcome-based pricing, where really you're not paying anything until chargeback recovery is successful, and they're giving you what is effectively an ROI guarantee on their tool.

  15. 3:18

    So let, let's talk about some key principles with those examples in mind when you're thinking about pricing your own AI agent. Um, I think what's really important is that these principles don't actually differ specifically for AI agents.

  16. 3:31

    This is just how we should think about pricing as a practice and how great pricing has always been done. But we'll pu- pick some examples from AI specifically just to highlight how this applies to your industry.

  17. 3:44

    Now, let's talk about the first one, which is considering your target audience. When you're thinking about building an AI agent, or of course, any product, you're building it for someone, and that someone is gonna be a buyer and a person at a company, and it's, it's not just who they are, but the whole buying process they're involved

  18. 4:01

    in. So if you're selling to an SMB, you might have maybe an individual developer going in, entering their credit card, and checking out. If you're selling to a Fortune 100 or generally an enterprise company, you probably are dealing with a procurement team that's budgeting your software against other, perhaps more traditional solutions.

  19. 4:20

    So you have to keep in mind where your audience is and how they're thinking through the purchase of your tool. Now, two things that almost never should be compromised are simplicity and predictability.

  20. 4:33

    Especially with these usage-based models, uh, the predictability of spend over time is really important, and people just have an easier time making a purchasing decision when pricing is simple.

  21. 4:43

    And finally, with these AI agents and AI at large, you're often not just thinking about pricing in the context of the initial land. You're thinking about it as the usage of your product expands over time.

  22. 4:56

    And so when you're setting your pricing, you'll want to think what use cases you're actively encouraging or discouraging and what sorts of workloads your product is a great fit for, because those are sorts of things you want to encourage.

  23. 5:08

    But let's talk through a couple examples to make this concrete. So let's talk about audience. Here's an example from, uh, Clay, which is a go-to-market tool, and you'll see a couple things off the bat from their pricing page.

  24. 5:20

    They're really highlighting in bold colors this Explorer tier and this Pro tier. This tells you about what their potentially typical price point is. Um, even when you're seeing this people company searches, that's indicating kind of how people use Clay to prospect and how many search results they can expect.

  25. 5:37

    So, you know, ten thousand, twenty-five thousand is a lot, so it's, it, it's leaning into a specific sort of persona or use case. And finally, you, you'll see these logo gardens actually quite a bit in pricing pages.

  26. 5:50

    And Clay's is telling you this story of companies like OpenAI and Airbnb and Anthropic and Canva, these really fast-growing companies that use Clay, not just traditional, again, Fortune 100 or enterprise companies.

  27. 6:03

    So it's telling you a story about who Clay is for. Here's another example which is quite different. This is Replit, and of course, Replit is a programming tool and, and Replit's mission is to make programming accessible to, you know, everyone across the world.

  28. 6:18

    So it's a much lower price point. They emphasize that they also have a free tier. Um, and what's really important is, uh, it's a quite technical pricing page. So you're seeing agent checkpoints.

  29. 6:29

    As you get to these add-ons, whether it's auto scale or deployments, you're seeing very granular pricing. And so this is telling you something about who Replit is built for and what story they're trying to tell with the accessibility of their product.

  30. 6:42

    Now, one thing I'll often hear when it comes to pricing is people being annoyed by pricing pages that kinda look like this, right? There's no real price point here.

  31. 6:51

    There's not even a good, better, best. It's just book a demo. But one thing I wanna be clear about is these can be incredibly, incredibly effective. It just comes down to your target audience and who you're actually selling to.

  32. 7:03

    So in this case, HeavyAI is really oriented around the enterprise, and so it makes a lot of sense for them to push you towards a demo because h- that's how they want your purchasing decision to look.

  33. 7:15

    Similarly, ServiceNow, obviously a much, much larger company than many companies in this space, has an AI agent's landing page, but again, they push you towards a demo. There's no price point here.

  34. 7:26

    You'll see in the logos that they're fairly enterprise logos, and so ServiceNow is almost definitely cross-selling their AI agent product to existing products and existing companies that they already have a relationship with.

  35. 7:39

    So they do want a salesperson in the loop. This is not intended to be an individual developer seeing this page and signing up for ServiceNow, because that's not their target audience.

  36. 7:49

    Let's move to a different example, which is AI SDRs. Now, this one's interesting because it's a flat rate per month, and there's a lot of different indications on this site about, you know, how you should think about an AI SDR, their output, and their effectiveness.

  37. 8:04

    You'll see there's an email sent number, a meetings per month number. And the thing that stands out to me here is it's actually pretty easy to compare an AI SDR to what you might already be employing in your SDR team.

  38. 8:17

    So you're, you're thinking about the adoption journey of one of your customers who's, who's really making a staffing decision of, "Should I be staffing more SDRs and hiring more people, or should I be considering these AI SDRs?"

  39. 8:31

    And in that adoption journey, it's really important that they can figure out and benchmark the productivity of your AI SDR service.

  40. 8:40

    Here's a final example, which is Devin, of course, from Cognition. And Devin is supposed to be this engineer that can work on your team that can really integrate into your existing workflows.

  41. 8:50

    Now, typically, of course, you're paying engineers a salary per year, but with Devin, you're paying a cost per month as well as having to think about ACUs. So ACUs are compute resources effectively, but, you know, they, they scale with virtual machine time, inference, networking bandwidth.

  42. 9:07

    And this is interesting because when I'm thinking about staffing an engineering team, I'm not typically thinking about these things. I'm just thinking about heads and maybe milestones or costing, but it's pretty hard to translate that into ACUs.

  43. 9:19

    Now, all that to say is I think this might work for Devin, but adding these new paradigms does have some cost associated with it because now buyers need to think about their workload and translate that into ACUs.

  44. 9:34

    Let's move on to the next point, which is costs and margin structure. Now, there's this famous Jeff Bezos quote about, you know, your margin being, uh, his opportunity. And what this really points at is in typical SaaS, you often have 80, 90% margins, and oftentimes that doesn't last forever.

  45. 9:51

    Uh, there are competing products that can often erode that margin. So what's really important is, especially in this evolving AI agent landscape, not necessarily to over-index on cost, because oftentimes cost will actually change pretty rapidly, but to understand the axes of cost or your cost structure.

  46. 10:11

    Now, some proxies to get at this are thinking about different use cases and workloads. Oftentimes, AI agents, even if they're targeted at a specific vertical, will actually be used in very different ways.

  47. 10:21

    Some, some companies very sparsely, some companies will use them a ton. And it's, it's not necessary that you have to defend your margin in every case, but you should think about what are the degenerate cases, how are you gonna defend against those, at least roughly speaking, and which are the workloads that you, you really wanna promote and

  48. 10:41

    incentivize on your platform. Ultimately, it's your responsibility to defend your margin, and one of the best ways to do that is to take the R&D, the ultimate technical innovation of your company, and pass that down in your cost structure.

  49. 10:54

    So let's look at an example of that. And before we do that, of course, just talking about the different costs, there's models, training, and ops. Oftentimes ops i- is a little bit ignored, and for AI agents, usually the cost is gonna come in inference, in, in running the actual agent model.

  50. 11:11

    So here's an example from Character.ai. So Character.ai, of course, is a massive consumer product. Um, they have a ton of traffic on their platform. Uh, I think at-- in this blog post, uh, back in June of 2024, they were serving something like 20% of Google Search queries with 100 million daily active users.

  51. 11:30

    Now, they invested actually very early on, all the way back in 2022 to 2023, in, in optimizing their inference infrastructure, and that made them sustain a B2C product where people are spending hours or, or almost an hour per day on their service.

  52. 11:48

    So this is an example where in order to make their business viable, they really had to invest in their inference technology. Here's another example. Jasper is a marketing tool used to generate marketing copy, and what they found is that as marketers are, are, you know, using their brand voice product and trying to, uh, generate output with Jasper,

  53. 12:10

    it's very hard for them to think about things like word count. And so Jasper actually was able to move to an unlimited credits model on some of their paid tiers, and this is really important because it supports their core value prop of being able to iterate really fast on marketing copy.

  54. 12:26

    And the underlying technical work here was what they call some sort of model decision-making engine that can pull from a variety of different models, whether it's OpenAI, Anthropic, or Cohere, to, to pick the right one for the job, and that allowed them to reduce their costs and offer this unlimited credits model.

  55. 12:45

    The final point I wanna talk about is pricing flexibility, and this one is perhaps the most important because you really don't want to paint yourself in a corner.

  56. 12:54

    Pricing really just can't be a set it and forget it exercise. Uh, we often talk at Orb about pricing product market fit. So obviously, you're iterating on your product and trying to build the best thing for your users and your prospects, but you also really need to be measuring their willingness to pay it every time, right?

  57. 13:11

    Es-especially as these industries mature, the price points become more and more important. And as your inputs change, you need to set yourself up for flexibility because the industry's gonna evolve, your customers, the market, how they buy, the use cases are gonna evolve, and you don't wanna be stuck on a different pricing model that perhaps that's just not

  58. 13:32

    the way that people expect to buy from you. And finally, of course, your product will change, right? So as you increase your R&D and as you increase the value that you're delivering to your customers, you wanna be able to capture that value.

  59. 13:46

    And here's actually a good graphic that I think really gets at that. Most companies think about pricing like this once a year or maybe twice a year change, and that's pretty sudden.

  60. 13:56

    It can be harmful for your user relationships, and ultimately, you're just not capturing the value that you're building. Instead, you wanna think about pricing like this continuous exercise in evolution, where as your product value increases, you're able to capture that and bring your customers along for the ride.

  61. 14:15

    Here's a good illustration of why flexibility is so important. So of course, what this graphic is showing is that OpenAI's, uh, cost per token has decreased quite drastically, in fact, over the last year, year and a half.

  62. 14:28

    Um, and that's really important because, of course, these inference costs or, you know, OpenAI costs are an input to a lot of these agents. And so you might need to change your pricing as people expect more competitive pricing for inference or for the, the kind of underlying model.

  63. 14:45

    But perhaps even more fundamentally, there might be use cases that seem out of reach today that really just don't seem possible that will make a lot of sense in a year or two years.

  64. 14:55

    We, we're seeing this across healthcare AI and legal AI, where there's a ton of data to digest, which, you know, maybe the token counts don't make sense in 2024 or 2025, but it's very possible that these use cases can be unlocked within the next one to two years.

  65. 15:10

    And so it, it affects not just your pricing, but also the product landscape available.

  66. 15:16

    And finally, flexibility is not just about shifting a dollar price point. So this is an example from Luma Labs, and there's a ton going on on this page. But what you can see is there's a lot of levers, right?

  67. 15:27

    There's the platform that you're running Dream Machine on, whether that's web or iOS. There's whether you're in relaxed mode or not. There's a credit system, um, and there's like rate limits available.

  68. 15:39

    And so when you think about flexibility, you wanna maximize, again, within the bounds of simplicity for your audience, the, the number of things you can change, because ultimately, that allows you to meet your customers where they are.

  69. 15:54

    One specific pricing model I wanted to emphasize is prepaid credits, just because of how popular and how common it is. Prepaid credits is, is good for a couple of things.

  70. 16:04

    It lets you bring in immediate cash flows, so oftentimes there's that upfront payment like we saw with Clay, and that's very important for a COGS-heavy business where perhaps you can't afford to take even that one month sort of pay-as-you-go credit risk.

  71. 16:18

    Now that... There's a kind of interesting corollary to that where oftentimes prepaid credits are used a-as a way to counteract things like fraud because you're asking the user to put down money up front for their use case.

  72. 16:32

    Prepaid credits, interestingly enough, are also a pretty easy discounting mechanism. You'll see a lot of AI companies have four, five, ten different SKUs, each with a different unit rate, and now when you're discounting, you can just discount one conversion rate from credits to dollars instead of having to discount every line item.

  73. 16:50

    There's also a lot of fluctuating demand in AI products. There, there's industries that are very seasonal, and so if you have a prepaid credit model where you grant all your credits up front, people can choose how they burn those down over the course of a year, which can be very attractive for the consumer.

  74. 17:06

    And finally, prepaid credits generalize across very different use cases. So at Orb, we see prepaid credits as a trial motion for very small companies, but of course, as a commitment motion for the largest multi-million dollar deals, and so prepaid credits can work in both use cases.

  75. 17:25

    Here's what I think is gonna happen to AI agent pricing in 2025. So of course, as competition heats up, the price wars are gonna continue, no doubt. And what I think this will lead to, of course, is that, uh, we're gonna have a race to the bottom on some pricing in some verticals.

  76. 17:40

    On the other hand, I think we'll continue to have COGS pressure or margins pressure from, uh, the market and venture capital and investors. And so you'll, you'll kind of see both of these tensions at play, and one particular outcome I expect is, uh, you'll see more companies try to get closer and closer to offering effectively unlimited plans

  77. 18:01

    where there's not very much of a usage limit. And again, I think that'll be a function of the inputs getting more commoditized, as well as just competition heating up to a point where that needs to be the case.

  78. 18:13

    The second thing I think will happen is we will lean into this outcome or success-based pricing, but we'll need to get real about what exactly are the guarantees and the SLAs that each of these providers are providing for you, right?

  79. 18:26

    And, and so we'll see more discussions around clear definitions of success.

  80. 18:31

    And finally, this one I think is underappreciated, uh, there's gonna be a lot more R&D investment in monetization and pricing because you'll need to provide your customers a lot of control over how they use your product, uh, throttling use cases, being able to set spend caps, being able to see exactly how they're burning down their credit allotment

  81. 18:54

    over time. And I, I think this is gonna be really important because ultimately at, at the end of the day, your users are gonna wanna be able to audit their usage very, very carefully so they know how much they're spending on their AI agents.

  82. 19:09

    There's a lot of technical challenges in that even 2025 roadmap, a lot of complex business logic. Of course, a- as you get these more complicated pricing models, you still need to layer on things like enterprise agreements and discounting and ramps, and so you'll start to see companies leaning into that complexity, at least in some markets.

  83. 19:29

    Again, with this customer experience and visibility point, that can be quite a bit of a challenge to maintain that whole product experience. And with flexibility, you'll see companies make a ton more pricing changes, and that, of course, can be its own technical challenge as you have customers on legacy price points.

  84. 19:45

    And so whether it's from the input, high volume data infrastructure, the kind of core billing business logic, or the output financial accounting, I think you'll see technical challenges at each stage of the billing stack.

  85. 19:57

    And of course, that's, that's what we do. We-- we're a billing engine that's really specialized at these use cases and, and that really thinks about each step of that journey we just outlined.

  86. 20:07

    One particular feature I wanna highlight is we think a lot about price changes. We, we go through a lot of them, oftentimes now many times a month with, uh, single customers, and this is a, a really fast evolving landscape, and so having a billing system that can have versioning and migrations as a first-class feature set is very,

  87. 20:27

    very important. So yeah, that's my talk, and, uh, hopefully that gave you some insight into AI agents. You can reach me at my first name @[REDACTED:email_address]. Thanks so much.