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โ‡ฑ The Hidden Superpower of Bedrock Cost Allocation: Application Inference Profiles


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The Hidden Superpower of Bedrock Cost Allocation: Application Inference Profiles

Discover how Application Inference Profiles unlock true Bedrock cost visibility in AWS.
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Asaf Liveanu
Jul 27th, 2025 3 min read
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Written By

Asaf Liveanu
Co-Founder & CPO
Asaf is the CPO and co-founder of Finout. He has more than 12 years of experience in software engineering, QA and product management at companies like Taboola and Intel. In his last position at Logz.io, he met Roi, and together they decided to embark on the Finout journey.

As seen in Asaf's LinkedIn article

Youโ€™ve bought the hype. Youโ€™ve signed the Bedrock contracts. And now, youโ€™re staring at your AWS CUR wondering: Why is my generative AI cost just a single line item? Whereโ€™s the insight? Whereโ€™s the granularity?

Welcome to the new frontier of FinOps for AI.

While most people are still obsessing over GPU hours and token pricing, the smartest teams I talk to have already realized the secret to making Bedrock costs actionable boils down to one AWS feature:

Application Inference Profiles.


What Are Application Inference Profiles?

At a high level, theyโ€™re a way to logically group and label your Bedrock usage. Think of them as a โ€œKubernetes namespaceโ€ or an โ€œEC2 tagโ€ โ€” but made specifically for AI inference.

With each invocation to Bedrock, you can attach a profile to help segment workloads. Whether thatโ€™s by:

  • Team (growth_team_profile)

  • Feature (summarization_v3_profile)

  • Business unit (customer_support_genAI)

โ€ฆthe point is simple: if you donโ€™t use profiles, you canโ€™t allocate cost beyond a generic bucket.

And yes โ€” profile names are exposed in the CUR under usage records. Thatโ€™s huge. It means:

  • You can reallocate by team

  • You can chargeback by feature

  • You can filter anomalies by AI workload

But only if you actually use the feature and enforce naming standards. Garbage in, garbage out.


What the CUR Gives You โ€” and What It Doesnโ€™t

Letโ€™s get something straight: the CUR is only the beginning of the story. It gives you:

  • Profile name (if used)

  • Region, service, SKU

  • Total usage type and pricing (e.g., tokens generated, invocation units)

Thatโ€™s useful โ€” but hereโ€™s what youโ€™re not getting:

Metric

In CUR?

Why it matters

InputTokenCount, OutputTokenCount per call

โŒ

Unit economics per user or request

InvocationLatency, ModelLatency

โŒ

Performance vs. cost trade-offs

NumberOfInvocations (granular)

โŒ

Request-level analysis

Mapping to user/org/session context

โŒ

True business-level attribution

All of those live in CloudWatch, not in the CUR. Which means youโ€™re either:

  • Pulling and stitching both sources yourself (good luck),

  • Or ignoring half the data that could drive smarter decisions.


Finoutโ€™s Value: Turning AI Billing into Intelligence

This is where Finout kicks in.

We:

  • Ingest your CUR with Application Inference Profiles pre-parsed and allocated.

  • Augment with CloudWatch metrics to enrich cost records with token counts, latencies, and invocation detail.

  • Allow you to define business logic mappings between profiles and cost centers (teams, features, customers).

  • Help you model unit costs per output, cost per generated report, or cost per customer question answered.

Want to see which LLMs are running hot? Want to know if your customer support GPT cost 12x more last week? Want to stop burning $80K/month on a model no oneโ€™s using?

You need profiles, telemetry, and a brain on top of them. Thatโ€™s what we built Finout for.


Final Take

If youโ€™re using Bedrock without Inference Profiles, youโ€™re flying blind.

If youโ€™re relying only on CUR, youโ€™re seeing half the picture.

If youโ€™re not connecting the dots between cost, usage, and value โ€” well, youโ€™re not doing FinOps for AI. Youโ€™re just paying bills.

With Finout, you donโ€™t just track cost. You understand it.

And in the age of $1M+ AI cloud bills, that understanding is the difference between innovation and incineration.

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FAQs

What Are the Three Pillars of FinOps?
The three pillars of FinOps are Inform, Optimize, and Operate. Inform focuses on visibility into cloud spending through tagging, cost allocation, and accurate forecasting. Optimize is about acting on that data by rightsizing instances, eliminating idle resources, and applying commitment-based discounts. Operate means continuously tracking cloud usage against business goals and sharing results with stakeholders. These phases are cyclical, not linear.
Is FinOps Just for Cloud?
No. FinOps originated as a cloud financial management discipline, but its scope has expanded. The FinOps Foundation now applies FinOps across public cloud platforms such as AWS, GCP, and Azure, as well as SaaS platforms, data cloud platforms like Snowflake and Databricks, data centers, and AI infrastructure and workloads. The practice, tools, and cultural habits stay the sameโ€”only the scope expands.

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