Machine Learning · head to head
OpenAI API vs Veritone

OpenAI API
Machine Learning
Hosted API for OpenAI's language, embedding, image and audio models, billed per token
- From
- $0.15/per-million-tokens
- Free plan
- No

Veritone
AI
AI orchestration platform and applications for media archives, public safety evidence and advertising
- From
- On request
- Free plan
- No
The short version
- Each has a real cost: OpenAI API cost scales with tokens rather than with seats, so a successful feature's bill grows with its adoption, and an interface that lets users paste long documents has no natural ceiling on spend unless you build one yourself.; Veritone nothing is publicly priced, and because consumption of the underlying AI engines is metered, the total cost of a large archive ingest is difficult to forecast before you have run one.
- They diverge on capability: OpenAI API covers Text and reasoning models, Veritone covers aiWARE orchestration.
- Prices and features above were last checked on 31 August 2026.
Where they differ
Only the attributes on which OpenAI API and Veritone actually diverge.
| Attribute | OpenAI API | Veritone |
|---|---|---|
| Starting price | $0.15/per-million-tokens | On request |
| Pricing model | usage-based | quote |
| Platforms | Api | Web, API, Self-hosted |
| Category | Machine Learning | AI |
| Founded | 2015 | Unknown |
Identical on both: free tier (No), user rating (Not yet rated).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in OpenAI API
- Text and reasoning models
- Embeddings
- Speech and audio
- Image generation
- Function calling
- Structured outputs
- Batch processing
- Prompt caching
Only in Veritone
- aiWARE orchestration
- iDEMS
- Automated redaction
- Media archive indexing
- FedRAMP authorisation
- Advertising and content intelligence
- Voice and synthetic media
- Self-hosted deployment
What people use each for
The jobs each tool is most often brought in to do.
OpenAI API
- Adding summarisation, drafting or classification to an existing product where building a model would take longer than the product's whole roadmapnot Veritone
- Retrieval-augmented question answering over internal documents, using the embedding and generation models togethernot Veritone
- Extracting structured records from unstructured text, where schema-constrained output removes most of the parsing problemnot Veritone
- Prototyping a language feature quickly to find out whether it is worth the cost of a self-hosted alternative laternot Veritone
Veritone
- A police department buried in body camera footage that must be redacted before disclosure, where automated face and audio redaction converts weeks of manual work into review timenot OpenAI API
- A broadcaster or sports rights holder that cannot find footage in its own archive and loses licensing revenue because searching it costs more than the clip earnsnot OpenAI API
- A federal agency that needs AI processing inside an authorised boundary, where FedRAMP status decides the shortlist before capability doesnot OpenAI API
- A media buyer wanting attribution on broadcast and podcast advertising that digital analytics tools cannot seenot OpenAI API
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
OpenAI API
- Cost scales with tokens rather than with seats, so a successful feature's bill grows with its adoption, and an interface that lets users paste long documents has no natural ceiling on spend unless you build one yourself.
- Models are deprecated on the vendor's timetable, and a fine-tuned model built on a retired base goes with it, so the tuning work and the data curation behind it must be redone rather than migrated.
- Behaviour shifts between model versions in ways no test catches unless you wrote one, so prompts tuned over months against a particular snapshot can regress quietly on migration, which makes an evaluation suite a prerequisite rather than an improvement.
- It cannot run inside your own network, so data residency requirements, air-gapped environments and contracts forbidding third-party processing rule it out regardless of the provider's own security posture.
- You inherit its availability and its rate limits, so a provider incident is an outage in your product and a traffic spike can be throttled at precisely the moment the feature is proving itself.
Veritone
- Nothing is publicly priced, and because consumption of the underlying AI engines is metered, the total cost of a large archive ingest is difficult to forecast before you have run one.
- The company is mid-restructure after divesting its media agency, with revenue guidance well below earlier expectations, so a buyer signing a multi-year evidence contract is taking corporate risk they can read in the public filings but cannot control.
- The orchestration proposition means Veritone sits between you and the model vendors, so when a specific engine underperforms on your content the remedy is a support case rather than switching provider yourself.
- The product portfolio spans law enforcement, broadcast, advertising and synthetic voice, which is a wide surface for one engineering organisation and means attention to any single application depends on where the revenue growth currently is.
- Automated redaction is a review aid, not a guarantee: an agency remains legally responsible for what is disclosed, so the staff time saved is smaller than the demonstration implies once verification is included.
Pricing, plan by plan
OpenAI API
$0.15/per-million-tokens- GPT-4o mini$0.15/per-million-input-tokens
- Fast
- Affordable
- GPT-4o$5/per-million-input-tokens
- Multimodal
- 128K context
Veritone
On request- aiWARE platform$undefined/year
- Consumption-based use of the AI engine catalogue
- Enterprise licence, quoted
- Self-hosted and FedRAMP deployment options
- iDEMS$undefined/year
- Digital evidence management for law enforcement
- Automated redaction and disclosure workflow
- Quoted per agency, commonly on government contract vehicles
- Media and entertainment applications$undefined/year
- Archive indexing, monetisation and advertising intelligence
- Quoted
Which should you pick?
Choose OpenAI API if
- You need text and reasoning models.
- You work on Api.
- You also want embeddings.
Choose Veritone if
- You need aiware orchestration.
- You work on Web, API, Self-hosted.
- You also want idems.
Questions people ask
- Is OpenAI API or Veritone better?
- Neither clearly leads. OpenAI API starts at $0.15/per-million-tokens and Veritone at On request, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, OpenAI API or Veritone?
- OpenAI API starts at $0.15/per-million-tokens and Veritone at On request.
- Does OpenAI API or Veritone run on more platforms?
- OpenAI API runs on Api. Veritone runs on Web, API, Self-hosted.
- What is OpenAI API best used for?
- OpenAI API is most often used for adding summarisation, drafting or classification to an existing product where building a model would take longer than the product's whole roadmap, retrieval-augmented question answering over internal documents, using the embedding and generation models together, extracting structured records from unstructured text, where schema-constrained output removes most of the parsing problem, prototyping a language feature quickly to find out whether it is worth the cost of a self-hosted alternative later. Of those, adding summarisation, drafting or classification to an existing product where building a model would take longer than the product's whole roadmap and retrieval-augmented question answering over internal documents, using the embedding and generation models together are not what Veritone is typically brought in for.
- What can OpenAI API do that Veritone cannot?
- OpenAI API covers Text and reasoning models, Embeddings, Speech and audio, Image generation. Veritone covers aiWARE orchestration, iDEMS, Automated redaction, Media archive indexing.
Answered from the vendors’ own pages
OpenAI API: Is my data used to train the models?
API inputs and outputs are not used for training by default, which differs from the consumer product. Retention periods and enterprise terms change, so read the current data usage policy rather than trusting a summary.
Veritone: What do you actually buy from Veritone?
An application, most often iDEMS for digital evidence or a media archive product. aiWARE is the platform underneath, and it is rarely purchased on its own outside enterprise and government deals.
OpenAI API: Can I run these models on my own hardware?
No. The weights are not distributed. If self-hosting is a requirement, you are looking at open-weight models instead, with the operational and quality trade-offs that implies.
Veritone: Is pricing published?
No. Everything is quoted, and platform use is metered by consumption of the underlying AI engines, which makes forecasting a large ingest difficult.
OpenAI API: How is it priced?
Per token, with input and output priced differently and each model priced differently. Batch processing and cached input prefixes reduce it. The practical consequence is that your bill is a function of prompt design, not just of request count.
Veritone: Is it approved for US government use?
aiWARE holds FedRAMP authorisation and can be deployed into self-hosted government tenants, which is frequently the reason it reaches a public sector shortlist.
OpenAI API: What is the difference from Azure OpenAI Service?
The same model family delivered by Microsoft under an Azure contract, with Azure identity, networking and regional controls, and a different release cadence for new models. Enterprises with an Azure agreement often choose it for procurement and data residency reasons rather than technical ones.
Veritone: Did Veritone sell its advertising agency?
Yes. Veritone One was divested in 2024 for up to $104 million, and the remaining company is focused on enterprise AI software and licensing.
OpenAI API: How do I keep the cost under control?
Cap input length, cache repeated prefixes, route easy requests to smaller models, use the batch path where latency does not matter, and set per-user limits before launch rather than after the first surprising invoice.
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