Source-tracked model comparison

GPT-5.6 Cyber vs GPT-5.6 Sol: when does the specialized route apply?

Compare verified pricing and model limits for specialized cybersecurity access versus a general OpenAI route. The cost example uses a developer assistant backend workload and does not assume equal model quality.

Direct cost answer: GPT-5.6 Cyber is estimated at $8,187.50 per month and GPT-5.6 Sol at $2,320.00 for 5,000 input tokens, 1,500 output tokens, and 50,000 monthly requests. GPT-5.6 Sol is $5,867.50 lower under these assumptions. This does not identify a quality winner.
Generation changeDeveloper assistant backendSources checked 2026-09-08 / 2026-09-08
Tracked facts

Pricing and model limits

Prices are USD per 1M tokens under each model's verified default profile.

FieldGPT-5.6 CyberGPT-5.6 Sol
API access providerOpenAIOpenAI
API model IDgpt-5.6-cybergpt-5.6-sol
Input / 1M$12.50$4.00
Cached input / 1M$1.25$0.40
Output / 1M$75.00$20.00
Context window400,000 tokens1,050,000 tokens
Maximum output128,000 tokens128,000 tokens
Accepted inputtext, imagetext, image
Example workload

Developer assistant backend cost scenario

5,000 input and 1,500 output tokens per request, 50,000 monthly requests, and 20% cached input.

OpenAI

GPT-5.6 Cyber

$8,187.50 / month
Input cost
$2,562.50
Output cost
$5,625.00
Per 1,000 calls
$163.75
Pricing profile
standard
View model details
OpenAI

GPT-5.6 Sol

$2,320.00 / month
Input cost
$820.00
Output cost
$1,500.00
Per 1,000 calls
$46.40
Pricing profile
standard / short context
View model details

Cost result: GPT-5.6 Sol is $5,867.50 lower per month for these assumptions. This is a price comparison, not a model-quality ranking.

StackLens assessment

Questions to answer before choosing

  • Does the use case qualify for GPT-5.6 Cyber access?
  • Is a cybersecurity-specific route necessary for this workload?
  • How do the verified token rates affect the expected monthly cost?
Workload caveat

What this estimate leaves out

The calculation does not compare coding quality and excludes indexing, execution sandboxes, and repository storage.

Latency, reliability, output quality, retries, regional processing, and provider-specific tool charges can change the practical decision.