O
OPENAI / gpt-6-cyber

GPT-6 Cyber

A variant of GPT-6 Astra adapted for authorized security research. It takes text and images and returns text through Responses or Chat Completions. Since November 5, initial API and Codex access has been limited to selected, approved Daybreak Red organizations.

01 / SUMMARY

The essential

ORIENTATIONAuthorized cybersecurity

Primary use stated or inferred cautiously from official documentation.

CONTEXT1,050,000 context tokens; up to 922,000 input

Maximum input capacity when published by the source.

EXIT128,000 output tokens

Documented maximum generation limit.

ACCESSDaybreak Red · approval required

Verified availability channels.

MODEL TYPECode · Text and reasoning · Multimodal

Primary functional family and verified specialties.

LICENSEProprietary

Declared terms for API access, model weights, or self-hosting.

02 / TECHNICAL SHEET

Limits and integration

API IDgpt-6-cyber
Model typeCode · Text and reasoning · Multimodal
Access modelPaid proprietary
LicenseProprietary
DeploymentHosted API
Release05 NOV 2026
Knowledge cutoffNot published
EntranceText · Image
ExitText
Context window1,050,000 context tokens; up to 922,000 input
maximum output128,000 output tokens
ReasoningReasoning tokens supported
Published toolsFeatures
Structured OutingsSupported
Batch processingNot compatible
Prompt cacheNot published
Fine-tuningNot compatible
Verified platformsOpenAI API · Codex
BEST SUITED FOR

Vulnerability triage, patch review and validation in authorized labs. A useful test checks whether a finding can be reproduced, whether the patch addresses its cause, and whether the model stays within the permitted assets and actions.

WORTH MONITORING

Access to GPT-6 Astra does not grant access to GPT-6 Cyber. The organization must meet Daybreak Red controls and define an authorized scope. Total context differs from the input limit: the documentation specifies 922,000 input and 128,000 output tokens. Batch and fine-tuning are unsupported.

03 / CAPABILITIES

What it can do

01

Orientation

Vulnerability triage, patch review and validation in authorized labs. A useful test checks whether a finding can be reproduced, whether the patch addresses its cause, and whether the model stays within the permitted assets and actions.

02

Context

1,050,000 context tokens; up to 922,000 input · 128,000 output tokens

03

Tools and integration

Features

04

Access

Daybreak Red · approval required

Input modalities
TextImage
04 / PRICES

Documented cost

ConceptWorthUnit/condition
Standard input20 USD / 1M input tokensStandard API rate
Cached input2 USD / 1M cached input tokensReading reused prefixes
Cache write or storageNot publishedThe condition varies by provider
Standard output100 USD / 1M output tokensMay include reasoning tokens
Batch inputNot publishedAsynchronous processing
Batch outputNot publishedAsynchronous processing

Standard short-context rates per million tokens: USD 20 input, USD 2 cached input and USD 100 output. Cache writes cost USD 25 for 30 minutes or USD 50 for 12 hours. These figures do not budget every context length or include possible tool charges.

i Prices change and may depend on level, region or context length. Check the source before making a decision.

05 / EVALUATIONS

How to read the results

“

OpenAI reports 48.5% on ExploitGym and 40.3% vulnerability recall on its web test without source code. The protocols differ. The latter measures recall, not precision or general success. Inferama has not reproduced the results, which depend on the environment, tools and test rules.

BenchmarkResultMetricSource
ExploitGym48,5 %ScoreView source ↗
OpenAI Web Pentesting40,3 %ScoreView source ↗

Inferama only highlights a “best result” when the metric, test set, configuration, and date allow for an equivalent comparison. The supplier's figures are presented as claims from its own source.

06 / VERSIONS

Chronology

GPT-6 Cyber

Version added to Inferama's verified catalog.

07 / SOURCES

Traceability