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Open-Source
AI testing library
Automatically run exhaustive test suites to control risks on your ML models and LLMs.
import giskard
from langchain import chains, prompts
llm = ...
prompt = prompts.PromptTemplate( input_variables=["product"], template="..."
)
chain = chains.LLMChain(
llm=llm,
prompt=prompt
)
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df, ...)
model = giskard.Model(chain, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
from langchain import chains, prompts
llm = ...
prompt = prompts.PromptTemplate( input_variables=["product"], template="..."
)
chain = chains.LLMChain(
llm=llm,
prompt=prompt
)
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df, ...)
model = giskard.Model(chain, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
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import giskard
from transformers import AutoTokenizer
from transformers import TFAutoModel
tk = AutoTokenizer.from_pretrained(...)
hf = TFAutoModel.from_pretrained(...)
# Pipeline for the model prediction
def pred_func(df):
return softmax(hf(**tk(...).logits))
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df=text_df, ...)
model = giskard.Model(model=pred_func, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
from transformers import AutoTokenizer
from transformers import TFAutoModel
tk = AutoTokenizer.from_pretrained(...)
hf = TFAutoModel.from_pretrained(...)
# Pipeline for the model prediction
def pred_func(df):
return softmax(hf(**tk(...).logits))
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df=text_df, ...)
model = giskard.Model(model=pred_func, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
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import giskard
from torchtext.models
import XLMR_BASE_ENCODER
model = XLMR_BASE_ENCODER.get_model(head=h)
# Pipeline for the model prediction
def pred_func(df):
output_df = DataLoader(df.map(T)) return [model(i) for i in output_df]
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df=text_df, ...)
model = giskard.Model(model=pred_func, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
from torchtext.models
import XLMR_BASE_ENCODER
model = XLMR_BASE_ENCODER.get_model(head=h)
# Pipeline for the model prediction
def pred_func(df):
output_df = DataLoader(df.map(T)) return [model(i) for i in output_df]
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df=text_df, ...)
model = giskard.Model(model=pred_func, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
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import giskard
model = ... # tensorflow model
# Define a custom wrapper
class MyTensorFlowModel(giskard.Model): def model_predict(self, df):
return self.model.predict(
pipeline.transform(df))
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df, ...)
model = MyTensorFlowModel(model, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
model = ... # tensorflow model
# Define a custom wrapper
class MyTensorFlowModel(giskard.Model): def model_predict(self, df):
return self.model.predict(
pipeline.transform(df))
# Wrap your Pandas DataFrame and model
dataset = giskard.Dataset(df, ...)
model = MyTensorFlowModel(model, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
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import giskard
from sklearn.pipeline import Pipeline
# Pipeline for the sklearn model
clf = Pipeline(...)
clf.fit(...)
# Wrap your Pandas DataFrame
dataset = giskard.Dataset(
df=titanic_df, target="Survived"
)
# Wrap your model
model = giskard.Model(
model=clf.predict_proba,
model_type="classification"
)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
from sklearn.pipeline import Pipeline
# Pipeline for the sklearn model
clf = Pipeline(...)
clf.fit(...)
# Wrap your Pandas DataFrame
dataset = giskard.Dataset(
df=titanic_df, target="Survived"
)
# Wrap your model
model = giskard.Model(
model=clf.predict_proba,
model_type="classification"
)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
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import giskard, requests
def pred_func(input_data):
# Set up the API endpoint URL
api = "https://api.example.com/predict"
# Send GET request to API & get response
response = requests.get(
api, params={"input": input_data}
)
# Extract predictions from JSON response
return ...
# Wrap your Pandas DataFrame and model dataset = giskard.Dataset(df, ...)
model = giskard.Model(pred_func, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
def pred_func(input_data):
# Set up the API endpoint URL
api = "https://api.example.com/predict"
# Send GET request to API & get response
response = requests.get(
api, params={"input": input_data}
)
# Extract predictions from JSON response
return ...
# Wrap your Pandas DataFrame and model dataset = giskard.Dataset(df, ...)
model = giskard.Model(pred_func, ...)
# Scan for vulnerabilities
results = giskard.scan(model, dataset)
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Product workflow
Deliver AI products, better & faster. Become an AI superhero.
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Scan
Automatically identify the risks of AI models.
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Test
Run tests to protect against risks of regressions.
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Automate
Automatically publish reports in your CI/CD pipeline.
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Monitor
Get alerted when something is wrong in production.
Detect critical risks in AI models, before production
Hallucination and Misinformation
Safeguard against non-factual outputs, preserving accuracy.
Harmful Content Generation
Ensure models steer clear of malicious or harmful response.
Prompt Injection
Guard against LLM manipulations that bypass filters or override model instructions.
Information disclosure
Guarantee user privacy, ensuring LLMs doesn't divulge sensitive data.
Robustness
Detect when model outputs are sensitive to small perturbations in the input data.
Stereotypes & Discrimination
Avoid model outputs that perpetuate biases, stereotypes, or discriminatory content.
Performance bias
Identify discrepancies in accuracy, precision, recall, or other evaluation metrics on specific data slices.
Unrobustness
Detect when your model is sensitive to small perturbations in the input data.
Overconfidence
Avoid incorrect predictions when your model is overly confident.
Stochasticity
Detect inherent randomness in your model and avoid variations in your results.
Data leakage
Detect inflated performance metrics and inaccuracy due to unintentional external data used in your model.
Unethical behavior
Identify perturbations in your model behavior when switching input data (gender, ethnicity...).
Integrates with your favorite Machine Learning tools
Test your LLM application
Go beyond generic benchmarks
Generate automated tests for precise & contextual assessments, from RAG to chatbots.
GET STARTED
Automate your RAG
Agents evaluation
Generate realistic test cases automatically to detect weaknesses and evaluate answer correctness across your RAG agent components.
Streamline your ML testing process for tabular models
Detect vulnerabilities and run test suites, directly in your environment. Get your models production-ready in no time.
import giskard
sk_model, df = giskard.demo.titanic()
dataset = giskard.Dataset(df, target="Survived")
model = giskard.Model(sk_model,
model_type="classification")
giskard.scan(model, dataset)
sk_model, df = giskard.demo.titanic()
dataset = giskard.Dataset(df, target="Survived")
model = giskard.Model(sk_model,
model_type="classification")
giskard.scan(model, dataset)
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Automate AI tests in your CI/CD pipeline
Automatically generate a test suite based on detected vulnerabilities, and integrate it directly in your CI/CD pipeline.
DOCUMENTATION
Tabular
Robust methods for assessing model vulnerabilities in tabular models, including XGBoost, Random Forest, LightGBM and more.
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GET STARTED
NLP
Comprehensive techniques for evaluating text classification models, covering tasks from sentiment analysis to spam, fraud detection and beyond.
GET STARTED
Generative AI (LLM)
Advanced evaluation capabilities for Large Language Models, encompassing RAG and chatbot models from proprietary or open-source providers. Detect issues such as hallucination, prompt injection, stereotypes, and more.
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Computer Vision
alpha
Stress testing for facial landmark detection models, to evaluate the performance variability across different poses, angles, skin colors, and image format and quality.
GET STARTED
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How to test AI models?
Watch 5-min demo
Discover even more capabilities with the Giskard Hub
Enterprise Hub with visual testing, explainability & debugging dashboards, built for collaborative Al Quality, Security & Compliance at scale.
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Join the community
Welcome to an inclusive community focused on AI Quality, Security & Compliance! Join us to share best practices, create new tests, and shape the future of AI standards together.
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All those interested in AI Quality, Security & Compliance are welcome!
