Enhancing AI with Adversarial Techniques

Transforming translation through innovative adversarial sample generation and testing for robustness.

About Our Work

Specializing in generating and testing adversarial samples for advanced AI models to enhance translation accuracy and robustness.

A robotic dog is highlighted against a dark background. The robot has a yellow body with four black legs and is marked with the name Boston Dynamics. The lighting creates a dramatic contrast, focusing attention on the machine's design and structure.
A robotic dog is highlighted against a dark background. The robot has a yellow body with four black legs and is marked with the name Boston Dynamics. The lighting creates a dramatic contrast, focusing attention on the machine's design and structure.

Sample Generation

A laboratory setting with several advanced machines, including a prominent white machine labeled 'SINIC-TEK' featuring a large monitor on top displaying technical graphics. Beside it, another machine displays the label 'GWEI' with a smaller screen. The setting has a high-tech and industrial appearance with a polished green floor and metallic curtains.
A laboratory setting with several advanced machines, including a prominent white machine labeled 'SINIC-TEK' featuring a large monitor on top displaying technical graphics. Beside it, another machine displays the label 'GWEI' with a smaller screen. The setting has a high-tech and industrial appearance with a polished green floor and metallic curtains.

Crafting semantic-preserving perturbations for AI models to enhance security and performance.

A conference room setting with several laptops on a large table, each being used by a person. A large screen displays a blue interface with the text 'Generate ad creatives from any website with AI'. A stainless steel water bottle and a conference phone are also visible on the table.
A conference room setting with several laptops on a large table, each being used by a person. A large screen displays a blue interface with the text 'Generate ad creatives from any website with AI'. A stainless steel water bottle and a conference phone are also visible on the table.

Robustness Testing

Assessing model resilience against adversarial samples to enhance performance.

A laboratory setting with a robotic arm interacting with test tubes that have various colored caps, arranged on a tray. The background has a blurred effect, creating a focus on the equipment.
A laboratory setting with a robotic arm interacting with test tubes that have various colored caps, arranged on a tray. The background has a blurred effect, creating a focus on the equipment.

Transferability Study

Evaluating cross-model vulnerabilities to improve overall AI robustness and security.

This work will advance collective understanding in three ways:

Model Transparency: By mapping GPT-4’s failure modes, we reveal latent vulnerabilities that could inform safer model architectures or deployment practices (e.g., input sanitization).

Robustness Benchmarks: Establishing standardized metrics for adversarial susceptibility in LLMs, enabling comparative studies across models.

Mitigation Blueprint: If fine-tuning proves effective, this could guide OpenAI (and others) to adopt adversarial training as a default step for high-stakes applications (e.g., medical or legal uses).

Societally, the project highlights risks of over-reliance on black-box AI systems and proposes actionable improvements. For OpenAI, insights could directly enhance GPT-4’s safety protocols or inspire new research directions (e.g., hybrid interpretable/black-box systems).