Lab

Applied research for safer digital systems.

The Lab is the research and experimentation side of GT Research Lab. It focuses on applied cybersecurity, AI security, automation, and secure digital infrastructure.

Technology lab workspace used to represent GT Research Lab applied research.

Active Programmes

Research themes connected to real prototypes and technical exploration.

AI Security

Adaptive Zero Trust AI Gateway

Research into prompt inspection, explainable risk decisions, output filtering, adaptive trust, and audit trails for safer AI model access.

Security Middleware

AI Firewall / API Interceptor

Experimental API gateway patterns for routing AI traffic through authentication, policy enforcement, request checks, provider control, and structured logs.

Digital Forensics

MemScope Forensic Correlation

Prototype work around memory artefact analysis, Volatility3 outputs, suspicious activity correlation, and clearer investigation interfaces.

Security Operations

SOC Monitoring Interface

Interface concepts for alerts, attack timelines, model posture events, risk signals, and Zero Trust decision visibility.

Focus Areas

Research grounded in practical system design.

AI Security

Internal research into safer AI workflows, data boundaries, reviewable outputs, and practical controls around AI-assisted systems.

Zero Trust Systems

Technical exploration around access control, least privilege, request validation, and security-conscious architecture.

Cybersecurity Automation

Proof-of-concept systems for repeatable checks, documentation support, and security workflow improvement.

Research Intelligence

Experimental prototypes for organising technical knowledge, project notes, reports, and applied research material.

Secure Business Workflows

Applied security ideas for business processes, internal tools, forms, approvals, and operational digital systems.

Research Philosophy

Security systems should be explainable, observable, and controlled.

Security-first AI

AI systems should be designed with verification, policy, visibility, and control from the beginning.

Observable decisions

Security tools become more useful when their decisions can be inspected, explained, and challenged.

Adaptive trust

Access should respond to behaviour, context, risk, and evidence instead of assuming anything is safe.

Forensic visibility

Good systems leave useful traces for investigation, learning, and future improvement.

Research Mode

Measured experimentation, not empty claims.

The Lab works through internal research, experimental prototypes, proof-of-concept systems, applied security ideas, and technical exploration.

Internal research Experimental prototypes Proof-of-concept systems Applied security ideas Technical exploration