GIC exists to support leaders operating in environments where precision, validation, and accountability are essential. We engineer systems not to impress—but to perform, endure, and stand behind decisions when it matters most.
Accurate sensing, monitoring, and safety-oriented solutions supporting controlled and regulated operational environments.
Scientific & Laboratory
Supply and integration of laboratory-grade scientific equipment designed for analysis, measurement, and validated performance.
Environmental Monitoring
Systems supporting environmental protection, compliance, and preventive monitoring across industrial and technical sites.
AI-Enabled Decision Support
Intelligence-enabled platforms that assist interpretation, visualization, and informed decision-making from technical data.
Simulation & Training
Simulation-based systems supporting operational readiness, technical training, and scenario-based preparedness.
Lifecycle Support
End-to-end support including integration, commissioning, training, maintenance, and long-term operational reliability.
Sustainability
Committed To Keep People Healthy & Safe
At GIC, sustainability is not a claim. It is the result of engineering systems that remain safe, reliable, and accountable over time—in environments where people, infrastructure, and responsibility come first.
We embed sustainability into how systems are engineered, deployed, and supported—so performance, safety, and compliance are maintained throughout the full lifecycle.
Engineered Safety
Lifecycle Assurance
AI-Enabled Optimization
Human-Centric Design
AI-Driven Radiological Safety
Smarter Radiation Safety for Patients and Healthcare Professionals
Artificial intelligence is integrated to support safe and responsible radiological practice in healthcare, strengthening dose oversight, exposure assessment, and occupational radiation protection within established clinical and regulatory frameworks.
“The UAV-based radiation monitoring solution provided reliable, high-resolution data while significantly reducing inspection time and on-site exposure. The integration of AI-assisted analysis supported clear interpretation and regulatory-grade reporting.”
Infrastructure & Utilities Operator
Large-Scale Assets & Critical Infrastructure
“The AI-augmented engineering approach enabled accurate simulation and assessment of our infrastructure assets without interrupting operations. Digital twin capabilities supported stress testing, condition monitoring, and long-term lifecycle planning with measurable efficiency gains.”
Nuclear & Environmental Stakeholder
Regulated & High-Risk Environments
“ GIC 360 demonstrated strong capability in integrating radiation detectors across aerial and ground platforms. The system delivered consistent situational awareness and supported baseline studies and trend analysis with a high level of accuracy.”
OT & Critical Systems Security Team
Mission-Critical Infrastructure
“The cybersecurity architecture delivered strong protection for AI-enabled systems and operational technologies. The emphasis on segmentation, resilience, and zero-trust principles enhanced system integrity and long-term operational trust.”
Request a Technical Briefing
For safety-critical and regulated environments.
Operational Clarity
Frequently Asked Questions
GIC supports government, semi-government, and critical-infrastructure operators responsible for managing nuclear, radiological, and other safety-critical risks under strict regulatory and operational accountability.
We ensure that radiation detection, autonomous sensing, and intelligence-driven systems operate as controlled, auditable, and mission-ready solutions—not isolated technologies.
GIC acts as a system steward for nuclear and radiological capabilities, not a component supplier or project-only integrator. We design and govern complete operational systems—covering technology integration, procedures, compliance, and lifecycle ownership—while remaining vendor-agnostic and accountable from deployment through sustained operation.
Compliance and security are embedded into GIC’s engineering from the outset, particularly for nuclear and radiological systems subject to regulatory oversight and audit.
Each deployment follows a governed lifecycle—covering commissioning, training, maintenance, calibration, and review—ensuring sustained compliance, cybersecurity, and operational reliability.
