Question 1

What formal verification services does Giolit Labs provide?

Accepted Answer

Giolit Labs provides comprehensive formal methods verification services including model checking, theorem proving, abstract interpretation, CHC solving, symbolic execution, and automated reasoning for software, hardware, protocols, neural networks, controllers, and cyber-physical systems.

Question 2

Which safety standards does Giolit Labs support?

Accepted Answer

Giolit Labs supports ISO 26262 (automotive), IEC 62304 (medical device software), DO-178C (airborne systems), EN 50128 (railway), IEC 61508, and MISRA guidelines. Our formal verification services are aligned with safety certification requirements.

Question 3

What is program synthesis and does Giolit Labs offer it?

Accepted Answer

Program synthesis is the automated generation of correct-by-construction software from formal specifications. Giolit Labs offers program synthesis, controller synthesis, and verified software generation as part of its high-assurance software engineering services.

Question 4

Does Giolit Labs verify neural networks and AI systems?

Accepted Answer

Yes. Giolit Labs provides formal verification and safety analysis of neural networks and AI models, including robustness, safety, and behavioral property verification using our Neural Network Assurance Platform.

Question 5

What is Giolit Labs' Hospital Management System (HMS)?

Accepted Answer

Giolit Labs' HMS is a formally verified, IEC 62304-aligned Hospital Management System with HL7/FHIR interoperability. It covers clinical operations, patient management, laboratory, pharmacy, billing, supply chain, and AI-assisted diagnostics — all verification-ready before deployment.

Question 6

How is formal verification different from software testing?

Accepted Answer

Software testing checks specific scenarios and can only detect bugs. Formal verification mathematically proves that a system satisfies its specification for all possible inputs and behaviors. Giolit Labs combines both: automated testing for coverage and formal verification for mathematical guarantees.

See our formally verified orchestrator in action.