High-assurancesoftware,formallyverified.
Giolit Labs advances the science and engineering of high-assurance software systems — the formal specification, proofs, formal verification, formal methods, synthesis, testing, and integration of systems whose correctness, safety, security, and reliability are of critical importance.
Computational artifacts we verify
Marketplace — Ecosystem of Healthcare Software Components
A curated ecosystem of verified healthcare software
A marketplace for healthcare software components that enables organizations to discover, integrate, verify, and deploy interoperable software solutions efficiently and reliably — every component ships verification-ready and interoperable, preserving correctness guarantees across integrations.
The marketplace facilitates
- Discovery of Healthcare Software Components
- Verification-Ready Software Assets
- Interoperable Clinical Modules
- Electronic Medical Record (EMR) Components
- Reusable Domain-Specific Services
- Standards-Oriented Integration Frameworks
Integration-first by design. Every component ships verification-ready and interoperable — so teams can integrate verified modules into larger systems while preserving correctness guarantees.
Assurance Differentiator
Every component is formally specified, verification-ready, and Giolit-signed. Built with IEC 62304 alignment and HL7 / FHIR interoperability support.
IEC 62304
Aligned lifecycle
HL7 / FHIR
Native interoperability
Giolit-Signed
Every module, before deployment
HMS functional coverage — reference
About Us
The formal verification company.
Our methodologies are founded upon formal methods, automated reasoning, model checking, theorem proving, constraint solving, abstract interpretation, program synthesis, and software assurance techniques. We develop advanced technologies for the automated verification, synthesis, and integration of software ecosystems — and for the seamless integration of verified components into larger systems while preserving correctness guarantees.
Mission
To enhance the reliability, safety, security, and correctness of software ecosystems through mathematically rigorous verification techniques — and to advance the state of the art in software assurance, enabling the systematic construction of trustworthy computational systems with mathematically demonstrable correctness properties.
Vision
To establish a unified framework for specification, verification, synthesis, testing, and integration that enables the systematic construction of trustworthy software ecosystems with mathematically demonstrable correctness properties.
Core Competencies
Computational Artifacts We Cover
Services
What we deliver — and prove
Project-delivered verification, testing, synthesis, and engineering — each engagement grounded in formal methods, each result backed by mathematical evidence.
TEST
Automated Testing of Software Systems
Comprehensive testing and validation services for complex software-intensive systems.
Capabilities
VERIFY
Formal Verification of Software Systems
Rigorous mathematical verification of system properties through automated and semi-automated reasoning techniques.
Verification Targets
Properties Verified
GENERATE
Automated Generation of Software System Components
Generation of software artifacts from formal specifications, models, and declarative requirements.
Research Areas
BUILD
Building Formally Verified Software Systems
Development of software systems in which verification activities are integrated throughout the engineering lifecycle.
Application Domains
Consulting
How we partner with you
From a single verification study to an organization-wide assurance program — we advise on process, methodology, and the engineering culture that makes correctness sustainable.
Engagement starts with a focused advisory scope and scales to embedded, long-term partnership on assurance programs — from a single verification study to organization-wide process engineering.
Formal Verification
Mathematically rigorous methods to establish correctness properties of software and hardware systems.
Automated Testing
Advanced testing infrastructures, automated test generation frameworks, fuzzing technologies, and validation pipelines.
Building Software Systems
Design, development, integration, and deployment of dependable software systems with emphasis on quality, traceability, and assurance.
Verification Process Engineering
Verification-oriented software development processes suitable for safety-critical and mission-critical applications.
Research & Technology Development
Collaboration with academic, industrial, and governmental organizations on advanced verification and assurance technologies.
Tools & Research Platforms
The engine behind the assurance
Proprietary tools and platforms built from our research — covering verification, synthesis, testing, and integration. These are the same engines that power our services and underpin every product we ship.
Tools
CHC Solver
Constraint Horn Clause solving for verification backends.
Automated Software Verifier
End-to-end automated verification of programs.
Controller Verifier
Verification of control logic and embedded controllers.
Verified Program Generator
Synthesis of programs with correctness guarantees.
Verified Controller Generator
Synthesis of verified controllers.
Fuzzer
Intelligent fuzzing for vulnerability and edge-case discovery.
Neural Network Simulator
Simulation and behavioral analysis of AI models.
Automated Software Integrator
Composition of heterogeneous components with preserved correctness.
Research Platforms
Software Verification Platform
Automated verification of software systems against formal specifications and correctness requirements.
Controller Verification Platform
Analysis and verification of control logic under diverse operational conditions.
Neural Network Assurance Platform
Formal analysis of safety, robustness, and behavioral properties of machine learning systems.
Automated Testing Platform
Intelligent generation and execution of test suites for software validation.
Verified Software Generation Platform
Synthesis of software components from formal specifications with correctness guarantees.
Automated Software Integration Platform
Integration of heterogeneous software components while preserving behavioral consistency and system-level correctness.
Standards & Assurance
Aligned to the frameworks that count
Our methodologies are applicable to systems developed under assurance and certification frameworks — including those governing medical, automotive, aerospace, railway, and secure software development.
Industries we serve
ISO 26262
Automotive functional safety
IEC 61508
Functional safety of E/E/PE systems
IEC 62304
Medical device software lifecycle
DO-178C
Airborne systems software
EN 50128
Railway software
MISRA
Software development guidelines
Secure SD
Secure software development standards
Continuously applicable across
Formal verification is the use of mathematically rigorous proofs to guarantee that a software or hardware system operates exactly as intended. Unlike traditional testing, which only checks specific edge cases, formal verification explores every possible execution path to prove the absence of critical bugs, vulnerabilities, or deviations from the system's specification.
Medical device software often operates in life-critical environments where failures are unacceptable. Formal methods ensure compliance with stringent safety standards like IEC 62304 and FDA regulations by mathematically proving the safety and functional correctness of the software prior to deployment, drastically reducing the risk of fatal anomalies.
Giolit Labs verifies systems against the most rigorous industry standards globally, including IEC 62304 (Medical Device Software), ISO 26262 (Automotive Functional Safety), DO-178C (Airborne Systems), and EN 50128 (Railway Systems). Our platforms ensure compliance through automated reasoning and mathematically demonstrable correctness.
Yes. Our Automated Software Integration Platform is designed specifically to integrate verified modules (like those in our Healthcare Marketplace) into larger, pre-existing ecosystems. We guarantee that the behavioral consistency and system-level correctness of the newly integrated components are preserved end-to-end.
Engage Giolit Labs
Build with mathematically demonstrable correctness.
Whether you’re deploying a hospital management system, verifying a safety-critical controller, or engineering an assurance program — we apply formal methods, mathematical proofs, and rigorous formal verification techniques from specification to deployment.
Direct
giolitlabs@gmail.com