Autonomous Era Safety Compiler

Where complex systems become mathematically defensible.

Continuous constraint verification, kinetic safety synthesis, and zero-knowledge assume-guarantee contracts across safety-critical domains.

Explore Falcon V Studio View Core Architecture // AUDIT FIVE DOMAINS
INVARIANT MANIFOLD: L-480
DIMENSION: R^12 COMPACT
PARETO SURFACE: SYNTHESIZED
ΔΨ: +0.00000 | ω: 1.000
Computational Assurance Engine

Falcon V Studio // The Safety Compiler

Safety cases have remained frozen in static PDFs and disconnected DOORS matrices while autonomous software, neural policies, and actuator dynamics evolve every sprint. Falcon V recompiles safety arguments continuously as typed, versioned GSN v3 graphs with formal SMT invariants, counterfactual impact analysis, and cryptographic audit logging.

// 01 • GRAPH COMPILE

Living GSN v3 Canvas

Formal assurance graph with typed nodes and directional support relations. Supports multi-claim shared evidence and formally rejects circular support cycles via integrated SMT solvers.

// 02 • EXACT ARITHMETIC

Exact Rational Intervals

Calculates uncertainty envelopes strictly over exact rational numbers (Q). Preserves missing values rather than forcing false zeros, eliminating catastrophic floating-point rounding errors.

// 03 • COUNTERFACTUAL

Counterfactual SOTIF Engine

Simulates sensor degradation, CAN latency spikes, and wet-road friction drops across dependent claims. Recomputes impact without mutating historical baseline snapshots.

// 04 • AUDIT LEDGER

Tamper-Evident SHA-256 Ledger

Zero external telemetry. Runs entirely on offline SQLite WAL storage with a deterministic cryptographic hash chain enforcing Segregation-of-Duties (SoD) for independent assessors.

Verified Windows Desktop Alpha

Falcon V Studio Desktop

Self-contained engineering workbench for Windows. Packaged with a native Tauri 2 (Rust) shell and an isolated loopback engine (127.0.0.1:0). Requires zero host runtime dependencies (no separate Python or Node.js required on engineering workstations).

RUNTIME: Rust Tauri 2 + PyInstaller Loopback Backend (127.0.0.1:0)
PERSISTENCE: Offline-First SQLite WAL (Local, Single-Tenant)
PACKAGE: NSIS Setup Binary • 31.3 MB (Installed: ~12.6 MB Core)
Download Falcon V Studio (31.3 MB)
SHA-256: acf8a2e09652c9a243a8185f989d36aee7ac4faaa46d1f2ea70b233fc2b70ccb
Alpha Disclosure: This preview build is not yet EV code-signed. Windows SmartScreen may show "Unknown Publisher" on first launch (click "More info" → "Run anyway"). Requires Edge WebView2 runtime.
// RESEARCH & CAPABILITIES → // CORE ARCHITECTURE BULLETIN →
Sector 01 // Autonomous Mobility

Autonomous Mobility &
Heavy Transport.

When vehicle momentum reaches hundreds of kilonewtons on wet asphalt, safety cannot rely on statistical neural predictions alone. Vantheris bounds the dynamic kinematic envelope, continuously proving that tire-road friction drops and perception latency spikes never violate physical stopping barriers.

Standard Target
ISO 26262 ASIL-D
ISO 21448 SOTIF
Invariant Margin
d_stop ≤ d_avail - 1.5m
FTTI < 10ms Bounded
Next Domain →
Kinetic Braking Rig
KINETIC BRAKING RIG DYNAMIC ROTOR TEMPERATURE: NOMINAL
2.55 G ENVELOPE μ_SURFACE = 0.45 [WET ASPHALT]
Sector 02 // Aerospace & Defense

Aerospace, Defense &
Hypersonics.

In fly-by-wire avionics and autonomous flight surfaces, failure is measured in aerodynamic stall and kinetic destruction, never software rollbacks. Vantheris formally proves voting determinism, triple-modular redundancy logic, and discrete-time state transitions under severe sensor degradation.

Qualification Target
DO-178C DAL-A
DO-330 TQL-1 • DO-254
Actuator Assurance
Deterministic Voting
WCET Budget: 1.25ms
Next Domain →
Stealth Flight Deck
TACTICAL NIGHT ASCENT AFTERBURNER IGNITION ENVELOPE
DAL-A QUALIFIED ZERO AXIOM ESCAPES
Sector 03 // Physical AI

Physical AI &
Humanoid Robotics.

Embodied policies and neural planners cannot be trusted with raw multi-axis torque. Vantheris synthesizes real-time Control Barrier Functions (CBF) and formal safety cages, projecting candidate policy commands into certified reachable safe sets before motor current reaches joint actuators.

Framework Alignment
EU AI Act Art. 9–15
ISO 13849 PL-e • ISO 10218
Barrier Runtime
Simplex Safe Fallback
1 kHz Hardware Cage
Next Domain →
Industrial Robotic Manipulation
MULTI-AXIS LASER CALIBRATION TORQUE INVARIANT ENFORCED
HARDWARE SAFETY CAGE ZERO-LAG QP PROJECTION
Sector 04 // Medical & Surgical

Medical &
Surgical Robotics.

In robot-assisted microsurgery, a positional overshoot of fifty microns can cause catastrophic tissue incision. Vantheris guarantees that kinematics, force-feedback haptics, and optical tracking latency strictly conform to Class C life-critical safety contracts with verifiable fail-freeze immutability.

Regulatory Rigor
IEC 62304 Class C
FDA 21 CFR Part 11
Precision Invariant
±50 Micron Tolerance
Tamper-Evident SHA-256
Next Domain →
Robotic Surgical Suite
MICROSURGICAL TELEMANIPULATION TREMOR CANCELLATION ACTIVE
Δx < 0.05 mm FAIL-FREEZE CERTIFICATE
Sector 05 // Critical Rail

Rail & Critical
Infrastructure.

Modern high-speed rail and interlocking networks operate with zero room for concurrent track authority deadlocks. Vantheris evaluates moving-block headway contracts, axle-counter telemetry, and ETCS braking curves with exact rational arithmetic, eliminating floating-point rounding hazards across continental rail corridors.

Rail Specification
EN 50128 / EN 50129
IEC 61508 SIL 4
Signalling Headway
ETCS Level 3 Moving Block
Exact Rational Interval
↑ Back To Top
High Speed Rail Infrastructure
CONTINENTAL CORRIDOR INTERLOCK MOVING-BLOCK POSITION: VERIFIED
SIL 4 INTEGRITY ZERO FLOAT ROUNDING ERROR