Veronte Autopilot Defense Capabilities: Tactical Precision & Reliability

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Defense Capabilities

Resilient solutions for defense

Assured positioning and navigation in GNSS Denied environments.

Modern battlefields are defined by signal denial. Veronte Autopilot ensures mission success even when satellite signals are compromised. By fusing data from diverse, non-jammable sources, the system maintains absolute tactical precision without relying on GNSS.

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Visual-Aided Navigation: Positioning utilizing advanced real-time video processing algorithms

Precision Dead-Reckoning: Robust inertial navigation fused with real-time wind estimation.

Tactical FOG lntegration: Native support for highgrade Fiber Optic Gyroscopes (FOG).

Cellular Positioning: Leverages the internal 4G module inside Veronte Autopilot for triangulation.

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Veronte VBN

The Veronte VBN module provides a dedicated solution for high accuracy optical navigation in GNSS-denied environments, ensuring precise positioning in mapped or non-premapped areas.

GNSS LOST

VBN ACTIVEINTERNAL NAVIGATION

Anti-Jamming

Auto-transition to inertial/visual modes upon signal loss.

Anti-Spoofing

Detection logic identifies falsified GPS signals.

Hardened Design

Avionics certified for EMI/EMC resilience.

Low observable operations and dynamic mission execution

Stealth & Advanced combat maneuvers

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Spotlight: EMCON Silent Mode

“Go dark”: Emissions Control (EMCON) mandates. The system cuts all RF transmissions to eliminate electronic signatures, capable of activating automatically based on predefined events or via operator command. Combined with Silent Glide (allows far in-flight engine cut-off and restart), this ensures total acoustic and electronic stealth

Mission profiles

  • Fly-by-Camera: Intuitive assisted flight; the drone follows the camera’s pointing direction.
  • High-G Launch: Optimized control for catapult, canopy, or rocket-assisted takeoffs.
  • Evasion protocols: Pre-programmed maneuvers triggered instantly by threat detection.
  • 4D Trajectory: Precise 3D path planning with “Time-on-Target” constraints.
  • Homing guidance: Vision-based target tracking for terminal guidance accuracy.
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Maritime Capabilities

Multi-drone swarms & maritime operation

Unified command for collaborative combat.

Veronte Ops provides a “single pane of glass” for true multi-domain operations. Operators can control heterogeneous assets (Air, Land, and Sea) simultaneously from one unified interface. Advanced logic enables coordinated swarm behaviors and formation flights, extending control acmmable sources, the system maintains absolute tactical precision without relying on GNSS.

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Relative Navigation

Executes missions with waypoints defined relative to a moving vessel, ensuring synchronization with the fleet.

Sea-Skimming

Specialized control laws enabling high-speed, low-altitude flight over water for radar evasion.

Moving Vessel Recovery

Fully autonomous landings on moving decks, actively compensating for pitch, roll, and heave in rough seas.

Veronte Ops

Distributed control

Seamless C2 Handoff. Mission control can be transferred securely between ground stations in realtime. Whether handing off from a ship to a shore team, or between pilot and payload operators, Veronte manages role-based permissions to ensure the right person has control at the right time.

Veronte Ops
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Cybersecurity & Integrity

Uncompromising data security and aviation-grade reliability.

Veronte Ops provides a “single pane of glass” for true multi-domain operations. Operators can control heterogeneous assets (Air, Land, and Sea) simultaneously from one unified interface. Advanced logic enables coordinated swarm behaviors and formation flights, extending control acmmable sources, the system maintains absolute tactical precision without relying on GNSS.

Profile Lock

Protects proprietary control logic from unauthorized access.

Data Sanitization

On-demand “zeroizing” of mission-critical Data-at-Rest (DAR).

Tactical Networks

Operable on isolated, private military networks (Comsec).

Encrypted Comms

High-level encryption for all C2 and payload links.

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System integrity & Standards

System integrity is guaranteed by our status as an Approved Design Organization (APDOA) and Production Organization (POA). This ensures that every unit is developed and manufactured under strict aviation oversight.

Veronte Autopilot

Certified reliability

Veronte Autopilot is engineered to meet the most rigorous airworthiness standards, ensuring the system performs flawlessly in critical conditions.

Core Philosophy

Programmable Avionics & Interoperability

The Adaptive backbone for modern defense.

Modular Standards & STANAG 4586. Built on Modular Open Systems Approach (MOSA) principiesand fully compliant with NATO STANAG 4586, Veronte ensures rapid integration and future-proof compatibility, free from restrictive proprietary dependencies.

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Connectivity & Payload

LOS & BLOS Agnostic:

Seamlessly integrates Line-of-Sight RF with SATCOM, Starlink, and 4G/LTE.

Smart Gimbal C2:

Seamlessly integrates Line-of-Sight RF with SATCOM, Starlink, and 4G/LTE.

Detect & Avoid:

Sensor fusion (Vision/Radar/LiDAR/ADS-8) for autonomous safety.

User Programmable:

Run custom C++ algorithms or Model-Based Design directly on the autopilot core.

Veronte Autopilot Product Family

Scalable hardware Solutions for every mission profile.

Veronte Autopilot Product Family

Universal compatibility: Engineered for versatility, the Veronte ecosystem is platform-agnostic. lt delivers unified control for all vehicle types-including Fixed-Wing, VTOL, Helicopter, USV (Surface), and UGV(Ground) assets.

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Veronte Autopilot 1x

SAIL I-IV | Fail-Safe

Best for: Tactical Class I & II UAVs, USVs, UGVs, and Target drones.

Why: Delivers professional-grade autonomous control and sensor redundancy in a lightweight, compact form factor perfect for tactical deployments.

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Veronte Autopilot 4x

SAIL I-VI & TC | Fail-Operational

Best for: MALE/HALE UAVs and Strategic Missions.

Why: Provides fail-operational reliability with triple redundancy, ensuring mission continuity for critical operations over populated or hostile zones.

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Veronte Autopilot DRx

SAIL I-VI & TC | Distributed Redundant

Best for: MALE UAVs and Manned Aircraft.

Why: Features a distributed zonal architecture that survives localized damage, guaranteeing flight safety even if a specific section is compromised.

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Veronte Autopilot KAI

FCS for Loitering Munitions & C-UAS

Best for: Loitering Munitions & C-UAS.

Why: Combines an ultra-compact footprint with embedded computer vision for precision terminal guidance and navigation in GNSS-denied environments.

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