SPECIFICATION1
3.0 TOPS AI Accelerator
Delivers massive computing power optimized for continuous multi-class object detection and spatial analytics simultaneously across full-frame video streams.
System on Chip
PLATFORM ARCHITECTURE
Hardware & Software Security
Protection engineered into the silicon, not layered on after the fact. Every AVYCON camera and recorder is built on a hardened System on Chip with security enforced from the first instruction at boot.
Explore ->ABOUT SoC
System on Chip
At the core of AVYCON's security ecosystem are advanced System on Chip (SoC) delivering exceptional image clarity, intelligent video analytics, and rock-solid reliability. We partner with premier semiconductor providers to develop proven, high-performance SoCs into our hardware ecosystem, embedding multi-layered cybersecurity controls to ensure complete network and device protection. Through complete control over our firmware, software integration, and quality assurance processes, AVYCON ensures full NDAA compliance, stringent supply chain security, and seamless performance across our entire line of security solutions.
SPECIFICATION
Dedicated Hardware Convolutional Neural Network (HW-CNN) Engine
At the heart of the AVYCON SoC is an onboard, dedicated Neural Processing Unit (NPU) accelerator. Purpose-built for high-throughput deep learning at the edge, this dedicated silicon executes complex machine-learning models in real time, eliminating the lag, bandwidth overhead, and cloud compute costs associated with server-side processing.
SPECIFICATION2
Low-Latency Edge Processing
Real-time inferencing occurs natively on the camera within milliseconds, triggering instant local alarms and automated responses.
SPECIFICATION3
Optimized Power & Thermal Efficiency
Highly integrated micro-architecture delivers maximum TOPS per Watt, guaranteeing continuous performance without thermal throttling in extreme outdoor deployments.
SPECIFICATION4
Unified Memory Pipeline
High-speed DDR4 / LPDDR4X bus integration ensures zero-copy data exchange between the camera sensor, ISP, and NPU for uninterrupted high-resolution processing.
CENTRAL MANAGEMENT
Transforming Cameras from Passive Recorders into Proactive Sensors
By leveraging deep learning algorithms natively on the SoC, AVYCON cameras go beyond traditional pixel-motion detection to deliver actionable visual intelligence with ultra-low false alarm rates.
Multi-Class Object Classification
Simultaneously detects, tracks, and differentiates between Humans, Vehicles, and Non-Motorized Vehicles (bicycles, motorcycles).
Deep Attribute Extraction
Captures metadata details in real time, including clothing colors, vehicle types, body directions, and target velocity.
False Alarm Suppression
Intelligently filters out environmental triggers such as heavy rain, blowing foliage, shifting shadows, headlight reflections, and small animals.
Perimeter Protection & Tripwire Detection
Defines virtual boundaries and tripwires with instant, classification-aware alert triggers.
Automatic Number Plate Recognition (ANPR / LPR)
High-speed license plate capture and character recognition directly on the camera.
Behavioral & Crowd Analytics
Real-time spatial tracking for Loitering Detection, Area Intrusion, Queue Management, and Crowd Density Estimation.
AI PROCESSING
On-Chip Neural Processing for Real-Time Analytics
A dedicated NPU runs deep learning models on the camera itself, with no server-side inference and no cloud dependency.
TECHNOLOGY
Next-Generation Image Signal Processing for Harsh Environments
Uncompromising image quality under challenging lighting conditions is guaranteed through AVYCON’s AI-enhanced ISP hardware pipeline.
Ultra-HD Imaging Pipeline
Full-frame support for 12MP @ 30fps video capture with uncompromised clarity and pixel density.
AI-Powered Low-Light Enhancement
Integrates deep-learning spatial noise reduction (AI-3D DNR) to preserve vivid color fidelity, sharpness, and clean target definition in near-total darkness.
True Multi-Frame Wide Dynamic Range (WDR)
Multi exposure companding instantly balances extreme high contrast lighting, eliminating blown out highlights and recovering details in deep shadows.
Electronic Image Stabilization (EIS) with Gyro Sensor
Gyro-assisted stabilization filters out mechanical vibrations caused by high winds or pole-mounting, preventing blur.
Lens Distortion Correction (LDC)
Hardware-level geometric dewarping corrects wide-angle lens distortion in real time before encoding.
Smart Bandwidth Optimization (H.265+)
Advanced scene adaptive encoding isolates key objects of interest (humans/vehicles) while applying high compression to static backgrounds, reducing NVR storage and network bandwidth utilization by up to 70%.
SPECIFICATION
Security Engineered at the Core, Without Compromise
In an era of evolving cyber threats, security cannot be an afterthought. The AVYCON SoC architecture integrates hardware-enforced cybersecurity measures to safeguard network integrity and device privacy from boot-up.
100% NDAA Section 889 Compliant
Fully manufactured without telecommunications components from prohibited entities, meeting strict U.S. Federal Government and Defense procurement standards.
PSA Certified Level 1 Integrity
Verified hardware and firmware security architecture that meets rigorous international cybersecurity benchmarks.
Hardware Root-of-Trust & Secure Boot
Ensures that only digitally signed, cryptographically authenticated firmware can execute on the device during startup, blocking unauthorized code execution and tampered firmware.
Hardware Trusted Execution Environment (TEE)
Isolated processing zone for cryptographic operations, preventing key theft even if the system OS is compromised.
End-to-End Encryption Engine
Dedicated AES-256 and SHA-256 cryptographic hardware engines accelerate HTTPS, TLS 1.3, SRTP, and video stream encryption without impacting ISP or AI performance.
Secure Storage
Sensitive parameters, credentials, encryption keys, and digital certificates are protected inside hardware-protected, tamper-proof storage domains.
Copyright © AVYCON. All Rights Reserved.Mobile
