360° AI Vision:
Revolutionising Bus Safety
with Intelligent Pedestrian Detection
with Intelligent Pedestrian Detection
Blind Spots and Driver Fatigue: Key Safety Challenges for Bus Drivers
Operating large vehicles like buses comes with significant challenges, particularly when it comes to blind spots caused by the vehicle’s shape, size, mirrors, and window frames. These blind spots, combined with the driver’s eyeline limitations, make it difficult to see pedestrians and other road users, leading to a higher risk of accidents.
In addition, the constant need to monitor mirrors and check blind spots places drivers under immense stress and fatigue. This not only affects their focus but also increases the likelihood of dangerous situations, as drivers are forced to divert their attention from the road ahead. Without advanced camera technology to assist, these challenges can compromise safety, efficiency, and overall operational performance.
Gain 360° Visibility
Experience the innovation of Intelligent Pedestrian Detection Camera Systems and Blind Spot Detection Solutions. By employing AI-powered technology for real-time detection, these systems improve driver awareness and aid in protecting passengers, drivers, pedestrians, and other road users. Strategically installed on the front, rear, and sides of public service and commercial vehicles, they provide a comprehensive 360° view, including a virtual bird's-eye perspective in 2D and/or 3D, while audio and visual alerts notify drivers when objects are too close, helping to eliminate blind spots.
Industry Certified
Committed to excellence: At Stortech we ensure all our products meet stringent Industry standards and certifications, emphasising quallty and rellability for our customers.
Full 360° view including transparent view
Forward collision
warning
warning
Works with HD AI cameras to detect pedestrians and vehicles
Discover our advanced CCTV solutions
Intelligent Cameras, Monitors, Mobile Recorders, Analogue Cameras, and IP Cameras - seamlessly integrated to enhance fleet safety and monitoring. Designed for the transport sector, Stortech products withstand temperature variations, vibrations, and shocks while ensuring reliable recording and live or post-event viewing.
How to Work with Stortech:
Your Partner in 360° AI Vision
STEP 1:
Discuss Your Needs
Connect with our team of experts to discuss your challenges and goals. Together, we’ll assess your requirements and identify the best solutions for your fleet
STEP 2:
Custom Design and Quote
Our specialists will design a tailored solution to meet your unique needs and provide a detailed quote for your review
STEP 3:
Delivery and Support
Once you approve the plan, we’ll provide a clear delivery timeline. Our team will guide you through the installation, setup, and post-installation phases to ensure seamless integration and operation.
Why Our Customers Trust Us for Their Safety Solutions
Transform Your Fleet with
Custom Safety Solutions
-
Customised Safety Solutions for your FleetReceive a tailored quote that meets the specific safety and surveillance needs of your buses or fleet
-
Transparent pricingGet a clear, upfront quote with no hidden fees, allowing you to make an informed decision and plan your budget effectively
-
Expert RecommendationsBenefit from our team’s expertise who provide end-to-end support, from design and installation to post-implementation assistance.
Get a Quote
See More Vehicles
Frequently Asked Questions
Feel free to contact us if you have a commercially related question about any of our B2B services or products.
What is Blind Spot Detection?
Blind Spot Detection (BSD) uses cameras and Artificial Intelligence to monitor the areas around a vehicle that are not visible to the driver,
such as blind spots caused by the vehicle’s shape, mirrors, or the driver’s eyeline. When objects enter designated safety zones, the system provides visual and audible alerts, allowing drivers to take caution or evasive action.
BSD solutions enhance driver awareness by offering a 360° virtual bird's-eye view in 2D or 3D, reducing stress and fatigue caused by constantly monitoring mirrors. Stortech’s BSD solution can also include features like Forward Collision Warning and pedestrian detection, with HD cameras and AI algorithms to identify and prioritise risks.
Simple to operate via a touchscreen monitor, all actions can be recorded for added safety and accountability.
BSD solutions enhance driver awareness by offering a 360° virtual bird's-eye view in 2D or 3D, reducing stress and fatigue caused by constantly monitoring mirrors. Stortech’s BSD solution can also include features like Forward Collision Warning and pedestrian detection, with HD cameras and AI algorithms to identify and prioritise risks.
Simple to operate via a touchscreen monitor, all actions can be recorded for added safety and accountability.
What are the benefits of Dashcams for buses?
Dashcams for buses enhance safety, improve driver awareness, and provide valuable insights into driving behaviour.
Key Benefits:
Accident Prevention: AI-powered Advanced Driver Assist Systems (ADAS) send warnings to help prevent collisions, such as:
Forward Collision Warning (FCW): Alerts drivers up to 2 seconds before a potential front collision, reducing rear-end collisions by up to 90%.
Lane Departure Warning (LDW) and Pedestrian Detection (PD): Identify risks and notify the driver in real time.
Improved Driver Management: The adjustable dashcam supports Driver Management System (DMS) algorithms, monitoring behaviours like fatigue, distraction, smoking, phone use, and seat belt compliance, ensuring safer driving practices.
Clear Visibility: The built-in 2K front-view camera with Wide Dynamic Range (WDR) delivers high-quality images, even in challenging lighting conditions, while also recognising speed limits, stop signs, and other traffic signals.
Driver Behaviour Analysis: Equipped with a G-Force sensor, the dashcam analyses events such as rapid acceleration, braking, sharp turns, and collisions to identify poor driving practices and improve fleet management training.
Expandable Solution: The dashcam can integrate up to 4 additional cameras for enhanced visibility around the entire vehicle. It supports dual micro-SD cards, storing up to 266 hours of video, which can be easily reviewed via a mobile device.
Stortech’s Dashcam solution improves safety, reduces accidents, and supports driver performance, making it a valuable tool for bus fleets.
Key Benefits:
Accident Prevention: AI-powered Advanced Driver Assist Systems (ADAS) send warnings to help prevent collisions, such as:
Forward Collision Warning (FCW): Alerts drivers up to 2 seconds before a potential front collision, reducing rear-end collisions by up to 90%.
Lane Departure Warning (LDW) and Pedestrian Detection (PD): Identify risks and notify the driver in real time.
Improved Driver Management: The adjustable dashcam supports Driver Management System (DMS) algorithms, monitoring behaviours like fatigue, distraction, smoking, phone use, and seat belt compliance, ensuring safer driving practices.
Clear Visibility: The built-in 2K front-view camera with Wide Dynamic Range (WDR) delivers high-quality images, even in challenging lighting conditions, while also recognising speed limits, stop signs, and other traffic signals.
Driver Behaviour Analysis: Equipped with a G-Force sensor, the dashcam analyses events such as rapid acceleration, braking, sharp turns, and collisions to identify poor driving practices and improve fleet management training.
Expandable Solution: The dashcam can integrate up to 4 additional cameras for enhanced visibility around the entire vehicle. It supports dual micro-SD cards, storing up to 266 hours of video, which can be easily reviewed via a mobile device.
Stortech’s Dashcam solution improves safety, reduces accidents, and supports driver performance, making it a valuable tool for bus fleets.
What is the difference between analogue and IP CCTV cameras?
Analogue Cameras:
Simple setup: Connect directly to a DVR using individual coaxial cables, requiring minimal programming.
Lower bandwidth: Video transmission over coaxial cables uses less bandwidth, reducing strain on the IT network.
Lower cost: The simpler technology makes analogue cameras more affordable than IP cameras.
IP Cameras:
Requires less wiring: IP cameras connect to an existing network with a single cable for power, video, and data (using Power over Ethernet), eliminating the need for extra cabling or nearby power outlets. Flexible and scalable: Easier to expand due to simplified cabling and advanced features like built-in Artificial Intelligence (AI) for enhanced functionality. Better video quality: IP cameras support higher resolutions (up to 30 MP or 7K) compared to analogue (max. 2 MP), providing clearer, more detailed images with digital and optical zoom capabilities. In summary, analogue cameras are cost-effective and easy to set up, while IP cameras offer superior image quality, scalability, and advanced features for more complex security needs.
Simple setup: Connect directly to a DVR using individual coaxial cables, requiring minimal programming.
Lower bandwidth: Video transmission over coaxial cables uses less bandwidth, reducing strain on the IT network.
Lower cost: The simpler technology makes analogue cameras more affordable than IP cameras.
IP Cameras:
Requires less wiring: IP cameras connect to an existing network with a single cable for power, video, and data (using Power over Ethernet), eliminating the need for extra cabling or nearby power outlets. Flexible and scalable: Easier to expand due to simplified cabling and advanced features like built-in Artificial Intelligence (AI) for enhanced functionality. Better video quality: IP cameras support higher resolutions (up to 30 MP or 7K) compared to analogue (max. 2 MP), providing clearer, more detailed images with digital and optical zoom capabilities. In summary, analogue cameras are cost-effective and easy to set up, while IP cameras offer superior image quality, scalability, and advanced features for more complex security needs.
How do e-mirrors work?
E-mirrors use advanced camera monitor systems to replace traditional side mirrors, enhancing driver visibility and awareness.
By illuminating blind spots, they reduce the risk of accidents involving pedestrians, cyclists, and other road users. Additionally, e-mirrors help reduce driver fatigue by requiring less concentration than traditional mirrors.
By illuminating blind spots, they reduce the risk of accidents involving pedestrians, cyclists, and other road users. Additionally, e-mirrors help reduce driver fatigue by requiring less concentration than traditional mirrors.
What Are Mobile DVR's?
Mobile DVRs are specialised video recorders designed to capture and store surveillance footage in demanding transport environments, handling temperature variations, vibrations, and shocks caused by moving vehicles.
Key Features and Benefits:
Driver Management System (DMS): Monitors driver behavior, such as fatigue, distractions, and unsafe actions, while protecting drivers from false complaints. It includes Driver Face Registration to verify qualified drivers and ensure compliance with mandatory breaks.
Advanced Driver Assist System (ADAS): Provides real-time visual and audible alerts for Pedestrian Collision Warning (PCW), Forward Collision Warning (FCW), and Lane Deviation Warning (LDW), helping drivers prevent accidents.
Comprehensive Monitoring: Combines 360° bird's-eye view and AVM (Around View Monitoring) for effective pedestrian detection. Additional features like radar, IP/Network cameras, and HD thermal imaging cameras can be integrated for enhanced safety.
HD Recording: Supports real-time monitoring and event-triggered recording with user-defined resolutions for live and playback footage.
Mobile DVRs provide an advanced, reliable solution for improving driver safety, passenger security, and overall road user protection in transport applications.
Key Features and Benefits:
Driver Management System (DMS): Monitors driver behavior, such as fatigue, distractions, and unsafe actions, while protecting drivers from false complaints. It includes Driver Face Registration to verify qualified drivers and ensure compliance with mandatory breaks.
Advanced Driver Assist System (ADAS): Provides real-time visual and audible alerts for Pedestrian Collision Warning (PCW), Forward Collision Warning (FCW), and Lane Deviation Warning (LDW), helping drivers prevent accidents.
Comprehensive Monitoring: Combines 360° bird's-eye view and AVM (Around View Monitoring) for effective pedestrian detection. Additional features like radar, IP/Network cameras, and HD thermal imaging cameras can be integrated for enhanced safety.
HD Recording: Supports real-time monitoring and event-triggered recording with user-defined resolutions for live and playback footage.
Mobile DVRs provide an advanced, reliable solution for improving driver safety, passenger security, and overall road user protection in transport applications.
