Blog

MAV Systems Ltd – Job Vacancy: Software Developer

  • News

31 Jan, 2025

MAV Systems have an exciting opportunity with our software development team. Please read through the job description and if you think you are the right person for the job send your CV, with cover letter, to the email address below.

Job Title: Junior Developer
Location: Office-based – Eynsford Kent

Company Overview: Join our innovative tech team as a Front End Developer, where you’ll have the opportunity to work on cutting-edge projects and grow your expertise in front end technologies. We value detail-oriented, proactive, and collaborative professionals who thrive in a fast-paced environment. This role also offers a fantastic opportunity to gain exposure and learn backend development with the support of our experienced team.

Key Responsibilities:

Develop user-friendly web applications using JavaScript, HTML, CSS, JSON, React.js, and TypeScript.
Design and implement REST APIs and GraphQL.
Conduct automated testing using Selenium, and manage deployments with AWS/Azure.
Version control using Git(BitBucket) and work in a Linux environment.
Collaborate with our back end team to integrate front end designs with back end systems.

Required Front End Proficiency:

Languages & Frameworks: JavaScript, HTML, CSS, JSON, React.js, TypeScript
APIs: REST, GraphQL
Testing & Deployment: Selenium, AWS/Azure
Tools: Git(BitBucket)
Operating Systems: Linux

Preferred Backend Experience:

Languages & Frameworks: Java, Spring, Spring Boot, JPA / Spring Data
Databases: SQL, NoSQL
Message Queues/Brokers: Rabbit MQ, Kafka, Redis
Testing: JUnit, Mockito, JaCoCo

Learning Opportunities:

Gain hands-on experience with backend technologies and frameworks.
Receive mentoring and support from our experienced backend developers.
Expand your skillset and grow into a full-stack developer.

Package:

Salary Negotiable based on experience and skillset, company benefits included.

Please email your CV and cover letter to paul.keeling@mav-systems.com

Blog

The MAV AiQ: ANPR’s Ghostbuster

  • News

27 Jan, 2025

The misuse of ghost plates, illegal number plates, and counterfeit plates has emerged as a significant challenge for law enforcement and local councils across the UK. As new speed cameras and traffic enforcement systems are rolled out, these deceptive tactics threaten the effectiveness of road safety measures and public transport networks. Enter the MAV AiQ Advanced Intelligence ANPR camera, a cutting-edge solution that empowers councils and law enforcement to detect and deter offenders with unparalleled precision.

The Rising Threat of Ghost and Counterfeit Plates

Commonly referred to as “ghost plates,” illegally designed licence plates are increasingly being used to evade ANPR systems. By distorting or obscuring vehicle registration details, these plates allow drivers to avoid penalties for speeding, entering low-emission zones, or road networks. Estimates suggest that one in 15 motorists may be exploiting these illicit methods, causing millions in lost revenue whilst also threatening road and public safety.

Even more concerning is the ease with which these plates can be acquired online, alongside other deceptive tactics like reflective tape and cloned registration marks. With over 15,000 traffic cameras nationwide, current systems read 75–80 million number plates daily, yet roughly 2.4 million of these are misread, highlighting vulnerabilities in the existing infrastructure.

AiQ: A Game-Changing Solution

The AiQ provides a transformative approach to tackling this issue becoming a ‘ghostbuster’. Here’s how it works:

Advanced Detection Technology -The MAV AiQ leverages state-of-the-art Artificial Intelligence (AI) to enhance the capabilities of existing ANPR systems. By employing advanced machine learning algorithms, MAV AIQ can:

• Detect anomalies in number plate designs, including reflective distortions and counterfeit characteristics
• Identify subtle discrepancies in cloned or altered plates
• Provides IR and colour capture to overcome reflective alterations
• Process millions of reads daily with unrivalled accuracy
• Generate multi-captures that are filtered through ‘best match’ software

Real-Time Data Integration

AIQ integrates seamlessly with enforcement databases, allowing councils and police to:

• Flag suspected illegal/altered plates in real-time.
• Cross-reference captured data with registered vehicle records for instant validation
• Generate actionable alerts for immediate investigation

Empowering Councils and Law Enforcement

Local councils have already started identifying the need for technology with the advancements offered by the MAV AiQ, setting a precedent for modern enforcement. Using the MAV AiQ, authorities can significantly:

• Reduce the number of undetected violations
• Increase enforcement efficiency, ensuring penalties are issued accurately
• Protect the integrity of public transport networks and low-emission zones
• Supporting Road Safety and Compliance

The AiQ’s impact extends beyond enforcement

• Improved Public Safety: By deterring offenders, the MAV AiQ ensures safety cameras, speed cameras and bus lane regulations fulfil their purpose of protecting citizens
• Revenue Recovery: Accurate detection of illegal plates helps recoup losses from unpaid fines and charges, which can be reinvested into public infrastructure
• Sustainability Goals: As councils implement clean air initiatives, ensuring compliance through advanced ANPR solutions supports environmental objectives

The rise of ghost and counterfeit plates presents a complex challenge, but the MAV AIQ offers a robust, scalable solution. By enhancing the accuracy and efficiency of ANPR systems, the MAV AiQ enables councils and law enforcement to enhance public safety, enforce compliance, and maintain the integrity of the UK’s road networks. As traffic volumes and enforcement demands grow, adopting innovative tools like the AiQ is not just an option—it’s a necessity.

Blog

MAV Systems Enjoys a Successful Week at ITS World Congress 2025

  • News

20 Jan, 2025

Introduction

MAV Systems is pleased to report an exceptional first few days at the ITS World Congress 2025, where we welcomed a diverse mix of existing partners and new international visitors to our stand. The event once again highlighted the global appeal of the MAV AiQ and the growing demand for next-generation ANPR technology across intelligent transport systems. Representatives from Estonia, Italy, Germany, the United States, Spain, and many other countries engaged with our team to explore how optimised ANPR-led solutions can enhance performance, accuracy, and system intelligence within their transport networks.

Showcasing UK Engineering Excellence

We were also honoured to host the Consulate General, Rachel Galloway, for discussions on UK technology innovation and the role MAV Systems plays in supporting ANPR requirements worldwide. Her visit emphasised the wider recognition of British engineering excellence and the importance of advanced, reliable ANPR technology in shaping smarter, safer mobility infrastructure.

As the final day of the event drew to a close, it was clear that ITS World Congress 2025 had delivered invaluable opportunities for both new and existing collaborations. We connected with businesses from around the world seeking to elevate their ITS capabilities, and we were delighted to meet with partners exploring customised MAV AiQ configurations for next-stage system development.

Strengthening Global ANPR Partnerships

We extend our sincere thanks to everyone who visited us throughout the event. The conversations held this week have reinforced the strength of our global partnerships and opened the door to even greater collaboration as we continue to lead the way in ANPR technology. We look forward to building on this momentum and supporting a more connected and efficient future for ITS worldwide.

https://www.traffictechnologytoday.com/videos/its-atlanta-video-mav-unveils-new-aiq-anpr-camera.html

https://www.itsinternational.com/daily-news/its-world-congress-2025/discover-mav-systems-next-generation-lpr?account_id=1181297