Building Safer, Smarter and More Connected Roads

Highways UK 2026 takes place on 14 and 15 October at the NEC Birmingham, bringing together thousands of professionals responsible for planning, building, operating, maintaining and future-proofing the UK’s road network.

The event has become one of the major meeting points for the highways and road infrastructure sector, bringing together National Highways, local authorities, contractors, consultants, technology providers, manufacturers, engineers and policymakers.

For 2026, the event is built around three central themes: innovation, sustainability and collaboration.

With more than 10,000 attendees, 360 exhibitors and 250 speakers expected, Highways UK will provide two days of discussion around how the country’s road infrastructure can become safer, smarter, greener and more resilient.

Roads for a Connected Future

The theme surrounding Highways UK 2026 is particularly relevant as road infrastructure becomes increasingly connected.

The roads themselves may look familiar, but the technology being used to manage them is changing significantly.

Sensors, cameras, connected infrastructure, digital twins, artificial intelligence, real-time data and increasingly sophisticated traffic management systems are creating new possibilities for how road networks are monitored and maintained.

Instead of relying solely on scheduled inspections and reactive maintenance, highways organisations can increasingly use technology to understand what is happening across the network in real time.

The long-term objective is not simply to collect more information.

It is to use that information to make better decisions.

More Than 10,000 Highways Professionals

Highways UK is expected to attract more than 10,000 attendees over two days, bringing together professionals from across the highways supply chain.

The event is designed for organisations involved in every stage of the road network, including:

• National highways organisations
• Local authorities
• Contractors
• Engineering companies
• Infrastructure consultants
• Technology providers
• Manufacturers
• Asset management specialists
• Transport organisations
• Policymakers
• Road safety professionals
• Sustainability specialists

Bringing these groups together is important because improving the road network cannot be achieved by one organisation alone.

Highways infrastructure involves complex relationships between government, local authorities, contractors, technology companies, engineers and the wider supply chain.

Highways UK provides a place for those organisations to exchange ideas and develop new partnerships.

More Than 360 Exhibitors

The exhibition floor will feature more than 360 exhibitors from across the highways and infrastructure industry.

Visitors will be able to explore products, services and technologies covering areas such as:

• Road construction
• Highway maintenance
• Intelligent transport systems
• Connected infrastructure
• Digital construction
• Asset management
• Road safety
• Traffic management
• Materials and surfacing
• Sustainability
• Data and analytics
• Sensors and monitoring
• Software
• Communications technology
• Kerbside management

The range of exhibitors demonstrates just how broad the modern highways industry has become.

Building and maintaining roads remains fundamental, but technology is increasingly becoming part of the infrastructure itself.

Digital Roads

One of the most interesting areas of Highways UK 2026 is the focus on Digital Roads.

The dedicated Digital Roads programme explores how technology can help organisations manage infrastructure more intelligently.

One of the sessions examines how digital technologies can help future-proof the road network by moving technologies such as digital twins and sensor intelligence from isolated trials into wider operational use.

Digital twins can provide virtual representations of physical infrastructure, allowing organisations to combine information from multiple sources and better understand the condition and performance of assets.

Sensor technology can add another layer of information by continuously monitoring infrastructure.

Together, these technologies could support a shift towards more predictive road management.

From Reactive Maintenance to Predictive Maintenance

Road maintenance is traditionally associated with identifying a problem and then repairing it.

Digital technology creates opportunities to intervene earlier.

If infrastructure can be continuously monitored, organisations may be able to identify signs of deterioration before they become more serious.

The Highways UK programme includes discussions about moving from reactive maintenance towards preventative asset management.

This approach can involve predictive data models, targeted interventions and lifecycle planning.

The principle is straightforward.

Rather than waiting for infrastructure to fail, organisations can use data to understand where maintenance may be required and intervene earlier.

For road users, this could ultimately mean fewer unexpected failures and less disruption.

Artificial Intelligence Comes to Highways

Artificial intelligence is also becoming increasingly relevant to road infrastructure.

One of the major keynote discussions on the second day of Highways UK focuses on digital technology, data and AI and how the sector can move innovation from pilot projects into real-world deployment.

AI has the potential to help organisations analyse the enormous quantities of information generated by modern transport infrastructure.

That could include data from:

• Road sensors
• Traffic monitoring
• Cameras
• Connected vehicles
• Weather systems
• Asset inspections
• Maintenance records
• Incident information

The challenge is not simply having access to data.

Organisations need to determine how that information can be turned into useful insight and incorporated into everyday operations.

Making Roads More Resilient

Climate resilience is another important part of the 2026 programme.

Road networks need to continue operating through increasingly challenging environmental conditions.

Heavy rainfall, flooding, extreme temperatures and severe weather can all affect infrastructure.

Highways UK includes discussions around how organisations can make roads more resilient while simultaneously reducing the environmental impact of construction and maintenance.

This requires consideration of both new infrastructure and the enormous amount of road infrastructure already in use.

For highways organisations, the challenge is therefore not simply building new roads.

It is ensuring existing assets can continue performing reliably for decades to come.

Building a More Sustainable Road Network

Sustainability runs throughout the Highways UK programme.

Road construction and maintenance require significant quantities of materials and energy.

Reducing the environmental impact of infrastructure therefore involves examining how roads are designed, constructed, repaired and eventually renewed.

The event includes discussions around:

• Lower-carbon road construction
• Sustainable materials
• Circular economy principles
• Recycled road materials
• Reducing construction emissions
• Sustainable drainage
• Climate resilience
• Environmental performance

One 2026 case study will examine a road renewal project in Cheshire West and Chester that combined circular, waste-derived and carbon-absorbing materials.

The project reported substantial reductions in carbon and virgin material use compared with more traditional approaches.

Examples such as this demonstrate how sustainability is moving from a long-term ambition towards practical changes in the way road infrastructure is delivered.

Road Safety Remains Fundamental

Technology and sustainability are important, but the fundamental purpose of road infrastructure remains moving people and goods safely.

Road safety is therefore a major part of Highways UK 2026.

The programme includes discussions involving National Highways, Transport Scotland, Transport for London, the Welsh Government and other organisations examining how infrastructure can support safer roads.

Another important area is roadworker safety.

Thousands of people work on and alongside live road networks, often in challenging environments.

Improving safety therefore involves considering both the people using the network and those responsible for maintaining it.

Connected Communities

Roads do not exist independently of the communities around them.

They connect people with employment, education, healthcare, businesses and each other.

At the same time, road projects and maintenance can create disruption for communities.

Highways UK includes a dedicated Connected Communities programme examining how transport infrastructure can better support the places through which it passes.

This includes considering the experience of road users as well as the impact of road infrastructure on local communities.

As transport planning becomes increasingly data-driven, understanding how infrastructure affects people remains essential.

Smarter Asset Management

The UK has an enormous network of existing road infrastructure that must be continually maintained.

Asset management therefore represents one of the biggest long-term challenges facing the sector.

Road surfaces, bridges, drainage systems, signs, barriers, lighting and other infrastructure all require inspection and maintenance.

Digital tools can potentially give asset managers much greater visibility over the condition of this infrastructure.

Instead of information being stored across disconnected systems, organisations can increasingly bring different data sources together.

This can help create a clearer picture of asset condition and support decisions about where limited maintenance budgets should be prioritised.

Connectivity Behind Intelligent Roads

As highways become more digital, connectivity becomes increasingly important.

Sensors and connected infrastructure need a method of communicating information.

Traffic management systems need access to real-time data.

Cameras and monitoring equipment may need to transmit information back to control centres.

Connected vehicles increasingly interact with digital infrastructure around them.

This means telecommunications and data connectivity are becoming part of the wider technology infrastructure supporting modern road networks.

The road of the future may therefore be defined as much by the information moving around it as by the physical surface vehicles travel across.

Skills for the Future of Highways

Introducing new technology also creates a need for new skills.

Engineers and infrastructure professionals increasingly need to understand digital systems, data, sustainability and connected technology alongside traditional highways disciplines.

Highways UK 2026 includes a dedicated Professional Development Hub, providing another indication of how important workforce development has become.

Digital transformation only succeeds when organisations have people capable of implementing and managing the technology.

Developing the next generation of highways professionals will therefore be just as important as developing the next generation of highways infrastructure.

250+ Speakers Across the Industry

More than 250 speakers are expected to participate in the Highways UK 2026 conference programme.

The published speaker programme includes senior representatives from organisations including National Highways, Transport Scotland, the Office of Rail and Road, the Department for Transport, Transport for West Midlands, CIHT and local authorities.

The conference covers areas including:

• Strategic roads
• Local authorities
• Digital roads
• Connected communities
• Sustainability
• Materials and surfacing
• Asset management
• Road safety
• Data and AI
• Professional development

The breadth of the programme reflects the scale of the challenge involved in maintaining and modernising the country’s road infrastructure.

Highways UK Excellence Awards

The Highways UK Excellence Awards also return on the evening of 14 October.

The awards recognise organisations, teams, projects and individuals working across the highways industry.

For an industry facing significant technological, environmental and operational change, recognising successful projects also provides an opportunity for organisations to learn from approaches being adopted elsewhere.

Highways UK 2026: Practical Information

Highways UK 2026 takes place on Wednesday 14 and Thursday 15 October 2026.

Venue: Hall 5, NEC Birmingham

Dates: 14–15 October 2026

Wednesday: 9:00am–6:00pm

Thursday: 9:00am–4:00pm

Exhibition: More than 360 exhibitors

Expected attendance: More than 10,000

Speakers: More than 250

The event is co-located with Asphalt World UK, bringing additional focus to materials, surfacing and the technologies used to build and maintain road infrastructure.

Building the Roads of the Future

The future of highways will involve much more than asphalt, concrete and road markings.

Road networks are becoming increasingly connected, data-driven and intelligent.

Sensors can provide greater visibility.

Artificial intelligence can help analyse information.

Digital twins can create new ways to understand physical infrastructure.

Connected systems can help organisations respond to changing conditions.

New materials can reduce environmental impact.

Predictive maintenance can potentially identify problems before they become serious.

But delivering those improvements requires collaboration across the entire industry.

That is ultimately what Highways UK is designed to encourage.

On 14 and 15 October 2026, the NEC Birmingham will bring together the people, technology and ideas helping create safer, smarter, greener and more connected roads.

Exploring the Future of Security at Olympia London

International Security Expo 2026 takes place on 29 and 30 September 2026 at Olympia London, bringing together security professionals, technology providers, government representatives and organisations responsible for protecting people, businesses and critical infrastructure.

The event runs from 09:30 to 17:30 on Tuesday 29 September and 09:30 to 16:00 on Wednesday 30 September in Olympia’s Grand Hall. It is co-located with International Cyber Expo, giving registered visitors access to both events.

International Security Expo brings together more than 10,000 security and resilience professionals, with hundreds of suppliers demonstrating technologies across physical security, counter-terrorism, cybersecurity and infrastructure protection.

As physical security becomes increasingly connected, IoT technology is playing a growing role in how organisations monitor locations, protect assets and respond to incidents.

Security Technology Is Becoming More Connected

Modern security systems increasingly depend on connected devices that can communicate with central platforms and authorised teams.

These can include:

• CCTV cameras
• ANPR systems
• Access-control equipment
• GPS trackers
• Environmental sensors
• Smart alarms
• Perimeter monitoring
• Lone-worker devices
• Industrial routers
• Remote monitoring systems
• Temporary surveillance equipment

IoT connectivity allows these devices to transmit information without relying entirely on traditional fixed infrastructure.

For organisations responsible for multiple sites, mobile or remote assets, this can provide greater flexibility and visibility.

Connected CCTV and Surveillance

CCTV remains one of the most widely used technologies across security operations.

Connected cameras can transmit images, video and alerts to monitoring centres or cloud platforms, allowing authorised teams to review activity remotely.

IoT connectivity can be particularly useful where cameras are installed at:

• Construction sites
• Car parks
• Remote infrastructure
• Temporary events
• Warehouses
• Industrial sites
• Transport locations
• Vacant properties

A cellular connection can allow a camera or recording system to operate independently from the host site’s broadband network.

This can also make it easier to relocate temporary surveillance equipment when requirements change.

ANPR and Vehicle Monitoring

Automatic Number Plate Recognition systems are increasingly used for security, access control and vehicle monitoring.

ANPR cameras can identify vehicle registration numbers and transmit information to a central platform.

Connected ANPR systems can support:

• Site access control
• Staff vehicle management
• Logistics entrances
• Car park monitoring
• Construction sites
• Private estates
• Security investigations

Reliable connectivity allows registration information, images and alerts to reach authorised systems without requiring a fixed broadband connection at every camera location.

Protecting Remote and Temporary Locations

Security equipment is not always installed at a permanent building.

Temporary sites, infrastructure projects and outdoor locations may need surveillance and monitoring before fixed communications are available.

A suitable 4G or 5G router can provide connectivity for equipment including:

• CCTV cameras
• Alarm systems
• Access-control technology
• Sensors
• Laptops and tablets
• Temporary security offices

This can help organisations deploy security systems quickly without waiting for a new fixed line.

When a project ends, the equipment and connectivity can be moved to another location.

GPS and Asset Tracking

Security is also about knowing where valuable assets are located.

Connected GPS trackers can be fitted to vehicles, equipment and other mobile assets.

Depending on the tracking system, businesses may be able to monitor:

• Current location
• Movement
• Route history
• Geofence activity
• Unexpected movement
• Device tampering
• Battery status

Alerts can be generated when an asset moves outside an authorised area or begins moving unexpectedly.

IoT connectivity allows the tracking device to send this information to a central monitoring platform.

Multi-Network Connectivity

Security equipment may operate across locations where mobile coverage differs significantly.

A camera in one location may have strong coverage from one network, while another operator performs better elsewhere.

Multi-network IoT connectivity can reduce dependence on one mobile operator by giving compatible devices access to multiple available networks.

This can be useful for:

• Temporary CCTV
• Mobile security teams
• Remote sensors
• GPS trackers
• Construction security
• Critical infrastructure
• Nationwide security estates

For equipment responsible for transmitting alerts or security information, maintaining a reliable connection can be particularly important.

Environmental Monitoring and Security

Connected sensors can extend security beyond cameras and alarms.

Sensors can monitor conditions including:

• Temperature
• Smoke
• Water levels
• Door activity
• Power availability
• Equipment status
• Movement
• Air quality

If predefined conditions are reached, an alert can be sent to the relevant team.

This can help organisations monitor unmanned buildings, equipment rooms, warehouses and infrastructure without requiring somebody to remain on site permanently.

Secure Remote Connectivity

Security equipment itself also needs to be protected.

Remote devices may transmit video, location information and operational data that should only be available to authorised users.

Secure IoT connectivity options can include:

• Private APNs
• VPN connectivity
• Fixed private IP addresses
• IP whitelisting
• Restricted internet access
• Approved endpoint access
• Usage monitoring and alerts

These controls can help determine which systems a connected device is permitted to communicate with.

A security camera, for example, may only need access to its authorised monitoring platform rather than unrestricted internet access.

Remote Monitoring and Management

Security systems may involve hundreds or thousands of devices across multiple locations.

Centralised connectivity management can help teams monitor their connected estate without physically visiting every device.

Depending on the platform, operators may be able to:

• Monitor data usage
• Check connection activity
• Set usage limits
• Create alerts
• Suspend connections
• Identify unusual behaviour
• Organise devices by site
• Investigate inactive equipment

This can help technical teams identify potential problems before dispatching an engineer.

IoT and Critical Infrastructure

International Security Expo has a strong focus on the protection and resilience of businesses, people and critical national infrastructure. Its conference programme covers areas including counter-terrorism, security technology, risk and resilience.

Connected technology is increasingly relevant within these environments.

IoT devices can support:

• Remote infrastructure monitoring
• Perimeter security
• Equipment health monitoring
• Environmental sensing
• Access control
• CCTV
• Asset tracking

However, connectivity should always be considered alongside appropriate cybersecurity, physical security and organisational controls.

International Security Expo 2026

International Security Expo provides an opportunity to explore technologies being used across physical security, infrastructure protection and resilience.

The event includes live demonstrations, hundreds of suppliers, the Global Counter Terror & Security Summit and the International Security & Resilience Conference.

As security technology becomes increasingly connected, reliable IoT communications will continue to play an important role in keeping cameras, trackers, sensors and remote equipment online.

International Security Expo 2026 takes place on 29 and 30 September at Olympia London.

Connect the equipment. Monitor the environment. Protect the operation.

Dashcams have become an important part of modern fleet operations. They help businesses investigate incidents, protect drivers, improve safety and gain greater visibility over vehicles on the road.

However, installing a camera is only part of the solution. For dashcams to upload footage, transmit alerts and communicate with cloud-based platforms, they need a reliable mobile data connection.

This is where IoT connectivity becomes essential.

What Is an IoT-Connected Dashcam?

A traditional dashcam records footage locally, usually onto an internal memory card. The footage may only be accessible once the vehicle returns to a depot or the memory card is manually removed.

An IoT-connected dashcam uses cellular connectivity to communicate with a remote platform. Depending on the device and system being used, this can allow fleet operators to:

Access live or near-live video remotely

Receive incident and collision alerts

Automatically upload important footage

View vehicle location data

Monitor driver behaviour

Investigate insurance claims more quickly

Manage multiple cameras from one platform

This creates a more proactive approach to fleet management. Instead of waiting for a vehicle to return before reviewing an incident, relevant footage and data can be transmitted directly from the road.

Why Reliable Connectivity Matters

Commercial vehicles rarely remain in one location. They travel through towns, cities, rural areas and regions where mobile coverage can vary significantly.

A dashcam connected to a single mobile network may experience reduced coverage when the vehicle moves outside that operator’s strongest service area. This can delay video uploads, interrupt live viewing and prevent alerts from reaching the fleet management platform.

Multi-network IoT SIMs help reduce this risk by allowing connected devices to access multiple available mobile networks rather than depending on one operator.

For fleets, this means dashcams have more opportunities to maintain a stable data connection as vehicles move between locations.

How IoT SIMs Support Connected Dashcams

IoT SIM cards are designed specifically for connected devices and machine-to-machine communication.

Within a dashcam installation, the SIM provides the cellular connection required to transmit footage and data between the vehicle and the cloud platform.

Depending on the dashcam’s features, this may include:

Video clips following sudden braking or impact

GPS and vehicle location information

Driver safety notifications

Device status and diagnostic information

Live video streams

Data from additional vehicle sensors

The amount of data used will depend on factors such as video quality, recording frequency, upload settings and whether live streaming is enabled.

Choosing the correct data plan is therefore important. A dashcam that only uploads short incident clips will have very different requirements from a system that regularly transmits high-definition footage.

Better Visibility Across the Fleet

Connected dashcams can give fleet managers a central view of activity across multiple vehicles.

Rather than managing each camera separately, businesses can use a central platform to review footage, investigate events and monitor device performance. This can be particularly valuable for organisations operating vehicles across different regions or countries.

IoT connectivity management platforms can also give businesses greater control over their SIM estate. This may include visibility over data usage, SIM status, alerts and connectivity performance.

With the right management tools in place, businesses can identify unusual data consumption, monitor active connections and manage larger dashcam deployments more efficiently.

Supporting Driver Safety

Dashcams are not only used to record accidents. They can also support wider driver safety programmes.

Connected systems can detect events such as harsh braking, sudden acceleration or collisions. When combined with telematics data, footage can provide useful context around what happened before, during and after an event.

This information can help businesses:

Investigate incidents accurately

Identify opportunities for driver training

Respond to false or disputed claims

Improve internal safety procedures

Recognise examples of safe driving

Reduce the time spent gathering evidence

The objective is not simply to monitor drivers. It is to give fleet operators the information they need to protect their teams, vehicles and customers.

Security for Connected Camera Systems

Dashcam footage may contain sensitive information, including vehicle locations, driver activity and recordings of public spaces.

Connectivity should therefore be considered as part of the wider security strategy.

Solutions such as private APNs, VPNs and fixed IP connectivity can help businesses create more controlled communication between connected devices and their platforms. The appropriate setup will depend on the dashcam hardware, software platform and security requirements of the deployment.

Businesses should also consider how footage is stored, who can access it and how long recordings are retained.

Choosing the Right IoT Connectivity

Every connected dashcam project is different. Before selecting an IoT SIM or data plan, businesses should consider:

The number of vehicles being connected

Where the vehicles will operate

The networks available in those locations

How frequently footage will be uploaded

Whether live streaming is required

The average size of uploaded video files

Security and IP address requirements

Whether the deployment may expand in the future

Testing connectivity before a full rollout can also help businesses understand coverage, data consumption and device performance under real operating conditions.

IoT Connectivity from IoT Data Connect

IoT Data Connect provides IoT and M2M connectivity for connected devices, including dashcams, telematics equipment, vehicle trackers and other fleet technologies.

Our multi-network IoT SIM solutions help devices stay connected as vehicles move between different coverage areas. Businesses can also manage connectivity through an IoT platform offering SIM management, usage analytics, notifications and reporting tools.

From an initial trial to a large fleet deployment, we can help you choose a connectivity solution based on your device, coverage, data and security requirements.

Keep Your Dashcams Connected

Connected dashcams can provide fleet operators with faster access to footage, better incident visibility and greater control over vehicle safety.

However, their performance depends on the connection behind them.

With reliable IoT connectivity, the right data plan and effective SIM management, businesses can build a dashcam solution that remains connected wherever their vehicles operate.

Speak to the IoT Data Connect team to discuss the right IoT SIM and connectivity solution for your connected dashcam deployment.

A 2025 Technology Partnership Transforming Parking Operations

In 2025, Unity5 and M2M Data Connect formed a strategic technology partnership designed to reshape how parking operators manage, communicate and engage with drivers. By integrating ParkingBot with Unity5’s industry‑leading ZatPark platform, the two companies are delivering a smarter, more connected and more efficient parking ecosystem for operators across the UK and beyond.

This partnership brings together Unity5’s deep expertise in parking management software and M2M Data Connect’s proven track record in IoT connectivity, automation and smart messaging. The result is a seamless, future‑ready solution that enhances compliance, improves customer experience and reduces operational friction.

About Unity5 & ZatPark

Unity5 is the company behind ZatPark, one of the most trusted and widely used parking management platforms in the UK. ZatPark provides operators with a complete end‑to‑end solution for:

• ANPR and enforcement workflows
• Permit management
• Notice processing
• Back‑office operations
• Compliance and auditing
• Reporting and analytics

ZatPark is known for its reliability, scalability and ability to integrate with modern parking technologies making it the perfect partner for next‑generation digital services like ParkingBot.

About M2M Data Connect

M2M Data Connect is a global provider of mission‑critical IoT connectivity, powering mobility, parking, energy and infrastructure services for over a decade. With multi‑network resilience, secure private APNs, real‑time monitoring and fully managed services, M2M ensures devices stay online, compliant and performing at their best.

In recent years, M2M has expanded into smart automation, launching platforms such as:

• ParkingBot — conversational parking payments
• TaxiBot — automated taxi bookings
• Smart Messaging — intelligent communication flows for operators

This evolution made M2M the ideal technology partner for Unity5 as the parking industry shifts toward digital‑first, customer‑centric solutions.

A Partnership Built for Modern Parking Operators

The integration of ParkingBot with ZatPark gives operators a powerful new way to streamline payments, reduce friction and improve the driver experience.

What the Integration Delivers

Frictionless Parking Payments

Drivers can pay for parking using the apps they already use every day:

• WhatsApp
• Messenger
• Instagram

No app downloads.No account creation.No QR code confusion.Just a simple, familiar conversation.

Real‑Time Sync with ZatPark

ParkingBot communicates directly with ZatPark, ensuring:

• Instant session creation
• Accurate payment records
• Seamless enforcement workflows
• Reduced manual intervention

Improved Compliance & Reduced Errors

By removing barriers to payment, operators see:

• Fewer unpaid sessions
• Fewer disputes
• More accurate data
• Higher customer satisfaction

Multi‑Network IoT Connectivity

M2M’s connectivity ensures:

• ANPR cameras stay online
• Payment terminals remain connected
• Back‑office systems receive real‑time data
• Sites operate reliably even in poor coverage areas

Smart Messaging for Customer Engagement

Operators can automate:

• Reminders
• Expiry alerts
• Payment confirmations
• Customer support flows

All delivered through channels drivers already trust.

Why Operators Grow Faster with Unity5 + M2M Data Connect

This partnership isn’t just about technology it’s about helping operators grow, modernise and future‑proof their business.

Higher Payment Conversion

Frictionless channels mean more drivers pay on time.

Lower Operational Costs

Automation reduces manual processing and customer service load.

Better Customer Experience

Drivers enjoy a simple, app‑free, intuitive way to pay.

Stronger Compliance

Accurate data and real‑time syncing reduce errors and disputes.

Scalable Infrastructure

Whether managing a single car park or a national portfolio, the system grows effortlessly.

Future‑Ready Innovation

With both companies investing in automation, AI and IoT, operators benefit from continuous improvement.

A Partnership Built for the Future of Parking

The parking industry is evolving quickly from digital payments to automated enforcement and customer‑centric design. The Unity5 × M2M Data Connect partnership brings together two leaders committed to helping operators navigate this transformation with confidence.

By combining ZatPark’s powerful management platform with ParkingBot’s conversational payments and M2M’s resilient connectivity, operators gain a smarter, more efficient and more profitable way to run their parking estate.

This is more than an integration.It’s the foundation of the next generation of parking technology.

Driving Global Taxi Innovation

For more than a decade, iCabbi and IoT Data Connect have worked side‑by‑side to power some of the world’s most successful taxi fleets. What began as a simple need for reliable in‑vehicle connectivity has grown into a deep technology partnership one that now supports fleets across the UK, Europe, North America, Africa and beyond.

In 2025, this partnership reached an exciting new milestone:IoT Data Connect became an official Technology Partner to iCabbi, delivering advanced services such as TaxiBot and Smart Messaging to help fleets modernise, automate and grow.

This is the story of how connectivity evolved into innovation and how together, we’re shaping the future of taxi operations.

A Decade of Trusted Connectivity for Taxi Fleets

Taxi operators depend on one thing above all else:Every vehicle must stay online, all the time.

For over 10 years, IoT Data Connect has provided iCabbi fleets with:

• Multi‑network IoT SIMs for uninterrupted coverage
• Automatic failover to the strongest available signal
• Secure private APNs for stable, protected data flows
• Global roaming for cross‑border fleets
• Real‑time monitoring of device health and performance

From dispatch tablets to driver apps, telematics units to payment terminals our connectivity ensures every part of the operation stays connected and responsive.

This reliability has made IoT Data Connect the backbone of thousands of vehicles running on the iCabbi platform.

2025: Becoming an Official Technology Partner

In 2025, the partnership expanded beyond connectivity. IoT Data Connect became an official Technology Partner, bringing new digital capabilities to iCabbi fleets worldwide.

Two standout innovations are transforming how operators engage with passengers:

TaxiBot — Automated Bookings Through Everyday Channels

TaxiBot allows passengers to book a taxi using the apps they already use daily:

• WhatsApp
• Messenger
• Instagram
• Web chat
• Voice assistants

No app downloads.No accounts.No friction.

Behind the scenes, IoT Data Connect ensures the in‑vehicle devices, dispatch systems and communication channels stay synchronised in real time.

TaxiBot helps fleets:

• Reduce call‑centre pressure
• Increase booking capacity
• Improve customer experience
• Offer 24/7 automated service
• Capture bookings from younger, digital‑first passengers

It’s the future of taxi bookings — simple, conversational and always available.

Smart Messaging — Intelligent Communication at Scale

Smart Messaging gives operators a powerful way to communicate with passengers and drivers through automated, personalised messaging flows.

Fleets can send:

• Booking confirmations
• Driver arrival alerts
• Payment links
• Marketing campaigns
• Service updates
• Driver communications

All delivered through familiar channels like SMS, WhatsApp and email.

With IoT Data Connects infrastructure, these messages are delivered reliably, securely and at scale even during peak demand.

Why Taxi Fleets Grow Faster with IoT Data Connect

Working with IoT Data Connect gives operators more than just SIM cards.It gives them a connectivity partner focused on helping fleets grow.

Always‑On Reliability

Your vehicles stay online, your bookings stay flowing and your drivers stay productive.

Scalable Infrastructure

Whether you run 20 cars or 2,000, our platform grows with you.

Lower Operational Costs

Automation through TaxiBot and Smart Messaging reduces call‑centre load and increases efficiency.

Better Passenger Experience

Faster bookings, clearer communication and more convenient payment options.

Global Support from Mobility Specialists

Our team understands the taxi industry its pressures, its peaks and its need for absolute uptime.

Future‑Ready Technology

From 5G to AI‑driven automation, we help fleets stay ahead of the curve.

A Partnership Built for the Future of Mobility

The taxi industry is evolving faster than ever.Passengers expect instant communication, digital booking options and seamless journeys.Operators need reliable technology that scales, automates and reduces operational friction.

The iCabbi and IoT Data Connect partnership delivers exactly that.

For over 10 years, we’ve kept fleets connected.In 2025 and beyond, we’re helping them transform.

Together, we’re building the next generation of global taxi mobility smarter, faster and more connected than ever.