AI Dashcam Plus: The Future of Driver Safety is Here!

Thank you, Shaw. Hello everybody. It is Thank you, Shaw. Hello everybody. It is so great to be here with you all today. so great to be here with you all today. so great to be here with you all today. It's 2026 and AI is dominating every It's 2026 and AI is dominating every It's 2026 and AI is dominating every conversation. At Motive, we put it to conversation. At Motive, we put it to conversation. At Motive, we put it to work where it matters most, keeping work where it matters most, keeping work where it matters most, keeping drivers safe. That starts with the AI drivers safe. That starts with the AI drivers safe. That starts with the AI Dash Cam Plus. It's not just another Dash Cam Plus. It's not just another Dash Cam Plus. It's not just another dash cam, but a new platform enabling dash cam, but a new platform enabling dash cam, but a new platform enabling the next leap in driver safety that the next leap in driver safety that the next leap in driver safety that allows us to tackle one of the hardest allows us to tackle one of the hardest allows us to tackle one of the hardest problems on the road. Those split-second problems on the road. Those split-second problems on the road. Those split-second moments where timing is everything. moments where timing is everything. moments where timing is everything. Today, most cameras rely on a single

Today, most cameras rely on a single Today, most cameras rely on a single roadfacing lens. They see the world in roadfacing lens. They see the world in roadfacing lens. They see the world in 2D, just like you see here, flat and 2D, just like you see here, flat and 2D, just like you see here, flat and without depth. They detect objects, but without depth. They detect objects, but without depth. They detect objects, but struggle to estimate distance, uh, struggle to estimate distance, uh, struggle to estimate distance, uh, speed, and motion. And the compute speed, and motion. And the compute speed, and motion. And the compute inside is limited. Yesterday's silicon inside is limited. Yesterday's silicon inside is limited. Yesterday's silicon can't run today's AI.

can't run today's AI. can't run today's AI. Forward collision warning has served our Forward collision warning has served our Forward collision warning has served our industry well for years, but the systems industry well for years, but the systems industry well for years, but the systems on the road today run on rules. on the road today run on rules. on the road today run on rules. Distance, speed, time to hit, calculated Distance, speed, time to hit, calculated Distance, speed, time to hit, calculated frame by frame. Watch the numbers tick frame by frame. Watch the numbers tick frame by frame. Watch the numbers tick down. The alert only fires once the down. The alert only fires once the down. The alert only fires once the vehicle is already locked in front of vehicle is already locked in front of vehicle is already locked in front of the driver. By the time the threat is the driver. By the time the threat is the driver. By the time the threat is confirmed, your driver has already lost confirmed, your driver has already lost confirmed, your driver has already lost the seconds that matter most.

the seconds that matter most. the seconds that matter most. The AI Dash Cam Plus enables a The AI Dash Cam Plus enables a The AI Dash Cam Plus enables a fundamentally different approach. To do fundamentally different approach. To do fundamentally different approach. To do this, we need the right input streams this, we need the right input streams this, we need the right input streams and serious compute. Let's start with and serious compute. Let's start with and serious compute. Let's start with the two roadfacing cameras. The wide the two roadfacing cameras. The wide the two roadfacing cameras. The wide lens captures the full scene and lens captures the full scene and lens captures the full scene and everything in the driver's periphery. everything in the driver's periphery. everything in the driver's periphery. The zoom lens captures details further The zoom lens captures details further The zoom lens captures details further down the road. And side by side, they down the road. And side by side, they down the road. And side by side, they fuse together one view of the world with fuse together one view of the world with fuse together one view of the world with depth the way your own eyes see it. Now, depth the way your own eyes see it. Now, depth the way your own eyes see it. Now, the compute. The AI Dash Cam Plus runs the compute. The AI Dash Cam Plus runs the compute. The AI Dash Cam Plus runs on a powerful new Qualcomm AI processor on a powerful new Qualcomm AI processor on a powerful new Qualcomm AI processor built for the edge. Enough horsepower to built for the edge. Enough horsepower to built for the edge. Enough horsepower to model the physics of the entire scene in model the physics of the entire scene in model the physics of the entire scene in real time on the device. real time on the device. real time on the device. Now a dash cam can see the road with Now a dash cam can see the road with Now a dash cam can see the road with depth and reason about motion in real depth and reason about motion in real depth and reason about motion in real time. That unlocks something entirely

time. That unlocks something entirely time. That unlocks something entirely new. Today we are unveiling collision new. Today we are unveiling collision new. Today we are unveiling collision avoidance coming to the AI Dash Cam Plus avoidance coming to the AI Dash Cam Plus avoidance coming to the AI Dash Cam Plus later this year. later this year. later this year. Instead of measuring distance frame by Instead of measuring distance frame by Instead of measuring distance frame by frame, we model how every object is frame, we model how every object is frame, we model how every object is moving through space. The camera sees moving through space. The camera sees moving through space. The camera sees one vehicle. Our AI sees multiple one vehicle. Our AI sees multiple one vehicle. Our AI sees multiple possible future trajectories in real possible future trajectories in real possible future trajectories in real time. We reason about which trajectory time. We reason about which trajectory time. We reason about which trajectory puts your driver at risk and we alert puts your driver at risk and we alert puts your driver at risk and we alert seconds earlier while there's still time seconds earlier while there's still time seconds earlier while there's still time to act, not after. to act, not after. to act, not after. This isn't just a better forward This isn't just a better forward This isn't just a better forward collision warning model. collision warning model. collision warning model. It's a new approach to predicting It's a new approach to predicting It's a new approach to predicting collisions. It reasons about vehicles, collisions. It reasons about vehicles, collisions. It reasons about vehicles, cyclists, animals, and even pedestrians. cyclists, animals, and even pedestrians. cyclists, animals, and even pedestrians. Each color you see is a possible future. Each color you see is a possible future. Each color you see is a possible future. Red means the path crosses your drivers. Red means the path crosses your drivers. Red means the path crosses your drivers. The alert fires faster and at the moment The alert fires faster and at the moment The alert fires faster and at the moment that it matters most. that it matters most. that it matters most. Or take this moment. It's pitch black. A Or take this moment. It's pitch black. A Or take this moment. It's pitch black. A deer enters the lane. A human eye might deer enters the lane. A human eye might deer enters the lane. A human eye might miss it, but the AI Dash Cam Plus will miss it, but the AI Dash Cam Plus will miss it, but the AI Dash Cam Plus will not. That is the difference between a not. That is the difference between a not. That is the difference between a near miss and a serious uh collision. near miss and a serious uh collision. near miss and a serious uh collision. Collision avoidance will prevent more Collision avoidance will prevent more Collision avoidance will prevent more collisions than anything that we have collisions than anything that we have collisions than anything that we have ever built.

ever built. ever built. While our AI is incredible at helping While our AI is incredible at helping While our AI is incredible at helping prevent collisions, we also know that prevent collisions, we also know that prevent collisions, we also know that not every incident can be avoided. And not every incident can be avoided. And not every incident can be avoided. And when something does happen, the other when something does happen, the other when something does happen, the other driver doesn't always stick around. In driver doesn't always stick around. In driver doesn't always stick around. In fact, nearly one out of seven collisions fact, nearly one out of seven collisions fact, nearly one out of seven collisions on US roads is a hit and run. And that on US roads is a hit and run. And that on US roads is a hit and run. And that number keeps climbing. number keeps climbing. number keeps climbing. A few weeks ago, one of our customers A few weeks ago, one of our customers A few weeks ago, one of our customers told me about this exact moment. A told me about this exact moment. A told me about this exact moment. A vehicle sideswiped their truck and took vehicle sideswiped their truck and took vehicle sideswiped their truck and took off. They had the footage, but the off. They had the footage, but the off. They had the footage, but the plate, it was too blurry. Every dash cam plate, it was too blurry. Every dash cam plate, it was too blurry. Every dash cam today is built for a wide-angle view to today is built for a wide-angle view to today is built for a wide-angle view to see everything, but the finer details see everything, but the finer details see everything, but the finer details get missed. Without that plate, the get missed. Without that plate, the get missed. Without that plate, the insurance claim stalls, the driver gets insurance claim stalls, the driver gets insurance claim stalls, the driver gets blamed, and the cost falls on the fleet.

blamed, and the cost falls on the fleet. blamed, and the cost falls on the fleet. That is exactly why we built automated That is exactly why we built automated That is exactly why we built automated license plate recognition or ALPR. The license plate recognition or ALPR. The license plate recognition or ALPR. The AI dash cam plus uses a highresolution AI dash cam plus uses a highresolution AI dash cam plus uses a highresolution zoom lens to capture plates clearly. The zoom lens to capture plates clearly. The zoom lens to capture plates clearly. The moment a collision happens, we surface moment a collision happens, we surface moment a collision happens, we surface the plate automatically along with the the plate automatically along with the the plate automatically along with the make, model, and color like you see make, model, and color like you see make, model, and color like you see here. So you immediately get the here. So you immediately get the here. So you immediately get the critical evidence that you need to critical evidence that you need to critical evidence that you need to resolve incidents faster. Now, for resolve incidents faster. Now, for resolve incidents faster. Now, for privacy reasons, we blur the last three privacy reasons, we blur the last three privacy reasons, we blur the last three characters of the license plate, but you characters of the license plate, but you characters of the license plate, but you can see just how clear the first three can see just how clear the first three can see just how clear the first three are. And this isn't just in ideal are. And this isn't just in ideal are. And this isn't just in ideal conditions. conditions. conditions. We have built ALPR to work in the real We have built ALPR to work in the real We have built ALPR to work in the real world at highway speeds, day or night, world at highway speeds, day or night, world at highway speeds, day or night, even in challenging conditions like rain even in challenging conditions like rain even in challenging conditions like rain or snow. What you see here are real or snow. What you see here are real or snow. What you see here are real captures from the AI Dash Cam Plus.

captures from the AI Dash Cam Plus. captures from the AI Dash Cam Plus. Collision avoidance and ALPR are just Collision avoidance and ALPR are just Collision avoidance and ALPR are just two examples of what the AI Dash Cam two examples of what the AI Dash Cam two examples of what the AI Dash Cam Plus can uniquely do. Today, we detect Plus can uniquely do. Today, we detect Plus can uniquely do. Today, we detect up to 20 safety events with up to 99% up to 20 safety events with up to 99% up to 20 safety events with up to 99% accuracy from distracted driving and accuracy from distracted driving and accuracy from distracted driving and fatigue to close following and unsafe fatigue to close following and unsafe fatigue to close following and unsafe lane changes. But we're not standing lane changes. But we're not standing lane changes. But we're not standing still. We continue to expand what we can still. We continue to expand what we can still. We continue to expand what we can detect and continue to drive false detect and continue to drive false detect and continue to drive false positives down because every false alert positives down because every false alert positives down because every false alert chips away at driver trust.

chips away at driver trust. chips away at driver trust. Which brings me to one of the most Which brings me to one of the most Which brings me to one of the most common and at times frustrating events common and at times frustrating events common and at times frustrating events on the list. Speeding. Speed limits on the list. Speeding. Speed limits on the list. Speeding. Speed limits change all the time from temporary change all the time from temporary change all the time from temporary construction zones uh to permanent construction zones uh to permanent construction zones uh to permanent updates uh on everyday roads. updates uh on everyday roads. updates uh on everyday roads. A customer recently told me about a A customer recently told me about a A customer recently told me about a stretch of road their drivers run all stretch of road their drivers run all stretch of road their drivers run all the time in my home state of Texas. The the time in my home state of Texas. The the time in my home state of Texas. The posted speed limit used to be 55 miles posted speed limit used to be 55 miles posted speed limit used to be 55 miles hour, hour, hour, but just a few days later it changed to but just a few days later it changed to but just a few days later it changed to 60. Today, most solutions rely on a map 60. Today, most solutions rely on a map 60. Today, most solutions rely on a map database to know what the speed limit is database to know what the speed limit is database to know what the speed limit is on any given road. The problem, the map on any given road. The problem, the map on any given road. The problem, the map database hadn't caught up and still database hadn't caught up and still database hadn't caught up and still showed 55. So, drivers doing the right showed 55. So, drivers doing the right showed 55. So, drivers doing the right thing were getting flagged. Map data can thing were getting flagged. Map data can thing were getting flagged. Map data can be outdated, delayed, or just wrong.

be outdated, delayed, or just wrong. be outdated, delayed, or just wrong. That is why we built AI powered speed That is why we built AI powered speed That is why we built AI powered speed sign detection. Instead of relying on sign detection. Instead of relying on sign detection. Instead of relying on the map, we read the signs right off the the map, we read the signs right off the the map, we read the signs right off the road. Drivers are only alerted when road. Drivers are only alerted when road. Drivers are only alerted when they're actually speeding. Alongside they're actually speeding. Alongside they're actually speeding. Alongside every event, you can see the exact sign every event, you can see the exact sign every event, you can see the exact sign the camera captured. The result, fewer the camera captured. The result, fewer the camera captured. The result, fewer false alerts, stronger driver trust, and false alerts, stronger driver trust, and false alerts, stronger driver trust, and better coaching. Uh, and this is just better coaching. Uh, and this is just better coaching. Uh, and this is just the beginning. the beginning. the beginning. Detecting speed signs with computer Detecting speed signs with computer Detecting speed signs with computer vision opens the door to understanding vision opens the door to understanding vision opens the door to understanding the uh the road in entirely new ways. the uh the road in entirely new ways. the uh the road in entirely new ways. from construction zones to school zones from construction zones to school zones from construction zones to school zones uh to other critical road signs. All in uh to other critical road signs. All in uh to other critical road signs. All in real time.