Imagine navigating the bustling streets of Singapore with pinpoint accuracy, even in the most complex urban environments. This is no longer a futuristic dream, but a reality thanks to Grab’s groundbreaking pilot program. In a bold move, Grab has partnered with OPPO, Qualcomm Technologies, and Swift Navigation to introduce Southeast Asia’s first high-accuracy GPS positioning system integrated into mobile phones and apps. But here’s where it gets controversial: can this technology truly revolutionize navigation, or is it just another tech gimmick? Let’s dive in.
SINGAPORE, November 11, 2025 – Grab Singapore has launched an innovative pilot program aimed at transforming the navigation experience for its driver- and delivery-partners. By leveraging high-accuracy lane-level GPS positioning, this initiative promises to enhance location precision, particularly in challenging urban landscapes like Singapore’s high-rise districts and underground networks. This collaboration marks the first time such advanced GPS technology has been deployed in mobile devices across Southeast Asia, setting a new benchmark for outdoor location accuracy.
Why does this matter? In dense cities like Singapore, standard GPS accuracy can degrade to over 20 meters, making navigation between pick-ups and drop-offs a frustrating experience. Grab’s new system aims to solve this by combining cutting-edge technologies from its partners. But this is the part most people miss: the pilot isn’t just about improving driver efficiency—it’s about redefining the entire navigation ecosystem for both partners and consumers.
The pilot harnesses the unique strengths of each collaborator:
- OPPO contributes its Find N5 foldable phone, equipped with Dual Frequency GNSS technology, which supports the latest advancements in positioning.
- Qualcomm Technologies integrates its Meter-Level Positioning for Mobile feature into the Snapdragon® 8 Elite Mobile Platform, enabling real-time GPS correction signals.
- Swift Navigation provides its cloud-based Skylark™ Precise Positioning Service, which uses advanced atmospheric modeling to correct GPS errors, achieving 10x greater accuracy. Skylark relies on a global network of ground reference stations, including Singapore’s SiReNT, operated by the Singapore Land Authority (SLA).
Together, these technologies create a seamless navigation experience. OPPO’s Find N5, Qualcomm’s Snapdragon 8 platform, and Swift’s Skylark work in harmony to deliver precision navigation. Grab plans to extend this capability to its proprietary Karta devices, ensuring broader access to this technology for its partners.
But is this technology too good to be true? Nilofer Christensen, Head of Consumer Product at GrabMaps, believes otherwise: “Grab is the first to bring this level of precise positioning technology to ride-hailing in Southeast Asia. Our partners will navigate with the same cutting-edge technology used in autonomous vehicles and motorsports, unlocking new earning potential.”
Gary Dong, President of OPPO Asia Pacific, emphasizes the user-centric approach: “Through this collaboration, we’re extending OPPO’s mobile innovation into precision navigation, enabling Grab’s partners to navigate with confidence, even in Singapore’s most complex environments.”
Francesco Grilli, Vice President of Product Management at Qualcomm Technologies, adds: “This pilot drives innovation in mobile devices, enhancing the driver experience and opening new possibilities for location-based services.”
Holger Ippach, EVP of Product and Marketing at Swift Navigation, highlights the global impact: “Grab is setting a new benchmark for mobile navigation—a standard the entire industry will follow.”
Addressing the Underground Challenge
To tackle GPS blind spots in basements and carparks, Grab is mapping these areas using its KartaCam devices and LiDAR technology. This effort ensures seamless navigation even where signals are typically lost. As of November 2025, basement carparks in hotels and shopping malls around Marina Bay have been mapped, with more locations to follow.
Real-World Impact
The pilot, which began in October 2025, involved nearly 250 driver- and delivery-partners, including 60 who received OPPO Find N5 devices. Santho Rudy Peter, a Grab Driver-Partner, shares his experience: “With this pilot, location accuracy feels much sharper and more stable. It helps me get to pick-up points faster, with less guesswork and more confidence.”
Enhancing Consumer Experience
For consumers, this means more accurate estimated arrival times, fewer delays, and fewer cancellations. Whether it’s a pickup from a busy mall or a food delivery to the right apartment, lane-level accuracy ensures services arrive exactly where needed, reinforcing Grab’s commitment to reliability.
The Bigger Picture
This pilot is just the beginning of Grab’s vision for lane-level navigation across Southeast Asia. By collaborating with technology leaders, Grab is laying the foundation for smoother, faster, and more reliable journeys. But here’s a thought-provoking question: as this technology becomes more widespread, will it create a divide between those who have access to it and those who don’t? Let us know your thoughts in the comments.
About the Partners
- Grab is Southeast Asia’s leading superapp, offering services across deliveries, mobility, and digital financial services in over 800 cities.
- OPPO is a global smart device brand, known for its innovative technology and user-centric approach.
- Qualcomm Technologies is a leader in wireless technology, powering devices with its Snapdragon platforms.
- Swift Navigation pioneers high-accuracy satellite positioning, enabling autonomy and automation at scale.
This collaboration is not just a technological achievement—it’s a step toward a future where navigation is seamless, efficient, and accessible to all. But the question remains: are we ready for this future? Share your opinions below!
