Our latest update focuses on making the RACEMAP tracking platform more intuitive, consistent, and technically robust. Here’s what’s new: 

📋 Tracker management: Clear connectivity state

We’ve integrated our SIM provider data directly into the tracker management and show connectivity through two separate indicators:

• CON column: Socket connectivity of the GPS tracker with the RACEMAP server
• NET column: Network registration of our SIM cards 

Important: NET is not transmitted by the GPS tracker itself—it comes directly from our SIM provider, adding redundancy. This is especially useful when a device cannot establish a socket connection, but the GSM modem is still registered in the network. In such cases, the tracker can still be reached via SMS (supported in RACEMAP tracker management).

This removes ambiguity and makes diagnosing GPS tracker status much more straightforward. 

Additional improvements:

• New dedicated NET column
• Simplified CON to show socket status only
• Replaced the online icon with a server icon for clarity
• Removed the cell tower icon from signal strength
• Improved column order and overall table consistency 

Read all about our dashboard to work with many GPS trackers in our documentation: https://docs.racemap.com/tracker-management

🔄 Player reload functionality (auto & manual) 

Keeping event data in the tracking map up-to-date is now much smoother—whether it’s DSQ dots disappearing or participant colors updating automatically. Activate the auto-reload feature in the visualization settings of your events. 

Auto-reload (default ON) refreshes:

• Participants, tracks, and colors
• Starter and track names
• POIs and metadata

Reload button is shown in the tracking map when auto-reload is disabled

Rendering improvements in the interactive race visualization:

• Viewport position is preserved after reload
• More accurate visual updates via sprite hashing

This feature ensures your player reflects real-time changes without requiring a page refresh.

⚙️ Current API improvements

We’ve continued refining the current API to improve accuracy, performance, reliability, and transparency. It now handles sparse data scenarios much better—such as endurance events with infrequent position updates every five minutes—making it an even more powerful tool for video production teams.

Core updates:

• More reliable speed calculation, especially with limited or missing geopoints
• Fixed inconsistencies in gap and average calculations
• Improved handling of shadow tracks
• Added extrapolated parameters including gap support
• Introduced participantId-based gap queries for unified comparisons 
• Simplified query parameters introducing Average Speed Window and Result Time 

Read more in our documentation, including live data samples: https://docs.racemap.com/api/current

If you’d like to test the latest API improvements with real event data from your RACEMAP library, reach out. We set up a 24/7 live event based on your real data for hands-on testing. 

🌍 Extended language support

The RACEMAP tracking app and white-label apps now also support:

• 🇵🇱 Polish
• 🇹🇷 Turkish 

All information about RACEMAP lightweight tracking app solutions: https://docs.racemap.com/apps/tracking

Track Style Customization

Live tracking with multiple tracks is now more flexible and easier to read for spectators. In the map settings, you can adjust both line width and opacity of each track separately, giving full control over how they appear in the visualization. 

We also replaced the previous color picker library with the Ant Design color picker, unifying track styles across the system for a cleaner, consistent look.  

Track Chart in Safemap: Visual Breaks for Gaps

The track chart in Safemap previously connected all time gaps in GPS data with a line, implying continuous movement that didn’t exist. Now, lines are removed where data is missing, showing tracker data more clear. 

Tracker Management: Configuration Update Progress

Tracker management now records the configuration update process in the message history, giving you more confidence when adjusting tracking configurations across devices to meet specific event requirements. Each configuration change is timestamped and displayed in the tracker message history, making troubleshooting easier if updates fail. 

Just released: We made managing large numbers of GPS trackers a whole lot easier for you. Our new RACEMAP Orga App is the missing link between:

• GPS trackers 
• The Tracker Management system
• Participant data

Built for organizers, teams, and event staff, the Orga App helps you handle many devices quickly and reliably. With QR code scanning at its core, it removes manual searches and speeds up your entire workflow in the Tracker Management and on-site at the help desk.

Features

Instant device selection: Scan QR codes to identify and select trackers in seconds—no more searching through lists.

Fast participant assignment: Link devices to participants by name or bib number with a simple scan.

Flexible workflows: Works whether participant data is preloaded or created on the fly at the help desk.

Parallel operations: Multiple Orga Apps can operate simultaneously.

Download the free Orga App for Android and iOS, click the QR code on your phone for redirecting. We are looking forward to your feedback.

Why it matters

Less manual work. Fewer errors. Faster setup.

The Orga App ensures you only assign the devices you actually need—helping you stay efficient and in control, even during busy event check-ins.

Learn more in our documentation: https://docs.racemap.com/apps/orga

You can now connect any external location source to RACEMAP using the new HTTP tracker. 

HTTP trackers make it easy to forward positioning data from third-party systems directly to RACEMAP. Instead of connecting a physical device, you create a virtual tracker that receives location updates through a simple HTTP endpoint. 

With HTTP trackers, RACEMAP acts as the visualization and location processing platform, while your existing systems continue to provide the position data. This solution gives you a flexible way to integrate existing tracking systems with your RACEMAP project. 

Typical Use Cases

HTTP trackers are useful when location data already exists somewhere else and you want to display or process it in RACEMAP.

• Broadcast production systems, for example using the built-in GPS receivers in TV camera motorbikes during live sports coverage. If positions are already decoded within the broadcast workflow (e.g. from airplane uplink), they can be forwarded directly to RACEMAP.
• Public data sources, such as transportation networks publishing live positions of buses or trains.
• Marine tracking feeds where positions are already available via an API.
• GPS tracking platforms that collect positions from multiple devices.
• Fleet management systems used by support vehicles, logistics teams, or safety crews.
• Custom mobile apps or IoT devices sending their own coordinates.

Learn More

For step-by-step instructions on creating an HTTP tracker and sending coordinates, see our documentation: https://docs.racemap.com/gps-devices/http-tracker

This release introduces further enhancements across our sports tracking platform, improving tracking reliability and operational confidence.

Safemap: More Context, Better Decisions

Safemap now supports multiple map styles, including satellite view, allowing operators to choose the most suitable visual context for their environment and operational needs.

Tracker Management: More Insight Into Connectivity

Reliable live tracking depends heavily on connection quality — which is impacted SIM reception, modem behavior, and carrier performance. To support operators more effectively, we are rolling out a series of improvements that provide deeper insight into connectivity and help debugging potential issues earlier.

With this release:

• Signal strength is now visible for each tracker of the Queclink GL3xx series.
  
• The chart has been extended with network-related information.
  

These enhancements give operators clearer visibility into connection quality and form the foundation for upcoming reliability improvements. 

This is the first step in a broader effort where we’ll continue to introduce tools and capabilities designed to improve tracking stability — including closer integration and collaboration around our dedicated M2M SIM cards.

Join our workshop on methods and systems to work with live GPS data for races: Feb 10–12, 2026 · Dresden.

Reserve my spot

We’re hosting a three-day workshop focused on practical workflows for using real-time location data at complex sports events. You’ll learn how to build stronger services, improve operations, and reduce risks — and you’ll leave with solutions you can directly offer to your clients.

Attendees can also unlock up to €5,000 in Safemap savings. Seats are limited. Register for €125/seat.

All details about our workshop: https://go.racemap.com/workshop-26 

Upgrade your skills, expand your services, and strengthen your business:

• Practice with real data & demos: Work hands-on with live GPS streams, API integrations, and Safemap setups — guided by experts.
• Win new business: Develop ready-to-sell live-tracking and safety solutions that directly expand your service portfolio.
• Grow your network: Connect with experienced operators, exchange proven workflows, and discover faster, smarter ways to run events successfully.

Users can now remotely update Queclink GL320 GPS trackers to the latest firmware version R01A13V03_R10A02V03 using the Start Firmware Update command in RACEMAP Tracker Management.

Managing many GPS devices? RACEMAP tracking platform helps scale and streamline your operations. Full documentation available here: https://docs.racemap.com/tracker-management

What if you can monitor risk and safety of endurance races with fewer people, faster detection, and less logistical friction? Current event safety setups are often expensive, fragile, and heavily dependent on staff and manual observation. 

Explore the live demo: Open the interactive Safemap in the browser https://racemap.com/safemap/demo

We have just released Safemap, which changes all that. Safemap is a browser-based decision-support dashboard that surfaces the information that matters — for leaner operations, faster reactions, and improved participant safety.

Before launch, we refined Safemap throughout the season in collaboration with leading endurance event organizers — including Race Across Series — for proven usability in long-distance, multi-day races. 

Create your Safemap

Book 20-min onboarding call

Not sure if Safemap fits your race setup? Need help on configuration? We guide you 1:1 through a 20-minute video call. Schedule here:
https://calendar.app.google/stbuy8G6FhaLAWHa6 

Documentation

All functions, workflows & configuration options are detailed here:
https://docs.racemap.com/live-tracking/safemap 

Key capabilities

Core features

• Alerts: SOS, crash, lost track, no movement, power-off, low battery
• Structured alert workflow with clear responsibility & audit trail
• Real-time collaboration across multiple operators & shifts

Technical highlights

• Decentralized data generation, works with long-autonomy GPS trackers
• Browser-based — no software installation, no coding needed
• Processes geodata & device reports

Advantages

• Never gets tired, always objective — continuous automated monitoring
• Seamless coordination across teams and multi-day events
• Awareness without manual supervision

The Monitor add-on is no longer available from Jan 2026.

We’ve rolled out several improvements you will love across RACEMAP tracking platform to enhance stability, device support, and usability. 

Tracker Management

New Tracker Support: Queclink GL30MG

With the LK106 reaching end-of-life, we’ve introduced support for the new GL30MG tracker from Queclink. This update not only includes the new tracker type but also a refactored Track Air protocol to better handle location data from GL30MG and other GL-series devices, including partial support for configuration messages. If you want to extend your tracker fleet with the latest Queclink device, RACEMAp is prepared.

Shortcut to RACEMAP Orga App

The Tracker Management now links directly to RACEMAP Orga App on both the App Store & Google Play, making app access simpler and faster.

Find all information about RACEMAP tracker management in our documentation: https://docs.racemap.com/tracker-management

Safemap Improvements 

The time of our monitor add-on ends soon because our new Safemap is so much better.

• Alerts like SOS/Crash are now clearly distinguished from notifications such as Off Track.
• You can now mute notifications independently for more flexible alert handling in the field.

Event List Rework

Improved Setup Flow

Creating Single maps, Safemaps, and Group or Stage events now follows a smoother, more intuitive workflow.

New List-Based Layout

• We replaced the previous tile layout with a clean and structured list design to improve clarity and navigation.
• Better Group Event Visibility: Child events are now easier to view and manage.
• Filtering Tools Added: Quickly find and manage your events with basic filtering options. 

Stability & Maintenance

We’ve invested significant effort into backend reliability, code cleanup, and overall platform stability to ensure Racemap continues to run smoothly during high-activity periods.

RACEMAP is a live tracking platform for professionals in the sports events industry. This release improves usability, reliability, and scalability with focused workflow and stability enhancements - not new specs. We provide a bundle of improvements across predictive tracking, tracker management, Queclink GL3xx socket reliability, and the Safemap (beta). Expect a cleaner predictive tracking UI, clearer reads → shadowtrack mappings, communications fixes for Queclink GL3xx, and practical UX & reliability improvements to Safemap.

Predictive tracking

• Sticky header: Predictive tracking view now pins the main tabs (Status, Readers, ...) so they stay accessible while you scroll and inspect details.
  
• Single, switchable chart: We replaced two charts with one chart that lets you swap X & Y axes for faster, clearer comparisons.
  
• One read, multiple mappings: A single read can map to multiple locations on the shadowtrack. Mappings that come from the same read are color-linked, so you instantly see grouped mappings.
  
• Clear mapping states:  
  • Rejected read: Read could not be mapped to a location on the shadowtrack.
  • Unused mapping: The mapping is not used for predictive calculations.

All information about live tracking from timekeeping data in our documentation: https://docs.racemap.com/prediction

Tracker management (Queclink GL3xx)

We've tuned the communication mechanics between the RACEMAP platform and Queclink GL3xx devices. 

• Better cleanup behavior: Messages sometimes lacked full history so errors weren’t reliably detected. We now pass full message history so cleanup and error checks behave correctly.
• Fixed ACK origin: ACK origin is now passed to messages as a flag, so ACKs are interpreted correctly.
• Socket behavior & reliable online state: We dug into socket / online-state edge cases and addressed that trackers sometimes considered sockets “online” after closure and kept trying to send messages. 

Read all about our dashboard to work with many GPS trackers at a scale: https://docs.racemap.com/tracker-management

Safemap (beta)

Thanks to everyone who tested Safemap. Your feedback guided these practical improvements. If you want to try Safemap instead of the Monitor add-on, send us a message and we’ll enable it for your event(s).

• Order: Values used to be compared as strings (causing odd ordering); now numerical order.
  
• Low-battery alerts show %: Battery percentage is extracted from alert info and displayed when hovering the alert.
  
• Charging state: Devices that are charging are now indicated.
  
• Starter state (DNF, DSQ, etc.) is shown so you can, for example, ignore alerts from finished starters.
  
• Chart zoom persists: Zoom level no longer resets on every re-render; zoom state is stored so the view remains stable.
• (Un)Lock “follow path”: Added a lock/unlock for map and chart follow behavior. When unlocked, the map resets to the starter’s current position; when locked you can hover the chart without the map snapping back.
  

Bug fixes & polish

Thanks for reporting these — many small but important fixes went out:

• Fix: time selector in the tracker chart.
• Fix: batch GPX download failing when one file in the batch is empty. 
• Misc: various stability and usability improvements across Predictive Tracking, Monitor, and Safemap.