ADAS · Autonomous Driving · LiDAR · Sensor Fusion · AV Perception

Automotive Data Annotation for ADAS & Self-Driving AI

Precise BPO Solution provides automotive data annotation services for ADAS and autonomous driving teams, covering LiDAR point clouds, 3D cuboids, semantic segmentation and video labeling. We've run data operations since 2008 and have labeled data for AI teams since 2017. Our 540+ in-house team in Pune works under ISO 27001-aligned security controls, and every annotator signs an NDA.

Precise BPO automotive annotation: polygon-labeled vehicles and pedestrians for ADAS and autonomous driving AI
90M+ Automotive Annotations AV · ADAS · LiDAR
810M+ Total Annotations All Services
540+ Team Size In-house team
99.8% Accuracy Rate Multi-pass QA
18+ Years in Business Founded 2008
On This Page
Security and Working Terms
🛡️ISO 27001
Aligned
🇪🇺GDPR
Aligned
🔒NDA-Signed
Team
🤝Platform
Agnostic
🏆Free Pilot
Batch
Serving enterprises across US · UK · Canada · Australia · Europe · Middle East · APAC · LATAM

About Our Automotive
Annotation Team

Sensor data labeling for ADAS and autonomous driving, from an in-house team that has run large-scale data operations since 2008.

At a Glance
Since 2008. 90M+ Annotations. In-House Team.
40–60%
Below US/UK Rates

What We Do for ADAS and AV Teams

We label camera, LiDAR and radar data for ADAS and autonomous vehicle (AV) perception teams, as part of our wider data labeling services. We started in 2008 with data entry and moved into data labeling in 2017. Since then we have delivered 810M+ annotations, 90M+ of them automotive, across dashcam video, LiDAR point clouds, radar returns and aerial imagery. Our 540+ in-house team works under ISO 27001-aligned and GDPR-aligned workflows.

The output is labeled datasets perception teams can train on: 3D object labels, semantic maps and sensor-fusion ground truth, with human review at each stage. Because the team is in India, our rates run well below US and UK vendors, and QA stays the same. We handle everything from simple 2D labeling to full sensor-fusion projects.

We cover the main automotive annotation types: 3D cuboids and bounding boxes, LiDAR point cloud segmentation, semantic and instance segmentation, lane and polyline annotation, radar object detection and frame-by-frame video tracking. Guidelines, IoU benchmarks and multi-pass QA mean every dataset is checked against your quality bar before it ships, which matters for safety-critical ADAS work.

AV & ADAS Specialization
End-to-end annotation from L2 ADAS to L4 self-driving programs.
Full Sensor Coverage
Camera · LiDAR · Radar, labeled with the same class definitions across every sensor.
Platform-Agnostic
CVAT · Labelbox · Scale AI · Roboflow · V7. We work in your stack.
Flexible Engagement
Pilot, project or monthly retainer. Scale up or down as your data volume changes.

What Is Automotive Data Annotation?

Automotive data annotation is the process of labeling raw sensor data (camera images, LiDAR point clouds, radar feeds and video frames) so that autonomous driving AI and ADAS systems can learn to understand their surroundings. Each labeled object tells the model what it is, where it is, and how it relates to other elements in the scene.

Perception models cannot reliably detect vehicles, pedestrians, cyclists, road signs or lane markings without accurately labeled ground truth. In ADAS and autonomous driving work, label accuracy is a safety issue, not only a performance one.

Automotive annotation spans 2D bounding boxes, 3D cuboids, polylines, polygons, semantic segmentation masks, instance segmentation, panoptic segmentation, and LiDAR point cloud labeling, each suited to specific sensor types and model architectures. Our data labeling explainer shows how these techniques fit together.

Object Perception
Labeled vehicles, pedestrians, cyclists and road signs teach perception models to detect and classify the objects in a driving scene.
Spatial Understanding
3D cuboids and LiDAR labels give models depth, volume and distance, which path planning and obstacle avoidance depend on.
Lane & Scene Parsing
Polyline and segmentation labels define drivable zones, lane boundaries, and road topology for lane-keeping, merging and intersection AI.

What We Annotate for Automotive AI

We label vehicles, pedestrians, cyclists, road signs, lane markings and infrastructure, from 3D cuboids to bird's-eye-view and aerial imagery, using the same class definitions on every frame. For in-cabin driver monitoring and occupancy AI, we also do landmark (keypoint) labeling.

We also process violation records from ANPR and toll programs through our traffic citation data entry service.

Bounding Boxes, Cuboids, Segmentation or Polylines: Which to Use

The right annotation type depends on your sensor and your model. This table covers the usual choices for ADAS and autonomous driving data.

Criteria 2D Bounding Box 3D Cuboid / LiDAR Semantic Segmentation Polyline
Sensor Input Camera (2D image / video) LiDAR point clouds, radar, stereo camera Camera: image & video frames Camera: forward-facing frames
Best for Vehicle, pedestrian & sign detection at scale Depth-aware object detection, path planning, HD maps Drivable area, road surface & full scene parsing Lane marking, road edge & spline annotation
Annotation Speed Fastest Moderate Slowest Fast
Depth / 3D Info None (2D only) Full 3D position, size and heading None (pixel class only) None (2D path only)
AV Perception Use Object detection, ADAS pre-collision Obstacle avoidance, localization, HD mapping Scene understanding, drivable zone Lane keeping, lane change, road topology
Relative Cost Lowest Medium Highest Low
Precise BPO Service Bounding Box → 3D Cuboid → Segmentation → Polyline →

Not sure which annotation type fits your AV dataset? Send us your brief and we'll recommend the right approach based on your sensor stack, model architecture, and dataset volume.

Who We Work With

We work with OEMs, EV makers, fleet operators, AI teams and smart city projects, from first datasets through production retraining.

🏭

Automotive OEMs & Manufacturers

Perception datasets for training and validating ADAS and autonomous driving systems, covering detection, classification and scene understanding, at the volumes OEM production pipelines need.

01
🤖

AI & Machine Learning Companies

Perception and sensor fusion training data, delivered through your existing tools and ML workflow.

02
🗺️

Mapping & Navigation Firms

LiDAR annotation and 3D labels for high-definition maps, including road graph extraction and geo-referenced annotation at scale.

03
🚕

Mobility & Ride-Sharing Startups

Frame-level driving-scene labels for driver assistance, safety monitoring and traffic analytics.

04
🏙️

Smart City & Traffic Management

Road object detection, lane marking and traffic sign labeling for smart-intersection and urban mobility planning programs.

05
🎓

Research & Academic Institutions

Labels for academic benchmarks, simulation and robotics research, including vision foundation model work.

06
🚚

Fleet & Logistics Companies

Labels for fleet safety, route monitoring and last-mile delivery programs. If you also need vehicle data entry, we can run it alongside annotation.

07

Automotive Annotation
Capabilities

We cover 2D, 3D, LiDAR and sensor-fusion labeling for ADAS and autonomous driving, with every batch scored against agreed IoU thresholds by our in-house team.

✓
LiDAR Point Cloud AnnotationPrecise 3D cuboid and segmentation labels on LiDAR point clouds, used for HD mapping and 3D object detection. We support 64-channel and multi-return sensors.
✓
3D Cuboid Annotation3D cuboids for vehicles, cyclists and pedestrians, with strict IoU thresholds and multi-pass QA. We export to KITTI, JSON or your own schema.
✓
Semantic SegmentationPixel-level classification of drivable areas, lanes, curbs, signs and obstacles, used for scene understanding. Our semantic segmentation service also covers instance and panoptic segmentation for projects that need per-object masks.
✓
Sensor Fusion AnnotationLabeling across synchronized camera, LiDAR and radar frames so each object keeps one identity across sensors.
✓
Video Frame Tracking & Temporal LabelingWe keep object IDs consistent across video sequences, which tracking, driver behavior analysis and ADAS detection models depend on.
✓
Lane & Polyline AnnotationLane marking and road edge labeling with polylines, used for lane detection, road graph extraction and navigation AI.
✓
Edge-Case & Safety-Critical LabelingAnnotation of rare, complex driving scenarios, including adverse weather, night driving, occlusions and near-misses, the scenes models most often struggle with.
For public-road footage, we also anonymize faces and plates where GDPR requires it, through our face and plate de-identification service.
✓
Multi-Pass QA & IoU ValidationIndependent annotator review, IoU scoring, overlap audits and human-in-the-loop validation keep ground truth consistent across every batch. Our annotation governance guide explains how we catch label drift over time.
Send Us Your Dataset Brief →
Automotive annotation capabilities: bounding boxes, polygons, and segmentation for vehicles, lanes, and road objects
VEHICLE · 0.97 3D CUBOID · 0.96 x:196 y:88 l:154 w:76 h:42 class:sedan IoU:0.96 PEDESTRIAN · 0.93 CYCLIST · 0.91 LiDAR · 124,532 pts IoU 0.97 DETECTED 4 OBJECTS / FRAME SAMPLE · 99.8% ACC
WORKFLOW

Automotive Annotation Workflow

Every project follows the same six steps, with QA checks built in and secure delivery at the end.

01

Requirements & Scoping

We agree the project scope, perception goals, annotation guidelines, quality benchmarks and taxonomy with you, and map your labeling rules to our QA framework before any data comes in.

Taxonomy DefinitionIoU ThresholdsLabel SchemaNDA Execution
02

Data Ingestion & Preparation

We take in the images, video, LiDAR frames and radar data you send. Before annotation starts, we validate the data, remove duplicates and organize it.

LiDAR PCDCamera FramesRadar FeedsVideo Sequences
03

Annotation & Labeling

We apply bounding boxes, polygons, semantic segmentation, 3D cuboids and sensor fusion labels to produce training data for your perception models.

3D CuboidSemantic SegPolylineSensor Fusion
04

Human-in-the-Loop Quality Control

Independent QA annotators and expert reviewers check every batch, and we apply IoU scoring so the ground truth stays accurate, consistent and auditable.

IoU ScoringExpert QA ReviewBatch Audits
05

Client Review & Iteration

We work through your feedback, refine the annotation rules and adjust outputs as your model requirements change.

Feedback LoopGuideline Refinement
06

Secure Delivery & Ongoing Support

We deliver in COCO, KITTI, JSON, YOLO or your custom schema over secure channels, and keep supporting dataset growth and retraining as your program continues.

COCO · KITTI · JSONYOLOCustom Schema
Typical Project Timeline
Day 1–2
Scoping & NDA
Day 3–4
Data Ingestion
Day 5–7
Free Pilot Batch
Week 2
Production Labeling
Ongoing
QA & Delivery
Long-term
Iteration & Scale
Output Formats Supported
COCOKITTIYOLOPascal VOCJSONXMLCSVCustom
Free Pilot Batch

Start with a free pilot batch to verify quality before committing to full production.

Claim Free Pilot →

Platforms, Formats and Frameworks

We work within your existing AV toolchain, or recommend a stack for your sensor-fusion project. No lock-in and no re-tooling on your side.

🖥️ Annotation Platforms
CVAT (Computer Vision Annotation Tool) Labelbox Scale AI Platform Supervisely (3D LiDAR) Roboflow SuperAnnotate Label Studio V7 Custom / In-house Tools
📁 Export Formats
KITTI (3D bounding box) nuScenes JSON COCO JSON (bbox, segmentation) OpenLABEL PCD / BIN (LiDAR point clouds) TFRecord (TensorFlow) Waymo Open Dataset format Custom schema on request
🤖 Frameworks Our Outputs Load Into
PyTorch / TorchVision TensorFlow / Keras YOLO (v5 · v8 · v9) MMDetection3D OpenPCDet (LiDAR detection)
🔒 Secure Transfer
Encrypted SFTP AWS S3 (private bucket) Google Cloud Storage Azure Blob Storage Secure client portals Encrypted email delivery

Automotive Annotation Use Cases

Examples of the driving data we label for clients in Europe, the US, Japan and the wider APAC region, delivered in formats such as KITTI, nuScenes, COCO and Waymo Open Dataset. Client names are withheld under NDA.

UK · Enterprise Fleet

Fleet and Traffic Labeling for a UK Operator

Client Need: A UK fleet operator wanted its camera feeds to detect and track vehicles and pedestrians automatically, so planners could study traffic and tighten routes.
Solution: We labeled 50,000 frames a week as part of an ongoing engagement, covering vehicle tracks, lane boundaries and traffic flow.
  • Weekly delivery at a consistent volume
Germany · AV Object Detection

Object Detection for a German EV Maker

Client Need: A German EV maker needed detection data that could cope with crowded, messy traffic for its self-driving stack.
Solution: We labeled about 620,000 bounding boxes a week across camera, LiDAR and radar feeds, with a team that scaled up as their intake grew.
  • Cyclists and small obstacles labeled across dense scenes
  • Edge cases in crowded traffic covered
USA · ADAS Perception

ADAS Perception Training for a US Automaker

Client Need: A US automaker was retraining its ADAS models and needed labeled data for lane detection, pedestrians and traffic signs.
Solution: We labeled 80,000 images a month and paired them with 3D LiDAR point clouds, fused across sensors so the models could train on all inputs together.
  • Lane, pedestrian and traffic sign labels ready for retraining
  • Coverage of dense city driving scenes
Japan · Driver Behavior

Driver Behavior Labeling for a Japanese Automotive Tech Company

Client Need: A Japanese automotive tech company wanted to understand how drivers actually behave, to sharpen its ADAS and in-cabin safety monitoring.
Solution: We labeled 40,000 video frames a month for lane changes, driver–pedestrian interactions and road hazards.
  • Lane-change and hazard labels delivered monthly
Netherlands · Smart City EV

Road Mapping for a Dutch Smart City and EV Planning Group

Client Need: A Dutch smart-city and EV planning group needed 3D road maps, lane markings and segmentation to prepare roads for autonomous vehicles.
Solution: We annotated 70,000 images a month with LiDAR point clouds, lane detection and semantic segmentation.
  • A dataset ready for autonomous vehicle trials
APAC · Aerial AV

Aerial and Drone Annotation for an APAC Mobility Platform

Client Need: A mobility AI platform in APAC needed top-down annotation of drone footage to monitor traffic and feed its logistics models.
Solution: We labeled vehicles, infrastructure, pedestrians and road markings across multiple classes, drawn from both drone and satellite imagery.
  • Labeled aerial data ready for their logistics models

Why Teams Work With Precise BPO

Our annotators are trained on AV perception workflows, so you aren't briefing a generalist team from scratch. Beyond automotive, our data labeling services cover 15+ annotation types, so one team can handle adjacent work.

Start Your Free Pilot →
01
9+ Years of Data Labeling

Labeling for AI teams since 2017, built on nine earlier years of data entry and data operations. ADAS and autonomous driving are a core part of that work.

02
540+ In-House Team

Specialists on our own payroll, not crowd-workers. Our automotive annotators are trained in LiDAR, 3D cuboid, sensor fusion and ADAS perception workflows.

03
ISO 27001-Aligned & GDPR-Aligned

Secure access control, NDA-bound annotators, permission-scoped roles and automated security monitoring on every automotive project.

04
99.8% Label Accuracy

Measured through multi-pass human QA and checked against agreed IoU thresholds, including on safety-critical automotive datasets.

05
40–60% Below US/UK Rates

Delivery from India keeps rates well below typical US and UK pricing, with no hidden fees.

06
Pricing That Scales

We price by image, frame, hour or monthly retainer, and support projects from scoping through retraining.

Annotators reviewing LiDAR and 3D labeling work at Precise BPO

Formats, QA and Use Cases by Annotation Type

What each annotation type is delivered in, how we check it, and what it's typically used for.

Annotation Type Supported Output Formats QA Method Primary AI Use Case
3D Cuboid / LiDAR Point Cloud KITTI, JSON, PCD, Custom 3D IoU thresholds, multi-pass review Autonomous vehicle perception, depth estimation, HD mapping
Semantic Segmentation COCO, JSON, PNG Mask, Custom Mask overlap review, boundary audits Drivable area detection, lane classification, scene understanding
2D Bounding Box COCO, YOLO, Pascal VOC, CSV IoU scoring, batch audits Object detection: vehicles, pedestrians, signs, traffic lights
Sensor Fusion (Camera + LiDAR + Radar) Custom, JSON, ROS Cross-sensor consistency checks Multi-modal ADAS perception, AV stack training
Video Frame Tracking JSON, CSV, KITTI Tracking Object ID consistency checks across frames Temporal object tracking, driver behavior, traffic flow analysis
Polyline / Lane Annotation JSON, CSV, Custom Lane continuity and edge-alignment review Lane detection, road graph extraction, navigation AI

In-House AV Team vs. Generic BPO vs. Precise BPO

If you're making the case for outsourcing internally, this comparison should help. To see how vendors compare on pricing and strengths, read our top data annotation companies guide.

Criteria In-House AV Team Generic BPO Precise BPO
Annotation Accuracy Depends on team experience and QC Depends on the vendor's QC process ✔ 99.8% with multi-pass QA
Setup Time 8–12 weeks (hire, train, calibrate sensors) 3–5 weeks ✔ Pilot in about a week, production from week 2
Scalability for Surge Sensor Data ❌ Fixed headcount, slow ramp ⚠ Limited, delays common ✔ 540+ team, fast ramp-up
Cost vs US/UK Rates Full US/UK salary, infrastructure and tooling costs 25–35% below US/UK rates ✔ 40–60% below US/UK rates
Security Framework Depends on your internal controls Depends on the vendor ✔ ISO 27001-aligned and GDPR-aligned
LiDAR / 3D Point Cloud Expertise ⚠ Steep learning curve, slow ⚠ Often general-purpose annotators ✔ Dedicated LiDAR & sensor fusion specialists
Platform & Format Agnostic ⚠ Limited to in-house tools ⚠ Often platform-locked ✔ Works in your platform; exports to KITTI, nuScenes or custom schemas
Free Trial / Pilot — Often paid or limited ✔ Free pilot batch, no commitment

Automotive Annotation Pricing & Engagement Models

No platform fees, no lock-in. Choose the model that fits your data volume, timeline and budget. For a full breakdown, see our data labeling pricing guide.

Still image batches
Per Image

Pay per labeled still image. Ideal for defined datasets, 2D bounding box batches, or one-off ADAS model training sets at a predictable per-unit cost.

  • Traffic sign datasets
  • Pedestrian detection sets
  • Benchmark batches
Video / sequence annotation
Per Frame

Priced per video frame, which suits autonomous driving sequences, drive-log replays and temporal tracking, where frame count is the natural unit of work.

  • AV drive logs
  • Traffic flow analysis
  • Driver behavior tracking
LiDAR / sensor fusion
Per Hour

Hourly model for high-complexity annotation such as 3D point clouds, multi-sensor fusion and occlusion-heavy scenes, where per-frame pricing doesn't reflect actual effort.

  • 3D cuboid / LiDAR scenes
  • Camera + LiDAR + radar fusion
  • HD mapping
Ongoing AV pipelines
Monthly Retainer

A dedicated annotation team at fixed monthly capacity. Best for AV programs and ADAS teams with continuous fleet data ingestion, active learning loops, or production-stage perception stacks.

  • Active learning pipelines
  • Fleet data programs
  • Quarterly model retraining
Volume discounts from 100K+ frames/month. White-label pricing available for BPO partners.
Every model includes an NDA, ISO 27001-aligned security and a free pilot batch before you commit.
Get a Quote →

What Automotive AI Teams Say

★★★★★

"We were braced for a few rounds of corrections on our 3D cuboids. The first LiDAR batch already cleared our IoU thresholds, and the team picked up our perception requirements without much hand-holding."

MR
Marcus R.
Perception Lead, AV Startup, Germany
★★★★★

"Going from 20,000 to 120,000 frames a month in under eight weeks is the part that surprised me. Quality held steady through the ramp, and it's obvious the annotators know ADAS work well."

SK
Sarah K.
Data Engineering Manager, OEM, USA
★★★★★

"Segmentation on our urban scenes came back clean. Their security setup also made the data governance conversation with our European colleagues much easier."

LC
Laurent C.
AI Research Director, Smart City Platform, Netherlands

Automotive Annotation FAQs

Answers on data types, annotation techniques, LiDAR, security, pricing and platforms.

We annotate images, video, LiDAR point clouds, radar data and sensor-fusion datasets. Common labeled classes include vehicles, pedestrians, traffic signs, lanes, road edges and other objects in the driving environment. The resulting ground truth supports perception and navigation work from Level 2 ADAS through Level 4 autonomy. We also support bird's-eye-view data, and our wider AI data labeling services cover other industries.

Automotive datasets commonly use bounding boxes, polygons, polylines, semantic, instance and panoptic segmentation, 3D cuboids and LiDAR point cloud annotation. Each suits a different job: object detection, lane tracking, depth estimation or scene understanding. Which one you need depends on your sensors and your model, and the comparison table above covers the usual choices.

We label LiDAR point clouds with 3D cuboids and semantic segmentation, giving perception models object distance, volume and spatial context. Our annotators are trained specifically for 3D sensor data and work to tight IoU thresholds. Outputs are delivered in KITTI, JSON, PCD or custom formats that match your perception stack.

Sensor fusion annotation aligns labels across camera, LiDAR and radar so perception models receive spatially consistent data. Our annotators cross-reference the sensor feeds and give each object the same label and ID in every input. This matters for ADAS, where no single sensor is enough for safe decision-making.

Annotated datasets are delivered in COCO, KITTI, JSON, XML, YOLO, Pascal VOC, CSV, OpenLABEL or client-specified schemas, so they load directly into most ML pipelines, simulation tools and evaluation frameworks.

We scale by adding trained annotators to your project and keeping the same guidelines and QA across every batch. We support continuous data uploads, phased delivery and evolving dataset requirements.

Yes. Our workflows are ISO 27001-aligned and GDPR-aligned. All annotators sign NDAs before project access, roles are permission-scoped to prevent data exposure, and automated security monitoring runs across all project environments. If your security team needs more detail, we can walk through our controls and complete your vendor questionnaire before the pilot starts.

Pricing depends on data type, annotation complexity, volume and turnaround. We price per image, per frame, per hour or as a monthly retainer, and because our team is based in India, rates are typically well below US and UK providers. Send us your dataset details and we will quote against your volume and annotation requirements.

Yes. Our annotators work inside your internal tooling or any third-party platform, including Scale AI, Labelbox, CVAT, Roboflow, SuperAnnotate and V7. We adapt to your workflow rather than asking you to switch platforms.

Our annotators are trained specifically for LiDAR, 3D cuboid, ADAS and sensor fusion work rather than general-purpose tasks, and every batch goes through multi-pass QA and expert review. We are based in Pune, have labeled data for AI teams since 2017, work on any platform and offer white-label capacity for other AI vendors and BPOs.

Start Your Automotive Annotation Project

Tell us about your ADAS or autonomous driving dataset and request a free pilot or project quote. We can also run other data labeling services in the same project.

Phone & WhatsApp
Office
B3, Sant Namdev Marg, Varundavan Colony, Walhekarwadi, Gurudwara Colony, Nigdi, Pimpri-Chinchwad, Maharashtra 411035
Compliance
ISO 27001-Aligned GDPR-Aligned
🌍 Working with teams in 27+ countries. See our regional coverage.
8-Hour Response

Request a Free Pilot

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Working Across Time Zones

Our annotation center in Pune runs round-the-clock shifts. Each client gets a dedicated project manager, timezone-aligned delivery and NDA-protected workflows.

24/7 Operations Coverage
27+ Countries Served
8 Global Regions
🇺🇸
United States
AV startups, OEM perception teams and ADAS integrators
Shifts cover US working hours
🇬🇧
United Kingdom
Smart mobility and AV research teams across the UK
Daytime overlap with UK hours
🇪🇺
Europe
Germany · Netherlands · France · Scandinavia: OEMs & Tier-1 suppliers
GDPR-aligned delivery
🇦🇺
Australia
Our India time zone means datasets arrive before the Australian working day starts
Delivery before your working day
🇨🇦
Canada
AV research labs, sensor manufacturers & autonomous fleet AI companies
Overlap with North American hours
🌏
Asia-Pacific
Japan · South Korea · Singapore · ASEAN: LiDAR & sensor fusion datasets
Overlap with APAC working hours
🌍
Middle East
UAE · Saudi Arabia · Qatar: smart-city & government-backed AV programs
Overlap with Gulf working hours
🌎
Latin America
ADAS and AV teams across Latin America
Overlap with Latin American hours

Annotation Insights & Guides

Guides on data labeling basics, QA, pricing and choosing a vendor, useful for teams building ADAS and autonomous driving datasets.

Free Pilot Batch: No Commitment

Test Our Quality
on Your Own Data

We label LiDAR, ADAS and autonomous driving datasets with IoU-scored QA. Send us a sample and judge the quality before you commit.