Accelerating the Autonomous Vehicles Technology from Development to Deployment

Our Solutions for Autonomous Vehicles

We provide AV solutions to efficiently design, test, and deploy autonomous vehicle systems with precision and safety.

ML Model Development

Developing robust machine learning models to power intelligent autonomous driving systems.

ML Data Curation

AV Maps

Creating high-resolution, precise maps for accurate navigation and enhanced safety in autonomous vehicles.

ML Data Curation

Simulation

Running scenario-specific simulations to ensure safe and efficient performance of autonomous vehicles.

ML Data Curation

Performance Evaluation

Conducting root-cause analysis and benchmarking to ensure optimal autonomous vehicle performance and safety.

ML Data Curation

Scenario Datasets

Delivering diverse, high-quality datasets to train and test autonomous vehicle systems in real-world scenarios.

ML Data Curation

Data Analytics

Analyzing data to optimize autonomous vehicle performance and inform strategic decision-making.

ML Data Curation

Remote Assistance

Providing real-time support for operational guidance and troubleshooting of autonomous systems.

ML Data Curation

Fleet Operations

Streamlining autonomous vehicle fleet management for enhanced efficiency, reliability, and safety.

ML Data Curation

Product Validation

Ensuring compliance, reliability, and safety through comprehensive end-to-end product validation.

ML Data Curation

ODD Analysis

Analyzing Operational Design Domains to ensure autonomous systems perform optimally within specified environments.

ML Data Curation

End-to-end Solutions for Seamless Autonomous Vehicle Deployment

DDD provides whole product lifecycle solutions for Autonomous Vehicles, including ML model development, data labeling, sensor fusion, HD mapping, and simulation for reliability, safety, and go-to-market deployments for the next generation of autonomous mobility.

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What Our Clients Say

Why choose DDD?

Strategic

Strategic

We bring industry-tested SMEs, provide training data strategy, and understand the data security and training requirements needed to deliver better client outcomes.

Reliable

Reliable

Our global workforce allows us to deliver high-quality work, 365 days a year, across multiple countries and time zones. With 24/7 coverage, we are agile in responding to changing project needs.

Consistent

Consistent

We are lifetime project partners. Your assigned team will stay with you - no rotation. As your team becomes experts over time they train more resources, that's how we achieve scalability.

flexible

Flexible

We are platform agnostic. We don't force you to use our tools, we integrate with the technology stack that works best for your project.

Discover Expert Insights and Whitepapers on Autonomous Driving and ADAS

Deep dive into the latest technologies and methodologies that are shaping the future of autonomous driving.

Frequently Asked Questions (FAQ)

  • We provide end-to-end data and AI solutions for autonomous vehicle (AV) and ADAS development, from data collection to annotation, quality assurance, and model training support. Our services power real-time perception, decision-making, and simulation pipelines.

  • Our services reduce engineering overhead by handling critical data tasks such as:

    • Autonomous vehicle data collection (including sensor calibration, edge data ingestion, and scenario capture)

    • Multi-modal annotation (e.g., bounding boxes, segmentation, 3D lidar)

    • Dataset curation and QA

    This helps automotive teams train, validate, and deploy AV models faster and more reliably.

  • AI in autonomous vehicles powers perception (object detection, lane tracking), prediction (pedestrian/vehicle movement), and planning (route selection). We support AV AI development by delivering:

    • Clean, diverse, and high-quality training data

    • Custom annotation pipelines

    • Synthetic dataset augmentation

    • Evaluation workflows for model performance

  • Yes. We assist AV companies with data collection operations, including:

    • Sourcing and configuring vehicle fleets

    • Installing multi-sensor rigs (lidar, radar, RGB, IR, GPS)

    • Edge logging and ingestion

    • Logging rare events and edge-case scenarios for simulation replay

    We also support privacy compliance and labeling-ready pipelines.

  • We work with both public and proprietary autonomous driving datasets, covering:

    • Urban and highway environments

    • Edge cases (e.g., occlusion, nighttime, bad weather)

    • Multi-sensor fusion data

    • Driver monitoring and in-cabin datasets

    We also curate automobile datasets for localization, HD mapping, and SLAM applications.

  • Yes. We specialize in data labeling for autonomous driving, supporting:

    • 2D & 3D bounding boxes

    • Semantic segmentation

    • Instance segmentation

    • Keypoint annotation

    • Sensor fusion (RGB + LiDAR)

    • Lane and road boundary labeling

    Our teams are trained in automotive ontology and tools like CVAT, Scale, and Supervisely.

  • We support customers in building and scaling automotive datasets for:

    • Perception training (CV, LiDAR, radar)

    • Traffic light/sign recognition

    • Pedestrian and cyclist detection

    • Accident detection and emergency scenarios

    • In-vehicle driver behavior analysis

     We also help enrich raw datasets with metadata and behavioral tags.

  • 8. Do you offer annotation services tailored for autonomous vehicles?

    Absolutely. Our autonomous vehicle annotation services include frame-by-frame annotation for high-frequency sensor data, temporal consistency checks, sensor fusion handling, and version-controlled dataset management. We support automotive-grade scalability and confidentiality.

  • We combine deep domain expertise in AV/ADAS systems with scalable teams, tooling flexibility, and a focus on data quality, security, and traceability. Whether you're a startup or OEM, we help you build safer autonomous systems faster and more cost-effectively.

Empowering the Next Generation of Autonomous Mobility