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Cut Autonomous Vehicle Video Storage by Up to 50%, Ensure Model Accuracy

Cut Autonomous Vehicle Video Storage by Up to 50%, Ensure Model Accuracy

Cut Autonomous Vehicle Video Storage by Up to 50%, Ensure Model Accuracy

Cut Autonomous Vehicle Video Storage by Up to 50%, Ensure Model Accuracy

Accelerate ML Pipelines. Slash Costs. No Trade-Offs on Fidelity

Accelerate ML Pipelines. Slash Costs. No Trade-Offs on Fidelity

Accelerate ML Pipelines. Slash Costs. No Trade-Offs on Fidelity

Accelerate ML Pipelines. Slash Costs. No Trade-Offs on Fidelity

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Calculate savings

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Autonomous Vehicles Data Growth Overwhelms Budget

Autonomous Vehicles Data Growth Overwhelms Budget

Autonomous Vehicles Data Growth Overwhelms Budget

Autonomous Vehicles Data Growth Overwhelms Budget

Fleet video data surge

Training autonomous vehicles requires vast amounts of real-world footage and synthetic videos - scaling to hundreds of petabytes annually, or even more

Mounting expenses

With growing streams of video data - cloud storage, egress, and compute usage rise sharply, driving up spend

Workflow bottlenecks

Massive datasets create friction across the ML lifecycle—slowing training, inference, and analysis, and straining infrastructure efficiency

ML-Safe Compression at Scale

ML-Safe Compression at Scale

ML-Safe Compression at Scale

Reduce video size by up to 50% while preserving the visual fidelity required for ML training and inference. Beamr’s Emmy® Award-winning Content-Adaptive Bitrate (CABR) technology delivers optimized compression while ensuring autonomous vehicle perception and enabling high-performance processing at scale

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Proven Visual Fidelity at the Frame Level

Proven Visual Fidelity at the Frame Level

Proven Visual Fidelity at the Frame Level

Compression artifacts can degrade ML accuracy. Beamr's patented content-adaptive (CABR) technology preserves critical visual cues for autonomous driving, adjusting compression frame-by-frame based on perceptual relevance for both humans and machines. Our recent benchmark testing with a real-time object detection model showed CABR's ability to achieve enhanced compression with high detection accuracy.


Read the blog post: How Content-Adaptive Video Compression Tackles Autonomous Vehicle Data Explosion >>

Your Video and Data Efficiency Partner

Your Video and Data Efficiency Partner

Your Video and Data Efficiency Partner

Trusted by industry leaders and with decades of expertise, our technology is now tailored to address your specific needs in autonomous driving and computer vision

Led by video experts

Work directly with seasoned video compression experts, from integration through optimization

Tailored to your stack

Custom pipelines and variety of deployment options that fit into your existing infrastructure and workflows

Scales with your fleet

As your vehicles fleet and data volume grow, our solution adapts to your changing needs

Our partners:

Calculate Your Infrastructure Savings

Calculate Your Infrastructure Savings

Calculate Your Infrastructure Savings

Discover how much you can save on video data with Beamr’s optimized compression. Reduce file size without compromise on visual quality and ML performance

What's your current video data volume?
What's your video data growth?
What's your estimated storage cost?
$ per GB per month
Retention period
years
Enter your data on the lefttop to see your savings potential.

Flexible Deployment, Ingest Any Input

Flexible Deployment, Ingest Any Input

Flexible Deployment, Ingest Any Input

Cloud, FFMPEG plugin or SDK

Cloud, FFMPEG plugin or SDK

Deploy with a managed solution in your cloud or ours. Integrate using Beamr’s FFMPEG plugin or SDKs (python, C++, Node.js)

Wide codec support

Wide codec support

Ingest any input. Output in industry-standard codecs: AVC, HEVC, and AV1

Data privacy

Data privacy

Process video locally within your environment. No data leaves your infrastructure

AV Video Compression Q&A

AV Video Compression Q&A

AV Video Compression Q&A

Can video compression deteriorate ML accuracy?

Can Beamr handle massive amounts of video data?

Can Beamr easily integrate with my existing models and workflows?

What kind of support do you offer during customization and deployment?

Can I test Beamr’s video data compression on my own datasets?

Can video compression deteriorate ML accuracy?

Can Beamr handle massive amounts of video data?

Can Beamr easily integrate with my existing models and workflows?

What kind of support do you offer during customization and deployment?

Can I test Beamr’s video data compression on my own datasets?

Can video compression deteriorate ML accuracy?

Can Beamr handle massive amounts of video data?

Can Beamr easily integrate with my existing models and workflows?

What kind of support do you offer during customization and deployment?

Can I test Beamr’s video data compression on my own datasets?

Cut Infrastructure Costs. Accelerate
AV VIdeo Pipelines. Preserve ML safety

Cut Infrastructure Costs. Accelerate
AV VIdeo Pipelines. Preserve ML safety

Cut Infrastructure Costs. Accelerate
AV VIdeo Pipelines. Preserve ML safety

Let’s talk about your AV video savings