PROFESSIONAL SERVICES

Engineering services for broadcast, OTT and post-production, from signal analysis to delivery

Beyond our products, we support broadcasters, streaming platforms, post-production houses and technology vendors with hands-on engineering. Every service builds on the same expertise: separating noise from real image content, measuring quality honestly and running it efficiently on GPUs.

Video quality analysis with VMAF and PSNR

Video Quality Audits and Encoder Shootouts

Independent encoder comparisons and bitrate ladder optimization with VMAF, PSNR and QBVE. Averages hide failures, so we also count frames below quality floors and measure the stability of your streams. Measuring quality metrics needs a lot of compute power, which we provide as well. In the design phase of a new workflow you know encoding speed and quality in advance, and in a vendor shootout you get reliable numbers.

  • VMAF, PSNR and QBVE analyses
  • Encoder and vendor shootouts
  • Bitrate ladder optimization
  • End-to-end tests with test sequences for resolution and dynamic range
Per-shot encoding result: standard encode QBVE 9.465 versus IRIS per-shot QBVE 5.062

Encoding Pipeline Design

Per-shot encoding driven by IRIS.ANALYST, built on FFmpeg and industry-standard tools, without proprietary encoders. Output for HLS and DASH in H.264, HEVC and AV1, including AV1 film grain synthesis with our own grain tables. Fully automated with Kubernetes, Docker or VMs.

  • Per-shot and adaptive encoding
  • HLS and DASH delivery
  • AV1 with film grain synthesis
  • Automation on Kubernetes, Docker and VMs
BRAW2IRIS automated denoising for Blackmagic RAW

Pre-Postproduction, Mastering and Restoration

Automated denoising before the grade: BRAW, RAW and any FFmpeg-readable format are processed overnight into a lossless FFV1 master (12 or 16 bit) plus a ProRes proxy for editing. Colorists start in the morning with a clean signal, even for 8K and 12K HDR. The same technology cleans archive material and film scans for restoration.

  • IRIS.RAW and BRAW2IRIS
  • FFV1 masters and ProRes proxies
  • Overnight processing on-premises or in the cloud
  • Archive and film restoration
MXL and DMF software-defined video architecture

Software-Defined Video: Media eXchange Layer (MXL) and Dynamic Media Facility (DMF)

We integrate video processing as MXL Media Functions in containers and help plan software-defined live production: GPU requirements, memory exchange, redundancy with Kubernetes and a hybrid cloud model that keeps the base load local and scales peaks into the cloud.

  • MXL Media Functions in Docker and Kubernetes
  • GPU and memory architecture
  • Hybrid cloud and cost planning
  • Requirements for the MXL standard, see IRIS, MXL & DMF
GPU workflows: CUDA, image processing and deep learning

GPU, CUDA and AI Development

Years of CUDA experience in real-time image processing: algorithm development, image processing libraries, deep learning for video analytics and AI-based media functions for live broadcast pipelines.

  • Project management and implementation
  • CUDA and image processing libraries
  • Algorithm development
  • Deep learning for video analytics and clean AI training data
FFmpeg training and consultancy

FFmpeg Training and Consultancy

FFmpeg is the open-source engine behind most of the largest cloud encoding farms in the world and an alternative to commercial transcoding products. We offer hands-on training and consultancy.

  • Quality metrics: VMAF, PSNR and QBVE
  • Optimizing your bitrate ladder and per-shot encoding
  • FFmpeg automation on Linux
  • Speeding up adaptive bitrate encoding
  • Analyzing files with MediaInfo, Bitrate Viewer and Apple's AVQT
  • FFV1 as intermediate format
35mm test charts and image quality analysis

Camera, Scanner and Film Analysis

Vendor-independent 35mm film test strips and test chart generation, plus the analysis of cameras, film scanners and scanned material. Sensor performance changes over time: noise levels rise, dead or hot pixels appear. The earlier you detect quality issues, the less time and money you lose.

  • 35mm film test strips and test chart generation
  • Dead and hot pixel detection
  • Noise floor and image quality analyses
  • Workflow analyses
Digital TV and film projects

Broadcast and Film Projects

From requirements to rollout for digital TV and film: we support you with project management, implementation, system analyses and RFQs.

  • Project management and implementation
  • System analyses and RFQs
  • Test chart generation and image quality analyses

Tell us about your project: info@waveletbeam.com

Frequently Asked Questions

Do you offer independent encoder comparisons?

Yes. We run vendor-independent encoder shootouts and bitrate ladder optimizations with VMAF, PSNR and QBVE, including the compute power needed for the measurements.

Do we need proprietary encoding software for your per-shot pipeline?

No. Our per-shot encoding uses the IRIS.ANALYST metadata with FFmpeg and industry-standard tools, with output for HLS and DASH in H.264, HEVC and AV1.

Can you process our RAW footage overnight?

Yes. BRAW, RAW and any FFmpeg-readable format can be denoised fully automatically overnight into an FFV1 master and a ProRes proxy, on-premises or in the cloud.