Real-time communication
LiveKit build with SIP/telephony interop
Hands-on build experience with LiveKit including SIP interop: signalling, media and telephony bridging, built and run on our own account.
Work
Case studies from real engagements
Problem → solution → tech → outcome. Each case study is written to double as bid collateral: every figure is our own measured result, and references are available on request.
AI & model engineeringCloud & GPU operationsData sovereignty
Sovereign AI infrastructure — 4–6x more transcription per GPU
A self-hosted, GDPR-compliant AI stack tuned at the model layer — variant selection, precision, batching and serving configuration multiplied its live-transcription capacity up to six-fold on the same GPU.
- 6× GPU capacity
- 15 languages
- GDPR by architecture
Sonar — video consultation for German banks
Long-term engineering partner behind Sonar, a video-consultation platform used by German banks — real-time video, live captioning and translation in 15 languages.
- Named client reference
- 15-language live captioning
- German banking sector
Wovero — long-term engineering partnership
What a long-term engagement with Vaagmodo looks like in practice: a stable senior team, continuous delivery and ownership beyond code.
- Stable team
- Continuous delivery
- Multi-year
Engineering notes
Engineering work and benchmarks from our own bench
Engineering we invested in on our own account: proofs, migration methods and benchmark campaigns. This is where the numbers and the methods on our domain pages come from.
AI & model engineering
Concurrency and quality benchmark campaign
A structured campaign measuring real concurrent-stream capacity at acceptable latency and quality across model variants, precisions and serving configurations — the method behind the six-fold capacity gain.
AI & model engineering · real-time communication
Vision damage analysis in the live video path
A self-hosted open vision-language model assessing damage shown during live insurance video calls — computer vision wired directly into a real-time media pipeline.
Real-time communication
Kurento → modern-SFU migration methodology
Our internal method for mapping recording, RTP/SIP bridging and in-pipeline processing from a legacy Kurento estate onto LiveKit- or mediasoup-based architectures.
Want the detailed version?
Detailed methodologies, architecture diagrams and client references are available on request — write to info@vaagmodo.com.