VECTORIO“Your chain glitches at scale, or your footage lives in someone else's cloud”
Real-time media, no dropped frames.
Audio/video chains grow without glitches
- Adding one more plug-in chain and the buffer underruns; we drop samples.
- Sending camera frames to a SaaS means someone else holds our footage.
- Viewing-event analytics lag minutes behind and cost a fortune per terabyte.
- Audio/video chains grow without glitches
- Vision analytics without cloud and with privacy by default
- Integrity-proven recordings
From today to the first result.
plug-in chains in a host and a SaaS vision service
One more plug-in chain and the buffer underruns, camera frames leave for a SaaS, and viewing-event analytics lag minutes behind.
10,000 audio nodes run in real time at 48 kHz without underruns, and video face blur runs at 18.7 ms per frame at 30 fps with 0 % drops on your own hardware.
Run your heaviest chain in PROTOR beside the current host and listen to the result.
one chainReal-time audio through ten effect stages. Step by step.
An audio file runs through a chain of ten effects to the speaker in real time — the same engine at 48 kHz.
- Beethoven Input · Gain 1Audio File Input · Audio Gain
- EQ 1 · CompressorParametric EQ · Audio Compressor
- Noise Gate · ChorusAudio.Gate · Audio Chorus
- Delay · ReverbAudio Delay · Audio Reverb
- Limiter · Output GainAudio Limiter · Audio Gain
- Speaker OutputSpeaker Publisher
beethoven-in → Audio.File.Subscriber
gain-1 → Audio.Gain
eq-1 → Audio.Eq
compressor → Audio.Compressor
gate-1 → Audio.Gate
chorus-1 → Audio.Chorus
delay-1 → Audio.Delay
reverb-1 → Audio.Reverb
limiter-1 → Audio.Limiter
gain-out → Audio.Gain
speaker-output → Audio.Speaker.Publisher- Beethoven InputDecodes an audio file into sample blocks.
- Gain 1Raises or lowers volume.
- EQ 1Shapes frequencies with an equaliser.
- CompressorEvens out loud and quiet parts.
- Noise GateSilences sound below a threshold.
- ChorusAdds a chorus effect.
- DelayAdds echo.
- ReverbAdds room reverb.
- LimiterStops peaks above a ceiling.
A real workflow from our end-to-end test suite; the designer view is illustrated.
What you get. From the first pilot.
Audio/video chains grow without glitches
Vision analytics without cloud and with privacy by default
Integrity-proven recordings
Why your tools fall short.
DAWs and media servers hit a plug-in/CPU ceiling
Cloud video-AI is a privacy and cost problem
Kafka/Flink stacks are heavy for mid-size media operators
- Real-time AI on video
- Privacy of faces in public spaces
- Cost of cloud streaming analytics
- Broadcast/legal archival rules
Your pilot. Three steps.
Your data shape
Tell us what data you have, where it lives and what the result must be.
A scoped pilot
On your data and your hardware, with the success measure written down first.
A clear decision
You see the result against that measure — and keep every workflow and record.
Related roles in Research & geodata.
Research instruments & big-science data
Instrument data. Answers in minutes.
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Satellite scenes to a signed city map.
Digital pathology & microscopy imaging
Slides classified. Results signed. On-prem.
Automotive & mobility test data
Test-drive logs, filtered at the garage.
Bring us your hardest data problem. Let's solve it together.
A short pilot on your data and your hardware. We agree on what success looks like before we start.