Who we build for
AI for Security operators
Security work sets a harder test than most AI deployments: the system has to be right while something is happening, on live feeds, at a rate of alerts your control room can actually act on.
That last constraint governs everything. A camera watching a busy site produces tens of thousands of judgements an hour, and at any realistic accuracy an untuned system floods the room and gets switched off. So the engineering effort goes into the rules as much as the models — how long a condition must persist, which zones and hours apply, how many frames confirm it — and into per-camera and per-operator records of what was flagged and what was done about it.
Services that apply
The services security operators commission most often, grouped by whether they run live or over recorded material. Each links to its own page with the models, hardware and stream capacity behind it.
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Live feeds
Detection that must keep pace with the camera so an operator can intervene.
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Live object detection / tracking
Zone breaches, wrong-way movement, abandoned objects and missing equipment, with alerts tuned to a rate your room can handle.
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People entrance / exit counter
Live occupancy against a safety limit, and door control at capacity.
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Safety / PPE detection
Hard hats, vests and harnesses checked on entry and in work areas, with the item attached to the person wearing it.
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Live OCR
Vehicle plates, container and wagon numbers read at gates and weighbridges, checked against your own lists.
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Live stream moderation / visual policy alerts
Policy breaches on monitored streams, in picture and in what is said.
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Audio noise suppression
Cleaning live audio from noisy sites so intercom and monitoring feeds are intelligible.
Recorded material
Reviewing footage after the fact — for investigation, evidence and audit.
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General object detection and tracking
Following a vehicle or person through hours of footage across cameras, instead of scrubbing timelines by hand.
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Video semantic search
Finding the moment by description — a described vehicle, a described action — with the file and timecode returned.
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Crowd counter
Density and build-up analysis at events, including the dangerous concentrations a total headcount hides.
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People entrance / exit counting
Footfall and flow reconstruction from recorded views for post-incident review.
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Video OCR / text recognition
Plates, markings and signage captured from footage with the time and position they appeared.
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Video upscale resolution
Making low-resolution footage viewable for briefing. The added detail is reconstructed, so it is presentation material and not evidence.
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Face restoration
The same caution applies more strongly: restored faces must never be used to identify anyone.
Identity, where lawful
Recognition is regulated in most jurisdictions. We deploy it only with a lawful basis, retention limits and notice settled first.
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Face detection / face count
Finds and counts faces without identifying anybody, which answers many questions on its own and carries far lighter obligations.
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Face verification (1:1)
Confirming a pass holder against their enrolled photograph — a single comparison, not a database search.
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Face recognition
Matching against an enrolled list, with the threshold set against list size and an operator reviewing uncertain matches.
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Speaker recognition / verification
Confirming a caller’s identity by voice, with a liveness check where it controls access.
Audio and reporting
What was said, and turning a shift’s activity into a record.
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Narrator extraction - transcription
Isolating and transcribing a voice on a noisy live feed — radio traffic, an intercom, a commentary channel.
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Audio to text - transcription
Control-room calls and interviews transcribed with timings so they can be searched and quoted.
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Audio classification / tagging
Alarms, breaking glass and raised voices flagged from monitored audio with the time they occurred.
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Digital watermark / provenance embedding
Marking exported footage so a copy that surfaces later can be traced to the export it came from.
Bring your own model
Operators running a detector built for their own site — a specific vehicle class, a particular piece of equipment, a behaviour your analysts defined — can run it on Super-GPU infrastructure alongside our services, on the same streams.
We help you select the right hardware, containerize and deploy the workload, build the processing pipeline and define the infrastructure required to scale it.
Your model. Your data. Your deployment choice.
Bring your existing GPU containers
We support standard Linux GPU workloads including:
- Docker
- OCI images
- NVIDIA CUDA
- vLLM
- TensorFlow
- PyTorch
and other GPU-enabled environments. Images can be uploaded directly or pulled from registries including AWS ECR, Docker Hub, GitHub Container Registry, Google Artifact Registry, Azure Container Registry, Harbor and private registries.
Where it runs
Security footage rarely has permission to leave the network it was captured on, and the deployment options reflect that.
On premises, in your AWS account, GCP project or OCI tenancy, on Super-GPU Cloud, or across a hybrid environment that keeps latency-sensitive work local and reaches for cloud GPU capacity when scale demands it. You control where data is processed, stored and retained.