//Cameras & Video Intelligence

Video Systems

Cameras &Video Intelligence

Camera estates grow by accretion. A few hundred cameras from one integrator, a few hundred more from an acquisition or a grant cycle, and suddenly there are six management consoles, four codecs, and no single answer to how much footage exists or where it lives.

Mentat consolidates that into one operating layer. Cameras become inventoried devices with health telemetry. Streams are normalized. Storage is tiered so that the last 72 hours is instantly available and the last 18 months is affordable.

Analytics sit on top rather than being welded into a single vendor stack, so detection models can be added, evaluated, and replaced without re-architecting the estate around whichever vendor was chosen first.

What we build

The infrastructure underneath

Estate health & device management

Know which cameras are actually working. Not according to last quarter’s spreadsheet, but according to telemetry arriving right now.

  • ✓Continuous stream-health and frame-rate monitoring
  • ✓Firmware inventory and staged update rollout
  • ✓Automatic alerting on offline, degraded, or misaimed cameras
  • ✓Certificate and credential lifecycle across the estate

Ingest & stream normalization

ONVIF, RTSP, and proprietary vendor feeds converge into a consistent internal format so downstream tooling stops caring about camera brand.

  • ✓Transcoding and codec normalization at the edge where it is cheapest
  • ✓Consistent timestamping and clock-drift correction
  • ✓Adaptive bitrate handling for constrained network segments
  • ✓Graceful degradation instead of stream loss under congestion

Storage economics

Video is the largest line item in most estates. Tiering, retention policy, and honest capacity modeling are what keep it from consuming the budget.

  • ✓Hot, warm, and archival tiers with automatic transition
  • ✓Per-camera and per-class retention policies
  • ✓Capacity forecasting tied to actual growth, not vendor estimates
  • ✓Evidence-grade export with integrity verification

Analytics without lock-in

Detection and search capabilities run as replaceable components against a common video substrate, so the estate outlives any single analytics vendor.

  • ✓Model deployment at the edge or in the cluster as workload dictates
  • ✓Side-by-side evaluation of competing analytics before commitment
  • ✓Human review workflows for anything that drives an action
  • ✓Documented accuracy characteristics, including failure modes

How we get there

A delivery sequence that holds up

01

Discover the estate

Automated discovery of what is actually deployed, including the cameras nobody has documented since the integrator left.

02

Normalize the streams

A common ingest layer that ends the per-vendor integration tax and gives every downstream tool one interface to build against.

03

Tier the storage

Retention and cost modeled together, so the policy you write is the policy you can afford to run for the full retention window.

04

Layer the analytics

Detection capabilities added incrementally, evaluated against real footage, and kept replaceable by design.

Governance & safeguards

Cameras are easy to install and hard to justify later

The questions arrive eventually: who watched this, why, what does the analytics actually detect, and how well does it work on the population it is pointed at. A system built to answer those questions is worth far more than one that cannot.

Access with a reason

Live view and recorded retrieval both carry attribution and purpose, with elevated review requirements for sensitive locations and archives.

Analytics that are measured

Any detection model in production has documented performance characteristics and a defined human review step before it drives enforcement action.

Retention that actually expires

Deletion is verified across every tier including archives and backups, with an auditable record that the policy executed.

Built on

Proven components, assembled for your environment

We build on established open-source and cloud-native building blocks rather than proprietary black boxes, so the platform stays inspectable, portable, and yours.

Video layer

ONVIF / RTSPEdge transcodingGPU inference nodesStream health telemetry

Storage

Object storage tieringLifecycle policiesIntegrity verificationEvidence export

Platform

KubernetesTerraformObservability stackPolicy as code

Related

Other innovative technologies

Camera estate outgrowing its tooling?

Consolidate the estate before it consolidates your budget.

We can inventory what you are actually running, model the real storage trajectory, and design the ingest layer that gets you off per-vendor integration work.

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