Sentinel / Edge thermal monitoring

See the heat.
Understand
the risk.

A clearer view of developing thermal hazards. We’re building Sentinel to bring local detection, site-specific configuration, and verifiable evidence to industrial monitoring.

In development. Exploring fit with prospective pilot partners.

THERMAL INTELLIGENCEEDGE / LOCAL
Illustrative industrial building with a highlighted thermal region, showing the idea of site-specific monitoring
THE DESIGN PRINCIPLE

Intelligence on site.
Context in every event.

CONCEPT ILLUSTRATIONNot a live feed or measured result
A SPEETU PRODUCT

Built around the site.Designed to work locally.Evaluated against evidence.

01 / The platform

The camera sees heat.
The site needs context.

A hot region is a starting point. Understanding what it means requires the right configuration, an operating workflow, and a way to check the system is doing its job.

01

Keep the intelligence local.

Our design puts thermal processing at the edge, with the goal of keeping monitoring and defined local alerts independent of internet availability.

Local-first design
02

Configure for the real site.

Start with supported cameras and a defined hazard. Shape configuration around operating conditions, expected activity, and the team’s response.

Site-specific approach
03

Make performance verifiable.

Evaluate against representative footage, normal activity, and failure conditions. Document the results and limits of the tested configuration.

Our validation approach

A local monitoring workflow

Proposed deployment architecture

  1. Supported camerasAssess inputs & coverage
  2. Local edge processingApply site configuration
  3. Events & evidenceSurface relevant context
  4. Site responseFollow agreed procedures

Remote access and notifications depend on their connectivity path. Offline behavior and local outputs must be verified for each deployment.

02 / Where it could fit

Different sites.
Specific thermal questions.

Our initial focus is industrial fire-risk monitoring. We’re exploring these environments to understand where a measured pilot could add value.

Discovery areas, not validated application claims. Suitability depends on the hazard, visibility, sensor, and operating conditions.

Waste & recycling

What’s changing
inside the pile?

Explore developing hot spots alongside moving vehicles, changing material, and hot equipment. A useful evaluation must include the site’s ordinary activity.

Discuss this environment

03 / Evidence before promises

“How do we know
it’s reliable?”

That’s the right question.
It should shape the whole deployment.

Our proposed evaluation compares a defined configuration against real conditions and an agreed baseline. Useful results include the failures, not just the successes.

Explore the validation framework
01

Representative conditions

Target events and ordinary operations. Camera settings, visibility, and coverage documented.

02

Meaningful measurements

Missed events, nuisance alerts, detection delay, availability, and alert delivery measured separately.

03

Failure & recovery tests

Lost connections, frozen video, process restarts, and storage limits included in evaluation.

04

Clear acceptance criteria

Agree the scope before testing. Record results, versions, and limitations before deciding to deploy.

04 / A considered path

Start with fit.
Build on evidence.

We’re exploring a commissioned solution with supported hardware and ongoing maintenance. Every engagement starts with understanding the site.

A scoped solution

Proposed commercial model: assessment and pilot, deployment and commissioning, then an annual software and support agreement. Pricing depends on site scope and supported camera configuration.

05 / Practical questions

Clarity comes first.

Considering Sentinel for your site?
Here’s where the conversation starts.

Ask us a question
My thermal camera already detects heat. What would Sentinel add?

Your existing camera may already meet your needs. We want to evaluate whether site configuration, verification, event context, and the operating workflow add measurable value beyond its built-in analytics.

Will it operate without an internet connection?

Local operation is a core design objective. Each pilot must verify the exact offline scope, including detection, recording, local access, and local outputs. Remote notifications, fleet synchronization, and remote support depend on their connectivity path.

Does it work with any thermal camera?

No universal compatibility is claimed. Support depends on the model, firmware, stream settings, and required data. A rendered thermal video feed is not automatically a source of calibrated temperature measurements. Compatibility is assessed before a deployment is proposed.

Can it replace an existing fire-alarm system?

No replacement or certification claim is established. Sentinel’s role, interfaces, and limitations must be agreed alongside existing site safety arrangements and applicable requirements.

Is Sentinel available to purchase today?

Sentinel is in development. We welcome site-fit and prospective pilot conversations. Pilot availability depends on technical readiness and a mutually agreed scope; submitting an enquiry does not reserve installation capacity.

Who responds when an event is detected?

The site’s agreed response team follows its established procedures. No emergency response or staffed monitoring service is included unless separately agreed.

Let’s find out what fits

Your site.
Your conditions.
A better conversation.

Tell us what you monitor today, where the uncertainty is, and what you need to verify. We’ll start there.

info@speetu.com
Built by SpeetuAmsterdam, Netherlands

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