Firesensor

Panel heat sensors and renewal-ready fire risk reports for small factories

IoT SMEs

TL;DR Firesensor clips temperature and current sensors onto the main electrical panels of small factories and warehouses. When a joint or breaker starts running hot the owner gets an alert, and a year of readings and fixes turns into a risk report the owner can hand to an insurer or broker at renewal.

The problem

Fires kill a lot of people in India. NCRB data for 2010–2014 recorded 113,961 fire deaths, about 54 a day, and electrical short circuits were linked to 7,743 of them[1]. The figures are old and don't split out factories, but the electrical cause is the one an owner can actually do something about.

Insurance gives a small factory very little reason to try. Fire pricing has been freed from tariffs in stages since 2007, with the last segments freed from April 2024, so each insurer prices on its own underwriting[2]. Safety measures can help how an insurer sees you, but there's no fixed discount, and IRDAI has objected to steep discounts of up to 99% on large risks[2].

So what does a unit with tidy wiring get? Nothing it can easily prove. And a unit with a failing joint usually has no idea.

The idea

What it does, in regulatory terms: risk monitoring and reporting only. Firesensor is not an insurer or an insurance intermediary. It doesn't set or promise premiums and earns no commission. If it ever recommends policies then it will need IRDAI registration.

Here's how it works. On day one an engineer does a thermal-camera survey of the main panels and distribution boards and fixes the worst problems with the owner's electrician. A licensed electrical contractor then puts clip-on sensors on busbars, breakers and incoming cables, and a cellular gateway sends readings every few minutes. When a point runs hotter than its load explains, the owner and the maintenance person get a call and a photo of the panel position. Every alert and fix is logged, and at renewal the owner gets a report of hot spots found, fixes made and time to fix.

The seed promised dynamic pricing, which I've dropped. Fire policies are priced once a year at underwriting, and I found no Indian insurer that re-prices them month by month on sensor data. Evidence at renewal is the realistic version.

Who pays

The factory or warehouse owner pays a set-up fee plus a monthly subscription per site. My rough guess is ₹2,000–5,000 a month, and that needs testing. The owner already pays an electrician for repairs and an insurer for a fire policy whose price they can't easily move[2]. A second buyer is an insurer or broker that wants cheaper, continuous risk data on a book of small commercial policies.

Why now

Detariffing is complete, so insurers can price small fire risks on their own evidence[2]. In December 2025 Parliament passed the Sabka Bima Sabki Raksha Bill, which adds managing general agents to the list of intermediaries[3], and that makes specialist programmes pairing cover with risk data easier to picture. Radio approval for de-licensed band devices is a self-declaration at ₹10,000 per model[4], so a gateway can be certified cheaply.

Market signal

There's no public figure for electrical risk monitoring in Indian small factories. Insurers abroad do sell sensor programmes though - one engineering insurer owned by a global reinsurer runs an IoT unit that installs connected sensors for businesses and property owners to prevent losses[5].

Adjacent, and sobering: all non-life insurance in India was 1% of GDP in FY25[6], so commercial property cover is a small pool to begin with.

Who's already doing this

That insurer's technology unit builds sensor programmes for commercial and residential properties on top of its insurance and engineering base[5]. In India, electrical safety auditors sell one-off thermography surveys, and insurers run risk inspections for large accounts. I found no Indian service that combines continuous panel monitoring with a report built for small-factory insurance renewal, though my search was limited.

How hard is it?

Difficulty Hard (52/100)
Starting capital ₹1.2–2.2 Cr
Time to launch 9–12 months

The sensors are off the shelf, so that bit is easy. The hard parts are a gateway that survives a hot, dusty panel room, alert thresholds that can tell a loose joint from a busy shift, and installation work inside live panels. Hardest of all is getting one insurer to give the report real weight at renewal.

Licences and approvals

There's no licence to sell risk monitoring itself, but the hardware and the insurance line both carry rules.

  • WPC equipment type approval from the Department of Telecommunications, by self-declaration for each gateway model, before you sell it[4].
  • IRDAI intermediary registration only if you ever recommend policies or take commission. Stay a paid data vendor until then[3].
  • Written terms with each insurer on what weight your report gets, before you promise owners anything, since fire pricing is detariffed[2].
  • DPDP Act compliance before launch, because alert logs hold staff names and phone numbers[7].
  • Licensed electrical contractors for every install inside a panel, from day one. The exact state licensing route is [Requires validation].

Building this outside India? The categories above usually have a local equivalent, so check with your own regulator.

How AI can power this business

  • Smarter alert thresholds. A model that learns each panel's normal heat at each load level can tell a loose joint from a busy shift, which cuts false calls to the owner.
  • Thermal survey triage. Engineers upload thermal-camera images from day one, and a classifier ranks hot spots so the electrician fixes the worst first.
  • Renewal report drafting. Turn a year of alerts and fixes into a plain summary an underwriter can read in five minutes.
  • Fleet patterns. Across many sites, spot which breaker brands or panel layouts run hot most often and tell owners before they fail.

Don't let AI decide that a panel is safe or skip an alert. A missed fire is a liability problem, so keep a human on the edge cases.

Want to work out the AI layer for Firesensor? Talk to Yash →

Biggest risks

Here's what can go south -

  • Insurers ignore the report. Without a pricing or terms benefit, owners see a monitoring bill and not much else.
  • Liability after a fire. If a monitored site burns then the owner may well blame the sensor company.
  • Small budgets. Plenty of small units won't pay monthly for a risk they've never seen happen.

Our take

I think this is a good fit for a founder with electrical engineering or industrial safety experience and a few insurance contacts. It is a weak fit for a pure software team. Before you raise money, prove that 30 sites keep paying for six months and that at least one insurer or broker will put in writing what the report changes at renewal.

Questions founders ask

Plan for roughly ₹1.2–2.2 Cr, most of it on sensors, gateways, installs and the engineers who survey panels. Piloting at a few sites first keeps the early spend down.

Do I need a licence to start an electrical fire monitoring service in India?

Not for monitoring itself. You need WPC approval for radio gateways, licensed contractors for panel work and DPDP compliance, and IRDAI registration only if you start recommending policies.

Can I start a fire risk monitoring business in another country?

Yes. Insurers abroad already run sensor programmes, so check your local radio, electrical and insurance intermediary rules before you sell.

Download the kit

The free Firesensor validation kit has the line-by-line capital breakdown, the effort scoring, the radio, intermediary and data-protection checklist, a 14-day validation sprint with pass/fail targets, a 90-day launch plan, 10 interview questions for owners and insurers, and 5 assumptions to test. Download the kit →

Talk to Yash

Thinking about building Firesensor or something close to it? The make-or-break work is getting an insurer to treat a year of panel data as underwriting evidence, and that's the kind of thing I help founders with. If you need a hand, you know where to find me. Talk to Yash →

Sources

  1. iSignal, "Fire accidents kill 54 every day, yet deaths have declined" (NCRB data), 2015-09-24. https://www.isignal.in/fire-accidents-kill-54-every-day-yet-deaths-have-declined-81400
  2. PazCare, "What factors influence fire insurance premiums in India?", updated 2026-08-28. https://www.pazcare.com/blog/what-factors-influence-fire-insurance-premiums-in-india
  3. PRS Legislative Research, "The Sabka Bima Sabki Raksha (Amendment of Insurance Laws) Bill, 2025", 2025-12. https://prsindia.org/billtrack/the-sabka-bima-sabki-raksha-amendment-of-insurance-laws-bill-2025
  4. Bureau Veritas CPS, "India WPC ETA through self-declaration", 2019-04-12. https://www.cps.bureauveritas.com/newsroom/india-wpc-wing-introduce-equipment-type-approval-eta-through-self-declaration-saral
  5. HSB (Munich Re), "Applied Technology Solutions", accessed 2026-10-18. https://www.munichre.com/hsb/en/services/applied-technology-solutions.html
  6. Deccan Chronicle, "Life insurance penetration further falls to 2.7% in FY25: IRDAI annual report", 2025-12-30. https://www.deccanchronicle.com/business/life-insurance-penetration-further-falls-to-27-in-fy25-irdai-annual-report-1927344
  7. PRS Legislative Research, "Digital Personal Data Protection Bill 2023", 2023-08. https://prsindia.org/billtrack/digital-personal-data-protection-bill-2023

For illustration only. Names are fictional and ideas hypothetical; sourced facts are real but may be out of date. Nothing here is legal, financial or professional advice, and Yash Khatri is not personally liable for any use of it. Read the full disclaimer.

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