How much does an IoT platform and app cost to build in Australia?

What are the parts of an IoT system, and who builds each?

Every IoT system has four layers, devices, connectivity, cloud and apps, and most budget mistakes come from pricing only the last one. Software agencies usually build the cloud and app layers; devices and connectivity come from hardware vendors and carriers.

Layer	What it includes	Who usually supplies it	Cost shape
Devices	Sensors, gateways, enclosures, batteries or solar, mounting	Hardware vendor or a hardware design firm	Per unit, plus installation and replacement
Connectivity	LoRaWAN, cellular IoT (NB-IoT, Cat-M1), satellite, or site Wi-Fi	Carrier, network operator or your own gateways	Per device per month, or gateway capital cost
Cloud	Ingestion, device registry, rules, storage, integrations	Software team, on AWS, Azure or Google Cloud	Usage based, usually small; engineering time is the cost
Apps	Dashboards, alerts, mobile app, reports, admin	Software team	Build, then maintenance

Conduct’s 2026 guide puts IoT software anywhere from $10,000 to $5,000,000, which shows how widely scope varies. The ranges below are narrower because they cover the cloud and app layers only.

Which connectivity suits Australian sites?

Choose connectivity site by site: LoRaWAN where you can place gateways, cellular IoT where there is mobile coverage, and satellite where there is neither. Australia’s distances make this the decision that most often breaks a pilot.

• LoRaWAN. Long range, low power, and licence free in practice. The ACMA’s LIPD class licence covers short range devices on shared frequencies, and the ACMA says you don’t need to apply or pay a fee. The Radiocommunications (Low Interference Potential Devices) Class Licence 2025 includes the 915 to 928 MHz band, with power limits for frequency hopping and digital modulation transmitters. You either install your own gateways or use a network operator’s.
• Cellular IoT. NB-IoT and Cat-M1 run on mobile networks. Telstra markets cellular low power wide area networks built for scaled IoT deployments. Coverage varies, so check every site address against the carrier’s IoT coverage map, then test on site.
• Satellite. For remote farms, pipelines and mining services, satellite IoT services cover areas without mobile coverage, at a higher cost per message and with tighter limits on data size.
• Site networks. Factories and buildings often use Wi-Fi or wired networks, which brings the site’s IT and security team into the project.

Mining operations bring their own site rules; treat them as a specialist case.

What do cloud ingestion and storage cost?

At published rates, connecting and messaging a few hundred sensors costs a few dollars a month; storage, dashboards and engineering cost far more. AWS IoT Core bills separately for connectivity, messaging, device shadows, registry and rules. AWS’s own US East example puts 24/7 connectivity at $0.08 per million connection minutes, or about $0.042 per device per year, and messaging at $1 per million messages for the first billion. Regional rates differ, so check the Asia Pacific (Sydney) rates before you commit, and see our guide to reducing cloud costs.

Worked at those example rates, 300 sensors each sending a reading every five minutes produce about 2.6 million messages a month, roughly US$2.60 in messaging, and about US$1 a month in connectivity. Time series storage, the rules that turn readings into alerts, and the integrations with your other systems are where cloud budgets go, and they are mostly engineering time. Our data engineering and cloud infrastructure services cover that layer.

What do dashboards, alerts and mobile apps involve?

The app layer must turn a stream of readings into a short list of things a person should act on, with proof that someone did. Typical components:

1. Live dashboard by site and device, with history charts.
2. Alert rules with thresholds, durations and quiet hours, so a door opened for 30 seconds does not wake anyone.
3. Escalation by SMS, email and push notification, with acknowledgement. Our business SMS rules guide covers sender ID requirements.
4. Device health: battery, signal, last seen, and alerts when a device goes silent.
5. Reports for audits, insurers or customers.
6. Mobile app for field staff, often working with poor coverage. See offline first field apps.

What do typical IoT builds cost?

Worked at an assumed agency rate of $1,100 to $1,500 a day, the software for an IoT system ranges from about $15k for dashboards over vendor sensors to $600k or more for multi site industrial systems. The rate reflects Re:Sourced’s July 2026 guide, which lists Sydney senior software contractors at $800 to $1,100 a day and data engineers at $850 to $1,150, ex GST, before agency overheads.

Build	Typical scope	Cost range (AUD, ex GST)
Dashboard and alerts over off the shelf sensors	Data from the vendor’s cloud or API, dashboard, alert rules, SMS and email	$15k to $50k
Custom IoT platform	Own ingestion, device registry and provisioning, alerts with escalation, mobile app, reports	$80k to $200k
Multi site industrial IoT	Edge processing, several device types, integration with ERP or maintenance systems, role based access across sites	$200k to $600k+

Worked example: cold chain monitoring for a food distributor

A hypothetical distributor monitors 300 cellular temperature sensors across 40 cool rooms and trucks. Scope: discovery and design (8 days), ingestion on AWS IoT Core with per device certificates (8 days), device registry and provisioning (8 days), alert rules, escalation and acknowledgement (10 days), dashboard and history (12 days), mobile app for alerts (15 days), temperature reports for the food safety program (6 days), firmware update support and security hardening (10 days), field pilot and launch (12 days). Total 89 days, or $97,900 to $133,500 ex GST. Our food manufacturer software page covers the records side.

What security rules apply to connected devices?

Since 4 March 2026, consumer smart devices supplied in Australia must meet a mandatory security standard under the Cyber Security Act 2024; business and industrial devices are outside that class, but the same controls are worth building in. The Cyber Security (Security Standards for Smart Devices) Rules 2025 were registered on 4 March 2025, and the security standard took effect 12 months later, on 4 March 2026. It applies to connectable products intended for personal, domestic or household use and acquired by consumers in Australia, excluding desktops, laptops, tablets, smartphones, therapeutic goods and road vehicles.

The standard’s three core requirements:

Requirement	What the device maker must do	Cost for a product team
Passwords	No universal default passwords; passwords unique per product and not derived from serial numbers, or set by the user	Provisioning process and factory tooling
Reporting security issues	Publish a point of contact for security reports, and when reporters will get an acknowledgement and updates	A published policy and someone to triage reports
Support period	Publish the defined support period for security updates	Commitment to ship updates for that period, plus the update mechanism

Manufacturers must also supply a statement of compliance. If you sell devices to households, budget for these from the start. For business fleets, ask your hardware vendor how it handles all three, and add per device certificates and remote updates to your own platform. This is general information, not legal advice.

What will it cost over three years?

Over three years, hardware and connectivity usually cost as much as or more than the software, so compare whole system totals, not build quotes. Assumptions, not quotes, for the 300 sensor example: sensors at $250 each installed ($75k); cellular data at $5 per sensor a month ($18k a year); a vendor platform at an assumed $12 per sensor a month including data; custom hosting at $3k to $8k a year; maintenance at 15% to 20% of build from year 2. Get real hardware and data quotes before relying on any of these.

Option	Hardware	Software and data, 3 years	3 year total
Vendor platform with the vendor’s sensors	$75k	$129.6k subscription	$204.6k
Custom dashboard over vendor sensors ($15k to $50k build, $5 data, $2k to $5k hosting)	$75k	$15k to $50k build, $54k data, $6k to $15k hosting, $4.5k to $20k maintenance	$154.5k to $214k
Custom platform from the worked example	$75k	$97.9k to $133.5k build, $54k data, $9k to $24k hosting, $29.4k to $53.4k maintenance	$265.3k to $339.9k

The custom platform costs more here. It earns its place when you sell monitoring to your own customers, mix device types, or need alerts and reports tied to your own operations systems, as in facility management or manufacturing.

How AWLabs approaches IoT projects

We start with a Development Consult, then a paid Discovery Audit, credited in full against the build, that maps your sites, devices and coverage, and checks whether a vendor platform already does the job. If custom is justified, you receive a fixed price Schedule of Work with three options: The Minimum, The Recommended and The Complete, usually starting with a field pilot. Senior engineers lead every build, and we work in Sydney business hours. We build the cloud and app layers and work with your hardware vendor and carrier on the rest.