Prenten Robotics

General robotic intelligence for the physical world.

Our robots, sensors and software capture consistent 360° imagery, LiDAR and site data to create accurate 3D digital twins and as-built models of customer assets. This gives teams a current, visual record of what is happening on site from construction progress and asset condition to change detection, stockpile or yard visibility, and areas requiring attention.

The problem

Most inspection is still a person with a camera.

On construction sites and in heavy industry, teams still walk the ground, enter the plant, and bring back records that do not match from one visit to the next.

The old way

  • Site walks that depend on who was available that day
  • People sent into hazardous or hard to reach areas
  • Records split across teams and systems

The result

  • The information is already out of date when someone tries to use it
  • Change, defects and risk show up late
  • Skilled people spend the day collecting data

A better workflow

  • The same patrol, run again and again
  • Consistent 360 degree imagery and 3D capture
  • A current picture of the site for the people making decisions

One robot. One mission. A record the team can use.

Solutions

Software and hardware for work on a real site.

The same software and hardware, including custom sensors, used where skilled people are scarce and the work is hard or hazardous, on job sites and in industrial facilities.

Construction

Keep up with a changing job site

Construction sites change daily, and experienced inspectors are difficult to hire. Robots running Prenten software take on the repeat inspection and documentation, so the team spends less time in the high risk parts of the site.

  • 360 degree site imagery. A full visual record for people on site and in the office.
  • Point clouds. A 3D model of what has actually been built.
  • Progress checks. As built progress against the plan, day by day.
  • Design comparison. BIM or design models set against the real site, with gaps flagged early.
  • Safety patrols. Regular walks so hazards and compliance issues are seen sooner.
  • Quality checks. The same evidence, collected the same way, each time.
Quadruped robot inspecting a live construction deck
Industrial & energy

Inspect the plant and keep people out of the hazard

Technicians get a clearer view of plant and equipment. When a robot can do the walk, they stay out of the hazardous area.

  • Find equipment problems before they become a safety or reliability issue
  • 3D maps and point clouds that form a current digital twin of the facility
  • Condition monitoring across complex plant and terrain, when you need it
  • Routes chosen with the risk in mind, and positioning accurate enough to trust
  • Pressure, temperature and condition, watched as the plant runs
Industrial plant and equipment inspection

Capture

Collect 360 degree imagery, 3D point clouds and consistent site data through repeatable robotic patrols.

Understand

Detect change, refine the digital twin, and recognise site objects and risk. The output is a picture of the site, beyond navigation alone.

Act

Turn the live site record into progress verification, stock audits, safety checks and quality workflows.

Industries

Built for the industries that build and power Australia.

Software, hardware and custom sensors. Safer coverage, and practical support for teams that cannot hire the people they need.

Construction
Industrial and energy
Critical infrastructure
Fire & Rescue

Walk the bush before the crew does.

Kelly’s Bush is typical of the ground Fire and Rescue works: dense cover, rock steps, and trail you cannot judge from the road. A quadruped goes in first, keeps moving, and brings back a current picture. People spend less time in smoke, heat and unstable ground.

  • Reconnaissance first. The robot takes the fire trail and the urban bush interface before crews commit.
  • Ground you cannot see from the truck. Dense bushland and uneven steps, not a warehouse floor.
  • A safer deployment. People stay back until the picture of the site is current.
Technology

How the robot keeps working when the site does not match the plan.

Prenten Field Models are the software that gives a robot judgement on site. The robot reads its surroundings, chooses the next move, and keeps working when maps, GPS or a clean plan are missing, including when the connection to the cloud drops.

01

Understands the space around it

The robot builds a live picture of its surroundings: what is there, what is moving, and what is likely to happen next, before it acts.

02

Adapts to each robot

The same software learns how each machine moves and balances, so it can run safely on different robot types.

03

Works as a team

When several robots share a site, they coordinate so they cover more ground together without getting in each other’s way.

04

Sees with many sensors

Cameras, LiDAR and custom sensors combine so the robot can make sense of busy, changing sites.

05

Thinks on the robot

Decisions run on the machine, at the moment they are needed. The robot keeps working without a perfect internet link.

06

One software, many machines

The same Prenten software runs on four legged robots, wheeled platforms, humanoids and industrial machines. Your fleet, or hardware we supply, including custom sensors.

Ready for conditions it has not seen

Built for situations outside the training set, so each new site does not need its own dataset before the robot can move. Safer, faster decisions in the field.

Safety and risk

Uncertainty is part of the behaviour, so the robot moves through a live, high risk site the way a careful operator would.

Proven on real sites

Localisation, planning and mapping for unfinished buildings, outdoor yards, plants and hazardous facilities.

FieldOps

See the site. Keep the work moving.

The full FieldOps walkthrough. The site list, the 3D capture, the walkthrough, a measurement, a hazard on the floor, and the report that follows.

Format Product demo, with audio

Why Prenten

Built for Australian heavy industry, on the ground.

✓

Made for the ground

Multi sensor inspection for live outdoor sites, confined areas, and terrain that aircraft cannot cover.

✓

Software and hardware together

We supply the software, the robot and custom sensors, set up each mission, and turn the capture into a picture of change and risk.

✓

Set up for local delivery

Safety, procurement and day to day operations for Australian construction and heavy industry.

How we engage

Two ways customers asked to buy.

Keep a robot for the year, or bring one in for the day.

01. Pilot, then annual licence

Per robot. Three months to try it, then an annual licence.


3 month pilot

One of our engineers stays on site for the three months and trains their person to run it.

Annual licence

Robot, software, sensors and someone at our end if they get stuck.

You pay for the work. The robot does not sit unused in the shed.

Team

The people at Prenten Robotics.

Backed by KPMG High Growth Ventures and built on Microsoft Azure. The founding team covers industrial operations, robotics and enterprise delivery.

Anthony Perumal

Anthony Perumal

CEO

Construction sector experience and commercial leadership focused on making autonomous inspection practical on real sites.

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Kirit Kundu

Kirit Kundu

CTO

Leads the robotics software across machine learning, mechatronics, digital platforms and real time telemetry.

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Paul Rebelo

Paul Rebelo

CSO

Mining and construction experience spanning customer engagement, commercial delivery and site operations.

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Sally Walkom

Sally Walkom

CPO

Leads partnerships across customers, government, supply chain, education and academia.

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Advisors

James Kirby
James Kirby Advisor
Contact

See it on your site.

Book a demo where your people work. Bring your own robot, or ask about hardware we supply and support, including custom sensors.

paul@prenten.ai

Paul Rebelo, Chief Sales Officer

Schedule a demo

See Prenten Robotics on a live job site or facility: inspection, progress monitoring, and several robots covering more ground for a stretched team.

Request a demo Watch the full walkthrough