Companies by country

Robotics Companies in Australia

Robot builders, robotics software and engineering businesses documented in Australia.

Technology and company development

Robots built for farms and hard-to-reach sites

A farm sprayer, an underground mapping system and a companion in an aged-care home solve very different problems. Australia has examples of all three. SwarmFarm builds field robots, Emesent develops mapping and autonomy, and Andromeda builds Abi for social interaction. Comparing them as a single humanoid market would hide what each business actually sells.

The histories show several routes into robotics. SwarmFarm began testing on its own farms in 2012 and records its first commercial delivery in 2018. Emesent became a CSIRO spin-out in 2018 after years of research. Applied EV started in 2015 and developed a vehicle-control platform alongside its cabinless electric vehicle. The government robotics strategy provides wider national context, rather than a ranking based on this directory.

Questions worth asking

For field equipment, ask who repairs a machine during harvest or at a remote mine. Compare useful work completed between interventions, not just speed. For Abi, assess resident consent, staff involvement and the quality of interaction separately from claims about health outcomes.

Research notes dated .

Coverage and how to read the figures

This page contains 9 directory records connected to Australia. It is a selection, not a ranking or a count of the country’s entire robotics industry. Founders and financial research are still incomplete for some profiles. Existing source dates are preserved.

Revenue measures sales over a reporting period. Funding is capital raised. A valuation belongs to a dated transaction or market measurement. Contract values, acquisition prices and production targets are labelled separately. Parent-company results are not attributed to a robotics subsidiary.

Company sources document what a supplier says or reports. They do not turn product claims into independent tests. The project questions are editorial evaluation criteria rather than reported results.

Robotics company profiles in Australia

9 sourced profiles covering robot hardware, software and related engineering work.

Commercial

Advanced Navigation

Advanced Navigation develops navigation, positioning and autonomy technologies used in robotics, marine, aerospace and vehicle systems.

Location
Sydney, Australia
Founded
2012
Products and activities
Inertial navigation systems, GNSS and navigation products
History, technology and financial information

Origins and founders

Founding year
2012
Founder information
Chris Shaw is identified as a co-founder in the March 2026 announcement. The complete founder list has not been checked here.

Advanced Navigation develops positioning technology for machines working across land, air and water. Its March 2026 funding announcement describes expansion of engineering and manufacturing capacity in international markets.

Technology and practical role

Its navigation approach combines inertial measurements with other sensor inputs. This helps estimate motion when satellite signals are degraded or unavailable. Hydrus is a separate underwater robotic product rather than a name for every navigation component.

Financial information

Funding US$110 million

March 2026. Company Series C round.

Company-reported financing

Led by Airtree Ventures with participation from Quadrant and NRFC. The page header is dated 17 March and the body 18 March. This amount is not revenue or a valuation.

Advanced Navigation Series C announcement

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Request error measurements over the required operating duration without satellite updates. Check the integration interface, calibration and environmental limits. A navigation sensor does not by itself provide obstacle avoidance or complete vehicle autonomy.

Research additions reviewed . Historical figures retain their own reporting dates.

Robot manufacturer

Andromeda Robotics

Andromeda Robotics develops Abi, a social robot designed for conversation and interaction in aged-care settings. The product combines a mobile body with expressive movement and dialogue software.

Location
South Melbourne, Australia
Founded
Not confirmed
Products and activities
Abi
History, technology and financial information

Origins and founders

Founding year
Not confirmed in this review
Founder information
Grace Brown is identified as a founder in the company team and funding pages. A complete historical founder list is not confirmed here.

Andromeda develops Abi as a companion for social interaction in aged care. Its Series A announcement describes plans to expand production and develop the next generation of the robot.

Technology and practical role

Abi is designed around conversation, character and engagement with residents. That role is different from lifting a person, administering treatment or replacing care staff. Planned capabilities should be separated from those available in the installed version.

Financial information

The linked Series A page reports a raise but does not clearly identify the currency and publication date in its readable text. No comparable funding amount, revenue or valuation is entered until those details are confirmed.

What to check before a project

Assess how residents and staff use the robot over several sessions. Establish consent, recording practices and the staff response when an interaction goes wrong. Company reports of engagement do not establish a clinical benefit.

Research additions reviewed . Historical figures retain their own reporting dates.

Commercial

Applied EV

Applied EV develops autonomous-ready vehicle platforms and control systems for commercial mobility applications.

Location
Melbourne, Australia
Founded
2015
Products and activities
Blanc Robot
History, technology and financial information

Origins and founders

Founding year
2015
Founder information
Julian Broadbent is identified as a co-founder in the cited announcement. This is not a verified complete founder list.

Applied EV started in 2015. Its development combines Australian vehicle-control electronics and software with a cabinless electric vehicle. The January 2026 announcement describes Suzuki supplying the chassis under the manufacturing plan.

Technology and practical role

Digital Backbone controls vehicle functions, while Blanc Robot is the physical vehicle platform. The autonomous-driving system and task equipment can involve partners. A purchase therefore needs a clear boundary between the vehicle, the driving software and the final application.

Financial information

Funding US$40 million

28 January 2026 announcement. Company Series B round.

Company-reported round

Financing, not annual revenue or company valuation. The NRFC investment is part of this round and must not be added again.

Applied EV announcement of NRFC investment, 28 January 2026

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Confirm who supplies obstacle handling, the payload body and remote supervision. Measure uptime with the chosen payload, including charging, software support and recovery when communication is lost.

Research additions reviewed . Historical figures retain their own reporting dates.

Robot manufacturer

Carbonix

Carbonix develops fixed-wing drones with vertical take-off and landing. Its electric Volanti aircraft carries survey or inspection payloads, combining vertical launch with wing-borne flight.

Location
Australia
Founded
Not confirmed
Products and activities
Volanti
History, technology and financial information

Origins and founders

Founding year
Not confirmed in this review
Founder information
Not yet confirmed for this profile

Carbonix develops aerial platforms for surveying and inspection. Its portfolio includes fixed-wing aircraft capable of vertical take-off and landing, combining a different flight layout with payload options for data collection.

Technology and practical role

The platform and payload must be evaluated together. A surveying camera and a laser scanner create different data and impose different mass and power requirements. Aircraft endurance figures should be checked with the sensor configuration used for the job.

Financial information

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Request survey results over a representative site, including weather limits and processing time. Distinguish the aircraft’s technical range from the flight permissions and operational arrangements required for the proposed mission.

Research additions reviewed . Historical figures retain their own reporting dates.

Component manufacturer

Contactile

Contactile makes tactile sensors for robot grippers. Its compliant sensing elements measure contact forces and slip, giving a robot feedback that can be used to adjust its grip during handling.

Location
Australia
Founded
2019
Products and activities
Tactile sensors, Gripper sensing systems
History, technology and financial information

Origins and founders

Founding year
2019
Founder information
Heba Khamis, Benjamin Xia and Stephen Redmond

Contactile was established in Sydney in early 2019 from tactile-sensing work at UNSW Sydney. Its team page lists Redmond as a co-founder during 2019 to 2022, so the historical founder list should not be read as the current operating team.

Technology and practical role

Its tactile sensors measure the deformation of compliant sensing elements to provide information about contact. That feedback can help a gripper adjust its force as conditions change, rather than relying only on a camera and a fixed closing command.

Financial information

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Test the intended surfaces, contamination and contact forces. Ask about calibration, sensor wear and how tactile information reaches the robot controller. A sensitive sensor does not alone establish reliable handling of every object.

Research additions reviewed . Historical figures retain their own reporting dates.

Commercial

Emesent

Emesent develops autonomous mapping and inspection technology for drones and mobile platforms in GPS-denied environments.

Location
Brisbane, Australia
Founded
2018
Products and activities
Hovermap
History, technology and financial information

Origins and founders

Founding year
2018
Founder information
Stefan Hrabar and Farid Kendoul

Emesent became a CSIRO spin-out in 2018 after a research programme led by its co-founders. That background connects its commercial mapping tools with earlier work on autonomous perception.

Technology and practical role

Hovermap combines laser scanning with localisation and mapping in places where satellite positioning is unavailable. It can support surveying and inspection from different carriers. Mapping capability and autonomous vehicle control should be checked separately for the chosen configuration.

Financial information

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Specify the required survey accuracy and test in the intended dust, lighting and geometry. Check alignment with existing mine or asset data and the processing steps needed to produce a usable deliverable.

Research additions reviewed . Historical figures retain their own reporting dates.

Robot manufacturer

FBR

FBR develops construction and industrial robots. Hadrian places masonry blocks, while its Mantis and Firehawk programmes address welding and refractory lining of industrial ladles.

Location
High Wycombe, Australia
Founded
Not confirmed
Products and activities
Hadrian, Mantis, Firehawk
History, technology and financial information

Origins and founders

Founding year
Not confirmed in this review
Founder information
Not yet confirmed for this profile

FBR develops robotic construction and industrial systems. Its portfolio includes Hadrian bricklaying and newer welding and refractory-maintenance products. A prototype or product milestone should not be substituted for the company’s legal founding date.

Technology and practical role

Dynamic Stabilisation Technology is intended to compensate for movement so a tool can remain controlled while its supporting structure moves. The practical result depends on the complete machine, material supply and working environment.

Financial information

FBR has an investor-reporting site. Revenue, cash flow and valuation have not been extracted and verified for this profile; product announcements are not used as financial substitutes.

What to check before a project

For bricklaying, measure the finished wall and all preparation and handling time. For another FBR application, obtain the exact operating envelope and product status. A successful construction trial does not establish continuous commercial utilisation.

Research additions reviewed . Historical figures retain their own reporting dates.

Robotics developer

LYRO Robotics

LYRO Robotics develops vision and grasping technology for picking and packing food. Its systems use cameras and robotic grippers to handle items such as fresh produce on a packing line.

Location
Brisbane, Australia
Founded
Not confirmed
Products and activities
LYRO robotic picking systems
History, technology and financial information

Origins and founders

Founding year
Not confirmed in this review
Founder information
Not yet confirmed for this profile

The current website presents LYRO Machine Intelligence around food manufacturing. It describes a combination of picking intelligence and production information rather than only a single packaged robot.

Technology and practical role

The offering connects vision-based handling with production monitoring and packout checks. LYRO distinguishes its software and perception responsibilities from the system integrator’s responsibility for the complete cell, machinery controls and safety.

Financial information

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Ask which company delivers the arm, gripper, conveyor integration and acceptance test. Test the actual product mix and hygiene requirements. Clarify who maintains the vision models when packaging or product appearance changes.

Research additions reviewed . Historical figures retain their own reporting dates.

Commercial

SwarmFarm Robotics

SwarmFarm Robotics develops lightweight autonomous field robots and an application ecosystem for agricultural work.

Location
Gindie, Australia
Founded
Not confirmed
Products and activities
SwarmBot platforms
History, technology and financial information

Origins and founders

Founding year
Not confirmed in this review
Founder information
Andrew Bate and Jocie Bate

The company timeline begins with farm trials in 2012. A legal incorporation date has not been confirmed in this review.

SwarmFarm grew from experiments on working farms through successive prototypes. Its timeline identifies a commercial turf-mowing delivery in 2018. This separates early development from the start of customer equipment deliveries.

Technology and practical role

The SwarmBot platform carries equipment for repeated field work. Its value depends on completing the agricultural operation, including turns, refilling and recovery, rather than travelling autonomously for a short recording.

Financial information

No revenue or valuation figure has been verified for this profile. This is a gap in this directory, not a statement that the company has never published the information.

What to check before a project

Ask for a trial with the actual implement and crop. Compare effective hectares per hour and the time a person spends supporting the robot. Check service coverage before relying on it during a narrow operating window.

Research additions reviewed . Historical figures retain their own reporting dates.