
Autonomous swarm robots for broadacre cropping, enabling precision spot-spraying and weed management that cuts chemical use by up to 80%.
Visit website →SwarmFarm
AgTech Robotics
Every VC fund is designed around an outcome. Traditional VC is designed to generate exceptional returns from a small number of outlier exits within a fixed fund life. We want those returns too. We make no apology for it.
But energy, agrifood, defence and health do not develop on software timelines. Physics, biology, manufacturing, regulation and procurement set the pace, and capital cannot hurry them.
So we build funds around the realities of the problem, rather than forcing the problem into the constraints of the fund.
Our Backers are governments, industries and corporations seeking financial and strategic outcomes. They need capability built and deployed, so they become customers, partners and acquirers, not just shareholders. That is how we pursue both: venture-scale returns and solutions the world can use.
Build what the world needs, and partner with governments that want sovereign capability, industries that have to transform and corporations building the future.
Show us what you're building→We invest globally in technologies that reshape critical industries and strengthen competitiveness. Our sectors share one thread: sovereign capability, industrial resilience and distributed R&D challenges governments and industries cannot solve alone.
Breakthroughs emerge where these sectors intersect. We back hardware, deep tech, biology and complexity. The companies defining the next era operate in atoms as well as bits, on development cycles that demand capital structured for endurance.
AgrifoodTechnologies reshaping how we grow, process and distribute food, and manage natural capital.
EnergyClean energy generation, storage, grid infrastructure and carbon reduction at scale.
HealthDiagnostics, therapeutics, digital health and care delivery systems that improve outcomes.
DefenceSovereign technologies strengthening national resilience, intelligence and defence.
AIMachine intelligence, robotics and the enabling infrastructure behind them.
FrontierOpportunities that defy neat categorisation but demonstrate transformational potential.
You are not building something slightly better. You are creating something the market has no name for yet. At first it looks unfamiliar, even unnecessary. The best ideas always do. Once it works, the only question is why nobody did it sooner.
An analysis of 200 startups put timing ahead of team, idea, business model and funding. Most category-defining companies were possible for years before they became viable. Then a cost curve, a regulation or a crisis made them inevitable. We ask why now. And because early and wrong look identical for a while, we structure capital to survive the difference.
The breakthrough is not cosmetic. It changes what people and organisations can do: better capability, better economics, lower barriers. A problem that could not be solved has a solution. In critical industries that is necessary, never sufficient. Adoption is earned, not triggered.
We look for deep insight, bold ambition and the judgement to adapt without losing conviction. Most often that is a scientist who owns the breakthrough, paired with an operator who knows the industry and who buys. We seek out female-led and diverse teams: different vantage points reveal different paths to scale.
Ambition and technology are the beginning. The test is whether someone pays. In our industries it is also whether the product survives regulation, procurement and the production line. Each milestone retires a risk. Each customer proves the last one wasn't luck. Evidence compounds, and evidence is what attracts capital and talent.
Venture returns follow a power law: a handful of companies return more than everything else combined. Those companies are not picked, they are built, with execution compounding until the advantage is structural and the market organises around them. We bring patient capital and institutional networks to accelerate that compounding. The companies that emerge do not just compete. They reshape industries.
Most venture capital is raised from financial investors, whose question is the return and how quickly it arrives. A large share of ours is raised from institutions with a direct stake in the sectors we back: governments, corporates, industry bodies, universities and super funds. Capital alone does not build companies. Access does. That network, and the collaborative industry funds we build around it, brings deep domain expertise, real demand for your solution and real pathways to deploy it. Capital plus four things it unlocks.
Our capital connects you to institutions already operating in your sector, with real demand, real budgets, and pathways to buy. You're not starting from cold outreach. You're working toward pilots, procurement and deployment from day one.
Work with investors who understand how your market actually works, and can engage as partners, not just shareholders. Our Backers bring domain expertise, commercial context, and the ability to engage where it matters.
Built for technologies that take time, hardware, deep tech and biology, not just software. Our capital aligns with development, validation and regulatory cycles, staying focused on execution through to real-world adoption.
An investment from Artesian signals that credible institutions are aligned with what you're building. We manage the interface, so you get the benefit of institutional engagement without the friction of navigating it alone.
A selection from a portfolio of more than 600 companies, grouped by the sector each was backed for.

Autonomous swarm robots for broadacre cropping, enabling precision spot-spraying and weed management that cuts chemical use by up to 80%.
Visit website →AgTech Robotics

AI-powered airborne spore detection that identifies crop diseases before symptoms appear, giving growers daily alerts that reduce preventative fungicide spraying and protect yield.
Visit website →Crop Science

Manage crops & pastures with our easy-to-use platform. Join 50,000+ farms optimizing agricultural practices today!
Visit website →Precision Agriculture

FarmLab’s environmental measurement services enable holistic natural capital management.
Visit website →Soil & Natural Capital

Boost your farm's revenue and soil health with Loam Bio's groundbreaking CarbonBuilder technology, converting CO2 into stable soil carbon.
Visit website →Soil Carbon

Plant-based dog food formulated for canine health with a materially lower environmental footprint than meat-based diets.
Visit website →Alternative Protein

Australian market leader in agtech data centralisation and integration. Pairtree helps you view, analyse, present and share all your ag data better.
Visit website →Farm Data Integration

Zero-emissions production of ammonia and nitric acid using modular plasma reactors powered by air, water and renewable electricity, spun out of the University of Sydney.
Visit website →Sustainable Fertiliser

Measure, report, and reduce on-farm emissions with Regrow's Agriculture Resilience Platform. See how to cut scope 3 emissions and hit your net zero goals.
Visit website →Agricultural MRV

Verge turns your existing autosteer and guidance systems into supervised autonomy. Path Planner creates optimized field routes, Equipment Explorer proves equipment value on real fields. No additional hardware required.
Visit website →Autonomous Field Operations

Computer vision and AI for testing, inspection and certification of agricultural commodities, identifying varietal purity and physical quality in barley, wheat, soy and corn.
Visit website →Grain Quality Analysis

Foundation AI models for plant biology. Its BOTANIC family, trained on more than 1,600 plant genomes, predicts gene function, regulatory elements and trait associations to speed up crop trait discovery.
Visit website →Plant Genomics

Wearable biosensor patch using DNA-based aptamer technology to continuously monitor biomarkers, enabling real-time non-invasive diagnostics.
Visit website →Diagnostics

Non-invasive cardiac monitoring that delivers hospital-grade haemodynamic data from a wearable, enabling real-time clinical decision support.
Visit website →Cardiac Monitoring

Precision neuromodulation devices delivering non-invasive brain stimulation therapy for treatment-resistant depression, chronic pain, and cognitive disorders.
Visit website →Neurotechnology

AI-powered simulation training for healthcare professionals, building communication and clinical decision-making skills through realistic patient scenarios that adapt in real time.
Visit website →Clinical Training

Clinical-stage microbiome therapeutics restoring gut microbial ecology. Supplies its donor-derived product to more than 40 Australian hospitals and is developing defined therapies from over 25,000 bacterial isolates.
Visit website →Microbiome Therapeutics

Digital ski coach combining proprietary hardware and software to automate ski instruction and improve technique in real time.
Visit website →Sports Wearables

Evidence-based nutrition coaching that sets individual calorie and macronutrient targets for fat loss, maintenance or gain.
Visit website →Nutrition Science

Magnetic tracers that map the path of cancer metastasis using MRI and intra-operative imaging, improving outcomes for early-stage solid tumour patients.
Visit website →Cancer Diagnostics

Developer of the FLUX-1 bioprinter, combining conventional bioprinting with electro-hydrodynamic printing to build engineered human tissue.
Visit website →Bioprinting

Genomics company researching genetic markers in human embryogenesis, applying whole-genome sequencing and bioinformatics to prenatal diagnostics and reproductive health.
Visit website →Genomics

Intelligent infusion products and systems for delivering infusion therapy outside hospital, built around the clinical and operational needs of out-of-hospital providers.
Visit website →Infusion Devices

Care management software for disability and aged care providers, streamlining workforce management, automating claiming and maintaining compliance.
Visit website →Care Management Software

neoNAV uses ECG technology to confirm central line position in real time, cutting procedure times, x-ray confirmation and patient complications.
Visit website →Medical Devices

Digital services for post-marketing clinical research, providing telemedicine and data capture for the contract research organisation market.
Visit website →Clinical Research

Markerless surgical navigation overlaying CT and MRI onto the patient in real time to sub-millimetre accuracy, tracking instruments through a procedure. FDA cleared and commercially available in the US.
Visit website →Surgical Navigation

Silicon-dominant anode technology for higher energy density lithium-ion batteries, enabling longer range and faster charging for EVs and energy storage.
Visit website →Battery Technology

Prefabricated solar arrays that deploy ten times faster than conventional installations, cutting onsite labour by 80% for mining and utility-scale projects.
Visit website →Solar

Sustainable biomaterials grown from bacterial nanocellulose, replacing animal leather and plastic synthetics in fashion with lab-grown alternatives that perform better and cost less at scale.
Visit website →Biomaterials

Chemical recycling technology that separates blended polyester and cotton textiles at commercial scale, diverting thousands of tonnes from landfill and closing the loop on fashion waste.
Visit website →Circular Economy

Lab-grown cotton produced through cell culture rather than farmland, cutting the land, water and time conventional cotton requires.
Visit website →Biomaterials

Wildfire Energy is an innovative Australian company developing a revolutionary gasification technology for biomass and waste to energy applications.
Visit website →Waste to Energy

An AI-driven maritime autonomy software platform: vessel autonomy, vision-based perception for navigation, operations logging, simulation, & mission planning for crewed/uncrewed vessels.
Visit website →Physical AI / autonomy software

AI-powered open-source intelligence platform used by defence and national security agencies to identify threats across digital channels at scale.
Visit website →OSINT

Satellite-powered mineral exploration using ambient noise tomography and LEO nanosatellites to map subsurface deposits faster and with less environmental impact.
Visit website →Mining Exploration

Objective concussion assessment for athletes and their clinicians, coaches and families, using neurophysiological measurement at the sideline.
Visit website →Concussion Assessment

Autonomous underwater robot that uses computer vision to clean boat hulls daily, removing the reliance on toxic antifouling paint.
Visit website →Marine Robotics

Direct-to-satellite connectivity for the Internet of Things, delivering low-cost, long-battery-life data from remote assets anywhere on earth.
Visit website →Satellite IoT

Humanoid robot companion for aged care that adapts to each resident's personality, culture, and language, lifting wellbeing and supporting care teams.
Visit website →Robotics

AI platform that automates BIM modelling and documentation for AEC, turning hours of manual Revit drafting into minutes.
Visit website →Construction AI

An AI-native data platform: a cloud-native HTAP database with vector search and "Git for Data" versioning, plus RAG and agent-infrastructure tooling.
Visit website →Agent Infrastructure

Pre-trained AI agents for commercial real estate, delivering instant valuations, due diligence, and portfolio analysis with institutional-grade accuracy.
Visit website →PropTech AI
No-code software platform digitising site processes and compliance for construction, infrastructure, energy, and mining, turning field paperwork into real-time data and automated workflows.
Visit website →Construction Software

3D digital twin platform for asset inspection and monitoring, enabling teams to collaboratively assess condition, track defects, and report on built infrastructure over time.
Visit website →Asset Inspection

Software that auto-generates robotic welding programs directly from CAD files, eliminating manual programming and cutting setup time from days to minutes in manufacturing.
Visit website →Industrial Automation

Predictive sports betting technology using 70+ proprietary models that simulate over 260 million events annually, powering consumer platforms and B2B solutions for sportsbooks and media partners.
Visit website →Sports Analytics

Gamification and analytics platform that lifts workforce engagement by mapping game mechanics to behavioural drivers, with reporting for management.
Visit website →Workforce Analytics

MLOps platform for building, deploying, monitoring and governing machine learning and generative AI in production, with an emphasis on security and responsible use.
Visit website →MLOps Platform

Capital works portfolio management software for owners and government, replacing spreadsheets for budget, cost and progress reporting across construction programs.
Visit website →Capital Works Software

LiDAR-based 3D perception software for autonomous driving, smart cities and industrial automation, built to be hardware agnostic across sensor manufacturers.
Visit website →3D Perception

End-to-end hospitality platform powering POS, ordering, payments, and supply chain for over 6,000 venues across Australia, the US, and Southeast Asia.
Visit website →Hospitality Tech

Asia's leading marketplace to discover, buy and sell film, TV and sports content rights.
Visit website →Content Rights Marketplace

Platform creating and delivering curated experiences through a global network of in-house providers, built to help people use discretionary time more fully.
Visit website →Experience Platform

Agentic AI document-intelligence platform for digital banks, wallets and fintech lenders in emerging markets, automating onboarding, KYB/KYC, credit decisioning and fraud detection.
Visit website →Financial Document AI

Gaming media network giving players a single platform to share content, follow titles and connect, across console and PC.
Visit website →Gaming Media

Group gifting platform letting friends, colleagues and school communities pool money, sign a card and send one gift together.
Visit website →Group Gifting

Shared transport platform running corporate carpooling and on-demand transit, easing parking pressure and offering an alternative to driving alone.
Visit website →Shared Mobility

Payments-as-a-service platform for banks and acquirers, enabling in-store and online acceptance plus value-added merchant services.
Visit website →Payments Infrastructure

Colour cosmetics and skincare brand, launching 2026.
Visit website →Beauty

App for saving, organising and cooking recipes collected from Instagram, TikTok, YouTube and Pinterest, turning scattered social content into a usable kitchen library.
Visit website →Consumer App

Dress hire grows your wardrobe with over 60,000 new, chic designer options. We help women get the perfect dress for every event on their calendar.
Visit website →Circular Fashion

White-label music streaming infrastructure for telcos, device makers and brands, delivering turnkey services and listener data.
Visit website →Music Technology
Venture capital produces two returns: financial and strategic. Traditional funds are built to optimise the first, and they do it well. They pool capital from many backers, so one mandate has to suit them all.
Some backers want both returns. A government, corporation, industry body or research institute is investing for a financial return and for something specific in its own domain: a region, a sector, a technology. They want control of that mandate but not the job of running a fund, so they partner with us on a sole-LP fund built to their brief.
For builders that creates a second kind of backer. If you are spinning technology out of research, building hardware or biology, or selling into agriculture or defence, an industry-aligned backer brings distribution, domain expertise and a credible acquirer.
The two models are not rivals. They have different ambitions, and many strong companies need both.
Link to this answerNot necessarily, but it depends what they meant.
Traditional venture seeks a financial return inside a seven to ten year fund life, which pushes it toward capital-light software and leaves hardware, deep tech and slower-adoption sectors underserved. If you were declined on capital intensity or time to revenue, that is a statement about their fund.
If you were declined because the market is small or the team is wrong, we will reach the same view.
Our capital comes from institutions prepared to wait, but we still need companies capable of an outlier result.
Link to this answerSix. Each one exists because an institution has a stake in the technology getting built.
Agrifood. Industry bodies and agribusinesses invest to lift productivity from constrained land and water, and to protect their sector's competitiveness.
Climate. Governments carry emissions targets. Utilities and heavy industry carry transition risk. Both need generation, storage, grid and industrial decarbonisation to work.
Health. Insurers, health services and research institutes invest against cost and workforce pressure that more spending will not fix.
Defence. Governments invest in resilience, intelligence and capability they need to own rather than import.
AI and Autonomy. Corporations invest where labour scarcity meets productivity, and to run R&D outside their own walls.
Frontier. Universities and research institutes back technologies that do not yet fit a category, where the science is ahead of the market.
None of them invests for financial return alone. That is why there is real demand behind the money.
Link to this answerYes: the filter is whether the technology is transformative and critical to the problem our backer needs solved, not its category. Sometimes that is software. Often it is hardware, biology or the physical systems software runs on.
We can hold the slow, capital-intensive kind. A pooled fund struggles because a ten year life has to close whatever stage the science is at. Our funds are built around a specific institutional problem, so the horizon and cheque shape follow what solving it takes.
A government building sovereign capability needs satellites, materials and manufacturing. An industry body renewing its sector needs machinery, sensors and biology. A research institute needs its lab science commercialised.
Physical technology gains more from an industry-aligned backer than pure software does. A sensor, a device or a biological product needs a trial site, a regulatory pathway and a first buyer, which is what our backers can open.
Link to this answerPrimarily early stage, from pre-seed through Series A and beyond, with each fund's mandate setting its own focus.
And yes to both parts of the second question. We invest pre-revenue as a matter of course, and in deep tech and life sciences we invest before there is a product in any commercial sense. Many of our 600+ portfolio companies were first backed at pre-seed or seed.
What we cannot fund is science without a path. Before we can act we need three things: a defined technical milestone you are working toward, the team that will actually hit it, and a credible account of what the next investor will need to see.
As a marker of the earliest we will genuinely look: a working prototype or a lab-validated result, a full-time founding team, and at least one named design partner or first customer, paid or unpaid. Short of that we are not the wrong investor, we are the right conversation in nine months.
Link to this answerWe invest from mandates rather than from a fixed geography. Each mandate has a scope agreed with the institution that anchors it, and that scope is usually set by sector.
Some are deliberately tight, such as a state fund built to grow companies in that state. A growing number are global, and we run them from nine offices across the Americas, Europe and Asia Pacific.
Much of our capital still sits in Australia and New Zealand, where we started. Our newer mandates increasingly do not.
Link to this answerThe best route in is a warm introduction. Someone who has worked with us, a builder we have backed, one of our backers, or anyone who knows the investment team, carries something a form cannot: their judgement that you are worth half an hour. We read those first, and we read them differently.
If you do not have that route, use the pitch form. It goes straight to the venture team, asks the same questions of everyone, and means nothing is lost in an inbox. Plenty of our companies arrived that way.
Either way the first conversation is 30 minutes and needs no deck. Work out who in your network touches ours before you send anything cold. It is usually a shorter path than it looks.
Pitch Artesian→Link to this answerEvery submission is read by the venture team and assessed against our live mandates.
We receive a high volume of applications and we cannot respond to all of them. We reach out directly to the companies we shortlist for further discussion, so no reply does not mean no read.
If we do come back to you, the first step is that 30 minute conversation. After it we will tell you where you stand: no, with the reason; not yet, with what would change our answer; or yes to diligence, which is a structured process covering market, technology, team, commercial, financial, legal and ESG, run by a named lead who stays with you throughout and ends in a written memo to our Investment Committee.
Link to this answerFour things.
The problem, and who in the industry actually has it. Why now: what changed in the technology, the regulation or the market that makes this possible today and not three years ago. Why you: what your team knows that others working on this do not. And what the next twelve months buys: the milestone this round reaches, and what it proves.
Half an hour is enough for all four. If one is still forming, say so. That is more useful to us than a confident guess.
Link to this answerArtesian runs the investment process end to end: sourcing, diligence, the memo and the recommendation.
Where a fund has a single institutional backer, that backer is a full partner in it. They sit on the Investment Committee and are engaged through diligence. So a builder pitching one of those mandates is, in effect, in a room that includes the corporate, government or university anchoring the fund.
We tell you which mandate you are being considered for, and who anchors it, before diligence begins. For most builders this is the point of coming to us: the strategic party who could become your first customer, your route to market or your acquirer is in the room from the start, not introduced years later.
Link to this answerSometimes, and you will hear it from us before you find out any other way.
Within a single mandate we do not back head-to-head competitors. If we have already funded a direct competitor from the fund considering you, we will say so in the first conversation and stop there, rather than take a meeting for the information.
Across mandates we may hold companies in the same broad sector. Agrifood, for example, is a wide field, and two companies can both work in soil analytics without competing for the same customer. Where two mandates hold companies that genuinely overlap, that is disclosed and managed, not denied. We run a documented conflicts and allocation policy covering disclosure, recusal and information barriers, reviewed at every Investment Committee.
Link to this answerGenerally not to hear a pitch, and the reasoning is worth more than the convention.
We review a large volume of companies across six domains, often several in the same corner of the same market. Signing an NDA to take a first meeting would make it impossible to look at the next company honestly. Almost no venture fund does it, and we would rather explain that than hide behind it.
What we do instead: your material is treated as confidential in practice, access-controlled to the named team on your file. We tell you which mandate is considering you and who anchors it before diligence begins, because where a fund has an institutional backer that backer is engaged through diligence. And once we commit to diligence we will sign a mutual NDA covering the detailed technical, financial and customer material that phase requires.
If your core asset is a trade secret rather than a patent, say so on the first call and we will structure what you share around it.
Link to this answerArtesian often leads rounds, and we are explicit about where we stop.
Our typical position is the anchor cheque: the visible early commitment that signals conviction and helps you assemble the rest of the round. We are willing to be first in, and we build the syndicate around us, bringing in co-investors chosen for domain expertise rather than convenience.
Where we hold a line is on consecutive rounds. A fund that keeps leading its own follow-ons manufactures circular valuations and, eventually, a mark nobody outside believes. So we may lead any early round, and we will not lead consecutive follow-ons without meaningful external participation. That is not caution about you. A round led and priced by an independent third party is the only honest mark your company can carry, and you will need that mark long before you need an exit.
Practically: approach us early rather than last. We are most useful at the front of a round.
Link to this answerArtesian does invest again, and reserves are designed into every fund rather than granted case by case.
Our funds diversify where the risk is still unknowable and concentrate where the evidence has arrived: a wide set of disciplined early positions, and a substantial reserve, generally 50 to 60% of the fund depending on the mandate, to back the companies whose evidence compounds. Reserves are deployed on evidence, not on a schedule.
Two further sources of capital sit behind the fund and matter more to you than the reserve does. Our mandates run co-investment partnerships that bring institutional and strategic capital directly into company rounds, which is what carries capital-intensive growth rounds rather than the fund's own balance sheet. And at platform level we build later-stage vehicles that take concentrated positions in the strongest companies across the portfolios we manage.
A single fund does cap its exposure to any one company, generally 10 to 20% depending on the mandate. Past that point our job is to bring other capital to you rather than write the cheque ourselves.
Link to this answerOur funds are anchored by institutions already operating in your sector. They are not passive money. They run pilots, they buy, and some have acquired portfolio companies.
So you get a first customer rather than an introduction to one, and a way into government, health systems and large industrials that is largely closed without a sponsor.
You also diversify your capital source. Venture money all comes from the same pool and dries up together. Ours comes from government budgets, corporate balance sheets and industry levies, which move on a different cycle.
Link to this answer