Verbotics
Software that automatically generates programs for robotic welding from 3D design drawings for manufacturers.
Website: https://verbotics.com/
Cover Block
Open sources
| Field | Value |
|---|---|
| Name | Verbotics |
| Tagline | Software that automatically generates programs for robotic welding from 3D design drawings for manufacturers. |
| Headquarters | Wollongong, Australia |
| Founded | 2017 |
| Stage | Seed |
| Business Model | SaaS |
| Industry | Deeptech |
| Technology | Robotics |
| Geography | Oceania |
| Growth Profile | Venture Scale |
| Founding Team | Academic Spinout |
| Funding Label | Seed |
| Total Disclosed | ~$417,000 [University of Wollongong, September 2024] |
Links
Open sources
- Website: https://verbotics.com/
- LinkedIn: https://au.linkedin.com/in/nathan-larkin-93315194
What an Investor Needs First
PUBLIC Verbotics builds software that turns 3D design drawings into robotic welding programs, and it merits investor attention because it is applying automation to a stubborn adoption bottleneck in manufacturing, programming cost and complexity for high-mix, low-volume work [InnovationAus, September 2024] [Verbotics, retrieved 2026]. The company was founded in 2017 as a University of Wollongong spinout, with public profiles tying its formation to robotics researchers Nathan Larkin, Dr Andrew Short, and Dr Zengxi Pan [University of Wollongong, September 2024] [iAccelerate, September 2025].
The core product, Verbotics Weld, is described as desktop software that automates end-to-end robotic welding programming from CAD inputs, with support broadened over time to additional robot environments including Universal Robots and Yaskawa, and with newer product material pointing to multi-robot and multi-station workcells [Verbotics, May 2023] [Verbotics, February 2022] [Verbotics, retrieved 2026]. The differentiation, on the public record, is less about being another welding application and more about making robotic welding economical in shorter-run production settings where manual programming has historically limited return on automation [InnovationAus, September 2024] [Verbotics, April 2023].
The founding team appears technically credible rather than commercially overextended: UOW and iAccelerate materials describe Short as a robotics PhD with expertise in motion planning, collision avoidance, and automated programming, while Larkin and Pan are tied to the underlying university research and commercialization path [iAccelerate, September 2025] [Nicci Rossouw / LinkedIn, May 2024] [University of Wollongong, September 2024]. On traction, the strongest public signal is company-reported license sales, 50 by April 2023, alongside UOW's statement that the software had been rolled out to clients in Australia, New Zealand, North America, and Europe by 2024 [Verbotics, April 2023] [University of Wollongong, September 2024].
Funding visibility remains thin. Public sources support an Accelerating Commercialisation grant of A$632,000, approximately US$417,000 (estimated) at the report's structured-facts conversion, and InnovationAus also reported MVP Ventures and Excellerate PhD industry placement grant support; the business model is presented as SaaS, but the public record does not establish a full institutional cap table or a conventional priced venture round [University of Wollongong, September 2024] [InnovationAus, September 2024]. Over the next 12 to 18 months, the key watch items are whether Verbotics can convert product breadth into repeatable commercial adoption beyond company-announced license counts, and whether newer offerings such as Scan-to-Weld expand the wedge from CAD-based programming into lower-friction robotic deployment workflows [Verbotics, January 2025] [Verbotics, December 2023].
Claim stands unchecked -- This section relies materially on company materials for product capabilities and traction, with partial corroboration from University of Wollongong, InnovationAus, and iAccelerate.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Seed |
| Business Model | SaaS |
| Industry / Vertical | Deeptech |
| Technology Type | Robotics |
| Geography | Oceania |
| Growth Profile | Venture Scale |
| Founding Team | Academic Spinout |
| Funding | Seed, total disclosed approximately US$417,000 (estimated) |
Inside the Company
PUBLIC
Verbotics traces back to a university robotics lab rather than a conventional startup studio. The company says it was founded in 2017 and is headquartered in Wollongong, Australia, with roots in research at the University of Wollongong and an early focus on turning robotic welding programming from a specialist engineering task into software-driven workflow automation [Crunchbase] [Verbotics, retrieved 2026].
The public record on the legal entity is thin, but the operating story is clearer. Verbotics presents its core product, Verbotics Weld, as software that automatically generates welding robot programs from 3D design drawings, and its own product materials show a gradual broadening of supported robot environments over time, including Universal Robots support announced in February 2022 and Yaskawa support documented in its manuals [Verbotics, retrieved 2026] [Verbotics, February 2022].
By April 2023, the company said it had sold 50 licenses, a useful milestone even if company-reported rather than independently audited [Verbotics, April 2023]. Product updates published in its documentation indicate continued expansion of scope, with later releases adding support for multi-robot and multi-station workcells, and the company introduced Scan-to-Weld in January 2025 as a system intended to let robots sense and weld parts without prior CAD models or manual programming [Verbotics, retrieved 2026] [Verbotics, January 2025].
Claim stands unchecked -- This section relies materially on company website materials and Crunchbase, with no state filing or independent legal-entity record cited in the available sources.
Under the Hood
MIXED Product scope and workflow
The product story is fairly clear even if the underlying technical stack is not. Verbotics says its core offering, Verbotics Weld, automatically generates robotic welding programs from 3D design drawings and is built to automate the end-to-end programming workflow for manufacturers using robotic welding systems [Verbotics, retrieved 2026] [Verbotics, May 2023]. Public materials position the software around high-mix, low-volume production, where manual robot programming is often too slow or too costly to justify automation on shorter runs [Verbotics, retrieved 2026] [InnovationAus, September 2024].
The company has also disclosed a broader product surface than a single CAD-to-code tool. Verbotics announced support for Universal Robots collaborative robots in Verbotics Weld 0.11 in February 2022 [Verbotics, February 2022], and its documentation says the software can generate code for Yaskawa robots and supports OTC Daihen and Reis robots [Verbotics, retrieved 2026] [Verbotics, retrieved 2026]. A 2022 case study states that TRT adopted Verbotics Weld into an ABB robot welding system, which suggests compatibility with ABB-based deployments through an integration partner, though the source does not establish native ABB support across the product line [Verbotics, August 2022].
MIXED Adjacent capabilities and recent releases
Recent disclosures suggest Verbotics is trying to widen the addressable workflow rather than remaining fixed on one programming mode. A May 2023 case study says the company had developed planning functionality for wire-arc additive manufacturing, extending the same motion-planning logic into an adjacent fabrication use case [Verbotics, May 2023]. More recently, Verbotics introduced Scan-to-Weld in January 2025, describing it as a system that lets robots sense and weld parts without prior programming or CAD models, which is a meaningful claim if it performs reliably outside controlled demos, although the evidence here remains company-issued [Verbotics, January 2025].
The product documentation also points to continued expansion in deployment complexity. Verbotics says its 2026 release adds support for multi-robot and multi-station workcells and projects, a useful indicator that the software is being positioned for more complex factory setups rather than only single-cell installations [Verbotics, retrieved 2026]. Taken together, the public record supports a coherent thesis: Verbotics is building application software that sits above industrial robot hardware and tries to compress welding-program setup time, but most capability claims still trace back to the company’s own website, manuals, and case studies rather than independent technical validation [Verbotics, retrieved 2026] [Verbotics, May 2023] [Verbotics, January 2025].
Claim stands unchecked -- Product functionality is described mainly through company website materials, manuals, and case studies, with limited independent technical corroboration.
Market Research
PUBLIC
Industrial welding automation is drawing fresh attention because manufacturers are still trying to reconcile labor scarcity, cost pressure, and shorter production runs with production-quality throughput, which is precisely the operating context Verbotics says it targets in high-mix, low-volume welding [InnovationAus, September 2024] [Verbotics, retrieved 2026].
The hard part here is that no cited third-party market report in the source set gives a clean TAM, SAM, or SOM for automated robotic welding programming software specifically. That limits precision. The closest public framing available from the evidence is narrower and more practical: Verbotics is positioned around manufacturers that find conventional robot programming too slow or too costly for customized or low-volume work, a segment InnovationAus described as smaller manufacturers in high-mix, low-volume production [InnovationAus, September 2024]. The company and its case-study material describe the product as desktop software that generates welding robot programs from design drawings and automates the programming workflow, which places it at the intersection of industrial robotics software, welding automation, and manufacturing engineering tools rather than in a broad horizontal AI market [Verbotics, May 2023] [Verbotics, retrieved 2026].
Demand signals in the public record are more tangible than market sizing. By April 2023, Verbotics said it had sold 50 licenses, and by September 2024 the University of Wollongong said the software had been rolled out to clients across Australia, New Zealand, North America, and Europe [Verbotics, April 2023] [University of Wollongong, September 2024]. Those are company-linked and university-linked indicators, not audited commercial disclosures, but they do suggest that the pain point is not purely local. The product claim also lines up with a recognizable industrial bottleneck: manufacturers often have robot hardware available, yet struggle to justify programming effort when part variation is high and batch sizes are low, according to InnovationAus' description of the category problem Verbotics addresses [InnovationAus, September 2024].
Adjacent markets matter because Verbotics' ceiling likely depends on how far it can move beyond welding code generation into a broader automation workflow. The evidence shows two nearby surfaces. First, the company has added support across robot ecosystems including Universal Robots, Yaskawa, OTC Daihen, and Reis, which points to a cross-platform industrial software opportunity rather than a single-OEM integration business [Verbotics, February 2022] [Verbotics, retrieved 2026] [Verbotics]. Second, Verbotics has developed planning functionality for wire-arc additive manufacturing, an adjacent process where path planning and toolpath generation are also central, though the public evidence does not establish current revenue contribution from that work [Verbotics, May 2023]. The January 2025 launch of Scan-to-Weld extends the company's public narrative toward sensor-guided welding without CAD models, which, if adopted, would move it closer to shop-floor autonomy software rather than design-file translation alone [Verbotics, January 2025].
Macro and policy forces appear supportive, if still early. Verbotics' non-dilutive funding record includes an Accelerating Commercialisation grant of A$632,000, reported by the University of Wollongong and repeated by iAccelerate, alongside InnovationAus reporting on MVP Ventures and Excellerate grant support [University of Wollongong, September 2024] [iAccelerate, September 2025] [InnovationAus, September 2024]. That does not prove broad market demand by itself, but it does show that Australian commercialization programs see advanced manufacturing software and robotics translation as worth backing. At a market level, that matters because software that reduces engineering setup time tends to benefit when manufacturers are pushed to automate without undertaking full line redesigns or large capex-heavy system replacements.
| Market lens | Public evidence | Implication for addressable demand |
|---|---|---|
| Core wedge | High-mix, low-volume manufacturers face costly and time-consuming conventional robot programming [InnovationAus, September 2024] | Demand is likely concentrated where part variation is high and manual programming economics break down |
| Geographic reach | Clients reported across Australia, New Zealand, North America, and Europe [University of Wollongong, September 2024] | The use case appears exportable beyond Australia, though scale by region is not disclosed |
| Product adjacency | WAAM planning functionality developed [Verbotics, May 2023] | The software stack may have relevance beyond welding programming into adjacent industrial path-planning workflows |
| Workflow expansion | Scan-to-Weld introduced sensing-based welding without programming or CAD models [Verbotics, January 2025] | The market could expand from offline programming to more adaptive shop-floor automation if adoption follows |
The table points to a market that is better understood through workflow pain than through a well-disclosed category size. For investors, that usually means diligence should focus less on abstract TAM language and more on whether programming-time reduction converts into repeatable software budgets across fabrication shops.
Claim stands unchecked -- This section relies mainly on company materials, a university profile, and one independent news report; no independent third-party market sizing report was available in the cited sources.
Competition and Substitutes
Competitive map
MIXED The company is positioned less against a clearly disclosed peer set than against the default alternatives in robotic welding, manual robot programming, integrator-led setup work, and general-purpose robot ecosystems that can absorb programming features over time [InnovationAus, September 2024] [Verbotics, May 2023].
The public record here is thin on named direct rivals, which matters in itself. Verbotics describes Verbotics Weld as desktop software that automatically generates robotic welding programs from CAD and targets high-mix, low-volume production, a corner of manufacturing where conventional teach-pendant programming often remains too slow or too expensive to justify automation on short runs [Verbotics, retrieved 2026] [InnovationAus, September 2024] [Verbotics, May 2023]. On that evidence, the nearest incumbent substitute is not a single software vendor but the existing workflow inside welding cells: manual programming by robot specialists, often delivered through system integrators or in-house automation teams.
A second layer of competition comes from robot OEM ecosystems. Verbotics has added support across multiple robot families, including Universal Robots, Yaskawa, OTC Daihen, Reis, and an ABB-based deployment through TRT, which suggests the product is trying to sit above individual hardware brands rather than remain captive to one of them [Verbotics, February 2022] [Verbotics, retrieved 2026] [Verbotics, August 2022] [Verbotics, retrieved 2026]. That creates a credible cross-platform wedge for buyers running mixed fleets, but it also places the company in the path of larger vendors and integrators that already control the customer relationship, the robot install base, and much of the application engineering budget.
The adjacent substitute is broader still. Verbotics has public material around wire-arc additive manufacturing planning and, more recently, Scan-to-Weld, unveiled in January 2025, which allows robots to sense and weld parts without programming or CAD models according to the company [Verbotics, May 2023] [Verbotics, January 2025]. If that product direction matures, competition expands beyond offline programming into sensing, adaptive automation, and shop-floor workflow software. The opportunity is larger there, but so is the field.
Edge and durability
MIXED Verbotics' strongest disclosed edge today appears to be technical specialization in automated welding-path generation tied to University of Wollongong robotics talent rather than capital scale or a clearly documented channel advantage [University of Wollongong, September 2024] [iAccelerate, September 2025] [Nicci Rossouw / LinkedIn, May 2024].
That edge is credible on two dimensions. First, the founding team has a research-backed profile in industrial robotics, motion planning, collision avoidance, and automated programming, which fits the underlying problem more closely than a generic industrial software team would [University of Wollongong, September 2024] [iAccelerate, September 2025] [Nicci Rossouw / LinkedIn, May 2024]. Second, the product has shown evidence of practical interoperability across robot brands and geographies, with UOW stating the software had been rolled out to clients in Australia, New Zealand, North America, and Europe by 2024, and the company stating it had sold 50 licenses by April 2023 [University of Wollongong, September 2024] [Verbotics, April 2023].
Still, the durability of that edge looks perishable rather than locked in. The disclosed funding base is modest, centered on an A$632,000 Accelerating Commercialisation grant and other grant support rather than a clearly documented venture war chest [University of Wollongong, September 2024] [InnovationAus, September 2024]. In software for industrial automation, technical differentiation can matter early, but distribution, integrator partnerships, installed-base access, and service capacity often determine who compounds share. The current evidence supports product competence; it does not yet establish channel control.
Exposure and likely near-term sorting
MIXED The clearest competitive exposure is not a named startup with superior funding, because none is substantiated in the source set, but the purchasing power of incumbents already embedded in robot deployments.
TRT's 2019 adoption of Verbotics Weld into an ABB robot welding system is encouraging because it shows the software can ride through an integrator relationship rather than replace it outright [Verbotics, August 2022]. The same fact cuts both ways. If integrators and OEM-linked application teams decide automated programming should be bundled into broader welding-cell projects, Verbotics may face margin pressure or slower standalone adoption, particularly if buyers prefer one accountable vendor for robot, cell, programming, and support. The absence of publicly surfaced open roles also suggests limited visible scaling on sales or field deployment at this stage [Verbotics, retrieved 2026].
The most plausible 18-month scenario is a split between specialist software that wins on difficult high-mix use cases and incumbent channels that retain mainstream accounts. Verbotics is the likely winner if manufacturers continue to prioritize faster setup for short-run welding across mixed robot environments and if Scan-to-Weld meaningfully reduces dependence on CAD-perfect workflows [InnovationAus, September 2024] [Verbotics, January 2025]. Verbotics is the likely loser if robot OEM ecosystems and integrator-led programming tools become good enough for mid-market buyers, because those channels already own installation, training, and after-sales support. That leaves the company with a credible technical lane, but one that still needs stronger evidence of repeatable distribution to look defensible at scale.
Opportunity
PUBLIC The prize here is not a better welding software seat, it is a chance to become the control layer that makes robotic welding economic for the large share of manufacturers whose mix changes too often for conventional programming to pencil out [InnovationAus, September 2024] [Verbotics, May 2023].
The headline opportunity is fairly specific. If Verbotics can keep turning CAD files, and now scanned parts, into usable welding programs across a wider set of robot brands and workcell configurations, it could become the default programming environment for high-mix, low-volume robotic welding rather than a point solution used on isolated cells [Verbotics, retrieved 2026] [Verbotics, January 2025]. That is reachable, not merely aspirational, because the public record shows three pieces already in place: the company has a research-origin technical base from the University of Wollongong, a product that has moved beyond concept into paid licenses, and a product roadmap that is broadening from core weld-program generation into multi-robot, multi-station and scan-based workflows [University of Wollongong, September 2024] [Verbotics, April 2023] [Verbotics, retrieved 2026].
The more conservative read is that Verbotics is trying to remove one of the costliest bottlenecks in welding automation, programming time, for shops that cannot justify long setup cycles on short production runs [InnovationAus, September 2024] [Verbotics, May 2023]. If that claim holds up at scale, the company is not only selling software, it is widening the portion of the fabrication market that can adopt robots at all. That is the kind of wedge that can support an outsized outcome.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Cross-brand welding standard | Verbotics becomes the common software layer used by integrators, manufacturers, and training environments across multiple robot OEMs for welding-program generation. | Broader hardware support and workflow depth, including Universal Robots support, Yaskawa code generation, OTC Daihen and Reis support, plus multi-robot and multi-station features [Verbotics, February 2022] [Verbotics, retrieved 2026]. | The product already spans more than one robot ecosystem, which matters because buyers in industrial automation often operate mixed fleets rather than a single vendor stack [Verbotics, February 2022] [Verbotics, retrieved 2026]. |
| From CAD-to-code into no-code welding | Scan-to-Weld extends the addressable use case from customers with clean 3D design data to shops working from physical parts, variants, or incomplete drawings. | The January 2025 launch of Scan-to-Weld, which Verbotics says lets robots sense and weld parts without programming or CAD models [Verbotics, January 2025]. | The company has already positioned itself around reducing programming friction for low-volume work; scan-based workflows are a logical extension of that same value proposition [InnovationAus, September 2024] [Verbotics, January 2025]. |
| University spinout to industrial platform | Verbotics converts its early university and research-led credibility into broader commercial adoption across regional manufacturers and export markets. | Continued deployment outside Australia, supported by grant-funded commercialization and the 50-license milestone reported in 2023 [University of Wollongong, September 2024] [Verbotics, April 2023]. | UOW reported client rollout across Australia, New Zealand, North America, and Europe, which suggests the product is already crossing geographies even at an early stage [University of Wollongong, September 2024]. |
Those scenarios point to the same underlying upside. Verbotics does not need to own the robots to matter. It needs to sit in the workflow where a part design becomes an executable welding process, then make that step faster, easier, and compatible with more cells than incumbent manual methods.
What compounding looks like is fairly intuitive in this category. Each additional robot brand, workcell configuration, and deployment setting makes the software more useful to integrators and manufacturers that run heterogeneous environments, and each successful installation should lower the perceived adoption risk for the next buyer [Verbotics, February 2022] [Verbotics, retrieved 2026]. The early signs are modest but relevant: Verbotics has reported 50 licenses sold, support for multiple robot brands, an industry partnership dating back to 2019 with TRT on an ABB-based welding system, and geographic rollout beyond its home market [Verbotics, April 2023] [Verbotics, retrieved 2026] [Verbotics, August 2022] [University of Wollongong, September 2024].
There is also a product-surface expansion story. The same core competence, automated path planning and robot program generation, appears adjacent to wire-arc additive manufacturing and now scan-based welding, which means one technical stack may support several automation workflows inside fabrication environments [Verbotics, May 2023] [Verbotics, January 2025]. If that adjacency proves commercially real, customer acquisition could become cheaper over time because the company would be selling additional modules into an existing robotics buyer rather than restarting from zero on each deal.
The size of the win is harder to pin down because the public source set does not provide a confirmed market size, a public peer set, or enough financial data to anchor a valuation model. Even so, the upside case can be framed with discipline: if Verbotics were to become a widely adopted industrial software layer for robotic welding across mixed fleets and export markets, it could plausibly support venture-scale outcomes well beyond grant-funded commercialization, especially in a category where software can be sold repeatedly without owning plant or robot inventory [University of Wollongong, September 2024] [InnovationAus, September 2024]. In that scenario, not a forecast, the company would look less like a local engineering spinout and more like a specialized industrial automation software platform with strategic value to robot OEMs, welding integrators, or larger manufacturing-software buyers.
Claim stands unchecked -- Material claims in this section rely partly on company-published product, traction, and roadmap disclosures, with partial corroboration from University of Wollongong and InnovationAus.
Sources
Open sources
[University of Wollongong, September 2024] 2024: Illawarra startups soar to new heights | https://www.uow.edu.au/media/2024/illawarra-startups-soar-to-new-heights.php
[InnovationAus, September 2024] Verbotics Weld: ‘Single click’ programing for robot welders | https://www.innovationaus.com/verbotics-weld-single-click-programing-for-robot-welders/
[Verbotics, retrieved 2026] Automatically Program your Welding Robot · Verbotics | https://verbotics.com/
[iAccelerate, September 2025] UOW spinouts to launch and scale innovative goals | https://www.iaccelerate.com.au/news/uow-spinouts-to-launch-and-scale-innovative-goals.php
[Verbotics, May 2023] FIF Case Study | https://verbotics.com/news/2023-05-21-fif-case-study/
[Verbotics, February 2022] Partner with UOW UR Support | https://verbotics.com/news/2022-02-15-partner-with-uow-ur-support/
[Nicci Rossouw / LinkedIn, May 2024] Let’s talk robotics with Dr Andrew Short | https://www.linkedin.com/pulse/lets-talk-robotics-dr-andrew-short-nicci-rossouw-kd4ac
[Verbotics, April 2023] Verbotics sells 50 licenses! | https://verbotics.com/news/2023-04-13-50-verbotics-sells-50-licenses/
[Verbotics, January 2025] Scan to Weld - The Future of Robot Welding · Verbotics | https://verbotics.com/news/2025-01-28-scan-to-weld/
[Verbotics, December 2023] Verbotics wins Endeavour Award! | https://verbotics.com/news/2023-12-04-verbotics-wins-endeavour-award/
[Crunchbase, retrieved 2026] Verbotics - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/verbotics
[Verbotics, August 2022] TRT Case Study: Enabling High-Mix Low-Volume Production · Verbotics | https://verbotics.com/news/2022-08-24-trt-case-study/
[Verbotics] New Features | https://docs.verbotics.com/en/2026/reference/new-features/
Articles about Verbotics
- Verbotics Weld Automates the Programming for 50 Robotic Welding Cells — The University of Wollongong spinout is selling desktop software that turns 3D drawings into welding programs, targeting a stubborn gap in factory automation.