Forward Deployed
Developing DINGO, a field-deployable chemical-threat detection platform for national security and other industries.
Website: https://forward-deployed.com/
Cover Block
From the public record
| Field | Detail |
|---|---|
| Name | Forward Deployed |
| Tagline | Developing DINGO, a field-deployable chemical-threat detection platform for national security and other industries [Startup Daily, October 2026] |
| Headquarters | Melbourne, Australia [Startup Daily, October 2026] |
| Founded | 2023 [Startup Daily, October 2026] |
| Stage | Seed [Startup Daily, October 2026] |
| Business model | Hardware + Software [Startup Daily, October 2026] |
| Industry | Defense / Govtech [Startup Daily, October 2026] |
| Technology type | Hardware [Startup Daily, October 2026] |
| Geography | Oceania [Startup Daily, October 2026] |
| Growth profile | Venture Scale [Startup Daily, October 2026] |
| Founding team | Richard Hebden, Alex Barry, Liam Eldon [Startup Daily, October 2026] |
| Funding label | Seed |
| Total disclosed | A$1 million, approximately US$702,000 [Startup Daily, October 2026] [Dealroom, October 2026] |
Links
From the public record
- Website: https://forward-deployed.com/
- LinkedIn: https://linkedin.com/company/forward-deployed
The Short Version
PUBLIC Forward Deployed is a Melbourne-based defense startup building DINGO, a field-deployable chemical-threat detection platform, and it merits investor attention now because it has moved quickly from a 2023 founding to disclosed seed funding and reported early contracts across three defense-aligned markets [Startup Daily, October 2026] [SmartCompany, October 2026]. The founding story is relatively tight: co-founders Richard Hebden, Alex Barry, and Liam Eldon met through Swinburne University of Technology, with Hebden serving as CEO, Barry as CTO, and Eldon as chief growth officer [Startup Daily, October 2026] [LinkedIn, retrieved 2026].
The product case rests on a clear operational promise rather than a broad platform claim: DINGO combines sensing hardware with real-time software to identify chemical hazards within seconds, with positioning around laboratory-grade sensitivity in a rugged system that can integrate with autonomous platforms [Startup Daily, October 2026]. That framing is notable because the initial wedge appears to be mission-critical detection in national security, while management has also pointed to later applications in biosecurity, agriculture, construction, and mining, which suggests a wider commercial surface if the defense use case proves out first [Startup Daily, October 2026].
On team fit, the public record supports technical and commercialization relevance, though it remains early. Hebden's background includes development and commercialization work in sensing technology, and Eldon describes more than a decade in international trade and investment, which is directionally helpful for a company selling into government and cross-border defense channels [LinkedIn, retrieved 2026] [Liam Eldon, linkedin.com/in/liam-eldon-5a95275a/, retrieved 2026].
The financing is small in absolute terms but meaningful in context. Startup Daily reported an A$1 million seed round in October 2026 from Innovation Victoria and Swinburne University of Technology, while Dealroom reported the same round as approximately US$702,000, with proceeds earmarked for DINGO's development, validation toward production, and commercial growth [Startup Daily, October 2026] [Dealroom, October 2026]. The business model is straightforward from the available evidence: hardware plus software, sold initially into defense and government use cases where performance and deployment conditions matter more than broad-based distribution [Startup Daily, October 2026].
Over the next 12 to 18 months, the key watchpoints are whether reported contracts in Australia, the U.S., and the U.K. convert into named deployments, whether validation milestones progress toward production, and whether the company can show that defense demand extends beyond pilots and sponsored programs [Startup Daily, October 2026]. There is enough signal here to justify continued attention, but most of the underwriting case still turns on evidence that has not yet been disclosed publicly, especially customer identity, contract value, and repeat procurement behavior [Startup Daily, October 2026].
Single-source, plausible -- Core company, team, product, and funding claims are supported by Startup Daily and partially corroborated by SmartCompany, Dealroom, and LinkedIn, but several operating details remain company-reported or single-source.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Defense / Govtech |
| Technology Type | Hardware |
| Geography | Oceania |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+) |
| Funding | Seed, total disclosed approximately US$702,000 [Dealroom, October 2026]; A$1 million reported by Startup Daily [Startup Daily, October 2026] |
The Company in Brief
PUBLIC
Forward Deployed appears to be a young Melbourne defense technology company building around one clear use case, chemical-threat detection in the field, rather than a broad platform claim [Crunchbase]. The public record places the company in Melbourne, Australia, and dates its founding to 2023 [Crunchbase]. The company website describes DINGO, short for Deployable Infrared Gas Observer, as its core product and frames the business around next-generation chemical threat detection [Forward Deployed].
The chronology that can be established from company-controlled and database sources is short but coherent. Crunchbase lists the company as founded in 2023 and categorizes it as a hardware business, which aligns with the website's positioning around a deployable detection system rather than a pure software offering [Crunchbase] [Forward Deployed]. The same public materials identify Richard Hebden, Alex Barry, and Liam Eldon as co-founders, although role detail is better documented in media coverage than in the sources used for this section [Crunchbase] [Forward Deployed].
The main disclosed milestone is financing. Crunchbase records a seed round of about $702,000 in October 2026, while the company website presents DINGO as the focal point of its commercial identity, suggesting the company is still in the early phase of translating technical development into scaled deployment [Crunchbase] [Forward Deployed]. No legal entity name or state filing detail was confirmed in the sources reviewed for this section.
Single-source, plausible -- Confirmed in part by Crunchbase and the company website, with key company facts consistent across both but limited independent public documentation in the sources permitted for this section.
What They Have Built
MIXED
Forward Deployed is building DINGO, short for Deployable Infrared Gas Observer, as a field-deployable chemical-threat detection system aimed first at national security use cases [Startup Daily, October 2026]. The public description is fairly specific on form factor and workflow, even if thin on underlying performance data: DINGO combines sensing hardware with real-time software, is intended to identify chemical hazards within seconds, and is designed for use in rugged field conditions rather than a laboratory bench [Startup Daily, October 2026]. The company also says the system can integrate with autonomous platforms, which matters because it places DINGO not only as a handheld or fixed detector, but as a sensor layer that could sit inside broader defense and perimeter-security workflows [Startup Daily, October 2026].
The technical differentiation, at least in public materials, rests less on a novel software interface than on bringing high-sensitivity chemical detection into operational settings. Startup Daily reports that the product is meant to deliver laboratory-grade sensitivity while converting complex sensor output into operational information quickly [Startup Daily, October 2026]. The company website adds that DINGO uses mid-infrared molecular fingerprinting and presents itself as next-generation chemical threat detection, but those claims remain company-authored and are not independently substantiated in the sourced coverage [Forward Deployed]. Separate public signals suggest the product is moving beyond slideware: two LinkedIn posts state that Forward Deployed was selected for Dragon Shield 2026, described as a SOCOM and CPE CBRND-sponsored event involving demonstrations, experimentation, and operator feedback with U.S. and allied special operations participants [LinkedIn, retrieved 2026]. That supports field exposure, though it does not by itself verify procurement, sustained deployment, or comparative performance.
Single-source, plausible -- Core product claims are corroborated by Startup Daily and the company website; field-event participation is supported by LinkedIn posts, but validation and performance claims remain largely company-originated.
Market Size and Demand
PUBLIC
The market matters now because Forward Deployed sits at the intersection of defense modernization and chemical-threat preparedness, two budget lines that can move faster than most industrial procurement cycles when governments perceive operational risk [Startup Daily, October 2026].
The difficulty is that no named third-party market model for Forward Deployed's exact segment, portable chemical-threat detection for field use, appears in the cited public record. That rules out a defensible TAM/SAM/SOM build in this section. What the public sources do establish is narrower and still useful: the company's initial target market is national security, with management pointing to later applications in biosecurity, agriculture, construction, and mining [Startup Daily, October 2026]. In practical terms, that places DINGO in an adjacent set of spend categories that includes CBRN defense equipment, industrial gas detection, environmental sensing, and autonomous sensing payloads, even if the available reporting does not quantify those slices directly [Startup Daily, October 2026].
Demand signals are visible, but they need to be handled conservatively. Startup Daily reports that DINGO is being developed as a field-deployable platform that combines sensing hardware with real-time software, identifies chemical hazards within seconds, and is designed to integrate with autonomous systems [Startup Daily, October 2026]. That product framing lines up with a real procurement preference in defense and emergency response: systems that reduce operator burden, compress time-to-identification, and travel well across manned and unmanned workflows. The same report also says Forward Deployed already has contracts in Australia, the United States, and the United Kingdom, which, if sustained, would suggest that demand is not purely domestic or pre-commercial [Startup Daily, October 2026].
The main adjacent markets broaden the opportunity but also complicate market definition. In national security, the closest budget logic is chemical and biological defense, force protection, and CBRN reconnaissance. Outside defense, the more plausible substitutes are industrial hygiene and hazardous-gas monitoring systems used in mining, construction, and critical infrastructure, plus biosecurity sensing in agriculture and border settings, all application areas the company has identified publicly as potential follow-on markets [Startup Daily, October 2026]. Those adjacencies matter because they can expand procurement volume beyond specialist defense buyers, but the current evidence base does not yet show product-market fit in any of them.
Macro and regulatory forces are supportive, though the strongest numeric claims in the research set are too weakly sourced to carry analytical weight here. Publicly corroborated evidence is limited to program-level signals: Forward Deployed was selected to participate in Dragon Shield 2026, described in LinkedIn posts and event materials as a SOCOM and CPE CBRND-sponsored event involving demonstrations and operator feedback with U.S. and allied Special Operations Forces [LinkedIn, retrieved 2026] [Industry Events, October 27, 2026]. That does not prove budget scale, but it does indicate institutional attention to field-ready chemical detection and interoperability with operational users. In this market, that kind of validation pathway often matters as much as top-down market size estimates.
| Market lens | Public evidence | Relevance to DINGO |
|---|---|---|
| Initial target market | National security is identified as the initial market [Startup Daily, October 2026] | Establishes the first procurement wedge |
| Adjacent expansion markets | Biosecurity, agriculture, construction, and mining are identified as later applications [Startup Daily, October 2026] | Suggests a broader but still unproven commercialization path |
| Procurement signal | Contracts reported in Australia, the U.S., and the U.K. [Startup Daily, October 2026] | Indicates some cross-border demand, without disclosed contract values |
| Validation pathway | Dragon Shield 2026 participation with SOCOM and allied operators [LinkedIn, retrieved 2026] [Industry Events, October 27, 2026] | Suggests relevance to defense end users and testing environments |
The table shows a market story built more on procurement signals and adjacency than on clean third-party sizing. For investors, the implication is straightforward: the demand case is plausible on public evidence, but the revenue ceiling and segment share assumptions remain a diligence item rather than a published fact.
Single-source, plausible -- Core market assertions are supported mainly by Startup Daily, with partial corroboration from event materials and LinkedIn posts.
Who Else Is Fighting for This
MIXED Forward Deployed is positioning DINGO less as another handheld detector and more as a compact sensing-and-software system that aims to move laboratory-style chemical identification into field operations, but the public record is still too thin to map that claim cleanly against named peers [Startup Daily, October 2026].
The clearest competitive picture, from public sources alone, is segmental rather than company-by-company. On one side sit incumbent chemical detection tools that the company itself says DINGO is designed to displace, including JCAD, MiniCAMS, MultiRAE, M8A1, and FTIR-based systems, with the stated pitch that DINGO removes the need for consumables, complex calibration, and specialist training [Forward Deployed]. On another side are adjacent operational substitutes, namely existing autonomous or field-sensing workflows where hazardous environments are monitored through combinations of legacy sensors, manual interpretation, and lab follow-up rather than a single integrated platform [Startup Daily, October 2026].
That matters because the company's wedge is not simply detection accuracy. Public reporting describes DINGO as combining sensing hardware with real-time software, identifying hazards within seconds, and integrating with autonomous systems, which suggests Forward Deployed is competing on usability and deployment model as much as on raw sensor performance [Startup Daily, October 2026]. If that holds in practice, the relevant competitive set stretches beyond detector manufacturers to any workflow that already satisfies defense and emergency-response procurement requirements at acceptable cost and training burden.
The defensible edge that is visible today is narrow but intelligible. Forward Deployed has a clear product narrative around field deployment, software-assisted interpretation, and autonomous-system integration, and it has external validation in the form of A$1 million from Innovation Victoria and Swinburne University of Technology, alongside a disclosed collaboration with Swinburne on autonomous sensing and data processing [Startup Daily, October 2026]. The same reporting says the company already has contracts in Australia, the United States, and the United Kingdom, which, if those convert into repeat procurement pathways, could become a stronger moat than the underlying hardware alone [Startup Daily, October 2026].
That edge still looks perishable rather than locked in. The strongest public differentiators remain company-described product attributes, and the record does not yet disclose named customers, contract sizes, certification pathways, or multi-year deployment data that would show DINGO has crossed from promising system into procurement-standard equipment [Startup Daily, October 2026]. In defense and hazardous-environment sensing, incumbency often rests on qualification history, installed base, and support infrastructure, none of which are yet evidenced in the available reporting for Forward Deployed [Startup Daily, October 2026].
The main exposure is therefore not a single named startup rival in the sourced material, but the installed base of legacy systems and the procurement channels that support them. Even if DINGO is technically better on portability or interpretation speed, replacement in this category can be slowed by training doctrine, interoperability requirements, and buyers' preference for known systems over newer architectures [Forward Deployed]. Public sources also place the company first in national security, with possible future applications in biosecurity, agriculture, construction, and mining, but there is no evidence yet that it owns those channels or has product variants tailored to them [Startup Daily, October 2026].
The most plausible 18-month scenario is a split outcome between platform validation and broad category displacement. Winner if X: Forward Deployed, if Dragon Shield 2026 participation and the already reported contracts in Australia, the U.S., and the U.K. translate into named reference deployments or follow-on defense procurement, because that would turn its current product story into evidence of operational adoption [Maurice Gonella, LinkedIn]; [Startup Daily, October 2026]. Loser if Y: legacy tools such as JCAD-class or FTIR-based workflows, if buyers decide that software-assisted field identification with lower calibration and training burden is good enough to replace multi-step legacy processes; but if procurement remains anchored to qualification history and incumbent support networks, Forward Deployed is the party more likely to lose momentum despite technical promise [Forward Deployed].
Inferred, not confirmed -- Section relies on one independent publisher for most competitive facts, with supplemental company and LinkedIn evidence and no independently sourced named competitor set.
Opportunity
Upside case
PUBLIC The size of the prize here is straightforward: if Forward Deployed can turn DINGO from a promising field sensor into a trusted procurement line item across allied defense and adjacent industrial safety markets, the company could matter far beyond its current seed scale because chemical detection tends to reward platforms that combine hardware reliability, software usability, and long qualification cycles [Startup Daily, October 2026].
The headline opportunity is to become a modern field standard for chemical threat detection in environments where speed, portability, and operator simplicity matter more than laboratory throughput. That is still an ambitious claim, but the public evidence is at least directionally supportive. Forward Deployed is building a field-deployable platform, not a single-use instrument, and public reporting says DINGO combines sensing hardware with real-time software, identifies hazards within seconds, and is designed to integrate with autonomous systems [Startup Daily, October 2026]. The same reporting says the company already has contracts in Australia, the United States, and the United Kingdom, which suggests the product is reaching real buyers rather than remaining a research project [Startup Daily, October 2026]. For a defense and govtech startup founded in 2023, early cross-border contracting is one of the few public signals that makes a larger procurement outcome look reachable rather than merely conceptual [Startup Daily, October 2026].
The path to scale likely does not depend on one monolithic defense program. A more plausible read is a sequence: first, prove DINGO in national security use cases; second, use that validation to widen into other hazardous operating environments that were explicitly named in coverage, including biosecurity, agriculture, construction, and mining [Startup Daily, October 2026]. That matters because the same core promise, rugged sensing plus fast interpretation, can travel across several industries if the product works reliably enough in the field [Startup Daily, October 2026].
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Allied defense standard | DINGO becomes a repeat-purchase detection platform for selected defense, special operations, and civil response units across Australia, the U.S., and the U.K. | A successful move from early contracts and demonstration activity into broader procurement programs [Startup Daily, October 2026]; participation in Dragon Shield 2026 alongside U.S. and allied Special Operations Forces [Industry Events, October 2026] | Public reporting already places the company in all three geographies and describes a product built for national security use first [Startup Daily, October 2026]. |
| Autonomy-enablement wedge | DINGO wins by becoming the chemical sensing payload that plugs into robotic or autonomous systems used in hazardous zones | A defense or institutional partner standardizes on autonomous sensing workflows, aided by the company's Swinburne collaboration on autonomous sensing and data processing [Startup Daily, October 2026] | The product is explicitly described as designed to integrate with autonomous systems, which gives it a systems-level wedge rather than a standalone device story [Startup Daily, October 2026]. |
| Dual-use expansion | The company uses defense credibility to enter industrial and critical-infrastructure markets where chemical detection has safety or compliance value | Production readiness after the October 2026 financing, which was reported as supporting development, validation, and commercial growth [Startup Daily, October 2026; Dealroom, October 2026] | Startup Daily reported that management sees later applications in biosecurity, agriculture, construction, and mining, all of which fit the same underlying detection problem even if sales cycles differ [Startup Daily, October 2026]. |
The compounding logic is not a consumer network effect. It is a qualification and trust flywheel. One credible deployment should make the next trial easier, especially in defense and safety settings where buyers care about operational proof, ruggedization, and training burden. Public materials also point to two pieces of that flywheel already forming: collaboration with Swinburne on autonomous sensing and data processing, and participation in Dragon Shield 2026, a select event involving U.S. and allied special operations stakeholders [Startup Daily, October 2026; Industry Events, October 2026]. If those relationships produce repeatable field data, the software layer should improve alongside the hardware, and the company can sell not just a detector but a faster operational decision tool. That is the sort of product migration that can lift switching costs over time [Startup Daily, October 2026].
The size of the win is harder to quantify cleanly because the source set does not include a well-grounded market model or a public pure-play comparable with directly cited valuation multiples. Even so, there is a credible upper-bound framing. Public reporting describes Forward Deployed as addressing national security first, with adjacent opportunities in biosecurity, agriculture, construction, and mining, and says its October 2026 financing is intended to take DINGO toward production and commercial growth [Startup Daily, October 2026; Dealroom, October 2026]. If the allied-defense-standard scenario plays out and the company becomes a trusted multi-market sensing platform rather than a single-program hardware vendor, the outcome could reasonably be venture-scale in the hundreds of millions of dollars of enterprise value (scenario, not a forecast). That upside case rests on a narrow but real set of public facts: an early international contract footprint, institutional backing from Innovation Victoria and Swinburne, and a product architecture that appears to blend hardware, software, and autonomous-system compatibility in one offering [Startup Daily, October 2026; SmartCompany, October 2026].
Single-source, plausible -- Based primarily on Startup Daily, with partial corroboration from Dealroom, SmartCompany, and public event references.
Sources
From the public record
[Startup Daily, October 2026] Chemical threat detection startup Forward Deployed sniffs out $1 million | https://www.startupdaily.net/topic/other-tech/chemical-threat-detection-startup-forward-deployed-sniffs-out-1-million/
[SmartCompany, October 2026] Four Aussie startups that raised $31 million this week | https://www.smartcompany.com.au/startupsmart/four-aussie-startups-that-raised-31-million-this-week/
[Dealroom, October 2026] Melbourne's Forward Deployed raises $702,000 to take chemical detector to production | https://app.dealroom.co/news/note/melbourne-s-forward-deployed-raises-702-000-to-take-chemical-detector-to-production
[Crunchbase] forward deployed - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/forward-deployed-b446
[Forward Deployed] Forward Deployed | https://forward-deployed.com/
[LinkedIn, retrieved 2026] Richard Hebden | https://linkedin.com/in/richard-hebden-9b911045
[Liam Eldon, retrieved 2026] Liam Eldon | https://linkedin.com/in/liam-eldon-5a95275a/
[Industry Events, October 27, 2026] Dragon Shield 2026 | https://www.eventcreate.com/e/dragonshield2026
[Maurice Gonella, LinkedIn] Maurice Gonella | https://linkedin.com/in/maurice-gonella-284698b/
Articles about Forward Deployed
- A Melbourne Startup's Detector Is Headed to a SOCOM Demo — The Melbourne startup's field-deployable platform is designed to integrate with robots and has already been validated by the US Army.