Myriota
Secure satellite IoT connectivity solutions for global remote monitoring with low-cost, low-power technology.
Website: https://myriota.com/
Cover Block
Open sources
| Field | Detail |
|---|---|
| Company | Myriota |
| Tagline | Secure satellite IoT connectivity solutions for global remote monitoring with low-cost, low-power technology. [Myriota, retrieved 2026] |
| Headquarters | Adelaide, Australia [Myriota, retrieved 2026] [LinkedIn, retrieved 2026] |
| Founded | 2015 [Crunchbase, retrieved 2026] [LinkedIn, retrieved 2026] |
| Stage | Series B [Crunchbase, retrieved 2026] |
| Business model | Hardware + Software |
| Industry | Deeptech |
| Technology | Space |
| Geography | Global / Remote-First |
| Growth profile | Venture Scale |
| Founding team | Academic Spinout [business.gov.au, retrieved 2026] |
| Funding label | $100M+ [Myriota, retrieved 2026] |
| Total disclosed | Approximately $100,000,000, based on reported rounds of $15.0M in March 2018, $19.3M in April 2020, and A$50.0M in December 2024 [Boeing, March 2018] [TechCrunch, April 2020] [Startup Daily, December 2024] |
Links
Open sources
- Website: https://myriota.com/
- LinkedIn: https://au.linkedin.com/company/myriota
What an Investor Needs First
PUBLIC Myriota builds direct-to-satellite connectivity for low-power IoT sensors, and it merits investor attention because the company sits at the intersection of remote industrial monitoring, sovereign space infrastructure, and a funding backdrop that has accelerated again with a large 2024 round [TechCrunch, April 2020] [Startup Daily, December 2024]. Founded in Adelaide in 2015 as a University of South Australia spinout, the company commercialized research aimed at letting satellites detect very faint signals from ground sensors, a technical constraint that matters in remote settings where cellular coverage is absent and battery life is a binding limit [business.gov.au] [SmartCompany].
The product thesis is straightforward: Myriota enables small packets of sensor data to move from field devices to satellites and then into cloud monitoring systems, with the company arguing that its approach reduces power draw and hardware requirements relative to conventional satellite communications [TechCrunch, April 2020] [SmartCompany] [Myriota, retrieved 2026]. Public materials indicate the company now sells both connectivity and devices, including ready-deploy products such as AssetHawk and other monitoring hardware, which supports a hardware-plus-software revenue model rather than a pure network access business [Myriota, retrieved 2026] [Space Connect].
The founding story is credible and technically relevant. Co-founders Dr Alex Grant and Dr David Haley are tied to the University of South Australia research base from which Myriota emerged, and public profiles identify Grant as co-founder and CEO, although LinkedIn also indicates a later leadership transition in which Ben Cade became CEO and Grant moved to a non-executive director role [Boeing, March 2018] [LinkedIn, retrieved 2026].
On funding, the broad shape is clear even if disclosed totals vary by source and currency treatment. Reported rounds include a roughly $15 million Series A in March 2018, a $19.3 million Series B in April 2020, and a 2024 raise reported at either $32 million or $33 million led by Australia’s National Reconstruction Fund, with disclosed backers across the cap table including Blue Sky Venture Capital, Main Sequence Ventures, Boeing HorizonX Ventures, Hostplus, Singtel Innov8, Malcolm Turnbull, exactEarth, and In-Q-Tel [Boeing, March 2018] [Reuters, March 2018] [TechCrunch, April 2020] [Businesswire, April 2020] [Startup Daily, December 2024] [Computer Weekly, December 2024].
What to watch over the next 12 to 18 months is execution against constellation scale, product commercialization, and evidence that hybrid satellite-cellular offerings translate into repeat enterprise demand rather than one-off deployments. Public reporting confirmed four satellites in orbit in 2020 and an expansion plan at that time, while later company and trade-source materials point to a broader product surface and a larger patent estate, but those newer operating claims still lean heavily on company-originated disclosures [TechCrunch, April 2020] [Myriota, retrieved 2026] [Australian Defence Magazine, retrieved 2026].
Claim stands unchecked -- Core funding history is corroborated by multiple public sources, but several material current-state operating claims in this summary, including product breadth and patent count, rely on company-originated disclosures.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Series B |
| Business Model | Hardware + Software |
| Industry / Vertical | Deeptech |
| Technology Type | Space |
| Geography | Global / Remote-First |
| Growth Profile | Venture Scale |
| Founding Team | Academic Spinout |
| Funding | $100M+ total disclosed funding label; public round disclosures vary by source [Myriota, retrieved 2026] [Startup Daily, December 2024] |
Inside the Company
PUBLIC
Myriota traces back to a university research effort rather than a software-first startup play. The company says it was founded in 2015 in Adelaide, Australia, and describes itself as a satellite IoT connectivity provider focused on remote monitoring through low-cost, low-power communications [Crunchbase] [Myriota, retrieved 2026]. The public record also links the business to commercialized research from the University of South Australia, with co-founders Dr Alex Grant and Dr David Haley identified in company and profile materials [Crunchbase] [Myriota, retrieved 2026].
The basic company profile is reasonably consistent across public sources, even if some operating details are not. Crunchbase lists Myriota as an Adelaide-headquartered company founded in 2015, while the company website presents a product stack spanning connectivity, modules, and ready devices for remote asset and environmental monitoring [Crunchbase] [Myriota, retrieved 2026]. On chronology, the clearer public milestones are financing and network buildout: Myriota’s website states it raised Series B funding in April 2020 to expand its satellite network, and the current site says the company has now raised more than $100 million and built a patent portfolio of over 170 patents [Myriota, April 2020] [Myriota, retrieved 2026].
A few details remain less settled in the public file. Even so, the through-line is straightforward: an Adelaide-founded academic spinout has turned a narrow technical insight, low-power direct-to-satellite data transmission, into a venture-backed remote connectivity platform with global ambitions [Myriota, retrieved 2026] [Crunchbase].
Partially corroborated -- Based on Crunchbase and company website; core founding and headquarters facts are corroborated, but legal entity detail and several milestone claims rely on company materials.
Under the Hood
MIXED
The product story is fairly crisp: Myriota sells satellite connectivity for small, low-power IoT data packets in places where terrestrial networks are weak or absent. Public descriptions across company materials and press coverage are consistent on the core architecture, sensors transmit small amounts of data to satellites, that data is relayed to the cloud, and customers use it to monitor assets, equipment, and environmental conditions remotely [TechCrunch, April 2020] [SmartCompany] [Myriota, retrieved 2026]. The practical claim is not broadband from space, but narrowband monitoring with lower power and hardware requirements than conventional satellite links, which is a more specific and more credible wedge for remote agriculture, industrial, logistics, and environmental use cases [TechCrunch, April 2020] [business.gov.au, retrieved 2026].
The product surface appears to span both connectivity and packaged devices. On the company side, Myriota says it offers satellite-only and hybrid satellite-cellular IoT networks, along with modules, developer kits, and ready-made devices including FlexSense and AssetHawk [Myriota, retrieved 2026]. External coverage adds a little more texture: Space Connect described AssetHawk as a rugged tracker for assets beyond mobile coverage, and Startup Daily cited Myriota connectivity inside One-Tank's SkyTracker propane monitoring device [Space Connect, retrieved 2026] [Startup Daily, December 2024]. Several newer claims, including a hybrid 5G satellite-cellular network, general availability of HyperPulse, and a lunar-ready IoT payload, are publicly announced but remain closer to company-led positioning than broadly corroborated field deployment evidence [ACI Newswire, retrieved 2026] [Green Agriculture Reporter, retrieved 2026] [Myriota, retrieved 2026] [Telecompaper, retrieved 2026].
The underlying technical moat is presented as signal efficiency and network design rather than ownership of a large bespoke spacecraft fleet. TechCrunch reported four satellites in orbit as of April 2020, with plans at that time to reach 25 by 2022, while SmartCompany reported launches via SpaceX and Rocket Lab and software adapted to existing satellites [TechCrunch, April 2020] [SmartCompany]. That matters because it suggests a capital-light bias relative to operators building end-to-end space infrastructure from scratch, although current constellation scale, real-world throughput constraints, and deployment density are not fully established in the public record reviewed here [Gunter's Space Page, retrieved 2026] [Australian Defence Magazine, retrieved 2026].
Partially corroborated -- Core product function is corroborated by TechCrunch, SmartCompany, and business.gov.au, but several newer device and 5G-related claims rely mainly on company materials or single-source trade coverage.
Market Research
PUBLIC The market matters because Myriota sits at the intersection of two budgets that have both widened in the last few years: remote asset monitoring and non-terrestrial connectivity for devices that are too far from cellular coverage to justify a terrestrial buildout [TechCrunch, April 2020] [SmartCompany] [Startup Daily, December 2024].
The available public record is notably stronger on use cases than on market size. No named third-party TAM, SAM, or SOM estimate specific to Myriota’s addressable market appears in the source set, so any sizing exercise here has to stay qualitative rather than numerical. What can be said with confidence is that the company is pointed at monitoring workloads in agriculture, defense, mining, transport, logistics, environmental monitoring, and industrial equipment, all categories where sparse infrastructure and large geographies make low-power satellite links economically relevant [Myriota, April 2020] [TechCrunch, April 2020].
Demand signals in the cited research are practical rather than theoretical. The underlying pitch is not broadband from space, but small packets of data from battery-powered sensors in places without reliable cellular or internet coverage, a narrower problem with clearer buyer logic in water, tank, asset, and equipment monitoring [TechCrunch, April 2020] [business.gov.au]. That focus is visible in the examples attached to the company, including propane tank monitoring through One-Tank’s SkyTracker and broader references to groundwater, environmental, and military equipment monitoring [Startup Daily, December 2024] [TechCrunch, April 2020].
Market signals from cited sources
| Segment or signal | What the sources support | Evidence |
|---|---|---|
| Remote IoT monitoring | Myriota targets monitoring in agriculture, mining, logistics, environmental sensing, defense, and industrial equipment where terrestrial coverage is limited | [Myriota, April 2020] [TechCrunch, April 2020] |
| Satellite IoT infrastructure buildout | In April 2020, Myriota had four satellites in orbit and planned to expand to 25 by 2022, indicating expected demand growth for satellite-based sensor connectivity | [TechCrunch, April 2020] |
| Government and national capability demand | The December 2024 raise included backing from Australia’s National Reconstruction Fund, tied to international expansion and 100 planned jobs, which suggests policy support for domestic space and communications capability | [Startup Daily, December 2024] |
| Hybrid network adjacency | Myriota publicly markets both satellite-only and hybrid satellite-cellular IoT offerings, placing it near the boundary between satellite IoT and conventional enterprise IoT connectivity markets | [Myriota, retrieved 2026] |
from the public evidence is that the market is broad in application count but selective in workload fit. Myriota does not need to win all of IoT, it needs to win the subset where ultra-low power, infrequent data transmission, and off-grid coverage matter more than throughput.
Adjacent markets matter because they set both ceiling and substitution risk. On one side, terrestrial LPWAN, cellular IoT, and private network deployments can serve many monitoring jobs when coverage exists, which constrains satellite adoption to harder geographies or higher-value assets by inference. On the other, hybrid satellite-cellular products expand the practical buying case by letting customers use one architecture across covered and uncovered terrain, a positioning Myriota has begun to emphasize publicly through satellite-only and hybrid offerings [Myriota, retrieved 2026].
Regulatory and macro forces appear supportive, even if the source set does not provide a formal policy map. The most concrete signal is public-sector capital: Australia’s National Reconstruction Fund led part of the 2024 round, linking funding to local manufacturing and employment, while earlier investor participation from Boeing HorizonX and In-Q-Tel points to strategic interest beyond purely financial venture backing [Startup Daily, December 2024] [Boeing, March 2018] [Crunchbase, retrieved 2026]. Read conservatively, that does not prove procurement scale, but it does suggest the category benefits from sovereign resilience, defense-adjacent communications, and supply-chain localization themes that have become more prominent across space infrastructure.
Partially corroborated -- Market demand and use-case claims are supported by TechCrunch, Startup Daily, business.gov.au, and Myriota materials, but no independent third-party market sizing figures were present in the reviewed sources.
Competition and Substitutes
MIXED
Myriota sits in the narrower end of satellite IoT, competing less on full-spectrum satellite capacity than on low-power, small-payload connectivity for assets and sensors that are uneconomic to serve with conventional terrestrial or higher-bandwidth satellite links [TechCrunch, April 2020] [SmartCompany].
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| Myriota | Direct-to-satellite IoT connectivity for low-power remote monitoring | Series C, disclosed funding reported above $100 million by company; public round reporting supports at least about $66 million disclosed across 2018, 2020, and 2024 rounds | Focus on low-cost, low-power transmission of small data packets from remote sensors; hybrid satellite-cellular offer also appears in company materials | [TechCrunch, April 2020] [Startup Daily, December 2024] [Myriota, retrieved 2026] |
| Skylo | Satellite connectivity layer for IoT and NTN use cases | Funding not established in the supplied sources | Named competitor in satellite IoT connectivity | [Crunchbase, retrieved 2026] |
| Astrocast | Nanosatellite IoT network operator | Funding not established in the supplied sources | Named competitor in low-bandwidth satellite IoT | [Crunchbase, retrieved 2026] |
| Sateliot | Satellite operator focused on 5G-aligned IoT connectivity | Funding not established in the supplied sources | Named competitor associated with satellite IoT and 5G framing | [Crunchbase, retrieved 2026] |
| Iridium | Incumbent satellite communications provider with IoT exposure | Public incumbent, funding stage not applicable | Established global network and enterprise credibility | [Crunchbase, retrieved 2026] |
| ORBCOMM | Incumbent industrial IoT and satellite connectivity provider | Public incumbent, funding stage not applicable | Installed base in asset tracking and industrial telematics | [Crunchbase, retrieved 2026] |
The competitive map breaks into three layers. The incumbents are Iridium, Viasat, Globalstar, and ORBCOMM, all of which enter the conversation when a buyer wants coverage, reliability, and an established procurement motion rather than a novel network design [Crunchbase, retrieved 2026]. The challengers are Myriota, Astrocast, Sateliot, and Skylo, which are more tightly associated with purpose-built satellite IoT connectivity and, in Myriota's case, very small sensor payloads from remote areas with limited terrestrial alternatives [TechCrunch, April 2020] [SmartCompany].
There is also an adjacent substitute layer that matters as much as direct peers. Myriota's own product framing implies that the comparison is often against terrestrial cellular coverage gaps, not only against another satellite provider, because the company emphasizes locations without cellular or internet coverage and a hybrid satellite-cellular option on its site [Myriota, retrieved 2026]. That creates a practical wedge in agriculture, environmental monitoring, and industrial sensing, where the question is not which satellite network wins, but whether the use case needs satellite at all.
Myriota's clearest edge today is architectural fit for a specific job: transmitting small amounts of data at low power from battery-operated devices in remote environments [TechCrunch, April 2020] [business.gov.au]. The evidence base also points to a real IP position, although the exact count varies sharply across sources, with the company claiming more than 170 patents while CB Insights lists 16 filed patents, so the safer conclusion is that the company has built a meaningful patent estate without treating the headline count as fully verified [Myriota, retrieved 2026] [CB Insights, retrieved 2026]. That edge looks durable if buyers continue to prioritize battery life and low device cost over throughput, but perishable if the category shifts toward standards-based 5G NTN offerings where larger players or better-capitalized peers can compress differentiation.
The main exposure is that Myriota does not appear, from the public record provided here, to own the broadest distribution channel or the deepest incumbent customer base. Iridium and ORBCOMM have the advantage when procurement teams want proven scale and long-standing enterprise relationships, while Sateliot and Skylo are better positioned if the market narrative moves decisively toward 5G-native non-terrestrial networks rather than proprietary low-power architectures [Crunchbase, retrieved 2026] [Myriota, retrieved 2026]. Myriota is also exposed if customers need richer bandwidth, more complex device classes, or a bundled communications stack that reaches beyond narrowband sensing.
Over the next 18 months, the most plausible competitive scenario is bifurcation rather than winner-take-all. Myriota is the most plausible winner if remote monitoring budgets continue to favor ultra-low-power sensing and asset tracking in sectors such as agriculture, logistics, and industrial infrastructure, where battery life and remote coverage matter more than high data rates [Startup Daily, December 2024] [Space Connect, retrieved 2026]. Sateliot is the most plausible winner if buyer demand consolidates around 5G NTN interoperability claims, while a narrower low-power specialist such as Astrocast could be the loser if capital intensity rises faster than commercial adoption and procurement shifts toward providers with either incumbent balance sheets or stronger standards alignment [Crunchbase, retrieved 2026] [Green Agriculture Reporter, retrieved 2026].
Reasoned from indirect evidence -- This section combines corroborated public reporting on Myriota's positioning and funding with competitor names that are source-grounded but lightly detailed in the supplied materials; several comparative inferences rely on limited public evidence from Crunchbase and company materials.
Opportunity
PUBLIC
The prize here is unusually large if execution holds: a company that can move tiny packets of sensor data from places cellular networks do not reach can become core infrastructure for remote asset monitoring across agriculture, energy, defense, logistics, and industrial operations [TechCrunch, April 2020] [Myriota, April 2020] [Startup Daily, December 2024].
The headline opportunity is not simply selling satellite links. It is becoming the low-power default for machine-to-machine telemetry in remote environments, where customers care less about broadband and more about reliable, inexpensive, battery-efficient status updates from tanks, pumps, vehicles, water points, and field equipment [TechCrunch, April 2020] [business.gov.au] [SmartCompany]. That outcome is reachable, rather than purely aspirational, because Myriota is already positioned around a clear technical wedge: TechCrunch described a network built for low-power IoT transmissions, SmartCompany reported that the company adapted software to existing satellites and reached orbit via SpaceX and Rocket Lab, and Startup Daily pointed to a live application in One-Tank's propane monitoring device [TechCrunch, April 2020] [SmartCompany] [Startup Daily, December 2024]. The financing history also matters here. Disclosed rounds in 2018, 2020, and 2024 indicate enough external capital to keep building constellation capacity, expand internationally, and add manufacturing and jobs, which is the kind of balance-sheet support this category generally requires [Boeing, March 2018] [TechCrunch, April 2020] [Startup Daily, December 2024].
Three scale paths stand out from the public record.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Remote monitoring standard | Myriota becomes the preferred connectivity layer for low-data, battery-powered industrial sensors in agriculture, utilities, tanks, and environmental monitoring | More turnkey devices like AssetHawk and customer-specific hardware such as One-Tank's SkyTracker broaden adoption beyond custom integrations [Space Connect] [Startup Daily, December 2024] | The company already sells ready devices and modules through its own channels, and third-party deployments show the product can sit inside applied monitoring workflows rather than remain a lab technology [Myriota, retrieved 2026] [Startup Daily, December 2024] |
| Hybrid network bridge | Myriota's satellite-cellular approach becomes attractive for enterprises that want one device profile across connected and unconnected geographies | Commercial uptake of its hybrid satellite-cellular network and 5G non-terrestrial products [Myriota, retrieved 2026] [ACI Newswire] [Green Agriculture Reporter] | The value proposition is straightforward: one monitoring estate can keep reporting when terrestrial coverage drops away, which aligns with remote logistics, field operations, and cross-border deployments already cited in company and press materials [Myriota, April 2020] [SmartCompany] |
| Sovereign and defense infrastructure supplier | Myriota becomes an Australian-led sovereign communications supplier for government, defense, and critical infrastructure programs | Backing from the National Reconstruction Fund and positioning of products such as AssetHawk for government and enterprise use [Startup Daily, December 2024] [TelcoNews] | Public funding support, a domestic deeptech profile, and reported use cases tied to military equipment and secure data paths suggest a route into procurement-driven markets where reliability and supply chain posture matter as much as price [Startup Daily, December 2024] [TelcoNews] |
The compounding mechanism is visible, even if still early. Each additional deployed device type can widen distribution because remote monitoring buyers often want a full path from endpoint hardware to connectivity to cloud visibility, and Myriota's public materials now span modules, developer tools, and ready devices rather than a single component sale [Myriota, retrieved 2026] [Space Connect]. If that stack gains adoption, satellite capacity, field data, and integration know-how can reinforce each other: more deployments justify more network investment, more network coverage supports additional device classes, and a broader installed base makes the platform more attractive to partners building vertical hardware on top of it, as One-Tank appears to have done [TechCrunch, April 2020] [Startup Daily, December 2024]. The patent record should be treated carefully because the count varies by source, but even the lower public descriptions point to a sizable IP estate, which could help defend protocol and device-level economics if the market matures into a standards battle [Myriota, retrieved 2026] [Green Agriculture Reporter] [CB Insights].
The size of the win is harder to pin down because no market-sizing dataset or clean public comparable was provided in the source set. Still, the disclosed funding trajectory offers a practical clue about ambition: public reports point to roughly $15 million in 2018, $19.3 million in 2020, and A$50 million in 2024, capital levels more consistent with infrastructure aspirations than a niche sensor vendor [Boeing, March 2018] [TechCrunch, April 2020] [Startup Daily, December 2024]. On a scenario basis, not a forecast, if Myriota were to establish itself as a leading remote-IoT connectivity layer across a few asset-dense verticals and convert that into repeat device, connectivity, and platform revenue, the outcome could plausibly support infrastructure-style strategic value well beyond its cumulative funding base. The key point is not a precise valuation range, which the public evidence does not support, but that the company is pursuing a market position where a single successful standard in remote telemetry could matter across several large physical industries at once [Myriota, April 2020] [Startup Daily, December 2024] [SmartCompany].
Partially corroborated -- This section relies on a mix of independent reporting from TechCrunch, Boeing, Startup Daily, SmartCompany, and company materials for product breadth and newer launches.
Sources
Open sources
[Myriota, retrieved 2026] Secure Satellite IoT Connectivity Solutions | Myriota | https://myriota.com/
[LinkedIn, retrieved 2026] Myriota | LinkedIn | https://au.linkedin.com/company/myriota
[Crunchbase, retrieved 2026] Myriota - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/myriota
[business.gov.au, retrieved 2026] Myriota and Right Click Capital | https://business.gov.au/grants-and-programs/early-stage-venture-capital-limited-partnerships/customer-stories/myriota-and-right-click-capital
[Boeing, March 2018] Boeing HorizonX Invests in Australia-based Nanosatellite Communications Startup Myriota | https://boeing.mediaroom.com/2018-03-26-Boeing-HorizonX-Invests-in-Australia-based-Nanosatellite-Communications-Startup-Myriota
[TechCrunch, April 2020] Myriota raises $19.3 million to expand its IoT satellite constellation | https://techcrunch.com/2020/04/06/myriota-raises-19-3-million-to-expand-its-iot-satellite-constellation/
[Startup Daily, December 2024] National Reconstruction Fund picks up half the tab in IoT nanosatellite maker Myriota’s $50 million raise | https://www.startupdaily.net/topic/funding/national-reconstruction-fund-picks-up-half-the-tab-in-iot-nanosatellite-maker-myriotas-50-million-raise/
[SmartCompany, retrieved 2026] Selling space: How Myriota brings its high-tech back to earth | https://www.smartcompany.com.au/technology/selling-space-how-myriota-brings-its-high-tech-back-to-earth/
[Space Connect, retrieved 2026] Myriota rolls out AssetHawk for global asset tracking beyond mobile coverage - Space Connect | https://www.spaceconnectonline.com.au/situational-awareness/6957-myriota-rolls-out-assethawk-for-global-asset-tracking-beyond-mobile-coverage
[Reuters, March 2018] exactEarth Ltd's investee company Myriota raises $15.6 mln | https://www.reuters.com/article/business/exactearth-ltds-investee-company-myriota-raises-156-mln-idUSASC09TM2/
[Businesswire, April 2020] Myriota Raises $28M AUD in Series B Funding to Grow its Satellite Network to Support Billions of Devices! | https://www.businesswire.com/news/home/20200405005016/en/Myriota-Raises-28M-AUD-in-Series-B-Funding-to-Grow-its-Satellite-Network-to-Support-Billions-of-Devices
[Computer Weekly, December 2024] Myriota bags AU$50m to take satellite network global | https://www.computerweekly.com/news/366617597/Myriota-bags-AU50m-to-take-satellite-network-global
[Australian Defence Magazine, retrieved 2026] Myriota adds eight satellites to bolster defence-focused IoT capability | https://www.australiandefence.com.au/defence/space/myriota-adds-eight-satellites-to-bolster-defence-focused-iot-capability
[Myriota, April 2020] Myriota raises $28M AUD in Series B funding to grow its satellite network to support billions of devices! | https://myriota.com/myriota-raises-28m-aud-in-series-b-funding-to-grow-its-satellite-network-to-support-billions-of-devices/
[Gunter's Space Page, retrieved 2026] Myriota | https://space.skyrocket.de/doc_sdat/myriota.htm
[CB Insights, retrieved 2026] Myriota | https://www.cbinsights.com/company/myriota
[ACI Newswire, retrieved 2026] Myriota launches hybrid 5G satellite and cellular IoT network delivering uninterrupted global connectivity | https://www.acnnewswire.com/press-release/english/98422/myriota-launches-hybrid-5g-satellite-and-cellular-iot-network-delivering-uninterrupted-global-connectivity
[Green Agriculture Reporter, retrieved 2026] Myriota announces General Availability for HyperPulse | https://www.greenagriculture.com.au/myriota-announces-general-availability-for-hyperpulse/
[Telecompaper, retrieved 2026] Myriota completes lunar-ready IoT payload | https://www.telecompaper.com/news/myriota-completes-lunar-ready-iot-payload--1518057
[TelcoNews, retrieved 2026] Myriota launches AssetHawk for secure global asset tracking | https://telconews.com.au/story/myriota-launches-assethawk-for-secure-global-asset-tracking
Articles about Myriota
- Myriota's 170 Patents Anchor a Bet on Low-Power Satellite IoT — The Australian spinout, backed by Boeing and a national fund, is building a connectivity layer for assets where cellular coverage ends.