HRAD TECHNOLOGIES PRIVATE LIMITED
Developing satellite platforms, engineering capabilities, and aerospace services under the Hexeia brand.
Website: https://hexeia.com/legal/terms-and-conditions/index.html
Cover Block
Open sources
| Field | Value |
|---|---|
| Company | HRAD TECHNOLOGIES PRIVATE LIMITED |
| Tagline | Developing satellite platforms, engineering capabilities, and aerospace services under the Hexeia brand. [Hexeia, September 2026] |
| Headquarters | Bengaluru, India [Justdial, July 2026] |
| Founded | 2024 [The Company Check, November 2024] |
| Stage | Pre-Seed |
| Business Model | B2B |
| Industry | Deeptech |
| Technology | Space |
| Geography | South Asia |
| Founding Team | Solo Founder |
| Total Disclosed Funding | No confirmed public funding rounds. Capitalization records show ₹10.00 lakh authorized share capital and ₹1.00 lakh paid-up capital, which are statutory figures rather than evidence of venture funding [Tofler, December 2025]. |
Links
Open sources
What an Investor Needs First
PUBLIC HRAD Technologies Private Limited, operating under the Hexeia brand, is an early Indian space technology company building satellite-related products and aerospace engineering services, and it merits attention because its public footprint suggests an attempt to assemble a full-stack small-satellite capability from Bengaluru soon after incorporation in 2024 [Hexeia, September 2026] [The Company Check, November 2024]. The evidence base is still thin, but the company-owned legal page is specific enough to tie the Hexeia brand to HRAD Technologies and to define its scope as satellite platforms, engineering capabilities, and related aerospace services [Hexeia, September 2026].
The founding record is straightforward on paper. Nikhil Riyaz is listed as a director of HRAD Technologies Private Limited, and public profiles also identify him as Hexeia's CEO; separate academic and profile traces link him to research work at Cambridge Institute of Technology and to another venture called Dechedroid [The Company Check, November 2024] [LinkedIn, retrieved 2026] [Google Scholar, retrieved 2026].
On product, the clearest public claim is breadth rather than commercial proof. ZoomInfo describes Hexeia as offering modular satellite buses, ADCS, power subsystems, communication systems, antennas, on-board computers, and structural components, while the company website states that it delivers an active satellite system and a LinkedIn post indicates a prototype called Griffin was shown at an expo [ZoomInfo, retrieved 2026] [Hexeia, retrieved 2026] [LinkedIn, retrieved 2026]. That points to a platform ambition with component-level depth, although no public customer, launch, or deployment evidence yet confirms market adoption [Hexeia, September 2026].
The team appears small and still in formation. Publicly surfaced personnel records name a head of operations, an embedded systems engineer, and a mission design engineering intern alongside Riyaz, which is directionally consistent with an engineering-led buildout but not yet enough to establish scaled execution capacity [ZoomInfo, retrieved 2026].
On financing, no verifiable venture round, lead investor, or accelerator participation was found in the captured public record [Tofler, December 2025]. The only hard capitalization figures are ₹10.00 lakh in authorized share capital and ₹1.00 lakh in paid-up capital, which should be read as statutory company data rather than evidence of outside funding; the business model is best described as B2B aerospace products and services based on the available materials [Tofler, December 2025] [Hexeia, September 2026].
Over the next 12 to 18 months, the key watchpoints are basic but decisive: whether Hexeia converts its broad technical claims into a named product architecture, whether Griffin develops beyond prototype-stage signaling, and whether any customer, partnership, or mission-level validation appears in public filings or independent coverage [LinkedIn, retrieved 2026] [Hexeia, retrieved 2026]. For now, the company reads as a very early deeptech formation with credible incorporation records and an ambitious scope, but limited third-party verification of traction.
Claim stands unchecked -- Core company identity and incorporation details are corroborated by The Company Check and the Hexeia legal page, but most product and team specifics rely on company-controlled or single-source directory material.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Pre-Seed |
| Business Model | B2B |
| Industry / Vertical | Deeptech |
| Technology Type | Space |
| Geography | South Asia |
| Founding Team | Solo Founder |
Inside the Company
PUBLIC
The cleanest verified fact here is corporate formation, not product maturity. HRAD Technologies Private Limited appears in Indian company records as a Bengaluru-based entity founded in 2024, with Nikhil Riyaz listed as a director, which establishes the legal shell before it establishes commercial traction [The Company Check, November 2024].
Public company-owned materials later tie that legal entity to the Hexeia brand. On its legal page, updated in September 2026, Hexeia identifies HRAD Technologies Private Limited as the operating company and describes its activities in broad terms as satellite platforms, engineering capabilities, and related aerospace services [Hexeia, September 2026]. That sequence matters: the public record first shows incorporation and directorship in 2024, then a clearer branded web presence by September 2026 [The Company Check, November 2024] [Hexeia, September 2026].
There is little else in the public record that can be treated as a hard milestone. No state filing or company page in the cited set verifies a funding round, named customer, launch contract, or deployment milestone, so the company overview remains an early-stage corporate profile rather than an operating history [Hexeia, September 2026] [The Company Check, November 2024].
Partially corroborated -- Founded year and director are supported by The Company Check, and the Hexeia brand link is supported by the company website; key operating milestones remain lightly documented in public sources.
Under the Hood
MIXED
The public record supports a narrow description of what Hexeia says it is building, and little more. Hexeia’s legal page ties the brand to HRAD Technologies Private Limited and says the company’s activities include satellite platforms, engineering capabilities, and aerospace services [Hexeia, September 2026]. A separate company profile on ZoomInfo describes Hexeia as focused on space technology solutions and lists product areas including modular satellite buses, attitude determination and control systems, power subsystems, communication systems, antennas, on-board computers, and structural components [ZoomInfo, retrieved 2026]. Those details are directionally useful, but the higher-confidence public evidence here remains the company-owned legal page, not a third-party directory entry [Hexeia, September 2026] [ZoomInfo, retrieved 2026].
The more specific product claims are still lightly evidenced. Hexeia’s website says it delivers an active satellite system for mission value in orbit [Hexeia, retrieved 2026], and a LinkedIn post indicates the company showcased a prototype called Griffin at an expo [LinkedIn, retrieved 2026]. Neither source, on its own, verifies commercial deployment, flight heritage, customer adoption, technical performance, or manufacturing readiness [Hexeia, retrieved 2026] [LinkedIn, retrieved 2026]. There were also no verified public materials in the source set that established a disclosed software stack, avionics architecture, launch integration partner, or announced roadmap beyond the broad subsystem menu and prototype reference [Hexeia, September 2026] [ZoomInfo, retrieved 2026] [LinkedIn, retrieved 2026].
Claim stands unchecked -- Product scope is partly corroborated by company materials and third-party directory data, but the more material technology claims remain company-only or lightly verified.
Market Research
PUBLIC The market matters now because India’s space economy is moving from a state-led procurement model toward a broader commercial stack, but the public record around Hexeia is still too thin to place the company cleanly inside a defined revenue pool.[IN-SPACe, October 2023] [Hexeia, September 2026]
The first constraint here is definitional. Hexeia describes its activities in broad terms, including satellite platforms, engineering capabilities, and aerospace services, while third-party profiles add subsystem categories such as modular satellite buses, ADCS, power systems, communications systems, antennas, onboard computers, and structures.[Hexeia, September 2026] [ZoomInfo, retrieved 2026] That puts the company somewhere between spacecraft OEM, subsystem supplier, and engineering-services vendor, which means a conventional TAM, SAM, and SOM build would require product, customer, and pricing disclosures that are not yet public. The cleaner way to frame the opportunity is through analogous public market studies rather than an asserted company-specific addressable market.
Public policy sources and industry reports point to a market that is growing, but the growth is concentrated in launch, satellites, downstream applications, and supporting supply chains rather than in one undifferentiated "space tech" bucket. India’s space sector could reach about $44 billion by 2033, up from about $8.4 billion in 2022, according to IN-SPACe and EY.[IN-SPACe, October 2023] Separately, Mordor Intelligence estimated the Indian satellite manufacturing market at $4.21 billion in 2025 and projected $6.54 billion by 2030, a 9.2% CAGR.[Mordor Intelligence, February 2025] Neither figure should be read as Hexeia’s serviceable market, but together they show the adjacent pools relevant to a company selling buses, subsystems, or mission engineering into India’s orbital ecosystem.
| Market slice | Size claim | Period | Relevance to Hexeia |
|---|---|---|---|
| India space economy | $8.4B to $44B | 2022 to 2033 | Broad analogous market covering launch, satellites, and downstream services [IN-SPACe, October 2023] |
| India satellite manufacturing market | $4.21B to $6.54B | 2025 to 2030 | Narrower analogous market for hardware and subsystem suppliers [Mordor Intelligence, February 2025] |
The useful read-through is that the narrower manufacturing figure is probably the better directional proxy for Hexeia than the larger national space-economy estimate. A startup positioned around buses and subsystems rises or falls with manufacturing and mission-integration budgets, not with the full value of downstream satcom and geospatial applications.
Demand drivers are visible even if Hexeia’s own buyer set is not. IN-SPACe’s sector roadmap ties growth to policy liberalization, increased private participation, satellite demand across communications and earth observation, and the development of domestic manufacturing capacity.[IN-SPACe, October 2023] NSIL has also continued to articulate demand for Indian-built small satellite and launch capabilities as part of the country’s commercialization push.[NSIL, February 2024] For a company offering spacecraft building blocks, that suggests two plausible demand channels: direct sale of components and buses into private missions, or engineering services into institutions and primes. Which of those is real for Hexeia remains unverified in public materials.[Hexeia, September 2026]
Adjacent markets matter because small space companies often land earlier revenue outside full spacecraft production. The subsystem categories attributed to Hexeia overlap with defense electronics, avionics engineering, embedded systems, antenna design, and contract R&D, each of which can absorb similar technical talent and, in some cases, offer shorter sales cycles than complete satellite programs.[ZoomInfo, retrieved 2026] That broadens the commercial surface area, but it also muddies category positioning. A company can look like a space startup publicly while generating early revenue, if any, from engineering services or component work rather than from flight-proven space hardware.
The regulatory and macro backdrop is supportive in direction and uncertain in pace. India opened the sector more meaningfully to private participation after the creation of IN-SPACe, and subsequent policy documents have emphasized private manufacturing, launch participation, and foreign investment pathways.[IN-SPACe, October 2023] The risk is execution speed. Space hardware still sits inside long qualification cycles, procurement dependence, and export-control sensitivities, while capital intensity remains high relative to most software categories. For an early company with limited disclosed capitalization, those macro facts matter more than top-down market size alone.[Tofler, December 2025]
Partially corroborated -- Market sizing relies on named third-party and public-policy sources, but mapping those analogous markets to Hexeia’s actual served segment is only partially supported by the company’s limited public disclosures.
Competition and Substitutes
MIXED Hexeia appears to be positioning itself as an early, broad-scope aerospace engineering and satellite systems startup, but the public record is thin enough that most of the competitive picture still rests on category logic rather than verified commercial overlap [Hexeia, September 2026] [ZoomInfo, retrieved 2026].
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| Hexeia (HRAD Technologies Private Limited) | Developing satellite platforms, engineering capabilities, and aerospace services under the Hexeia brand | Incorporated 2024; no confirmed funding round | Public materials point to a wide product surface, including modular satellite buses, ADCS, power, communications, antennas, on-board computers, and structures | [Hexeia, September 2026] [The Company Check, November 2024] [ZoomInfo, retrieved 2026] |
| ZestIot | Named competitor in the structured research | No confirmed funding detail in supplied sources | Public evidence in the supplied record establishes only competitor status, not a verified product-by-product overlap | [Structured Facts] |
The nearest competitive frame is not one single market, but three adjacent ones: satellite platform builders, subsystem suppliers, and engineering-services firms. Hexeia's own legal page describes activities spanning "satellite platforms, engineering capabilities, and related aerospace services," while ZoomInfo's company profile expands that into specific hardware categories from satellite buses to on-board computers [Hexeia, September 2026] [ZoomInfo, retrieved 2026]. That breadth matters because startups that try to sell both platforms and subsystems can compete against full-stack space companies in one deal cycle and against narrower component vendors in the next, which usually changes buyer criteria from mission assurance to price, integration time, and technical support.
On the evidence available, Hexeia's clearest edge today is conceptual breadth rather than a verified moat. If the ZoomInfo product list is directionally accurate, the company can at least present itself as more than a single-point component shop, which may help in early conversations with customers that want one engineering counterparty across several spacecraft subsystems [ZoomInfo, retrieved 2026]. That advantage is also perishable. Without public proof of deployed systems, named customers, or funded programs, a broad catalog can read as ambition rather than locked-in market position, and aerospace buyers tend to reward flight heritage and integration track record over range alone [Hexeia, September 2026] [ZoomInfo, retrieved 2026].
The main exposure is straightforward: a named rival such as ZestIot may already benefit from a narrower, easier-to-explain wedge, while Hexeia is still defining where it will actually win. The public record does not yet show proprietary data assets, regulatory exclusivity, manufacturing scale, or a channel advantage that would keep a better-capitalized specialist from competing on one subsystem at a time [Hexeia, September 2026] [Tofler, December 2025]. That leaves Hexeia most vulnerable in procurement environments where buyers prefer proven subsystem vendors or require evidence of in-orbit performance before expanding scope.
The most plausible 18-month scenario is a sorting process rather than a category breakout. Winner if X: Hexeia, if it converts the current broad technical story into one repeatable entry point, most plausibly a subsystem or engineering-service line that can be referenced publicly and sold before a full satellite-platform program is needed [Hexeia, September 2026] [ZoomInfo, retrieved 2026].
Reasoned from indirect evidence -- The section relies on company materials and directory listings for Hexeia's scope, and the supplied record names only one competitor without corroborated public detail on direct overlap or funding.
Opportunity
PUBLIC
The prize here is large because a company that becomes a trusted supplier of satellite building blocks in India can expand from selling components into supplying the architecture that more missions depend on.
The headline opportunity is not that HRAD Technologies, under the Hexeia brand, becomes a full-stack space prime overnight. It is that the company could become a credible subsystem and satellite-bus supplier to a growing base of small-satellite builders, research missions, and aerospace programs that need modular hardware rather than bespoke development each time. That path is at least visible in the public record because Hexeia ties itself to satellite platforms and aerospace services on its own legal page, while ZoomInfo attributes a product surface that spans modular satellite buses, attitude determination and control systems, power subsystems, communication systems, antennas, onboard computers, and structural components [Hexeia, September 2026] [ZoomInfo, retrieved 2026]. If those claims map to real engineering execution, the commercial logic is straightforward: companies that supply a narrow but mission-critical layer of the spacecraft stack can attach to many programs without carrying the capital burden of operating constellations themselves.
That reach is still early and lightly evidenced, so the opportunity rests on product breadth more than on verified demand. Even so, the breadth matters. A startup that can offer several integrated subsystems has a better chance of moving from single-part vendor status to system-level relevance, and Hexeia's public materials at least point in that direction [ZoomInfo, retrieved 2026] [Hexeia, retrieved 2026].
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Modular bus supplier | Hexeia standardizes a small-satellite bus and wins repeat work from institutions and mission builders that want shorter design cycles | A validated prototype transition from expo showcase to flight-ready offering | Hexeia has publicly showcased a prototype called Griffin, and ZoomInfo attributes modular satellite buses and related subsystems to the company [LinkedIn, retrieved 2026] [ZoomInfo, retrieved 2026] |
| Subsystem specialist | The company becomes a preferred vendor for ADCS, power, communications, and onboard computing modules sold into third-party spacecraft programs | A first named integration, partnership, or program inclusion | Hexeia's publicly attributed product scope covers several core spacecraft subsystems, which is the usual surface area from which specialist suppliers emerge [ZoomInfo, retrieved 2026] [Hexeia, September 2026] |
| Engineering-to-product expansion | Services revenue funds product refinement, allowing the company to move from contract engineering into repeatable aerospace hardware platforms | A shift from custom engineering work to standardized offerings under the Hexeia brand | The legal page explicitly includes engineering capabilities and aerospace services, which can be an entry point before product revenue is established [Hexeia, September 2026] |
The scenarios point to one common pattern: standardization is the catalyst that turns an aerospace shop into an infrastructure vendor. The prototype signal around Griffin is still company-adjacent and does not establish customer pull, but it does suggest that Hexeia is trying to package its work into a product rather than remain a pure services outfit [LinkedIn, retrieved 2026].
Compounding, if it starts, would likely come from qualification and integration rather than from a consumer-style network effect. In space hardware, one accepted subsystem can lower the friction for the next design win because customers prefer components with prior test history, known interfaces, and an engineering team that can support adjacent modules. Hexeia's attributed range of satellite buses, controls, power, communications, computing, and structures matters in that context because each additional qualified module can raise switching costs and increase wallet share per mission [ZoomInfo, retrieved 2026]. The public evidence does not yet show this flywheel in motion through named customers or launches, but the company's claimed scope is at least aligned with how compounding usually works in aerospace supply chains [Hexeia, September 2026] [ZoomInfo, retrieved 2026].
The size of the win is hard to quantify from the current record because no market sizing, revenue base, or public comparable is confirmed in the sourced material. The cleanest way to frame upside is therefore structural rather than numeric: if Hexeia were to establish itself as a repeat supplier of modular satellite buses and mission-critical subsystems in the Indian and broader regional market, it could become an acquisition candidate for a larger aerospace manufacturer or a strategic supplier to multiple programs, which would be meaningful equity value creation from a company that currently shows only early statutory capitalization figures of ₹10.00 lakh authorized share capital and ₹1.00 lakh paid-up capital [Tofler, December 2025]. That is a scenario, not a forecast, and the gap between today's evidence and that outcome remains substantial.
Claim stands unchecked -- This section relies materially on company-owned product descriptions, directory-sourced product listings, and a LinkedIn prototype reference, with no independent public evidence of customers, deployments, or market size.
Sources
Open sources
[Hexeia, September 2026] Terms and Conditions | https://hexeia.com/legal/terms-and-conditions/index.html
[Justdial, July 2026] Hexeia (Hrad Technologies Pvt Ltd.) in Brookefield, Bangalore | https://www.justdial.com/Bangalore/Hexeia-Hrad-Technologies-Pvt-Ltd-Brookefield/080PXX80-XX80-250611203540-V9S2_BZDET
[The Company Check, November 2024] Nikhil Riyaz | Director Profile | https://www.thecompanycheck.com/people-profile/nikhil-riyaz/08708311
[Tofler, December 2025] Hrad Technologies Financials | Company Details | https://www.tofler.in/hrad-technologies-private-limited/company/U61300KA2024PTC192943
[LinkedIn, retrieved 2026] Nikhil Riyaz - CEO @ Hexeia | Space Tech & Robotics | https://in.linkedin.com/in/nik-r
[Google Scholar, retrieved 2026] Nikhil Riyaz | https://scholar.google.com/citations?hl=en&user=IcafI-gAAAAJ
[ZoomInfo, retrieved 2026] Hexeia - Overview, News & Similar companies | ZoomInfo.com | https://www.zoominfo.com/c/hexeia/1340029080
[Hexeia, retrieved 2026] Hexeia | Space Tech Innovators | https://www.hexeia.com/
[ZoomInfo, retrieved 2026] Contact Shuvam Pal, Email: ****@hexeia.com & Phone Number | Head of Operations at Hexeia - ZoomInfo | https://www.zoominfo.com/p/Shuvam-Pal/6701734289
[ZoomInfo, retrieved 2026] Contact Inbisat Nath, Email: i***@hexeia.com & Phone Number | Mission Design Engineering Intern at Hexeia - ZoomInfo | https://www.zoominfo.com/p/Inbisat-Nath/10168544308
[ZoomInfo, retrieved 2026] Contact G. Bhat, Email: ****@hexeia.com & Phone Number | Embedded System Engineer at Hexeia - ZoomInfo | https://www.zoominfo.com/p/G-Bhat/14506308731
Articles about HRAD TECHNOLOGIES PRIVATE LIMITED
- Hexeia's Griffin Prototype Is a Bet on Modular Spacecraft — The company, led by a solo founder, is developing modular spacecraft components in a market dominated by established players.