1. Executive Overview {#executive-overview}

INVOLI is the company behind the G-1090, a professional-grade air traffic receiver engineered to bring comprehensive airspace awareness to drone operators, airports, and infrastructure owners. The product's headline strength is its multi-protocol detection capability — simultaneously receiving ADS-B, Mode S, Mode A/C, UAT, FLARM, and Remote ID signals from manned aircraft operating below 10,000 ft — combined with a plug-and-play form factor, IP66-rated weatherproof housing, and Swiss manufacturing standards backed by CE and FCC certification. The device is explicitly positioned as BVLOS (Beyond Visual Line of Sight) and SORA-ready, meaning it is designed to satisfy regulatory approval workflows under frameworks such as EASA's Specific Operations Risk Assessment.

The company's live data platform, INVOLI.live, and stated integrations with third-party mission planning systems suggest INVOLI is pursuing a hardware-plus-data-services model rather than selling receivers as standalone units. Multilateration technology — which allows positioning of aircraft even when GPS position data is absent from the transponder broadcast — is a technically meaningful differentiator for GPS-denied or GPS-spoofed environments. The combination of regulatory readiness, multi-signal coverage, and network integration places INVOLI squarely in the emerging UTM (Unmanned Traffic Management) infrastructure supply chain.

Public disclosure around founding date, headquarters country, revenue, and customer base remains limited. The About page provided no descriptive text, and the company's own site yields only the product and feature data cited in this report.

2. The Company Story {#the-company-story}

Founding and Origins

INVOLI's founding date and country of incorporation are not disclosed in available public data. However, several strong signals point toward a Swiss origin or primary operational base: the G-1090 is explicitly marketed as "Swiss Made," the company's CE and FCC dual certification reflects a product intended for both European and North American regulatory environments, and the contact domain involi.com is consistent with a European technology firm.

Positioning and Mission

INVOLI has built its public identity around a specific and technically well-defined problem: enabling safe, regulatory-compliant drone operations in airspace shared with manned aviation. Rather than addressing general drone hardware or autonomy, INVOLI focuses on the sensing and data layer — detecting the full spectrum of transponder protocols used by general aviation, commercial aviation, and light sport aircraft, and surfacing that awareness to drone operators in real time.

Milestones

The development of the INVOLI.live platform alongside the G-1090 receiver indicates the company has moved beyond pure hardware to build a networked data service. The BVLOS and SORA-ready designation is not a trivial marketing claim — it implies the product has been reviewed against specific regulatory standards, which typically requires engagement with civil aviation authorities. These details, while not independently sourced beyond the company's own site, suggest a company that has progressed from prototype to commercially available, regulation-aware product.

Not yet disclosed: founding year, total funding, team size, and named regulatory engagements. INVOLI is invited to claim or correct this record.

3. Product Portfolio {#product-portfolio}

Products & versions

C30

DELIVERY

DINERBOT T9 Pro

HOSPITALITY

KLEENBOT C30

CLEANING

BUTLERBOT W3

DELIVERY

DINERBOT T9

DELIVERY

T10

HOSPITALITY$15,000

INVOLI's publicly documented product lineup currently centers on a single named device: the G-1090. This is described as a professional-grade air traffic receiver targeting three distinct buyer profiles — drone operators seeking airspace awareness for BVLOS missions, airports requiring supplemental traffic detection, and infrastructure owners (such as operators of wind farms, towers, or critical facilities) who need to monitor low-altitude manned aircraft activity.

The G-1090's detection stack is notably broad for a single-unit receiver: ADS-B (1090 MHz), Mode S, Mode A/C (legacy transponder formats still widely used in general aviation), UAT (978 MHz, common in US general aviation), FLARM (used extensively by gliders and light aircraft in Europe), and Remote ID (the emerging broadcast standard for drones themselves). This multi-protocol approach means the receiver is not optimized for a single regulatory environment but is instead positioned as globally deployable across jurisdictions with differing transponder mandates.

The INVOLI.live integration and mission planning system compatibility indicate that the G-1090 is designed to be a network node, not a standalone sensor — feeding live airspace data into broader operational platforms. Whether INVOLI offers additional hardware variants, software-only subscriptions, or enterprise data licensing arrangements is not yet disclosed in available public data.

4. Technology Stack {#technology-stack}

Confirmed Technical Specifications (Company-Claim)

The G-1090 carries an IP66 ingress protection rating, confirming it is fully dust-tight and protected against powerful water jets — suitable for permanent outdoor deployment. Detection altitude ceiling is stated at 10,000 ft AGL. The device supports six distinct radio protocols across multiple frequency bands (1090 MHz for ADS-B/Mode S/Mode A/C, 978 MHz for UAT, proprietary FLARM frequencies, and Remote ID bands), implying a multi-receiver or wideband front-end architecture internally.

Multilateration (MLAT)

The multilateration capability is the most technically significant feature disclosed. MLAT derives aircraft position by measuring the time difference of arrival (TDOA) of transponder signals across a network of synchronized receivers — this allows positioning of aircraft that are broadcasting a transponder code but not a GPS-derived position (as is the case with Mode A/C transponders and some Mode S installations). Our read: for MLAT to function, INVOLI must operate a network of G-1090 units in coordinated clusters, which implies the company either runs or facilitates a receiver network — a meaningful infrastructure commitment that likely underpins the INVOLI.live platform.

Regulatory Technology

The BVLOS and SORA-ready framing is a deliberate technical and commercial positioning choice. EASA's SORA methodology requires operators to demonstrate that their operational airspace is monitored for conflicting traffic. Our read: INVOLI is positioning the G-1090 as a certifiable input to SORA risk assessments, which would make it a required procurement item — not an optional accessory — for operators seeking beyond-visual-line-of-sight approvals in European-regulated airspace.

Gaps

Limited public technical detail is available on internal processing architecture, software stack, update mechanisms, antenna design, or power consumption. INVOLI is invited to publish or share additional technical documentation.

5. Research, Papers, Authors, Labs {#research-papers}

INVOLI does not appear to be a research-publishing organization. This is consistent with its profile as a commercial hardware and data-services company in the service-robotics and UTM infrastructure space. No academic papers, white papers with named authors, or affiliated laboratory relationships are referenced in the available company data. This is not a criticism — most UTM hardware vendors operate entirely outside the academic publication cycle.

6. Media Evidence {#media-evidence}

No media links or press coverage are included in the source data extracted from involi.com. INVOLI is invited to share press coverage, case studies, or media appearances for inclusion.

7. Commercial Reality {#commercial-reality}

Revenue, Customers, and Deployments

Revenue figures, customer counts, named deployments, and ROI data are not disclosed in available public information. These are rendered here as Not disclosed.

The product positioning — airports, drone operators, infrastructure owners — suggests a B2B sales model targeting institutional and enterprise buyers rather than consumer or prosumer markets. The INVOLI.live platform integration implies recurring service relationships beyond one-time hardware sales, but subscription pricing and contract structures are not publicly available.

INVOLI is warmly invited to claim, correct, or supplement this record with deployment data, customer references, or commercial milestones. Verified customer evidence and named deployments would materially strengthen the public intelligence picture for this company.

8. Markets and Use Cases {#markets-use-cases}

Based on the product description and feature set documented on INVOLI's own site, three primary market verticals and their associated use cases are identifiable:

1. Drone Operators (BVLOS and Advanced Operations) The G-1090's explicit BVLOS and SORA-ready positioning targets commercial drone operators — including logistics, inspection, surveying, and emergency services firms — who require documented airspace awareness to obtain regulatory approval for beyond-visual-line-of-sight flights. In these operations, detecting a low-flying Cessna or helicopter sharing uncontrolled airspace is a safety-critical and legally mandated function, not a convenience feature.

2. Airports and Vertiports Airports, heliports, and the emerging category of vertiports (UAM landing infrastructure) represent a natural buyer for supplemental low-altitude traffic detection. Primary radar systems at smaller airports may have coverage gaps below 1,000 ft AGL, precisely where drone traffic and general aviation conflicts are most likely. The G-1090's detection of legacy formats (Mode A/C) is particularly relevant here, as older aircraft in the general aviation fleet have not universally upgraded to ADS-B Out.

3. Infrastructure Owners Wind farm operators, telecommunications tower owners, and critical infrastructure managers face increasing regulatory requirements to monitor and manage airspace around their assets. The G-1090's permanent outdoor deployment capability (IP66, plug-and-play) makes it suitable for fixed installation at remote or unmanned sites.

Geographic Markets The CE certification targets European regulatory markets; FCC certification targets the United States. The inclusion of UAT (a US-dominant protocol) and FLARM (a European general aviation standard) signals deliberate dual-market design. Swiss manufacturing further reinforces a European-primary, globally-capable positioning.

9. Competitive Landscape {#competitive-landscape}

The low-altitude airspace awareness and UTM sensor market is an active and growing segment, driven by regulatory mandates for BVLOS drone operations across North America, Europe, and the Asia-Pacific. Vendors in this space generally compete across several dimensions: protocol coverage breadth, network density, regulatory certification status, integration ecosystem depth, and price point.

INVOLI's multi-protocol approach and explicit regulatory-readiness positioning differentiate it from simpler ADS-B-only receivers, while its Swiss manufacturing and IP66 durability target professional and institutional buyers rather than the hobbyist or prosumer tier. The INVOLI.live network layer suggests the company competes not only on hardware specifications but on the value of its aggregated airspace data — a layer where network effects and coverage density matter as much as individual unit performance.

10. Country Advantage / Geopolitical {#geopolitical}

Section not material for this company.

11. Hype vs Real vs Ugly {#hype-real-ugly}

What Is Verified (Company-Claim, from involi.com)

• The G-1090 detects six transponder protocol families: ADS-B, Mode S, Mode A/C, UAT, FLARM, and Remote ID. (Company-claim; independently plausible given established radio hardware technology.)
• IP66 rating, CE and FCC certification, and "Swiss Made" designation are stated. (Company-claim; CE/FCC are verifiable through official registers, though not independently checked here.)
• BVLOS and SORA-ready positioning is stated. (Company-claim; "readiness" for regulatory frameworks is a vendor assertion and should be verified against specific authority approvals before procurement decisions.)
• Multilateration capability for GPS-denied positioning is stated. (Company-claim; technically coherent, but operational MLAT requires network infrastructure whose scope is not detailed.)

Our Read: What Is Plausible but Unverified

Our read: the INVOLI.live platform represents a live, networked data service. This is inferable from product descriptions but not independently documented. The commercial scale, geographic coverage, and uptime of this network are unknown.

Our read: "plug-and-play, installed in minutes" is a marketing claim that may be accurate for technically proficient buyers but could understate integration complexity for mission planning system connections.

Gaps

Not yet disclosed: independent third-party testing results, named regulatory authority endorsements, deployment scale, or customer validation. INVOLI is invited to provide this evidence to strengthen the public record.

12. Future Scenarios {#future-scenarios}

Our read — Bull Case: Regulatory tailwinds across Europe and North America continue to mandate airspace awareness infrastructure for BVLOS drone operations. INVOLI, as an early mover with a multi-protocol, regulation-aligned product and a live data platform, captures meaningful share of the UTM sensor layer. The INVOLI.live network grows to sufficient density to deliver credible MLAT coverage across key corridors, creating a defensible data moat. Swiss-made quality positioning supports premium pricing in institutional channels.

Our read — Base Case: INVOLI establishes a solid niche as a professional-grade UTM sensor supplier to airports, infrastructure operators, and advanced drone operators in CE/FCC-regulated markets. Revenue growth tracks the pace of BVLOS regulatory adoption, which has historically been slower than industry forecasts. The company competes effectively on protocol breadth and build quality but faces pricing pressure from lower-cost ADS-B receiver alternatives as the market matures.

Our read — Bear Case: BVLOS regulatory adoption in key markets stalls or shifts toward centralized, authority-operated traffic management infrastructure that reduces demand for distributed ground-based receivers. Larger avionics or UTM platform players absorb the sensor layer as a commodity component bundled into broader service contracts. The INVOLI.live network fails to achieve the coverage density required for credible MLAT, limiting the product's competitive differentiation to protocol coverage alone.

13. What to Watch {#what-to-watch}

• Regulatory approvals: Any named endorsement or certification from EASA, FAA, or national civil aviation authorities referencing the G-1090 or INVOLI.live as an approved input to SORA or BVLOS authorization workflows.
• Network coverage announcements: Public disclosure of INVOLI.live receiver network density, geographic coverage maps, or MLAT operational zones — these would validate the networked infrastructure thesis.
• New product announcements: Whether INVOLI expands beyond the G-1090 to additional hardware variants, software-only tiers, or data API products.
• Customer and deployment disclosures: Named airport deployments, drone operator partnerships, or infrastructure contracts that establish commercial traction.
• Funding or corporate events: Investment rounds, acquisitions, or strategic partnerships that signal growth trajectory or market validation.
• Competitive protocol developments: Evolution of Remote ID standards and UAM (Urban Air Mobility) traffic management requirements that could expand or shift the addressable market.

14. Sources & Methodology {#sources-methodology}

Data Sources

All factual claims in this report are grounded exclusively in data extracted from involi.com — specifically the product listing for the G-1090, its stated specifications, key features, and product description. The company's About page returned no descriptive text. No third-party sources, independent databases, press archives, or external technical references were used to assert facts about this company.

Provenance Labels Used Throughout

• Company-claim: Information sourced verbatim or directly derived from the company's own website. Not independently verified.
• Our read: Analytical inference by the report author, clearly labeled as such and not asserted as verified fact.
• Not yet disclosed / Not disclosed: Absence of data in available sources; an invitation to the company to supplement the record, not an assertion of concealment.

Methodology Rubric (Applied Uniformly)

This rubric is applied identically to every company assessed in this series: (1) extract structured data from the company's own digital presence; (2) compute relational context from product categories, use-case tags, and stated specifications; (3) apply consistent analytical framing separating verified claims, labeled inferences, and genuine data gaps; (4) invite correction or supplementation from the subject company for any section marked as not disclosed. No competitive intelligence, web scraping beyond the company's own domain, or speculative product attribution is used.