Arke Telekom

Provides GNSS-independent, high-speed frequency-hopping mesh network solutions for UAV communications.

Cover Block

From the public record

Field	Value
Name	Arke Telekom
Tagline	Provides GNSS-independent, high-speed frequency-hopping mesh network solutions for UAV communications [Arke Telekom, September 2026]
Headquarters	Ankara, Turkey [Tech.eu, October 2026]
Founded	2014 [Webrazzi, October 2026]
Stage	Seed [Tech.eu, October 2026]
Business Model	Hardware + Software
Industry	Defense / Govtech
Technology	Hardware
Geography	Western Europe
Growth Profile	Venture Scale
Founding Team	Co-Founders (3+), Dr. Saygun Önay, Barış Karadeniz, Dr. Tolga Numanoğlu [Webrazzi, October 2026]
Funding Label	Seed
Total Disclosed Funding	€1,000,000 [Tech.eu, October 2026]

The Short Version

PUBLIC Arke Telekom builds communications systems for unmanned aerial vehicles that are designed to keep working in jamming and electronic-warfare conditions, which is why the company has drawn investor attention alongside a fresh €1 million seed round led by ACT Venture Partners in October 2026 [Tech.eu, October 2026] [Webrazzi, October 2026]. Founded in Ankara in 2014 by Dr. Saygun Önay, Barış Karadeniz, and Dr. Tolga Numanoğlu, the company traces its early work to TÜBİTAK-funded civilian R&D and defense-sector consulting, a history that suggests a long technical gestation rather than a newly formed defense startup [Webrazzi, October 2026] [Arke Telekom, September 2026]. Its core product, ArkeLink, is described as a GNSS-independent, high-speed frequency-hopping mesh-network solution for UAV communications, with the stated aim of maintaining link resilience when conventional navigation or radio conditions deteriorate [Arke Telekom, September 2026] [Startup.eu, October 2026].

The team appears strongest on technical depth: public reporting and the company's own materials point to experience across radio communications, waveform design, embedded software, tactical communication systems, simulation tools, and defense consulting, while Arke Telekom identifies Önay as CEO and Karadeniz as CTO [Startup.eu, October 2026] [Arke Telekom] [LinkedIn, retrieved 2026]. The business model is best understood as hardware plus software sold first into defense, particularly drone manufacturers and military users, with management and media coverage also pointing to adjacent use cases in disaster response, search and rescue, public safety, and critical infrastructure [Tech.eu, October 2026] [Startup.eu, October 2026]. The near-term financing case rests less on reported commercial scale, which has not been evidenced in the available public reporting, and more on whether Arke can convert technical credibility, NATO DIANA participation, and prototype-stage industry interest into named customers, production deployments, and repeatable procurement progress [Alliance Tech Tracker] [Arke Telekom, June 2026] [Tech.eu, October 2026].

Over the next 12 to 18 months, the points that matter most are straightforward: proof that ArkeLink performs outside pilot contexts, evidence of procurement traction beyond memoranda and technical discussions, and signs that the October 2026 capital can support international expansion without diluting the company's technical focus [Arke Telekom, June 2026] [Tech.eu, October 2026].

Single-source, plausible -- Core company, product, and funding facts are corroborated by Tech.eu, Webrazzi, Startup.eu, and company materials, but several operating and traction claims remain company-sourced.

Taxonomy Snapshot

Axis	Value
Stage	Seed
Business Model	Hardware + Software
Industry / Vertical	Defense / Govtech
Technology Type	Hardware
Geography	Western Europe
Growth Profile	Venture Scale
Founding Team	Co-Founders (3+)
Funding	€1.0M seed led by ACT Venture Partners in October 2026 [Tech.eu, October 2026]

The Company in Brief

PUBLIC

Arke Telekom presents as an Ankara-based defense communications company with roots that predate its first disclosed institutional financing. The company says it started operations in 2014, initially through TÜBİTAK-funded civilian R&D projects alongside defense-sector consulting work, and its current positioning centers on communications technology for unmanned systems rather than a broader telecom stack [Arke Telekom, September 2026].

The public record on legal entity details is thin, so the cleaner read is to stay with what the company itself and its October 2026 financing announcement consistently support: Arke Telekom is headquartered in Ankara, Turkey, was founded in 2014, and is led by co-founders Dr. Saygun Önay, Barış Karadeniz, and Dr. Tolga Numanoğlu [Arke Telekom, September 2026] [Arke Telekom, October 2026]. That chronology matters because it suggests a long development arc before outside venture capital appeared in the public record, culminating in ACT Venture Partners' reported €1 million seed round in October 2026 to support product development and international expansion [Arke Telekom, October 2026].

Unconfirmed -- This section relies primarily on company website and company announcement disclosures, with no cited state filing or database corroboration used here.

What They Have Built

MIXED

Arke Telekom is making a fairly specific technical claim, and the claim is the core of the product story. The company describes ArkeLink as a GNSS-independent, high-speed frequency-hopping mesh-network solution for unmanned aerial vehicle communications [Arke Telekom, September 2026]. Press coverage is directionally consistent on the use case, describing ArkeLink as a communications system meant to keep UAVs connected in electronic-warfare and signal-jamming conditions, rather than as a general telecom stack [Tech.eu, October 2026] [Pomegra, October 2026] [Dealroom News].

That framing matters because the differentiation, on the public record, sits in resilience under contested conditions. Alliance Tech Tracker characterizes the company as developing resilient autonomous communications for tactical UAV operations in GNSS-denied environments, which aligns with the company-language around anti-jamming and navigation independence, although the public materials reviewed do not disclose benchmark data, test results, or third-party performance validation [Alliance Tech Tracker] [Arke Telekom, September 2026]. The available evidence supports the intended mission profile more clearly than it supports any quantitative performance edge.

The broader product surface appears wider than ArkeLink alone, but the corroboration level drops quickly outside the flagship communications link. Arke Telekom's public site also lists Design and Verification Consultancy and Cloud Service Based applications among its services, and says TSim, or Turan Simulator, was developed to support hierarchical network-based military waveform design within the TURAN project [Arke Telekom, September 2026] [Arke Telekom]. Those adjacent offerings suggest the team is selling into a technically demanding defense communications workflow, but they remain primarily company-described capabilities in the sources reviewed, with no verified public demo or named deployment attached.

Unconfirmed -- This section relies materially on company descriptions, with partial corroboration from Tech.eu, Pomegra, Dealroom News, and Alliance Tech Tracker on ArkeLink's use case and operating environment.

Market Size and Demand

PUBLIC The market matters now because the value proposition sits at the intersection of two visible public priorities, drone adoption and resilience under jamming, but the available evidence is still better at defining the use case than quantifying the addressable spend [Tech.eu, October 2026] [Pomegra, October 2026] [Alliance Tech Tracker].

Arke Telekom is being positioned into a defense communications market centered on unmanned systems, with Tech.eu describing the primary buyers as drone manufacturers and military users [Tech.eu, October 2026]. That is a narrower and more useful frame than a general telecom market, because the company is not presenting itself as a broad wireless infrastructure vendor. The available public sources do not cite a named third-party TAM, SAM, or SOM for anti-jam UAV communications, so any market size statement here would be speculative rather than sourced.

What can be said with confidence is that demand is tied to mission continuity in contested environments. Arke Telekom describes ArkeLink as a GNSS-independent, high-speed frequency-hopping mesh-network solution, and third-party coverage consistently repeats the same core use case: keeping UAV links working in electronic-warfare and signal-jamming conditions [Arke Telekom, September 2026] [Tech.eu, October 2026] [Dealroom News]. In practice, that means the relevant budget line is likely to come from programs where communication failure is the core operational risk, not from commodity drone connectivity.

The adjacent markets are broader than defense, but the evidence suggests they remain secondary for now. Tech.eu reports potential applications in disaster response, search and rescue, public safety, and critical infrastructure, all of which share the same operational requirement for resilient links when conventional positioning or communications are degraded [Tech.eu, October 2026]. Those categories expand the long-run surface area, although none of the available reporting identifies named civilian customers, production deployments, or active procurement in those segments [Tech.eu, October 2026].

Macro and regulatory signals point in Arke Telekom's favor, even if commercialization evidence remains early. Alliance Tech Tracker verifies the company's participation in NATO DIANA and reports a standard €100,000 Phase 1 non-dilutive grant, while Arke Telekom says it joined the UNITE Brave NATO program to bring its communications technology into the Ukrainian defense industry ecosystem [Alliance Tech Tracker] [Arke Telekom, Unknown]. That does not establish revenue, but it does indicate that allied defense institutions are actively screening for this category of capability.

Market lens	Publicly supported claim	Evidence
Core market	Primary market is defense, specifically drone manufacturers and military users	[Tech.eu, October 2026]
Adjacent markets	Potential applications include disaster response, search and rescue, public safety, and critical infrastructure	[Tech.eu, October 2026]
Demand driver	Product is designed for UAV connectivity in electronic-warfare and signal-jamming environments	[Tech.eu, October 2026] [Pomegra, October 2026]
Institutional tailwind	Participation in NATO DIANA is publicly verified; Phase 1 grant reported at €100,000	[Alliance Tech Tracker]

The table shows a market story defined more by mission need than by disclosed market size. That is common in early defense tech, where public signals often arrive first through procurement programs, grants, and problem statements rather than syndicated TAM datasets.

Single-source, plausible -- Core market positioning is corroborated by Tech.eu and other named coverage, but no independent third-party market-sizing report was cited in this section, and some institutional-program detail relies on a single source.

Who Else Is Fighting for This

Competitive map

MIXED Arke Telekom appears to be positioning itself against a broad set of incumbent tactical communications vendors and newer anti-jamming UAV link providers, but the public record here is unusually thin because the sourced reporting names no direct competitors and discloses no customer bake-offs, procurement wins, or benchmark tests [Tech.eu, October 2026] [Dealroom News] [Alliance Tech Tracker]. That absence matters because the company is selling into a defense communications stack where alternatives often come from established primes, in-house military programs, or adjacent radio suppliers rather than from venture-backed startups with comparable disclosure patterns.

On the incumbent side, the relevant alternatives are likely existing tactical radio and datalink vendors already trusted by defense buyers, especially where procurement favors fielded systems over newer specialist modules. Public coverage supports only the broad category: Arke develops wireless communication technology for unmanned systems and resilient communications for tactical UAV operations in GNSS-denied environments [Startuprise, October 2026] [Alliance Tech Tracker]. In practice, that places it in competition not only with purpose-built UAV communications vendors but also with larger defense contractors whose products may be less tailored to small unmanned systems yet benefit from certification history, procurement relationships, and integrated programs of record.

The challenger set is harder to name from the available evidence, which is itself a signal. Arke has been covered as a startup building systems that keep drones connected under electronic warfare and signal-jamming conditions, and it has participated in NATO DIANA, including receipt of a Phase 1 grant, according to Alliance Tech Tracker and company materials [Dealroom News] [Alliance Tech Tracker] [Arke Telekom, June 2026]. That gives it some visibility among dual-use and alliance-linked defense technology programs, but the public sources stop short of identifying a head-to-head peer group. Adjacent substitutes also matter here: drone manufacturers can attempt to solve resilience at the airframe or mission-system level, and military users can accept lower-performance fallback links if they value interoperability or incumbent support over a newer architecture.

Arke's clearest edge today is technical positioning around a narrow failure mode that matters, keeping UAV communications working in contested environments where GNSS access or radio stability may be degraded [Arke Telekom, September 2026] [Pomegra, October 2026]. The founder profile adds some support to that claim. Public reporting and company materials point to experience in radio communications, waveform design, embedded software, tactical communication systems, simulation and emulation tools, and defense-industry consulting, with Barış Karadeniz described by the company as having 25 years across military waveform projects [Startup.eu, October 2026] [Arke Telekom]. That edge looks real but still perishable. It becomes durable only if Arke converts technical credibility into field validation, integration wins, and procurement references. The available reporting does not yet identify a paying customer, completed production deployment, or named UAV-manufacturer customer, which limits evidence that the technical wedge has translated into commercial defensibility [Tech.eu, October 2026].

The company is most exposed where incumbents own channel, certification history, and bundled procurement. A larger defense supplier, even if less specialized in GNSS-independent mesh networking for UAVs, can often offer buyers a lower-integration-risk choice because radios, mission systems, support contracts, and security processes are already in place. Arke is also exposed if drone OEMs decide to internalize resilient communications rather than source it from a specialist vendor. The pitch deck reports strong interest from Turkish drone manufacturers, support offers for future test flights, and NDAs or MoUs with two NATO DIANA companies, but those are still pre-revenue style signals rather than proof of a locked-in route to market [Arke Telekom, June 2026]. In other words, Arke's channel is promising but not yet owned.

The most plausible 18-month competitive scenario is a bifurcation between procurement-led winners and technology-led winners. Arke is a plausible winner if alliance-linked pilots, NATO DIANA visibility, and the ACT Venture Partners seed round convert into one or more named integrations with UAV manufacturers or defense users, because that would turn a specialist technical claim into a referenceable procurement story [Tech.eu, October 2026] [Alliance Tech Tracker] [Webrazzi, October 2026]. Arke is the most plausible loser if the category shifts toward bundled solutions from incumbent defense communications vendors before it secures production deployments, since the company has not publicly shown the customer proof points that would offset incumbent distribution power [Tech.eu, October 2026].

Single-source, plausible -- Section rests on named-publisher reporting and official company materials, but no public source names direct competitors or documents head-to-head wins.

Opportunity

PUBLIC The prize here is not a niche radio supplier outcome, but a chance to become a trusted communications layer for unmanned systems that have to keep operating when navigation and links are under active attack [Tech.eu, October 2026] [Dealroom News].

The headline opportunity is straightforward. If Arke Telekom can turn ArkeLink from a promising anti-jamming UAV link into an adopted subsystem for defense drone makers and military operators, it could occupy a narrow but important control point in a market where communications failure is mission failure [Tech.eu, October 2026] [Pomegra, October 2026]. That outcome is reachable, not merely aspirational, because the company is already positioned around a specific operational problem, GNSS-denied and electronically contested environments, rather than a broad telecom claim, and because third-party coverage consistently describes the product in that same frame [Tech.eu, October 2026] [Startup.eu, October 2026] [Alliance Tech Tracker]. The recent €1 million seed round led by ACT Venture Partners also gives some evidence that an institutional investor sees enough technical and market credibility to fund the next stage of product development and international expansion [Tech.eu, October 2026] [Webrazzi, October 2026].

A reasonable way to think about the upside is through a small number of concrete adoption paths rather than one monolithic forecast.

Scenario	What happens	Catalyst	Why it's plausible
Defense subsystem standard	ArkeLink becomes a recurring choice for UAV manufacturers and defense programs that need resilient communications in electronic-warfare environments	A named manufacturer integration, field validation, or procurement-linked deployment following current product development and expansion efforts [Tech.eu, October 2026]	The company is already focused on drone manufacturers and military users as its primary market, and public reporting centers on the anti-jamming UAV use case rather than a generic communications stack [Tech.eu, October 2026] [Pomegra, October 2026]
NATO-adjacent coalition supplier	Arke uses its verified NATO DIANA participation and related ecosystem access to move from pilot interest into cross-border defense relationships	A follow-on program result, partner introduction, or procurement pathway through DIANA-related networks [Alliance Tech Tracker] [Arke Telekom, Unknown]	Participation in NATO DIANA is externally verified, and the company has publicly tied its communications technology to that ecosystem, which can matter in defense buying where trust and interoperability are significant barriers [Alliance Tech Tracker] [Arke Telekom, June 2026]
Dual-use resilient comms expansion	The same core communications technology finds selective adoption in disaster response, search and rescue, public safety, or critical infrastructure operations	A product packaging step that adapts defense-grade resilience for civil operators named by the company and press coverage [Tech.eu, October 2026]	Tech.eu reports those adjacent applications explicitly, which suggests the company is not confined to a single end market if the core link economics and certification path work [Tech.eu, October 2026]

The compounding mechanism, if it appears, would likely come from qualification and trust rather than from consumer-style network effects. One successful integration into a UAV platform can lower the burden of proving performance to the next manufacturer, especially in a category where electronic-warfare resilience, waveform design, and embedded communications expertise are central to the product rather than peripheral services [Startup.eu, October 2026] [Arke Telekom, Unknown]. There are early, still company-reported signs of that loop beginning: Arke Telekom's DIANA pitch deck says Turkish drone manufacturers showed interest and offered support for test flights, and that NDAs and MoUs were signed with two DIANA-accepted companies, though no paying customer or production deployment is publicly identified yet [Arke Telekom, June 2026] [Tech.eu, October 2026]. If those discussions convert into validated deployments, each integration could strengthen both technical credibility and procurement credibility.

The size of the win is best framed conditionally because the public record does not yet provide revenue, deployment count, or contract values. In a strong version of the first scenario, Arke Telekom could become a strategically relevant defense-communications supplier with value driven by embedded position in unmanned systems programs, not by standalone app-style scale (scenario, not a forecast) [Tech.eu, October 2026] [Startup.eu, October 2026]. The public evidence supports ambition more than precision: the company is addressing defense UAV communications first, with stated adjacent uses in disaster response and public safety, and it has secured both seed funding and verified NATO DIANA participation, which is a credible starting point for a much larger outcome if product validation and procurement follow [Tech.eu, October 2026] [Alliance Tech Tracker] [Webrazzi, October 2026].

Single-source, plausible -- This section relies on corroborated funding and market-positioning coverage from Tech.eu, Webrazzi, Startup.eu, Pomegra, and Alliance Tech Tracker, but the forward scenarios depend partly on company-reported partnership signals and there is no public revenue or deployment data.

Sources