Summary
- ApoloNET LTD's public offer in and around Yambol is a low-ticket PON and digital-TV bundle: 24 lev per month for 100 Mbps plus a basic TV package, 28 lev for 150 Mbps plus a stronger TV tier, and 32 lev for 200 Mbps plus premium TV during a 12-month period, with later bundle prices rising to 32, 36 and 40 lev respectively. That pricing only makes sense if one building visit, one stairwell fibre path and one customer-support relationship can carry several apartments rather than one isolated line.
- The risk is not that Bulgaria lacks fibre demand. The risk is that a small regional operator is squeezed between national substitutes, building-by-building access friction, local repair labour, TV content expectations and upstream dependence. ApoloNET's own terms, regulator records and RIPE/BGP data point to a company whose valuation would change most if better evidence appeared on per-building penetration, technician staffing, complaint volumes, wholesale transit terms and content-distribution costs.
A 24-lev household bundle starts with the stairwell
A household in Yambol's Zlaten Rog district, or a small shop under an apartment block near ApoloNET's office footprint, can buy a measurable unit from ApoloNET: 100 Mbps PON internet plus a basic digital television package for 24 lev per month during the first 12 months, then 32 lev per month after the initial term, according to the company's package page (https://apolonet.eu/%D0%BF%D0%B0%D0%BA%D0%B5%D1%82%D0%BD%D0%B8-%D1%83%D1%81%D0%BB%D1%83%D0%B3%D0%B8/). A real substitute is visible before the buyer has finished the first comparison: A1 advertises a TV 200 plus Net 600 combination at 17.99 euro, or 35.19 lev, in combination for the first 12 months on its internet-and-TV page (https://www.a1.bg/a1-net-tv), while Vivacom's EON package page shows EON Light with internet up to 200 Mbps at 19.90 euro, or 38.92 lev, per month (https://www.vivacom.bg/eon/eon-paketi).
That comparison makes ApoloNET look cheap only if the buyer thinks in monthly retail price. It looks more complex if the buyer thinks in building economics. The customer is not buying a cloud product that can be switched on from a distant platform. The customer is buying a line that must reach a flat, a TV feed that must satisfy a household, a support phone that must answer when the picture freezes, and a technician who may need keys, an appointment and access to common areas. ApoloNET's published contacts list offices in central Yambol, Zlaten Rog, Avren, Kargon and Georgi Benkovski, plus a support phone for faults (https://apolonet.eu/%D0%BA%D0%BE%D0%BD%D1%82%D0%B0%D0%BA%D1%82%D0%B8/). That is a local-service map, not just a sales map.
The stronger reading is that ApoloNET's price is a claim about density. At 24 to 32 lev per month for internet plus TV, the company cannot afford to treat every subscriber as a bespoke civil-engineering project. It needs existing passive optical network coverage, short truck rolls, predictable building access and enough neighbours on the same optical path to spread the cost of cabinet space, fibre drops, splitters, customer equipment, billing, content distribution and fault handling. Its own internet page says PON service is available in areas where a passive optical network has been built, and it prices standalone PON at 17 lev for 100 Mbps, 20 lev for 150 Mbps, 28 lev for 200 Mbps, 33 lev for 300 Mbps and 90 lev for 450 Mbps (https://apolonet.eu/%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82/). The important unit is not only Mbps. It is subscribers per entrance, repair visits per hundred lines, and monthly revenue per technician hour.
That is why the same retail tariff can mean two different businesses inside the same city. In a dense block where several neighbours take internet and television from one operator, the optical splitter, wall box, cabinet space and technician visit become shared assets. The first subscriber may carry the hardest cost because the route must be tested, access must be arranged, the building manager or informal entrance contact must be persuaded, and the premises equipment must be explained. The fifth or tenth subscriber in that entrance is different. The marginal work may be another drop, another terminal, another router configuration and one more billing relationship on a path ApoloNET already understands. If churn stays low, the building becomes a small annuity. If every new order requires a fresh negotiation over keys, conduit and common-area damage, the same bundle becomes a labour trap. ApoloNET's public pages do not disclose building penetration, but the structure of the offer makes the variable obvious: the operator wants the household to buy the bundle, yet the economic win arrives when the bundle normalises ApoloNET as the default provider for the entrance.
The legal company is small, registered and visibly local
The company behind the trade name is identifiable. ApoloNET's privacy policy says Apolo Net EOOD is registered in Bulgaria's Commercial Register with EIK 202512243 and is entered in the public register of the Communications Regulation Commission for electronic communications services (https://apolonet.eu/%D0%BF%D0%BE%D0%BB%D0%B8%D1%82%D0%B8%D0%BA%D0%B0-%D0%B7%D0%B0-%D0%B7%D0%B0%D1%89%D0%B8%D1%82%D0%B0-%D0%BD%D0%B0-%D0%BB%D0%B8%D1%87%D0%BD%D0%B8%D1%82%D0%B5-%D0%B4%D0%B0%D0%BD%D0%BD%D0%B8/). The company's own general terms name "Apolo Net" EOOD, give the same EIK and address at Lyuben Karavelov 19 in Yambol, and refer to registration certificate No. 08-01-396 dated 28 July 2017 for public electronic services (https://apolonet.eu/%D0%BE%D0%B1%D1%89%D0%B8-%D1%83%D1%81%D0%BB%D0%BE%D0%B2%D0%B8%D1%8F/).
Third-party registry mirrors give the same commercial identity with more financial context. CompanyBook lists EIK 202512243, legal form as a single-member limited liability company, active status, registration on 2 April 2013, a Yambol address at Lyuben Karavelov 19, VAT registration and a business scope covering telecommunications, internet, telephony, multimedia and cable-distribution systems (https://companybook.bg/companies/202512243). Papagal's company profile similarly names APOLO NET LTD, records the 2013 founding date, the Yambol seat, the telecom and multimedia business purpose, and a 2021 turnover figure of 16,000 lev with one employee in its visible summary (https://papagal.bg/eik/202512243/8d69). Those registry summaries are not a substitute for filed accounts, but they are useful because they discipline the story: this is not a national carrier disguised as a local brand.
The local labour signal also appears in recruitment and business-directory surfaces. Jobs.bg lists Apolo Net EOOD with EIK 202512243, Yambol locations and a contact phone (https://www.jobs.bg/company/222491). Tech.bg carries a related company profile with the same identifier and website linkage (https://www.tech.bg/company/222491). These pages do not prove staffing levels in 2026, yet they support the view that ApoloNET is operated as a Yambol-facing business whose economic base is office presence, reachable support and local installation work.
That matters because regional ISP valuation should not begin with a national broadband multiple. It should begin with the question of how a small operator turns a set of buildings into a supportable route. If the official and registry records are right, ApoloNET's durable asset is not a large corporate brand. It is a municipal-scale access position in Yambol, Straldzha and Kukorevo, the places named on its home page as the geography for optical internet and television (https://apolonet.eu/). A buyer of the company, a creditor, a wholesale supplier or a content partner would therefore price the company by proof of local take-up and churn, not by the mere presence of an autonomous system or a website.
The price ladder is a density test, not a speed race
ApoloNET's published internet ladder is unusual because the jump from 300 Mbps at 33 lev to 450 Mbps at 90 lev is much steeper than the earlier jumps from 100 to 300 Mbps (https://apolonet.eu/%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82/). One reading is simple retail segmentation: the very high tier is for customers whose demand or willingness to pay is different from the apartment household choosing the 24-lev bundle. The more important reading is operational. A regional access network can sell 100, 150 or 200 Mbps cheaply when those speeds fit the built PON plant, ordinary customer equipment, normal contention planning and existing upstream capacity. A higher tier can expose backhaul, router, optical-port and support costs that the cheaper ladder keeps hidden.
The bundle page makes that density test sharper. The basic package combines 100 Mbps internet, a digital TV programme package and EPG at 24 lev per month during a 12-month period, with a post-term price of 32 lev. The optimal package combines 150 Mbps and an optimal TV package at 28 lev, later 36 lev. The premium package combines 200 Mbps and a premium TV package at 32 lev, later 40 lev (https://apolonet.eu/%D0%BF%D0%B0%D0%BA%D0%B5%D1%82%D0%BD%D0%B8-%D1%83%D1%81%D0%BB%D1%83%D0%B3%D0%B8/). The increment from standalone 200 Mbps internet at 28 lev to a 200 Mbps internet-and-TV bundle at 32 lev is only 4 lev during the initial period. That cannot be analysed as if television is a free ornament. It means the TV service is being used to raise retention, make the household less likely to split providers, and give ApoloNET more chances to win the building.
The 12-month and post-term structure also matters. The home page and internet page contain both contract-linked price language and a claim that services are without a binding fixed-term contract, which suggests the public site mixes promotional and standard-price presentation rather than a perfectly clean tariff book (https://apolonet.eu/; https://apolonet.eu/%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82/). For an outside analyst, that ambiguity should not be treated as a scandal. It should be treated as a signal that the true commercial engine is negotiated, local and operational. The decisive question is not whether every page line uses identical contract phrasing. It is whether ApoloNET can keep enough customers at the higher post-period price to cover the costs that were hidden by the introductory bundle.
The low installation charge also deserves attention. ApoloNET advertises a zero-lev installation fee on its standalone PON plans and free transfer from other networks on the internet page (https://apolonet.eu/%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82/). Zero installation is attractive to households, but it moves cost from the subscriber's joining moment into ApoloNET's payback period. The operator is effectively betting that the line will stay active long enough, and that the building has enough addressable customers, for the company to recover the visit, optical drop, terminal setup, billing start and support overhead through monthly margin. That is why the same 24-lev bundle can be excellent in a dense entrance and poor in a dispersed street with one difficult customer premise.
The price ladder also says something about congestion risk. A 100 Mbps or 150 Mbps plan can be sold as a household product because ordinary web use, messaging, video and television viewing can be statistically multiplexed across the access network. The operator does not need every customer to consume the advertised maximum at the same moment. That assumption is commercially powerful, but it is not unlimited. If a building fills with heavy evening streaming, cloud-backup users, gaming households and multiple TV receivers, the operator's true cost moves from the drop cable to the shared electronics and upstream capacity. A regional operator can delay that cost only while peak demand remains predictable. Once peak usage rises, either the customer experience weakens or the operator has to spend ahead of revenue. The steep 450 Mbps price is therefore not just a premium tier. It is a warning that ApoloNET prices very high usage differently because high usage can force network upgrades that the entry bundle does not pay for.
The post-term prices are the other side of the same payback calculation. A household may focus on the 24-lev first-year offer, but ApoloNET has to model whether enough customers remain at 32 lev after the promotion. A customer who leaves after a short discounted period can leave behind an installation cost, a recovered router, an unpaid support burden and a building relationship that did not turn into a cluster. A customer who stays for several years, adds a second receiver or keeps a static IP address can convert the same route into a profitable local access asset. That distinction is the difference between a cheap retail offer and a sustainable regional network. The public tariff does not disclose churn, but it makes churn central.
Television is the retention layer that makes broadband sticky
ApoloNET's digital television page offers a standalone digital TV package at 15 lev per month and an additional receiver at 4 lev, while highlighting picture quality and an electronic programme guide (https://apolonet.eu/%D1%86%D0%B8%D1%84%D1%80%D0%BE%D0%B2%D0%B0-%D1%82%D0%B5%D0%BB%D0%B5%D0%B2%D0%B8%D0%B7%D0%B8%D1%8F/). On paper, that is a small add-on. In a household, it is a habit layer. The internet buyer may compare speed claims; the television buyer compares whether the living-room channels, local language content, sports expectations, set-top experience and second receiver work without friction. In many Bulgarian homes, the broadband decision is still made together with the TV decision, and ApoloNET's bundle is built around that fact.
Regulatory evidence confirms that ApoloNET is not merely using TV language as marketing. The Council for Electronic Media lists Apolo Net EOOD, EIK 202512243, at the Yambol address, with management and ownership details, under enterprises distributing programmes and records programme-distribution contracts (https://www.cem.bg/company_reg_docs.php?id=2565). The CEM public register page also includes Apolo Net among programme distributors (https://www.cem.bg/companies_reg.php?page=1). That record turns the TV component into a real cost category: rights, carriage arrangements, customer equipment, programme-package design, complaint handling and regulatory exposure.
The terms deepen the point. ApoloNET's general conditions say the operator provides distribution of radio and television programmes and additional information, including digital packages, as well as internet access and other options specified in individual contracts (https://apolonet.eu/%D0%BE%D0%B1%D1%89%D0%B8-%D1%83%D1%81%D0%BB%D0%BE%D0%B2%D0%B8%D1%8F/). They also say that where the operator does not provide a service with its own means, it contracts with relevant providers and guarantees the quality of the supplied services. That clause is economically important because it identifies a pass-through risk. ApoloNET may control the customer relationship and the last-mile access network, but some content and service inputs may be contractual costs outside its own plant.
National substitutes make the retention layer more difficult. Vivacom's EON pages market large channel counts, video library features, apps and smart-TV functionality alongside fibre (https://www.vivacom.bg/eon/eon-paketi). A Vivacom 2024 promotion offered Vivacom Fiber 200 Mbps with EON Light at 16.45 lev per month for the first nine months, Fiber 600 Mbps with EON Full at 19.45 lev for the first 12 months, and 2,000 Mbps with EON Premium at 37.45 lev for the first 12 months (https://www.vivacom.bg/za-nas/novini/vivacom-s-ekskluzivna-oferta-za-optichen-internet-i-televiziya-s-50-otstapka-za-tsqla-godina). A1 markets double-play packages with higher nominal speeds and larger TV packages (https://www.a1.bg/a1-net-tv). ApoloNET therefore cannot win solely by saying "TV included." It has to win when a household decides that local service, familiar offices and acceptable channels outweigh a national operator's bigger platform story.
The open question is content cost per retained subscriber. If the bundle keeps churn low and raises the number of services per fibre line, TV is economically protective. If households increasingly migrate to streaming services, if content rights rise, or if national platforms make the app experience too large a gap, TV becomes a margin burden. In ApoloNET's case, the evidence points to television as a defensive product. It protects the local broadband base, but it also makes the operator carry a cost and support surface that a pure internet provider would avoid.
The content problem is also a packaging problem. A household does not evaluate a digital-TV package as an abstract regulated product; it evaluates whether parents, children and older relatives can keep the channels and routines they already expect. That is why ApoloNET's 4-lev additional receiver line matters. A second receiver can turn one broadband account into a whole-home relationship, but it also multiplies points of failure. A missing channel, failed remote, old coax segment, poor picture, EPG issue or receiver replacement becomes a service call that is not visible in the headline bundle price. For a national platform, those issues are spread across a larger hardware estate and a broader content operation. For a local operator, they are tied to the same office phone and the same technicians who also install fibre and diagnose routers.
The CEM listing therefore has a commercial consequence beyond compliance. Programme distribution gives ApoloNET a way to defend broadband customers against national bundles, yet it exposes the company to negotiations and expectations that are not purely local. The access network is in Yambol; content expectations are shaped by national media brands, sports rights, entertainment channels and platform features that customers see in A1 or Vivacom advertising. If ApoloNET can satisfy enough households with a simpler package, the bundle is a retention engine. If customers begin to demand larger channel libraries, richer replay features and app continuity across devices, the operator either has to spend more or accept that TV no longer protects the broadband line. That is a direct margin question, not a branding issue.
Building access decides whether the repair bill eats the bundle
ApoloNET's general conditions read like a manual for the hidden economics of apartment broadband. The customer must provide access to premises at an agreed time for building, maintenance, tuning, repairs, preventive work and dismantling of the network; the customer must not change the operator's network or allow third parties to do so; and the customer pays for resolving problems when the cause is the customer's cable or terminal equipment (https://apolonet.eu/%D0%BE%D0%B1%D1%89%D0%B8-%D1%83%D1%81%D0%BB%D0%BE%D0%B2%D0%B8%D1%8F/). Those clauses are not legal boilerplate from an economic perspective. They identify where monthly gross margin leaks out.
The most valuable fibre route in a city like Yambol is one that reaches many flats without repeated argument over common space, riser access, damaged cable, unauthorized splitters or customer equipment. A low-density or high-friction building can destroy the same price plan. If a technician has to come back twice because a customer is not home, because the entrance key is missing, because a neighbour has moved a cable, or because the fault sits between the terminal and the nearest network device, the 24-lev monthly fee has already been consumed. The ApoloNET terms do not quantify this cost, but their structure shows why the operator cares about access, customer cooperation and responsibility for premises-side equipment.
The internet page adds small but telling charges: 10 lev for reconnection after temporary disconnection, 10 lev for router configuration with a visit to the address, and 3 lev per month for a static public IP address (https://apolonet.eu/%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82/). These are modest fees. Their significance is not the absolute amount. It is the separation between network service and technician time. Router setup at an address is not just a click in a billing system; it is a labour event. Reconnection is not just a status flag; it may require customer communication, provisioning and sometimes site work. In a small network, these support events are large relative to ARPU.
ApoloNET also promises local responsiveness in public marketing language, saying it offers quality service, technical support and fast reaction to faults on the home and contact pages (https://apolonet.eu/; https://apolonet.eu/%D0%BA%D0%BE%D0%BD%D1%82%D0%B0%D0%BA%D1%82%D0%B8/). That promise is an advantage against distant call centres only if the company can staff it. Bulgarian labour costs remain lower than much of the EU, but they have been rising. Eurostat estimated 2025 hourly labour costs at 12.0 euro in Bulgaria, the lowest in the EU but still part of a rising wage environment (https://ec.europa.eu/eurostat/statistics-explained/index.php?title=Hourly_labour_costs). Bulgaria's NSI reported that total hourly labour cost rose 13.2 percent year on year in the second quarter of 2025, with services up 11.9 percent (https://www.nsi.bg/en/press-release/labour-cost-index-second-quarter-of-2025-8793). For ApoloNET, that means local support is not a free differentiator. It is the product and the risk.
The labour arithmetic is harsher than the price table suggests. A technician visit is not only the minutes spent inside a flat. It includes the call, triage, travel, parking, access to the entrance, finding the right cable path, testing optical power, checking customer equipment, explaining the result and closing the service record. If the visit fixes a problem that the operator caused, it protects reputation but consumes margin. If it discovers a customer-side problem, it may still be difficult to bill enough to cover the full cost without damaging trust. That is why the 10-lev router-configuration visit charge is more a behavioural marker than a full recovery price. It tells customers that an address visit has value, but it likely does not cover a long or repeated field event by itself.
Field labour also interacts with sales timing. A small provider cannot always separate installation crews, repair crews and customer-service staff the way a national carrier can. A week of faults can delay new connections; a burst of new connections can lengthen repair response; a shortage of experienced technicians can force management to choose between keeping service promises and expanding coverage. The public record does not show ApoloNET's staffing model, but the company language around technical support and fast reaction makes the staffing question central. If the operator has a small, skilled team with low turnover and good knowledge of the city's apartment blocks, local support is a competitive asset. If it relies on scarce labour that must handle every install, complaint and TV fault, the same promise becomes expensive leverage against the company.
Fault rules show why customer trust is expensive
The company's fault and liability terms place customer trust inside a cash-flow model. ApoloNET undertakes to restore common parts of the cable network at its own expense when damage is due to natural disasters or phenomena, with a 15-calendar-day repair period for those cases; it must publish an address and phone for customer notifications of faults and interruptions, keep a register by date and hour, record cause and repair time, and pro-rate monthly subscription charges when unresolved faults prevent use for more than ten days in a calendar month (https://apolonet.eu/%D0%BE%D0%B1%D1%89%D0%B8-%D1%83%D1%81%D0%BB%D0%BE%D0%B2%D0%B8%D1%8F/). These are consumer protections, but they are also margin mechanics.
The small-operator advantage is that a customer can call a local number, visit an office, and expect a technician who knows the street. The disadvantage is that every real repair competes with every new installation. A national operator can pool field labour across a large base, outsource call-centre flows and absorb a bad building inside a broader region. A Yambol-centred provider has less room to hide a difficult week of outages. If several entrances suffer cable damage, if power problems hit equipment, or if a seasonal storm creates common-area repairs, service quality becomes a dispatch problem and not merely a network-management problem.
The terms allocate some boundary cases away from ApoloNET. They disclaim responsibility for problems caused by customer hardware, software, power, storms, the condition of cable between the customer device and the nearest network device, improper applications and damage by third parties (https://apolonet.eu/%D0%BE%D0%B1%D1%89%D0%B8-%D1%83%D1%81%D0%BB%D0%BE%D0%B2%D0%B8%D1%8F/). In practice, however, a household often experiences all of these as "the internet is down." The technician may still have to diagnose the boundary even when the legal responsibility sits elsewhere. That is why the visible retail price understates service cost. The customer pays for a bundle, but the operator absorbs diagnostic ambiguity.
This point also changes how market chatter should be read. Reddit threads about Bulgarian home internet are full of household price and quality comparisons, including comments that Vivacom internet-and-TV can be around the mid-30-lev range and that users weigh price, TV quality and service experience together (https://www.reddit.com/r/bulgaria/comments/1ls27b1/%D0%B4%D0%BE%D0%BC%D0%B0%D1%88%D0%B5%D0%BD_%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82_%D0%BA%D0%BE%D0%B9/?tl=en). Another Bulgaria thread comparing A1 and Vivacom fibre shows the same buyer habit: users talk about Mbps, TV quality and price deltas in one decision (https://www.reddit.com/r/bulgaria/comments/1kvcwp1/%D0%BE%D0%BF%D1%82%D0%B8%D1%87%D0%B5%D0%BD_%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82_a1_%D0%B8%D0%BB%D0%B8_vivacom/?tl=en). These threads do not verify ApoloNET's performance. They show the comparison set in which ApoloNET lives: price is important, but the remembered support event can decide the next contract.
Yambol's geography favours local presence but limits the address pool
ApoloNET's home page frames the service as optical internet and television in Yambol, Straldzha and Kukorevo (https://apolonet.eu/). That is a coherent local footprint. It covers a city, a nearby town and a village rather than a national map. The NSI's city profile for Yambol shows a city with a median age in the mid-40s and a population base below the larger Bulgarian metros (https://www.nsi.bg/en/statistical-data/31/95). NSI's 2025 demographic release places Yambol district at 104,571 people, down 858 year on year (https://www.nsi.bg/en/press-release/population-and-demographic-processes-2025-final-data-9002). The population context matters because a regional ISP's best economics come from renewing and deepening a finite base, not from unlimited address growth.
For ApoloNET, the apartment-building thesis is stronger than a generic rural-connectivity thesis. Its listed offices include districts and ground-floor locations that sound like local retail and service nodes rather than only a central headquarters (https://apolonet.eu/%D0%BA%D0%BE%D0%BD%D1%82%D0%B0%D0%BA%D1%82%D0%B8/). The decisive commercial question is whether these offices map onto neighbourhoods where the company already has passive optical coverage and enough multi-dwelling density. A block with many legacy TV customers can be upgraded and defended. A single detached home far from an existing fibre path is a different business.
Yambol's smaller scale can be an advantage. A local operator can learn which buildings have cooperative entrance committees, which streets are expensive to repair, which landlords are slow to grant access, and which households value a local office. That knowledge is hard for a national operator to price from a central spreadsheet. But the same scale can limit ApoloNET's bargaining power. When national providers run promotions or absorb local operators, the local player cannot replace lost subscribers with a vast adjacent market. Every entrance matters.
The national market context reinforces that pressure. Move2Bulgaria's consumer guide describes A1 and Vivacom as the two major national TV and internet suppliers and notes their developed fibre networks in many towns and cities (https://www.move2bulgaria.com/money/tv-and-internet/). Broadband TV News reported A1's concern that Vivacom's cleared acquisition of local TV and internet providers could give Vivacom more than 60 percent of the TV distribution market and nearly 40 percent of the internet market (https://www.broadbandtvnews.com/2023/07/03/a1-group-deeply-unsettled-by-bulgarian-decision/). A1's own newsroom framed the same Bulgarian competition decision as allowing Vivacom to gain a dominant position on TV and broadband markets (https://newsroom.a1.com/news-a1-group-deeply-unsettled-by-an-unexpected-decision-of-the-bulgarian-commission-on-protection-of-competition?id=182022&l=english&menueid=14594). Whatever the final competitive-law interpretation, the commercial implication is clear: local operators face national groups that can use TV scale, marketing budgets and acquisition strategies to compress regional margins.
Wholesale transit is the backhaul side of the apartment bill
ApoloNET's retail pages do not explain backhaul, but public routing records do. IPinfo lists AS210769 as ApoloNET LTD in Bulgaria (https://ipinfo.io/AS210769). A RIPE-derived view at 2ip shows AS210769 with as-name ApoloNET, organisation ORG-APLN2-RIPE, address in Yambol at Lyuben Karavelov 19, registration number 202512243, creation in April 2025, and routing policy importing from AS44814 and AS8866 while exporting AS210769 to both (https://2ip.ru/de/as/210769/). IPSHU's RDAP-style page also ties AS210769 to ApoloNET in Bulgaria and the same Yambol address (https://en.ipshu.com/asn/210769). These records show an access operator that has a network identity beyond a reseller website.
The economics are still asymmetric. AS44814 is Bulgartel. BGP.he lists Bulgartel with five internet exchanges, 14 originated prefixes and 49 announced prefixes, and shows a company website at bulgartel.bg (https://bgp.he.net/AS44814). IPGeolocation's AS44814 page shows route-origin entries associated with ApoloNET LTD, including 185.7.217.0/24 and 95.169.222.0/24 under Bulgartel's AS44814 view (https://ipgeolocation.io/browse/asn/AS44814). Bulgartel describes itself as operating its own telecommunications network covering Bulgaria, the Balkan region and Europe, with international services through global partners (https://bulgartel.bg/en/index/). Bulgartel's contacts page also displays a 24x7 email address, which is relevant because wholesale connectivity is an operational dependency, not just a commercial invoice (https://bulgartel.bg/en/contacts/).
The routing posture suggests ApoloNET's wholesale cost problem has at least two layers. First, it needs enough upstream capacity and redundancy to keep local broadband customers satisfied during peak video and TV-adjacent usage. Second, it needs transit terms that do not let national content consumption eat the margin on a 24- to 32-lev bundle. The public records show connections to larger networks, but not the commercial terms, committed data rates, burst pricing, colocation arrangements, route preference, service-level commitments or actual utilisation. Those missing variables are not technical trivia. They decide whether a cheap PON bundle is profitable during evening streaming hours.
Wholesale exposure is easy to underestimate because the customer buys a local product. From the household's point of view, ApoloNET is the name on the invoice and the local office is the place to complain. From ApoloNET's point of view, the expensive evening is shaped by traffic that leaves the apartment block, crosses aggregation equipment, reaches upstream networks and returns from national or international content platforms. If the operator has favourable transit, effective local exchange access, sensible caches or strong upstream engineering, peak video can be absorbed. If not, a few high-usage buildings can turn a low-priced bundle into a capacity problem. The question is not whether ApoloNET has an autonomous system; the records show a visible network identity. The question is whether the economic control sits with ApoloNET or with the wholesale suppliers that make its customers reachable.
This distinction affects resilience as well as cost. A local access network can have clean fibre inside Yambol and still disappoint customers if upstream reachability is fragile, congested or dependent on a narrow commercial path. Conversely, a good upstream arrangement can make a small local provider feel larger than it is, because customers experience stable video, low latency and fast repair coordination without seeing the wholesale relationships underneath. Public BGP and peering records show plausible connectivity relationships, not lived service quality. A valuation model should therefore avoid treating every announced route as equal. The relevant questions are committed capacity, failover behaviour, peak utilisation, support response from the upstream provider and whether ApoloNET can negotiate better terms as traffic grows.
Peering data adds a second context. PeeringDB lists Bulgartel as AS44814 with network contacts and public interconnection information (https://www.peeringdb.com/net/23513). The Internet Society's IXP tracker says Bulgaria has active internet exchange points and notes that using IXPs rather than direct transit can reduce reliance on international traffic and help keep parts of the internet available during disruption (https://pulse.internetsociety.org/en/ixp-tracker/country/BG/). NetIX says its regional exchanges help keep traffic local and reduce latency (https://www.netix.net/peering-services/netixs-regional-ixps), while DE-CIX's Sofia page describes remote peering in Sofia through BIX.BG (https://www.de-cix.net/en/locations/sofia). For ApoloNET, the question is whether it can benefit from such regional interconnection through its upstream arrangements or whether it remains mostly a transit buyer whose cost is set by other networks.
Regulation protects customers while leaving local operators to prove economics
ApoloNET's official surfaces place it inside Bulgaria's electronic-communications and media framework. The CRC's public-register area is the regulatory home for operators under the Electronic Communications Act (https://www.crc.bg/bg/rubriki/136/publichni-registri). CRC broadband-operator lists include Apolo Net EOOD with EIK 202512243 in 2025 and 2026 files (https://crc.bg/files/BB_2025/Spisyk_BB_01.07.2025-online.xlsx; https://crc.bg/files/%D0%92%D1%8A%D0%BF%D1%80%D0%BE%D1%81%D0%BD%D0%B8%D1%86%D0%B8-2026/Spisuk-predpriyatia-31-12-2025.xlsx). The Council for Electronic Media register covers the TV-distribution side (https://www.cem.bg/company_reg_docs.php?id=2565). These records reduce identity risk: the company is not an anonymous broadband webpage.
The regulatory question is more about market access and infrastructure cost than identity. Bulgaria's telecom regulation has moved through periods of wholesale-access debate, deregulation and renewed concern about physical infrastructure access. The International Bar Association summarised that since mid-2021 access to physical infrastructure for electronic communications networks in Bulgaria was regulated under the broadband cost-reduction framework rather than asymmetrical telecom market obligations, while noting CRC plans to revisit regulation (https://www.ibanet.org/regulation-of-access-to-telecom-physical-infrastructure-in-bulgaria). ICLG's 2026 Bulgaria telecoms chapter describes the CRC as the supervisory authority for communications services and notes accessibility requirements effective from 28 June 2025 under transposed EU rules (https://iclg.com/practice-areas/telecoms-media-and-internet-laws-and-regulations/bulgaria/).
For a regional ISP, this matters in two ways. First, access to ducts, poles, buildings and existing physical infrastructure can determine whether expansion is economical. A small operator may have local knowledge but less bargaining power when it needs rights of way or building cooperation. Second, compliance costs scale poorly. Open-internet rules, accessibility rules, consumer complaint handling, privacy requirements and media-distribution obligations do not disappear because the operator is regional. ApoloNET's rules and measures page explicitly ties its open-internet obligations to Regulation (EU) 2015/2120 and publishes advertised, maximum, minimum and normally available speed commitments (https://apolonet.eu/%D0%BF%D1%80%D0%B0%D0%B2%D0%B8%D0%BB%D0%B0-%D0%B8-%D0%BC%D0%B5%D1%80%D0%BA%D0%B8/).
The customer's side of this is positive. They get published terms, complaint channels, speed transparency and recourse to the CRC. The operator's side is harsher: the company must sell a low monthly bundle while carrying formal service obligations and documentation. That is why the economics cannot be reduced to "Bulgaria is cheap." Labour may be cheaper than in western Europe, but the regulatory work, building visits, network monitoring, programme distribution and upstream negotiation all have fixed elements. A small subscriber base has fewer invoices across which to spread them.
The national carriers set the ceiling and the local office sets the floor
ApoloNET's most credible strategic position is between two limits. The ceiling is set by national carriers whose promotional bundles anchor the customer's idea of a fair price. A1's live double-play page gives a high-speed TV-plus-internet reference point in the mid-30-lev range during the promotional period (https://www.a1.bg/a1-net-tv). Vivacom's current EON package page puts a 200 Mbps EON Light combination at 38.92 lev, while historical promotions have moved much lower for introductory months (https://www.vivacom.bg/eon/eon-paketi; https://www.vivacom.bg/za-nas/novini/vivacom-s-ekskluzivna-oferta-za-optichen-internet-i-televiziya-s-50-otstapka-za-tsqla-godina). Those offers limit how far ApoloNET can raise bundle prices even if its repair costs rise.
The floor is set by ApoloNET's own service cost. The company cannot price below the cost of reaching and supporting a building forever. If it discounts installation, includes television, promises local support, keeps offices open and absorbs repair ambiguity, there is a minimum viable ARPU. The post-term bundle prices of 32, 36 and 40 lev may be more economically revealing than the first-year 24, 28 and 32 lev prices (https://apolonet.eu/%D0%BF%D0%B0%D0%BA%D0%B5%D1%82%D0%BD%D0%B8-%D1%83%D1%81%D0%BB%D1%83%D0%B3%D0%B8/). They imply that the introductory spread is meant to win or retain households, while the standard price has to do the longer-term work.
This is why ApoloNET should be analysed as a cost-stack investigation rather than a profile of a small brand. The retail stack includes internet, television, customer premises equipment, possible second receivers and static IP options. The access stack includes built PON areas, common building areas, risers, drops, router setup and reconnection. The support stack includes phone response, offices, fault registers and technician dispatch. The upstream stack includes AS210769's external reachability through larger networks and the economics of transit, peering and regional exchange access. The regulatory stack includes CRC registration, open-internet disclosures, privacy obligations and CEM programme distribution.
If any one of those layers moves, the value of the company changes. A successful building-by-building upsell can make the same fibre plant more profitable without a national brand campaign. A labour shortage or rising wage bill can turn the local service promise into an expensive obligation. A content-cost increase can make TV a weaker retention tool. A better upstream arrangement can protect evening capacity without destroying margin. A national carrier promotion can compress ApoloNET's ceiling before the company has recovered installation costs.
The useful way to model ApoloNET is therefore by scenarios rather than by a single revenue multiple. In an upside scenario, the company has several neighbourhoods where it is already known, where apartment entrances have multiple connected households, where TV keeps older customers from switching, where technicians can resolve faults quickly because they know the plant, and where upstream capacity is purchased on terms that leave room inside a 32- to 40-lev post-period bundle. In that version, ApoloNET is a compact access franchise. It may never look large on a national map, but each building can compound because new customers join a route that already exists.
In a downside scenario, the same public offer looks fragile. The company pays for too many isolated installations, loses customers before installation costs are recovered, absorbs TV complaints that are expensive to solve, faces national promotions just as it needs to raise post-term prices, and buys wholesale capacity without enough scale to negotiate. In that version, low prices are not evidence of efficiency; they are evidence of competitive pressure. The difference between those two scenarios cannot be settled from the website alone. It requires operating facts: active subscribers by entrance, average revenue per account after the promotional period, repair visits per month, fault repeat rate, content cost per TV customer, upstream invoice trend and the share of traffic handled through local or favourable interconnection.
The current public evidence favours a cautious but not dismissive view. ApoloNET has a live retail offer, recognisable regulatory records, a local office footprint, a real TV-distribution position and a network identity. It does not publish the operating metrics that would prove whether the bundle is highly profitable or simply necessary for survival. The investment question is therefore not "can ApoloNET sell 100 Mbps and TV?" The public pages show that it can. The question is whether each apartment entrance produces enough stable multi-service revenue to pay for technicians, content, backhaul and compliance after the national substitutes have set the household's reference price.
Three unknowns would change the judgment most
The first unknown is per-building penetration. ApoloNET's prices look strongest if one optical path through an apartment entrance supports many active customers across internet and TV. They look weaker if service is scattered across low-density premises, if many buildings have only one or two subscribers, or if common-area access repeatedly delays repairs and installations. Public office locations and service geography suggest a local footprint, but they do not reveal subscribers per building, churn by district or the cost to add the next entrance.
The best evidence would not be a glossy coverage map. It would be a building cohort table: entrances passed, entrances with at least one active customer, average active services per entrance, number of households taking both internet and TV, and churn by building age or district. A map can exaggerate reach because a street may be passed without being profitable. A cohort table would show whether ApoloNET's low bundle price is backed by density or merely by ambition. It would also reveal whether the company has local monopolies in certain entrances, contested buildings where A1 or Vivacom can win easily, and marginal addresses where installation should be refused unless several customers commit.
The second unknown is repair labour. The company's own terms and tariff details show that repairs, router visits, reconnections, customer access and fault records are central to the service model (https://apolonet.eu/%D0%BE%D0%B1%D1%89%D0%B8-%D1%83%D1%81%D0%BB%D0%BE%D0%B2%D0%B8%D1%8F/; https://apolonet.eu/%D0%B8%D0%BD%D1%82%D0%B5%D1%80%D0%BD%D0%B5%D1%82/). But public records do not show technician headcount, mean time to repair, repeat visits, outage frequency, customer complaints, or how much work is done by employees versus contractors. A small improvement in dispatch efficiency could be worth more than a small increase in headline speed. Conversely, a rise in complex repairs could make a cheap bundle uneconomic even if subscriber numbers are stable.
Here the decisive proof would be operational, not promotional: average time from fault report to first response, percentage of faults resolved without a site visit, number of repeat visits within thirty days, customer-side versus network-side fault mix, and technician hours per active subscriber. A local operator can outperform national carriers if those numbers are good because customers remember fast repair more than they remember a theoretical speed tier. But if the numbers are weak, local presence does not save the economics. It only makes the cost more visible.
The third unknown is wholesale transit and interconnection cost. AS210769 gives ApoloNET a visible network identity, and RIPE-derived records show relationships with larger networks (https://2ip.ru/de/as/210769/). Bulgartel's role, exchange presence and route records give a plausible path to broader connectivity (https://bgp.he.net/AS44814; https://ipgeolocation.io/browse/asn/AS44814; https://bulgartel.bg/en/index/). But public routing records do not show invoices. They do not show whether ApoloNET buys capacity on favourable terms, whether it benefits indirectly from Bulgarian peering, whether peak video traffic requires costly upgrades, or whether the company has meaningful redundancy if one upstream path degrades.
The right wholesale evidence would include committed information rate, burst policy, monthly peak utilisation, upstream service credits, planned upgrade triggers and the share of traffic settled locally. Without that information, an analyst should not overvalue the mere existence of AS210769. A small network can look technically independent while still having limited commercial leverage over the inputs that determine customer experience. It can also look small while enjoying a strong upstream relationship that lets it deliver stable service at low cost. The public record establishes the question; it does not answer it.
Those unknowns should not be treated as gaps in a compliance file. They are the valuation levers. If ApoloNET can show high penetration in selected Yambol buildings, low repeated truck rolls, stable post-term ARPU and manageable upstream costs, its small size becomes an advantage because local trust and low overhead defend a niche. If the evidence instead shows thin building penetration, rising labour cost, heavy TV-content burden and expensive peak-hour transit, the low retail prices become a warning.
The durable thesis is local trust priced against national scale
ApoloNET LTD is relevant because it sits at a practical edge of Bulgarian broadband economics. National carriers can sell large bundles, use promotional pricing, integrate television platforms and absorb local cost variation. A regional ISP can answer the phone locally, know the stairwells, keep a repair relationship with apartment households and fit its offer to a city-sized footprint. The market decides between those models one building at a time.
The company's public facts point to a clear thesis. ApoloNET's fibre and TV bundle is not mainly a story about whether 100 or 200 Mbps is enough. It is a story about whether a Yambol operator can turn apartment density, local offices and existing PON plant into durable household relationships while keeping repair labour and wholesale connectivity from consuming the margin. The invoice that reaches the customer is simple. The cost stack behind it is not.
The strongest evidence for ApoloNET is that the service is concrete: published PON prices, published TV prices, visible offices, a support number, regulatory registration, TV-distribution listing and an autonomous-system record. The strongest concern is that the public record does not show the operating numbers that make a small access network investable: subscribers by building, churn, field-labour productivity, wholesale capacity terms, content costs and complaint trends. Until those facts are visible, ApoloNET should be understood as a local infrastructure business whose value is created in apartment entrances and protected by repair trust, not as a simple Mbps reseller.
For a Yambol household choosing between ApoloNET, A1 and Vivacom, the decision may start with a monthly price and a channel list. For the operator, the same decision is a test of whether one more subscriber in the building improves the whole route. That is why the Bulgarian fibre-and-TV bundle should be priced by stairwells, technicians and transit before it is priced by bandwidth.