Summary

  • Moldova's electronic-communications regulator lists DONTV PRIM SRL at Libertatii Street 7 in Stefan Voda for public terrestrial fixed-access, distribution and transport networks, and for data transmission, internet access and leased lines. The entry, number 639 dated 26 September 2014, is a stronger basis for the regional-ISP classification than the company's name or an unverified commercial directory description.
  • The current network edge is small but unmistakably live. RIPEstat's AS202965 routing status showed one announced IPv4 prefix containing 256 addresses, no announced IPv6 space, complete visibility among 327 reporting IPv4 peers and one observed adjacent network at the 10 July 2026 snapshot. The sole originated route was 178.175.151.0/24.
  • Public BGP observations point to one upstream path. RIPEstat's ASN-neighbour view identifies only Moldtelecom AS8926, while a CIDR Report snapshot likewise shows one upstream adjacency and no downstream networks. This proves a single visible routing relationship, not a single fibre, duct, pole line or router. Multiple physical circuits to the same carrier are possible, but none is publicly verified.
  • The access plant remains opaque. The regulator identifies fixed terrestrial access, distribution and transport, but the public record does not say whether current subscribers are reached by fibre, coaxial cable, copper Ethernet, fixed wireless or a mixture. It does not publish a route map, street coverage, tariff sheet, subscriber count, busy-hour utilisation, service-level promise, outage history, backup-power runtime, spare inventory or technician response statistics.
  • The network evidence grade is Medium. Current regulatory, payment and routing signals support present operation. RPKI validation, route visibility and a maintained ASN strengthen the case. The grade cannot be Strong because the single visible Moldtelecom dependency, a naming mismatch around the provider-assigned /24, absent IPv6, and the lack of physical and recovery evidence leave the customer-facing failure chain unresolved.

A local bill with a long dependency chain

A broadband invoice in Stefan Voda can look intensely local. The provider's legal address is in the town. A payment terminal or bank counter can carry the DonTV Prim name. A subscriber may know the technician who installed the line or the office that answers when it stops working. Yet the traffic behind that bill does not stay local. It must move from a home or business through an access cable or radio, a powered aggregation point, an edge router, an upstream circuit and a national or international carrier path before it reaches most services the customer wants.

Dontv-Prim's public footprint makes that chain unusually legible at one end and unusually opaque at the other. The ARCOM provider register identifies the legal provider, address and authorised service categories. RIPEstat identifies a live autonomous system and the route it originates. RunPay's service catalog places "DonTV Prim Stefan Voda" among internet, telephony and television payees, while a 2025 maib commission list includes DONTV PRIM as an accepted biller. Those sources together make a convincing operating signal.

They do not reveal what lies between the subscriber and the edge. There is no public plant map showing a fibre ring, coaxial tree, fixed-wireless sector, pole route, underground duct or building entrance. There is no published inventory of cabinets, optical splitters, switches, radio sites or customer-premises equipment. There is no statement of how many upstream circuits are bought, where they terminate, whether they share one trench, or how long batteries keep the network alive when utility power fails.

That divide is the central analytical fact. Dontv-Prim appears to be a real, current and very small regional operator. It is not a transparent one. A route table can establish that the world can reach its prefix. A regulator can establish that the company is listed to offer fixed-network services. Neither can tell a customer whether the last kilometre has a second path or whether a damaged splice can be repaired at two in the morning.

What can be called current operation

The most important threshold question is whether Dontv-Prim is merely an old registry name. The evidence says no. ARCOM's public register lists DONTV PRIM SRL with the Moldovan company identifier 1014608001362, a Stefan Voda address and authorisation number 639/26.09.2014. The listed network types are public terrestrial networks with fixed access, terrestrial distribution networks and terrestrial transport networks. The listed services are data transmission, internet access and leased lines over public electronic-communications networks. A downloadable register snapshot repeats the same identifier and service scope.

The company-registration signal aligns with that identity. Infodebit's telecommunications company listing shows DONTV PRIM, the same company identifier, an incorporation date of 16 September 2014, the same Libertatii Street address and an active status. A separate local business index for Stefan Voda also lists SRL DONTV PRIM as active. These are commercial aggregators rather than legal proof, so their role is corroborative. Their value is that their recent public pages align with the regulator instead of presenting a dissolved or relocated concern.

Payment infrastructure supplies a different kind of current signal. RunPay lists DonTV Prim Stefan Voda in a live bill-payment catalog. BPay's merchant commission list contains "DonTV Stefan Voda" as a distinct entry. The maib document does the same for DONTV PRIM. A payment listing cannot show how many people paid, whether every service remains orderable, or whether a tariff is competitive. It does indicate that multiple payment intermediaries retain a customer-facing biller name. That is materially stronger than an abandoned web page.

The routing layer is current within hours rather than years. RIPEstat's AS overview marked AS202965 announced on 10 July 2026. The routing-status endpoint recorded the prefix as last seen on that date, and the announced-prefixes view showed 178.175.151.0/24 across the queried fortnight. RIPE's organisation entry for Dontv-Prim was also modified in May 2026 to include the same company number. Registration maintenance alone would not prove service, but it reinforces the live route and payment signals.

Current operation should therefore be stated confidently but narrowly. Dontv-Prim is a listed Moldovan fixed-network and internet provider with a live public ASN and customer-payment presence. Public evidence does not support a current subscriber count, revenue figure, exact coverage footprint, speed menu or guarantee that a new order will be accepted at any particular address.

The legal service scope is broader than the physical evidence

The regulator's language matters because it establishes what kind of provider Dontv-Prim is. Fixed access, distribution and transport describe layers of a terrestrial communications network. Internet access and data transmission fit a regional ISP. Leased lines suggest the legal scope can include point-to-point or business connectivity, although no current product sheet shows who buys such a line or how it is delivered.

That scope should not be converted into a technology claim. A terrestrial fixed network may use buried fibre, aerial fibre, copper, coaxial cable, short Ethernet runs, microwave backhaul or a combination. "Fixed" says that the access point is not a mobile subscription. It does not say that every premise receives fibre-to-the-home. Moldova's broader market is now overwhelmingly fibre: ARCOM's 2025 annual report says FTTx, including FTTH and GPON, represented 97.2% of fixed broadband subscribers at year-end. ARCOM's first-quarter 2026 update reports 968,000 fixed internet connections nationally and an FTTx penetration rate of 83.1 connections per 100 households. Those are national statistics, not evidence that Dontv-Prim uses fibre.

The company's older compliance trail adds useful history without answering the medium question. ARCOM's first-quarter 2018 quality report, third-quarter report and fourth-quarter page list DonTV Prim among providers that submitted measured quality information. The first-half 2019 list again includes the company. These documents show subscriber-service activity and reporting at that time. They do not publish a present access diagram or enough company-specific measurements to grade 2026 performance.

A 2019 supervisory report also sets a boundary around the name's television implication. ARCOM's second-quarter supervision report says a June 2019 inspection found that DONTV PRIM lacked the right to provide audiovisual services, had changed its administrator without timely notification, and had subscriber contracts that did not comply with the applicable regulation. The authority issued a prescription and extended the deadline to 19 August 2019. The current register notes a modification dated 1 August 2019 but does not explain it; its Dontv-Prim row lists internet, data and leased lines, not audiovisual service.

That history should neither be hidden nor inflated. It is evidence of a past compliance problem and of actual subscriber contracts. It is not proof of a current violation, and it does not establish that present services include cable television. The defensible 2026 description is a small fixed-network internet and data provider, not a verified cable-TV operator.

AS202965 is tiny, live and globally reachable

An autonomous system is not an access network, but it is a meaningful control surface. It lets an operator originate routes under its own number and express routing policy to other networks. RIPE's AS202965 registration names DONTV-PRIM-AS, links it to Dontv-Prim SRL and records an assignment date of 25 April 2016. The linked organisation record carries the Stefan Voda address and company number.

At the 10 July 2026 observation, the public footprint comprised one IPv4 route and no IPv6 route. The /24 contains 256 addresses, including network and broadcast addresses under traditional IPv4 use. That is the smallest prefix commonly propagated across the global IPv4 internet. It is perfectly capable of supporting a local access provider, especially if private address space or address sharing is used behind the edge, but the public sources do not show whether Dontv-Prim uses carrier-grade NAT, how many addresses are assigned to subscribers, or how many are reserved for infrastructure.

The route is not marginally visible. RIPEstat reported all 327 IPv4 route-collector peers seeing the ASN's announced space. Its BGP-state snapshot returned hundreds of collector paths that ended with the same final sequence: Moldtelecom AS8926 followed by AS202965. Hurricane Electric's BGP summary independently showed one originated IPv4 prefix, no IPv6 prefix, one observed IPv4 peer and a valid RPKI origin. The CIDR Report reached the same topology conclusion.

The route also has continuity. RIPEstat's one-year routing history shows AS202965-originated visibility in successive intervals throughout the period. Changes in how many collectors saw a route can reflect collector membership and internet paths as well as operator behaviour, so that history is not an uptime chart. It does support the conclusion that the prefix was not briefly announced only for this review.

Route-origin security is another positive. RIPEstat's RPKI validation returns valid for AS202965 originating 178.175.151.0/24 under a matching /24 route-origin authorisation. RPKI validity helps other networks reject a conflicting unauthorised origin. It does not stop a fibre cut, router crash, denial-of-service attack, power failure or configuration mistake by an authorised party.

The correct reading is therefore balanced. Dontv-Prim has genuine routing autonomy at the origin level, a stable and globally visible IPv4 route, and good route-origin hygiene for that route. Its public edge is also exceptionally concentrated: one small prefix, no visible IPv6 and one observed adjacent network.

One upstream organisation, two public ASN references

The routing dependency is more precise than simply saying "one carrier." RIPEstat's observed-neighbour data identifies Moldtelecom AS8926 as the only neighbour of AS202965. The BGP-state paths confirm that AS8926 sits immediately before Dontv-Prim at collectors around the world. The current internet view therefore presents Dontv-Prim as a stub network: it originates its own route, carries no visible downstream routes and reaches the wider internet through Moldtelecom.

RIPE's registered policy text names a different Moldtelecom ASN. The AS202965 record says it imports any route from AS41221 and announces AS202965 to AS41221. RIPEstat's routing-consistency view captures the discrepancy: AS41221 appears in the registered policy but not observed BGP, while AS8926 appears in BGP but not the registered policy. RIPEstat's AS41221 overview identifies it as MD-AS Moldtelecom SA; the AS8926 overview identifies it as MOLDTELECOM-AS Moldtelecom SA.

This is not evidence that Dontv-Prim secretly has two providers. Both numbers are attributed to Moldtelecom. It may reflect a change in the carrier's delivery ASN, an arrangement within Moldtelecom or an unrefreshed policy entry. The public data cannot distinguish those explanations. It does show why a registered routing-policy line should not be treated as a current topology map when route collectors disagree.

Nor does one observed neighbour prove one physical circuit. Dontv-Prim could buy two links from Moldtelecom that terminate on different routers, run over different paths and still appear under one adjacent ASN. It could also buy two nominal links that share a duct, pole route, exchange chassis or regional aggregation site and fail together. BGP sees the administrative adjacency. It cannot see trench diversity, route kilometres, optical protection, microwave backup, power domains or the contract governing restoration.

For a customer asking about resilience, the decisive questions are therefore physical and contractual. Are there two circuits? Do they leave Stefan Voda in different directions? Are they delivered from independent Moldtelecom nodes? Does failover occur automatically? Is the backup sized for peak traffic? Has it been tested under load? Public evidence answers none of them. Until those details are supplied, the conservative conclusion is single-provider exposure with unverified physical redundancy.

The address block reveals an operating boundary, not a clean ownership story

The one announced prefix contains another caution. RIPE's search record for 178.175.151.0/24 marks the range ASSIGNED PA, names the net as DONTU-STEFANVODA and describes it as Dontu-Prim SRL in Stefan Voda. The route object, however, authorises origin AS202965, whose organisation is Dontv-Prim SRL. The names differ by one letter, and the two public company listings carry different identifiers and addresses.

It would be tempting to turn that into a corporate history. The evidence does not permit it. BPay's merchant list even carries "Dontu-Prim Net TV" and "DonTV Stefan Voda" as separate billers, which is a reason to keep them distinct rather than merge them. The prefix may reflect an address assignment, legacy operating arrangement, administrative naming error or another documented agreement that is not public. None of those explanations is proven here.

The ASSIGNED PA status does establish a narrower fact. The /24 sits inside a larger provider-aggregatable allocation registered to Trabia, not inside an independent address allocation made directly to Dontv-Prim. The ASN itself also lists Trabia as sponsoring organisation. Yet the live BGP path reaches Dontv-Prim through Moldtelecom. Address sponsorship, address assignment, route origin and transit are therefore visible as separate functions in the public data.

That separation matters in a recovery scenario. If the commercial or technical arrangement around provider-assigned addresses changes, renumbering may be harder than it would be for a provider holding independent portable space. RPKI authorisation and a valid route show that the current origin is coherent. They do not disclose the contractual rights to retain the block, the process for changing upstreams, or how quickly customers using public addresses could be moved.

The naming mismatch does not reduce the evidence grade to Negative because the route is valid, live and tied to the assigned Dontv-Prim ASN. It does prevent a Strong grade. A clean resilience account would explain who controls the /24, who can update its route objects and RPKI authorisation, whether the assignment can survive a transit change, and why the prefix registration names a different company. Public evidence presently leaves those questions open.

Installed capacity is not usable capacity

The public numbers can create a false sense of precision. AS202965 originates 256 IPv4 addresses. It has complete collector visibility. Its upstream, Moldtelecom AS8926, is much larger: RIPEstat's routing-status snapshot for AS8926 showed 111 IPv4 prefixes, seven IPv6 prefixes and 214 observed neighbours. None of those counts states the speed of Dontv-Prim's upstream port, the number of subscribers sharing it or the throughput of the local access network.

Installed capacity exists at several layers. A fibre may contain unused strands. An optical system may support a nominal line rate above the purchased service. A switch may have gigabit customer ports but a smaller uplink. A wireless sector may advertise a high modulation rate but lose usable throughput to distance, interference and shared airtime. A provider may possess 256 public addresses yet place many subscribers behind one address. Without a tariff and equipment description, it is impossible to infer the bottleneck from the address count.

Usable capacity also changes during failure. Two 1Gbps upstream links can provide 2Gbps in normal operation but only 1Gbps after one fails. If normal busy-hour demand is already above 1Gbps, the backup path exists but is not fully recoverable capacity. A ring can reroute traffic after a cut but overload a surviving segment. Batteries can keep an edge router alive while an unprotected street cabinet goes dark. The customer experiences the narrowest surviving element, not the largest number in a design.

Dontv-Prim publishes no current speed tiers, utilisation graphs, contention policy, port sizes or failover tests. The national shift toward FTTx raises customer expectations, but it cannot substitute for company evidence. The public route confirms reachability. It does not measure the service sold over that route.

IPv4 continuity is not an IPv6 plan

The absence of an announced IPv6 prefix deserves separate treatment because it is easy to misread. It does not mean Dontv-Prim's IPv4 service is offline or unusable. The single IPv4 /24 is widely visible, and most public internet services remain reachable over IPv4. A small provider can serve households and businesses without originating IPv6, particularly when customer equipment and upstream products have been designed around IPv4 for years.

It does mean the public edge shows no direct dual-stack path. A customer that needs native IPv6 for hosting, research, device management or end-to-end addressing cannot infer that capability from AS202965. It would need a product statement and a live test. A tunnel supplied by a third party would not be the same as provider-operated native IPv6, and an IPv6 allocation that is not announced would not prove customer availability. No such allocation or service statement appears in the reviewed public evidence.

IPv4 scarcity also affects design choices. A /24 can be divided among network equipment, business circuits, infrastructure services and subscriber use, but the public data do not show that division. Address sharing can extend the number of customers served, yet it can complicate inbound connections, abuse attribution, some gaming and peer-to-peer applications, and troubleshooting when many sessions share an address. This article does not claim Dontv-Prim uses address sharing; it identifies the question created by a small public address pool and no visible IPv6 alternative.

For resilience, IPv6 could provide a second protocol family, but it would not automatically provide a second failure domain. Dual-stack traffic carried over the same access cable, edge router and Moldtelecom circuit can fail together. Conversely, a carefully engineered IPv6 service may improve address flexibility while leaving physical redundancy unchanged. The useful disclosure would therefore pair an IPv6 roadmap with the same information required for IPv4: upstreams, route protection, equipment support, customer-premises compatibility and tested failover.

The present evidence supports a narrow conclusion. Dontv-Prim operates a coherent IPv4 origin with valid RPKI. It does not publicly demonstrate IPv6 readiness. That is a technology and future-capacity limitation, not by itself an outage finding.

Failure path one: the unseen access plant

The first likely failure path is between the subscriber and Dontv-Prim's aggregation point. Because the access medium is undisclosed, the precise hazards are also undisclosed. Buried fibre and copper can be cut during excavation. Aerial cable can be damaged by wind, ice, falling branches or vehicle contact. Coaxial systems depend on amplifiers and power supplies. Fixed wireless depends on line of sight, radio-site power and working customer receivers. Building Ethernet depends on switches, risers and access to shared equipment rooms.

Every one of those networks needs records and field access. A crew must know which cable, splice, port or radio serves the affected addresses. It needs permission to reach poles, roofs, basements or roadside cabinets. It needs compatible spare optics, cable, connectors, power supplies and customer equipment. A fault that takes ten minutes to diagnose remotely can take hours to reach physically, especially if it occurs outside business hours or in severe weather.

The regulator's fixed-access and distribution categories establish that some terrestrial access responsibility exists. They do not show whether Dontv-Prim owns the poles or ducts, leases them, relies on building owners, or hands off part of the last mile to another provider. Ownership and operation can diverge: a local ISP can operate active equipment over somebody else's passive infrastructure. Repair priority then depends on contracts between multiple parties, not only on the subscriber's call to the retail provider.

The appropriate conclusion is not that Dontv-Prim's access plant is fragile. It is that resilience is ungraded. No public source demonstrates a ring, two independent street approaches, redundant radio sites, protected cabinets, mapped spares or measured restoration times. A customer requiring continuity should treat the local loop as unprotected until the specific installation is documented otherwise.

Failure path two: power at every active point

Internet service can fail during an electricity outage even when the cable is intact. The customer's router and optical terminal need power. So do switches, optical line terminals, wireless radios, aggregation routers and cooling systems. A battery at the central edge is only as useful as the least protected active device between that edge and the subscriber.

Power resilience is a concrete Moldovan concern, but it must be used carefully. The Ministry of Energy reported weather-related distribution outages in January 2026 affecting 3,549 customers across 13 localities in the southern and central distribution area. In March, the government declared an energy emergency after damage in southern Ukraine disconnected the Vulcanesti-Isaccea line; the Ministry later said the emergency ended on 25 April 2026. Neither source says Dontv-Prim failed or that Stefan Voda was among the affected locations.

Their relevance is narrower. They show that grid interruption and regional energy dependency are not imaginary stress cases. For a local ISP, the useful evidence would be a site-by-site backup schedule: battery runtime at the core and access nodes, generator connection points, fuel arrangements, alarm coverage, replacement intervals and the load assumed in each runtime claim. For the subscriber, it would also matter whether the provider network remains active when the home loses power and whether a small uninterruptible supply can keep the optical terminal and router online.

No such Dontv-Prim evidence is public. A resilience claim should therefore distinguish route availability from powered service availability. AS202965 may remain visible while a neighbourhood access node is dark. Conversely, local subscribers may be online while some route collectors briefly lose a path. The two measurements describe different layers.

Failure path three: upstream loss and the limits of BGP cleanliness

If the observed Moldtelecom adjacency disappears, the public data show no second provider path ready to advertise 178.175.151.0/24. That makes upstream loss the clearest visible common-mode risk. A fibre cut outside the local access area, a failed carrier port, a routing leak, an upstream maintenance error or a regional power problem could isolate the prefix even while Dontv-Prim's local equipment remains healthy.

RPKI validity helps with one class of failure: unauthorised route origin. It cannot create a substitute path. A valid route through one upstream is still one route. Similarly, full visibility at RIPE collectors means the announcement propagated widely at the snapshot. It does not guarantee low latency, adequate throughput or continuous reachability from every network.

The route-policy mismatch between AS41221 and AS8926 is not itself an outage. It does show that public documentation can lag operation. In an incident, accurate routing policy, current contacts and tested change authority matter. A provider that needs to move a route between carrier ASNs or establish emergency transit must be able to update filters, route objects and RPKI permissions quickly. The valid current ROA is encouraging, but the public record does not reveal emergency procedures or who is authorised to execute them.

True upstream resilience would be demonstrated by a second independent carrier, or by documented physical and logical diversity within the same carrier, plus a failover test showing the /24 remains reachable and adequately provisioned. No public source supplies that test. The visible topology should therefore be read as single-upstream until contrary evidence is produced.

Field repair is the scarce capacity the route table cannot show

The title of this article turns on field repair because small-network economics are human as much as technical. A national carrier can distribute specialists, vehicles and spares across a large workforce. A micro-scale regional operator may offer faster local familiarity but have fewer people who can splice fibre, align a radio, replace an optical module, negotiate building access and reconfigure the edge. Public evidence does not disclose Dontv-Prim's staff count, on-call rota or contractor arrangements.

That absence matters most when faults overlap. One cut may be manageable. A storm that damages several aerial segments, or a power event that depletes batteries at multiple sites, creates a queue. The restoration time for the fifth fault depends on technicians, vehicles, test gear and spare parts still available after the first four. A service desk can acknowledge every report quickly while physical restoration remains serial.

Historical quality submissions show that DonTV Prim once participated in the regulator's measurement regime. The 2019 inspection shows it had subscriber contracts and received a compliance prescription. Neither tells a 2026 customer whether support is available around the clock, whether a technician is local, whether repair is in-house or contracted, or whether business lines receive priority over residential service.

For buyers, the most informative questions are operational: the normal and worst-case dispatch time; the number of people authorised to work on the network; the location of spare customer terminals, switches and optics; the escalation path to Moldtelecom; and recent restoration percentiles rather than a single best case. Until those answers are visible, Local support labour is not a claim about poor service. It is a central unmeasured dependency.

Who is affected when the chain breaks

The public sources do not disclose a subscriber count or customer list, so the blast radius cannot be quantified. The service categories and payment listings nevertheless indicate the kinds of dependency at stake. Internet access affects households, shops, schools, offices and remote workers. Data transmission and leased lines can support business systems, payment terminals, cameras, branch connectivity and hosted applications. The RunPay and maib entries show a consumer billing surface, but not the split between residential and business accounts.

A total upstream loss would make the originated /24 unreachable and could affect every service relying on that edge, subject to any unobserved backup. A local access cut would be narrower, affecting the addresses beyond the damaged segment. A powered-node outage could sit between those extremes. Congestion after failover might leave basic messaging usable while video, backups, voice or remote applications degrade. Customer-premises power failure could affect one site even while the provider network remains healthy.

This layered blast radius is why a simple question such as "Is the ASN up?" is inadequate. The ASN can be up while a street is down. A street can be online while one building switch is down. A business can have two routers connected to the same physical cable and mistakenly call the design redundant. The useful unit of analysis is the complete path for the specific premise.

Regional-ISP economics reward reach, but resilience costs twice

Dontv-Prim operates in a national market where fibre adoption is high and fixed broadband continues to grow. That environment raises the performance floor. A small provider can compete through local presence, price, responsiveness or reach into places and buildings that larger operators do not serve as flexibly. It can also spread the cost of upstream transit, access construction and support across a much smaller revenue base.

Resilience adds costs that customers do not always see. A second route requires construction or a second supplier. Batteries require replacement before they visibly fail. Spare optics and routers tie up cash on a shelf. Night and weekend coverage requires paid labour or a contractor retainer. Diverse upstream capacity must be large enough to carry traffic during failure, even if it sits partly unused in normal operation. Testing failover consumes engineering time and can itself create risk.

The one /24 does not reveal whether Dontv-Prim is profitable, constrained or growing. No audited public financial statement, current tariff sheet or subscriber total supports the reported micro-revenue figure sometimes attached to company summaries. It should not be repeated as fact. The most that can be said is that the public routing footprint is small and the registered service area is local. Those features make capital allocation and repair labour especially important, but they do not establish financial weakness.

The economic question for a customer is whether the service price includes the recovery design the customer assumes. A low monthly bill may buy a perfectly adequate best-effort line. It should not be mistaken for protected access unless the provider documents diverse entry paths, backup power, upstream failover and restoration commitments. Conversely, a higher-priced leased line is not automatically diverse merely because its contract uses business language. Physical routes and failure domains must be checked.

What would raise the evidence grade

Dontv-Prim could move from Medium toward Strong with a modest set of disclosures that do not expose security-sensitive detail. A dated service map could identify the localities served without showing exact cable coordinates. A technology statement could distinguish fibre, coaxial, copper and fixed wireless. A resilience note could state whether the core and major access nodes have battery or generator coverage and give minimum design runtimes.

The routing case needs similar clarity. The provider could explain whether AS8926 is the sole production upstream, why the public policy still references AS41221, and whether any second Moldtelecom circuit is physically diverse. It could clarify the address assignment behind 178.175.151.0/24, the Dontu-Prim name in the inetnum registration, and the conditions under which the route and valid RPKI authorisation can move to another carrier. A published IPv6 plan would also matter because the current edge originates no IPv6 space.

Recovery evidence would be more valuable than a generic reliability percentage. Useful measures include median and 95th-percentile time to acknowledge, dispatch and restore; the number of material access and upstream incidents in the previous year; failover test dates; the capacity remaining after a component failure; and whether customer equipment can be replaced from local stock. A business buyer should ask for these measures for its exact service class and address.

Unofficial internet listings can help locate questions, but they cannot answer them. Hurricane Electric, CIDR Report, IP address directories and company aggregators agree that AS202965 is a small Moldovan network behind Moldtelecom. They cannot see an underground splice, a battery cabinet, a technician's rota or a leased-line contract. The missing proof must come from dated operator documentation, regulator filings, measured performance or customer-specific engineering records.

A practical verification sequence

The most efficient diligence starts at the customer's wall rather than at the global route table. First identify the handoff: optical terminal, Ethernet cable, coaxial modem, copper device or radio receiver. Record which equipment belongs to the provider, which belongs to the customer and which devices need local power. Ask where the first shared active node sits and how many other premises depend on it. That establishes whether an apparent one-building problem can become a neighbourhood problem.

Next follow the physical route. A business buying continuity should ask whether the primary and backup entries leave the building through different walls, ducts or poles; whether they meet again at the first cabinet; and whether any landlord, utility or road crossing is common to both. Two service identifiers do not prove two paths. Photographs, route drawings and installation records can establish diversity without publishing sensitive network coordinates to the world.

Then test power and recovery. The relevant runtime is the shortest runtime among the customer terminal, building switch, local access node and edge equipment. Ask when batteries were last load-tested, whether a generator can be connected, who receives alarms and what happens after fuel or battery capacity is exhausted. For field repair, request the support hours, escalation number, dispatch target, spare-equipment location and the recent distribution of restoration times. A single promised average can hide long tail failures.

Only after the local path is understood should the review move to BGP. Confirm whether the production route still ends through AS8926, whether a second physical Moldtelecom delivery exists, whether any other carrier can originate the /24 in an emergency and who controls the required filters and RPKI changes. A controlled failover exercise should verify reachability and capacity while normal traffic is present. The test should also check DNS, voice, payment applications and remote-access tools, not only whether a router can exchange pings.

For a household, that process may be reduced to asking what access technology serves the address, whether the provider stays online during a local power cut, what equipment needs a small uninterruptible supply and how after-hours faults are handled. For a leased-line buyer, each answer should be contractual and premise-specific. This sequence turns the public unknowns into questions that can be answered without assuming the network is either safer or weaker than the evidence shows.

The evidence-bound conclusion

Dontv-Prim SRL is not just a name left behind in an old registry. The legal company and service scope align across the Moldovan regulator and company listings. Customer-payment channels still carry the brand. AS202965 is announced, globally visible and RPKI-valid, and its single /24 has a sustained public routing history. Those facts support the regional-ISP category and a present-operating assessment.

The same evidence also imposes a hard ceiling. One Moldtelecom adjacency is visible. No IPv6 route is visible. The registered routing policy names one Moldtelecom ASN while collectors see another. The provider-assigned address block names Dontu-Prim while the originating ASN names Dontv-Prim. No public source proves the access medium, route diversity, backup power, spare inventory, field crew depth, service-level commitment or measured recovery.

For a household, the consequence is that a familiar local bill may depend on equipment and carrier paths that are not locally substitutable. For a business, it means a public ASN and a leased-line service category should not be confused with end-to-end diversity. The right diligence starts at the premise, follows every powered and physical dependency to the edge, then follows the route through Moldtelecom. Until that path is documented and tested, Dontv-Prim is best described as a credible small regional ISP with a live edge and an unproven recovery chain.