Summary
- LACNIC identifies Baja Datacenter, SA de CV as the registrant of active AS265552, the IPv4 allocation
45.239.16.0/22and the IPv6 allocation2806:303::/32. The registry address, telephone number, domain and role email form a coherent public identity chain around Playas de Rosarito, Baja California. - RIPEstat marked AS265552 as announced on July 15, 2026 and recorded both allocations as continuously announced from July 1 through July 15. The IPv4
/22was originated by AS265552 and visible to 325 of 326 reporting IPv4 peers in the routing-status observation. - The company website advertises colocation, cloud, disaster recovery, network management and continuous support, but it does not publish a facility specification, power or cooling design, carrier list, security certification, backup scope, service-level measurement method or restoration target.
- The public record therefore supports an operating network, not blanket assurance for every advertised service. A buyer should join the ASN and address evidence to the exact facility, contract, workload location, recovery design and named support duties before relying on the brand for production infrastructure.
The gap between presence and assurance is unusually clear at Baja Datacenter. Many lightly documented infrastructure companies have only a name, an address or a small customer assignment in a network registry. Baja Datacenter has considerably more: an autonomous system, provider-sized address allocations, current route visibility and contact details that line up across its website and LACNIC records.
That is enough to show an identifiable organisation operating part of the public internet. It is not enough to show how a customer's server is powered, how a cloud instance is isolated, where a backup is retained or how quickly an engineer will restore service at 3am. Those questions sit one layer below the routing evidence and one layer above the broad promises on the website. They are where a purchasing decision should concentrate.
Identity is strongest where the records intersect
The LACNIC autonomous-system record is the firmest public identity anchor. It lists active AS265552 and names Baja Datacenter, SA de CV as registrant under organisation handle MX-BDSC3-LACNIC. The autonomous system was registered on July 10, 2018. The registrant record gives an address on the Tijuana-Ensenada road in Zona Cantamar, Playas de Rosarito, along with a Mexican telephone number.
The same record associates administrative, technical and abuse responsibilities with contact handle BDC6. That role record uses the company name, the bajadatacenter.com.mx domain in its email address and the same telephone number. LACNIC shows the role contact last changed in October 2023 and the registrant entity last changed in September 2024. Those dates do not certify present staffing, but they are more recent than the original 2018 resource registration and help connect the company name to a maintained network identity.
The company website reinforces part of that chain. Its footer gives the same +52 664 3756666 telephone number, an address at kilometre 41 in Playas de Rosarito and an email on the same company domain. The matching telephone, locality and domain make accidental name collision less likely. The assigned BTW directory entry should therefore be read as pointing to this LACNIC registrant and network, rather than to any business that happens to use a similar data-centre name.
There are still limits. A regional internet registry records responsibility for number resources; it does not establish shareholders, directors, tax standing, financial capacity or authority to sign a particular customer contract. The website footer does not state the full legal name beside its contact details, and the public evidence reviewed here does not include a current corporate extract. Before payment, the contracting name, tax identity, bank beneficiary and signatory should all resolve to the same legal counterparty.
The website also deserves a basic authenticity check during diligence. Its title and several testimonial passages call the business "Bajada Data Center", while the main heading says "Baja Data Center" and the registry says Baja Datacenter, SA de CV. A misspelling can be harmless. Repeated inconsistencies on the principal sales surface nevertheless make it important to confirm that the site is controlled by the registry holder, that its offers are current and that quoted terms come from an authorised representative.
The address estate is substantial and independently visible
Baja Datacenter holds number resources at a scale that is consistent with operating a hosting or network service. LACNIC's IPv4 record assigns the active range 45.239.16.0 through 45.239.19.255 to the same organisation handle. A /22 contains 1,024 IPv4 addresses. It is classified as an allocation rather than a small downstream assignment, so the record places the resource directly under Baja Datacenter's registry responsibility.
The IPv6 record does the same for 2806:303::/32. Its numerical size should not be converted into a claim about customers, servers or capacity: IPv6 allocations are deliberately vast and are planned differently from IPv4. What matters is that the company has both protocol families registered under the same identity and can announce them through its own autonomous system.
Current routing observations show that it does. The RIPEstat autonomous-system overview marked AS265552 as announced at its July 15, 2026 query time. Its announced-prefix record showed both 45.239.16.0/22 and 2806:303::/32 continuously visible across the returned July 1-15 window.
The IPv4 routing-status observation adds useful precision. It identified AS265552 as the origin for the /22, found route objects in LACNIC and RADB, and reported 325 of 326 RIPE RIS IPv4 peers seeing the route. It listed no more-specific or less-specific routes for the resource in that response. That is strong evidence that Baja Datacenter was exercising public routing control over the aggregate, rather than merely appearing beside dormant address space.
Routing evidence has a strict boundary. It shows that networks around the internet had a path for the prefix and accepted Baja Datacenter's ASN as its origin. It does not show that every address answered, that a particular server was healthy, that traffic followed diverse physical fibres, or that the building behind an address had power and cooling. Even broad route visibility can coexist with an application failure, storage incident, account lockout or local access problem.
For a buyer, the right use of this evidence is to make the next questions more specific. The service order should state whether the customer's addresses come from these allocations, whether both IPv4 and IPv6 are available, who controls reverse DNS, and what happens to addresses on exit. It should identify transit providers, physical paths, denial-of-service controls and routing-security responsibilities. If multi-homing or provider-independent continuity matters, the design should be shown rather than inferred from one globally visible route.
The service catalogue is broader than the supporting detail
The Baja Datacenter website names five areas: colocation, cloud solutions, disaster recovery, network management, and consultation and support. It says colocation includes secure server space with support available at all times. It describes cloud as scalable, network management as proactive, and disaster recovery as using backup to maintain continuity. Its FAQ adds claims about firewalls, encryption, regular backups, flexible plan upgrades and a 99.9% uptime guarantee.
These are clear enough to define a sales conversation. They are too general to define the service received. The site does not say whether colocation means a full rack, partial rack or individual server; what power density is available; whether feeds are redundant; how cooling is designed; or which carriers enter the building. It gives no facility floor plan, commissioning result, certification reference or physical-security control detail.
The cloud and recovery descriptions leave equally important boundaries open. There is no published compute, storage or virtualisation specification; no account or control-panel documentation; no availability-zone design; and no explanation of whether backups are included, optional or managed by the customer. "Regular" backup is not a retention period, a recovery-point objective or proof that data can be restored. Encryption says little unless the service identifies what is encrypted, where keys live and who can use them.
The 99.9% uptime statement also needs a denominator and a remedy. A meaningful service level defines the covered component, measurement point, calculation period, maintenance exclusions, incident clock and credit process. At 99.9%, the difference between network-port availability and complete workload availability is substantial. The public page supplies none of those terms and does not link the promise to an achieved-performance report.
This does not make the services fictional. The active network and provider-sized allocations are meaningful corroboration that technical operations exist. The careful conclusion is that the network layer has better public proof than the product layer. A prospective customer should ask for a current service description, architecture, responsibility matrix and order form, then make sure the documents use the same legal entity and facility as the registry-backed identity.
Automation must reveal ownership when it removes labour
Cloud and managed-network services usually depend on automation, even when the public page does not describe the machinery. Provisioning systems may assign addresses, create virtual machines, apply firewall rules, take snapshots and raise monitoring alerts. That can make service faster and more consistent. It can also conceal responsibility when a job fails halfway or a requested change has unexpected effects.
A buyer should ask Baja Datacenter to demonstrate the operating path for the product being purchased. Who approves a new administrator? Where is configuration state recorded? Does a failed provisioning task roll back cleanly? Can the customer export logs? Which changes require human review? How are privileged support actions authorised and audited? These questions turn "proactive management" from marketing language into an observable control system.
Responsibility for backups is especially easy to lose between automated components. A dashboard may report that a snapshot job ran without proving that the copy is independent, retained for the required period or usable after a wider platform failure. Acceptance should include restoration into a clean environment and evidence of the time taken. The contract should name who detects a failed backup, who retries it and who tells the customer that protection has been reduced.
Automation should similarly support network evidence rather than stop at it. Customers should be able to see assigned prefixes or addresses, firewall state, important route or interface changes, and service-impacting alerts. The public ASN makes the network operator identifiable. Customer-level records make that operator accountable for the exact service.
Rosarito is an identity location, not a complete data map
LACNIC and the company website converge on Playas de Rosarito in Baja California. That location is relevant: it places the registered network operator and public contact surface in Mexico, near the Tijuana-Ensenada corridor. It does not by itself locate every customer system or data copy.
An ASN has no necessary one-to-one relationship with a building. A route may carry traffic to infrastructure in one facility, multiple facilities or equipment reached through another operator. The reviewed sources do not identify the street address of a certified facility, the ownership of the building, or the locations used for cloud replicas, backups, logs and disaster recovery. They also do not show where administrators connect from or where support and billing records are processed.
Customers buying for Mexican data locality should therefore request a written location schedule. It should cover primary compute, storage, replicas, backups, telemetry, ticket contents and privileged access. It should identify facility operators and subprocessors, state whether data can cross a border during support or recovery, and provide notice before a location changes.
The network resources add valuable but narrower evidence. A Mexican registry holder is originating its registered prefixes. That supports local operational presence and control of the public address layer. It cannot prove that a named workload, its recovery copy and every person able to access it remain in Mexico. Data sovereignty is established by architecture and enforceable commitments, not by geolocating an ASN.
Support begins with a reachable contact and ends with restoration
Baja Datacenter has a better public support starting point than many obscure providers. LACNIC publishes one role for administrative, technical and abuse matters, with a company-domain email and telephone. The website repeats the telephone, lists another company-domain mailbox and says a dedicated support team is available continuously. The overlap gives a customer at least two records against which to verify contact ownership.
It does not show support performance. The site does not publish operating hours by channel, severity definitions, acknowledgement targets, restoration objectives, escalation levels or remote-hands scope. It does not name an on-duty role or explain whether the same team can act on facility, network, hypervisor, storage and backup incidents. A general telephone number may reach someone quickly without reaching the person authorised to restore service.
The practical test is simple. Before production use, open ordinary and urgent tickets through the contracted channels. Confirm identity checks, response timestamps and escalation. Run a reversible remote task or network change, then conduct a restore exercise. Record who performed each action, what evidence was returned and how long full service took to recover. A recent test carries more weight than a generic promise of constant availability.
Support terms should distinguish response from resolution. A rapid acknowledgement is useful, but it does not replace a target for technical ownership, customer updates and safe restoration. Where Baja Datacenter depends on a carrier, facility vendor or equipment supplier, one party should remain responsible for coordinating the chain rather than asking the customer to arbitrate among providers during an outage.
A short evidence schedule would close the gap
The public record is strong enough to make diligence concrete. It is not necessary to ask Baja Datacenter to prove every aspect of its business. The evidence should match the service and risk being purchased.
| Decision point | What the public evidence supports | What to obtain before reliance |
|---|---|---|
| Identity | The company name, telephone, Rosarito locality and domain align across LACNIC and the website | Current legal registration, tax identity, signing authority and proof that the company controls the sales domain |
| Network control | Active AS265552 originates registered IPv4 and IPv6 allocations | Customer address schedule, transit and physical-path design, routing-security duties, reverse-DNS ownership and exit terms |
| Facility | The website advertises colocation and gives a Rosarito contact address | Exact operating facility, power and cooling design, carrier entrances, physical controls, commissioning evidence and customer rack assignment |
| Cloud scope | The website advertises scalable cloud service | Compute, storage, isolation, administration, metering, capacity, change and export specifications |
| Availability | The FAQ advertises 99.9% uptime | Covered component, measurement method, exclusions, reporting, recent performance and contractual remedy |
| Recovery | The website refers to backups and disaster recovery | Backup locations, retention, recovery objectives, test results, key ownership and clean-environment restore evidence |
| Data locality | Registry and contact evidence points to Mexico | Locations for primary data, replicas, logs, backups, support access and subprocessors |
| Support | Matching public telephone and domain contacts exist; the site claims continuous support | Named channels, severity model, response and restoration targets, remote-hands scope, escalation and recent exercise evidence |
Baja Datacenter should not be reduced to either side of a false choice. It is not merely an unverified name: active dual-stack resources and current routing visibility provide unusually useful proof of network operation. Nor does that proof validate every claim on a sparse and internally inconsistent website.
The sensible assessment is layered. Trust the registry for who holds the number resources. Trust routing observations for what was globally visible at the measured time. Treat the website as the provider's statement of intended services. Then require contracts, technical schedules and acceptance tests for the customer outcome. When those layers agree, the company name can carry operating assurance. Until then, AS265552 proves that Baja Datacenter can announce a network; it does not by itself prove that a particular workload will remain available, recoverable and supported.