The 801 Tenth Street Modesto data center is best understood as a small, local commercial colocation and hosting option—not a hyperscale campus. Its value is proximity and network access; its risk is assuming facility redundancy replaces your own security, recovery, and accountability plan.
At 2:17 a.m. in Modesto, a public-safety IT manager gets the call no one wants: the primary server room is still powered, but the authentication service used by dispatch supervisors is not responding. The team must decide whether to fail over to a secondary system at 801 Tenth Street—or discover that the “backup site” was never fully documented, monitored, or tested.
That is the practical question behind the 801 Tenth Street Modesto Data Center. Not “Is there a giant data-center campus downtown?” There is not. The better question is: Can a local facility become one reliable layer in a broader operating model for dispatch, healthcare, finance, local government, schools, or a Central Valley business?
What is the 801 Tenth Street Modesto Data Center?
The facility at 801 Tenth Street is associated with Ayera Technologies in the Modesto City Tower Building. The City of Modesto describes Ayera as a 2,200-square-foot commercial facility providing managed cloud hosting, web services, and localized ISP solutions.1 Ayera itself markets a carrier-neutral Tier II data center offering colocation, cloud infrastructure, dedicated servers, and virtual private servers.
The public descriptions are not perfectly aligned. Ayera’s colocation page describes its Modesto facility as 8,000 square feet, while the City’s 2026 FAQ identifies the 801 Tenth Street commercial facility as 2,200 square feet. That difference may reflect different measurements or facility scopes. A buyer should ask for the exact cage, rack, power, and expansion capacity being offered—not rely on a headline square-foot figure.
Ayera’s published facility description includes redundant N+1 cooling, distributed UPS power, a standby diesel generator, FM-200 fire suppression, hot-aisle/cold-aisle cooling, keycard access, surveillance, cage space, and remote-hands support. It also describes multiple Tier I and Tier II network connections, redundant core routers, and high-speed port handoffs.
Those are useful building blocks. They are not the same thing as a complete managed IT or cybersecurity program. A colocation provider may protect the room, power, cooling, and connectivity while your organization remains responsible for operating systems, identity, firewall rules, backups, endpoint security, application dependencies, and recovery decisions.
Is 801 Tenth Street a proposed hyperscale data center?
No—not based on the City’s current public statement. The City’s August 11, 2026 FAQ says data centers are not an allowed land use under the current Municipal Code, no applications have been submitted, and no active proposal is under review.1
The same FAQ distinguishes large, dedicated industrial-scale projects from smaller facilities integrated into existing commercial buildings. It specifically identifies Ayera at 801 10th Street as an existing commercial facility with a relatively small physical footprint.
That distinction matters to IT buyers. A local colocation facility is not competing with a hyperscale cloud region on total capacity. Its potential advantages are different:
- A nearby location for physical equipment, remote hands, and network handoffs.
- Lower latency for selected Central Valley users and applications.
- A practical recovery tier outside your office or municipal building.
- A local provider relationship that may be easier to coordinate during a maintenance window.
- A place to host equipment without making your own server room the only point of failure.
The facility should therefore be evaluated as part of an architecture—not as an all-purpose answer to every availability or security problem.
What should a Modesto organization put there?
Start with the workload, not the rack. For a 100-plus-employee business, a school district, clinic, financial institution, or government department, the right question is whether the workload needs local hardware, a cloud service, or a deliberately designed combination.
| Deployment choice | When it fits | What 801 Tenth Street may contribute | What Datapath should help own |
|---|---|---|---|
| Colocated physical server | A legacy application, specialized appliance, or low-latency system must remain on dedicated hardware | Power, cooling, connectivity, physical access, rack or cage space | Server lifecycle, patching, segmentation, monitoring, backup, documentation, and escalation |
| Public cloud workload | The application is cloud-ready and benefits from elastic capacity or managed platform services | Network connectivity or a local path to supporting systems | Identity, cloud configuration, backup, vendor risk, logging, and shared-responsibility controls |
| Existing on-premises server room | The workload is stable and the organization already has skilled facilities support | No relocation effort, but no geographic separation either | Hardening, environmental monitoring, power planning, recovery procedures, and tested failover |
| Hybrid primary plus local recovery tier | Critical services need a second location without abandoning existing systems | A Central Valley colocation or hosting layer for selected recovery assets | Dependency mapping, replication, recovery order, access control, testing, and incident leadership |
For example, a Modesto public-safety team might keep the primary computer-aided dispatch environment where its operational staff work while placing a documented, access-controlled recovery environment elsewhere. That recovery design should identify dependencies such as directory services, DNS, network connectivity, geospatial data, application interfaces, time synchronization, and operator workstations. A server that boots successfully but cannot authenticate dispatch users is not a functioning recovery plan.
For a finance client, the priority might instead be a transaction-processing system, secure remote access, and a clean recovery environment. For a healthcare clinic, it could be the systems required to support EHR access during a disruption. For a K-12 district, the critical sequence may begin with identity, core network services, student-information access, communication platforms, and the systems needed to keep the next school day running.
NIST Cybersecurity Framework 2.0 organizes cybersecurity outcomes across Govern, Identify, Protect, Detect, Respond, and Recover; it also emphasizes that organizations should tailor the framework to their mission and risk rather than follow a one-size-fits-all checklist.2 That is the right mindset for evaluating a facility: map the business service first, then decide which physical and logical controls belong at the data center.
What does the facility protect—and what does it not protect?
A resilient room can reduce several risks. Redundant cooling can reduce dependence on a single cooling unit. UPS and generator infrastructure can provide power continuity during certain utility events. Multiple carriers can reduce dependence on one network path. Physical access controls and surveillance can reduce unauthorized access to equipment.
But resilience is layered. The following responsibilities still need named owners:
Identity and privileged access
Who can administer the hypervisor, firewall, storage, backup console, and operating systems? Is multifactor authentication enforced? Are vendor and remote-hands accounts limited by role and reviewed after each engagement? Are break-glass credentials protected and tested?
Network separation
A public-facing web server, a financial application, a backup repository, and a law-enforcement system should not share an unrestricted flat network. Use VLANs, firewall policy, administrative jump hosts, and separate management paths where the risk warrants it.
Backup integrity
Replication is not automatically backup. If ransomware reaches both the production system and its replication target, the second copy may simply reproduce the problem. CISA recommends offline, encrypted backups and regular testing of backup availability and integrity.3
That means defining which copies are isolated, who can delete them, how long they are retained, and how the organization will restore them to a clean environment. Datapath can help build that into a tested disaster recovery plan rather than leaving it as an assumption in a facilities contract.
Monitoring and response
A facility alarm may tell you that a door opened or a temperature changed. It does not necessarily tell you that a privileged account created a new administrator, that an endpoint is beaconing to an attacker, or that a backup job completed with corrupted data.
NIST’s incident-response guidance describes a shared-responsibility model in which organizations and service providers must define responsibilities, information flows, coordination, and authority to act.3 Before signing, ask who receives the alert, who opens the ticket, who can isolate a system, who contacts the application owner, and who leads communications during an incident.
What should buyers ask before signing a colocation agreement?
Treat the sales conversation as an operational design review. Ask for written answers to these questions:
- What exactly is included in the SLA? Is it power availability, network availability, facility access, remote hands, or end-to-end application uptime? Those are different promises.
- What happens during a generator test or maintenance window? Request the schedule, notice period, customer impact, and escalation process.
- How are customer networks separated? Ask about VLANs, firewalls, cross-connects, management access, and the process for approving changes.
- What does “24/7 access” mean? Is the customer admitted by keycard, escorted, or supported by an on-site technician? Is remote hands available after hours, and at what response target?
- Which carriers are actually available to your rack? A building may have many providers while your selected cabinet has only one usable path without additional cross-connects.
- Who owns the backup and restore process? Get the retention schedule, encryption model, immutable or offline-copy design, restore procedure, and test evidence.
- How does offboarding work? Require a documented process for removing accounts, returning equipment, deleting provider-held data, and transferring configuration records.
- Can your team see the evidence? Request maintenance records, access logs, backup reports, incident tickets, and change history appropriate to your contract and security requirements.
For a regulated or public-safety environment, add a control-ownership matrix. If criminal justice information is in scope, the FBI describes the CJIS Security Policy as a shared responsibility for the lawful use and protection of criminal justice information.4 That does not make an address “CJIS compliant” by itself. Your organization still needs to validate the applicable controls, contracts, personnel requirements, access model, encryption, logging, and incident procedures with its governing authority.
How should you measure the decision?
Use business targets instead of vague phrases such as “mission critical.” A sample planning exercise might define:
- Identity and core network services: 60-minute recovery time objective.
- A transaction database: 15-minute recovery point objective.
- General file shares: four-hour recovery time objective.
- Public-facing marketing content: restoration after higher-priority systems.
These are examples, not universal requirements. Your vCIO should validate them through a business-impact analysis with department leaders. A dispatch supervisor, finance manager, clinic administrator, and school technology director will not rank systems the same way.
Then test the design. A useful exercise could ask the named team to recover one application, one identity dependency, and one network path from documented procedures. Record how long it took, what was missing, which permissions failed, and whether the restored service actually worked for a user.
That is where managed IT services and managed cybersecurity become materially different from commodity support. The deliverable is not merely a rack, a ticket number, or a monitoring dashboard. It is a known team that can connect infrastructure decisions to uptime, accountability, and the organization’s operating mission.
Where Datapath fits in a 801 Tenth Street decision
Datapath serves Modesto, Ceres, Manteca, Merced, and the wider Fresno/Central Valley. We can help an organization decide whether 801 Tenth Street belongs in its architecture, what should remain on-premises, what should move to cloud services, and which dependencies must be recovered first.
For a Modesto government or public-safety organization, that may mean coordinating government and public-safety IT with segmentation, secure administrative access, documented recovery priorities, and an incident response retainer. For a clinic, bank, credit union, school district, or mid-market business, it may mean a hybrid design, vendor-risk review, Microsoft 365 protection, or a co-managed model that strengthens an existing internal team.
The decision is not whether 801 Tenth Street sounds impressive on paper. The decision is whether your people can keep the right service running, restore it cleanly, and explain who was accountable when conditions changed.
If you are evaluating the 801 Tenth Street Modesto Data Center for production, colocation, backup, or recovery, start with a workload map and a recovery test—not a tour. Datapath can turn that assessment into a practical operating plan for your Modesto team. Contact Datapath to discuss the design.
