HYBRID INFRASTRUCTURE

Onshore Edge Cloud

Local infrastructure. Cloud intelligence. Applications and data live close to the users who depend on them, on a right-sized edge node at your site — while a centralized Onshore cloud control plane handles DNS, monitoring, backup, disaster recovery, and global services. Built for organizations operating where internet connectivity is expensive, unreliable, or intermittent.

Local Infrastructure, Cloud Intelligence

Everyday traffic never has to leave the building. Only the services that genuinely need to be centralized cross the link to the cloud.

Onshore Edge Node

A standardized, right-sized local deployment running your applications, database, identity, cache, and monitoring — no traditional enterprise data center required.

Cloud Control Plane

DNS and traffic management, cross-site monitoring, backup replication, disaster recovery, analytics, and centralized AI services, run centrally so no single site has to.

Operates Through Outages

Applications, the database, authentication, and local content keep serving users when the link to the cloud drops — then reconcile and resynchronize automatically once it's back.

RUNNING IN PRODUCTION TODAY

Real-Time Synchronization, Not a Roadmap Item

The part of a hybrid architecture everyone assumes is the hard part — keeping every site's data current without expensive, fragile bulk transfers — is already solved. Onshore Edge Cloud replicates continuously, in small increments, over the same connection every other part of the architecture already uses. There is no "nightly batch" or "hourly sync job" anywhere in this design, because the underlying technology was built to stream, not to schedule.

Continuous, Not Scheduled

New records stream out the moment they're written — small deltas, seconds-level lag — instead of periodic bulk transfers that stall or fail on a weak connection.

Built on BiseraDB

Onshore's own storage engine powers this at the source. Write-ahead-log streaming replication is a core engine capability, not a bolted-on integration.

Metadata Everywhere, Files On Demand

Lightweight records replicate to every site continuously; large files transfer only when a user actually requests one — bandwidth spent only where it's needed.

Already Proven

This is the same replication mechanism running in Onshore's own production infrastructure right now, not a proof of concept built for a pitch.

See This Running in Your Environment

The edge node, the connectivity tiers, the real-time synchronization — every piece on this page is something we can size and price for your actual sites this week, not next quarter.

Get a Design Quote Today

Connectivity Tiers

Not every site can assume the same class of connection back to the cloud control plane, so the architecture is designed against three tiers rather than one assumption.

Tier	Connectivity	When Used
Tier 1	Encrypted VPN over standard internet	Default starting point, available anywhere with a working internet connection.
Tier 2	Dedicated carrier or private circuit	Where a local carrier offers a private/leased line to an appropriate point of presence.
Tier 3	Direct cloud interconnect	Where a qualifying provider, network partner, or colocation path exists — typically the most mature stage of the relationship, not the starting point.

Who It's For

Any organization whose service quality shouldn't depend on the weakest link in an international connection:

Universities & Schools

Campus LMS, SIS, and administrative systems that stay responsive regardless of international bandwidth.

Hospitals & Clinics

Patient systems that keep running locally, with cloud-based backup and disaster recovery behind them.

Government & NGOs

Citizen- and constituent-facing services that can't afford to go dark when connectivity does.

Multi-Site Enterprises

Manufacturers, financial institutions, and distributed operations needing consistent service across every location.