Cloud hosting, migration, monitoring, backups and cost control for business applications

It depends on what an outage costs and who fixes it today. An application that only serves internal users occasionally, or one on a managed platform where the vendor handles servers, backups and updates, is probably adequately hosted. This service suits applications that take orders, issue invoices, hold patient or student records or serve paying customers, where nobody currently watches, patches or tests recovery. If the setup is adequate, we say so and list what to fix.

It depends on the workload, existing licences and team. AWS, Azure and Google Cloud offer the widest managed services and multi-region options, and suit larger or regulated workloads. DigitalOcean and similar providers are simpler and often cheaper for a single application with predictable load. Microsoft licensing, a need to keep data in an Indian region, a specific managed database or existing credits can each decide it. A recommendation is made during assessment with the reasoning written down, and the build is done in the client’s account.

Yes, in most cases. The new environment is built, data is copied into it and both run side by side. The cut-over is rehearsed with the client’s team on a copy first. The switch is planned for the quietest window, with a rollback point agreed in advance. The length of the window depends on database size, how much data changes during the copy, whether the application can run read-only for a period, and DNS propagation. These are measured during the rehearsal and shared before a date is fixed.

They are restored, timed and recorded on a schedule. Configuring a backup is the first half. The second half is proving the copy can be brought back into a working system. We restore into an isolated environment, check that the data is complete and that the application runs against it, and note the restore time. The same drill establishes how much data and working time a real failure would cost.

It covers the environment the application runs on, not the application itself. Included are monitoring and alerting, operating system and database patching, capacity and scaling, and backups with restore drills. Certificate and DNS management, security baseline maintenance and incident response are also included. A monthly report covers uptime, changes and spend. Outside it are new features, bugs in application code and design changes. That is development work, done by the client’s team, an existing vendor or GullySystem under a separate arrangement. The boundary is put in writing.

No. We take the environment underneath, not the application. Developers or the existing vendor continue with features and fixes in the codebase. We own the servers, backups, monitoring and the other parts that the code depends on. Both sides agree in writing who touches what. Developers are then not called for a filling disk or a certificate renewal.

A named person, following a written runbook, under a response arrangement agreed at sign-up. Alerts route to whoever is on duty, with the affected system, the symptom and the first steps attached. Covered hours, response times and the failures that justify calling someone out are set with the client in advance. A stopped payment flow and a slow report page are treated differently. The escalation path is shared with the client’s team.

By reducing what is exposed and controlling who can reach it. Databases sit on private networks and administrative ports are closed to the public internet. Remote access goes through a controlled route. Accounts are named and least-privilege, with multi-factor authentication on the cloud console. Secrets are stored outside the code and can be rotated, and patches are applied in agreed windows. Access and audit logs are retained. Vulnerabilities in application code, penetration testing and secure development are a separate discipline, and we say so when that is the need.

It can, but no figure is stated before the account has been reviewed. Every resource is tagged to a purpose and reported, so the bill becomes readable. Common sources of savings include oversized instances, test and staging environments left running around the clock, old snapshots, unattached storage volumes, unexamined data transfer and steady workloads paying on-demand rates. Some businesses find they are under-provisioned and should spend more. We report what we find either way.

Two separate things: our work and the cloud bill itself. Proposals keep them distinct. Our effort depends on the systems and environments in scope. It also depends on whether the build is fresh or an undocumented setup must be untangled, and on whether data must be migrated and how clean it is. Strict recovery targets add effort, since a standby region costs more to build and run than nightly backups. So does the amount of automation in scripts, and whether the client wants monitoring only or full monthly operations. Cloud spend follows traffic, data volume, retention period and redundancy. Cost is confirmed after assessment, with the recurring cloud estimate shown separately.

Access, data volume and the amount of rehearsal, more than the build itself. The main factors are how quickly cloud, domain and vendor accounts are opened in the client’s name, and how large the database and file store are. Others are whether the application needs changes to run in a new environment and how many people verify their screens before cut-over. The parallel-run period and the maintenance windows the business can offer also matter. Discovery turns these inputs into a dated schedule.

Yes, all three. The cloud account, domain and certificates are registered to the client’s business and billed to it. GullySystem access is granted as a scoped role that can be revoked at any time. Infrastructure scripts, configuration files, monitoring definitions and runbooks are delivered into the client’s own repository as source code. Nothing runs inside a GullySystem account, and nothing depends on our continued involvement.

Yes to training. A runbook and a training session are part of every handover. From the client we need read access to current servers or the cloud console, and recent hosting invoices. We also need one person who can authorise account creation and access decisions. One person from operations should say which systems cannot stop and when. The person who will receive alerts and read the monthly report is trained in plain language. The runbook covers what each alert means and what to do first.