System connections for deployments in Scotland
Make the new system work with the tools around it
A new platform may depend on existing applications, files, networks and suppliers. Stratiis helps organisations identify those connections, agree who owns each one and test the information and workflows that must cross system boundaries.
What are connections in a new system deployment?
Connections are the ways a new system exchanges information or depends on other technology. They may include an API, scheduled file transfer, single sign-on, notifications, reporting feeds or the network and internet access needed to use the platform. Each connection needs an owner, a clear purpose and a test before launch.
Why it matters
Keep work moving between systems and teams
A platform can work in isolation while the full business process still fails at a handoff.
Clear dependencies
Know which services the new system relies on.
Reliable exchange
Check that information reaches the right destination.
Named owners
Know who changes and supports every connection.
Tested recovery
Plan what happens when a connection is unavailable.
Connection planning
What should a system connections plan include?
Document what each connection does, how it is protected and how the business will know it is working.
| Area | Question to answer | Useful output |
|---|---|---|
| Systems and purpose | Which products exchange information and why? | Dependency and interface inventory. |
| Information | What moves, in which direction, and how often? | Data flow and field mapping. |
| Method | Is the connection an API, file, manual step, sign-in integration or network route? | Agreed technical design. |
| Access and security | Which accounts, permissions and controls are needed? | Authentication and ownership plan. |
| Capacity and timing | Can the connection support expected volume, peaks and deadlines? | Performance and scheduling requirements. |
| Failures and alerts | How will errors, duplicates or missing transfers be detected? | Monitoring and exception procedure. |
| Supplier boundaries | Who builds, changes and supports each side of the connection? | Responsibility and escalation map. |
| Testing and handover | What proves the connection works and who accepts it? | Test evidence and support documentation. |
Product-specific integration work should be agreed with the relevant software supplier before delivery starts.
What to review
Look at every point where the new system meets another service
The right design depends on the platform, data and business process, including exceptions that do not appear in a simple demonstration.
Applications and APIs
Confirm supported interfaces, versions, limits and the owner of each change.
Files and records
Agree file formats, timing, validation and what happens to rejected items.
Identity and sign-in
Test the account, role and authentication dependencies between systems.
Network and internet
Check site access, bandwidth, resilience and any supplier connectivity requirements.
Devices and infrastructure
Confirm whether servers, workstations, printers or local services need changes.
Business workflow
Map the handoff a user sees and how they recover when an exchange fails.
How support starts
From dependency map to supported operation
Each stage should involve the business owner and suppliers responsible for the connected services.
Discover
List systems, data flows, users, sites, vendors and deadlines.
Design
Agree methods, permissions, owners, monitoring and fallback.
Test
Check normal, peak and failure scenarios across the full workflow.
Handover
Document changes, alerts, escalation and ongoing support.
New System Deployments connects this work with data, access, user testing and launch.
Ownership and suppliers
Make responsibilities visible on both sides of the connection
Most integrations cross a boundary between products, teams or contracts. The project should name an owner for each side.
Before implementation
Confirm the supported integration method, permissions, change windows and supplier commitments. Record dependencies such as licences, API access or a local network route.
After launch
Agree who watches failures, restarts transfers, corrects rejected records and approves future changes. Keep credentials and connection details within the agreed support process.
IT Project Management can coordinate supplier decisions, milestones and handover.
End-to-end testing
How do you know a connection is ready for launch?
Test the business result, not just whether two systems can communicate.
| Test | What it confirms |
|---|---|
| Typical transaction | Information reaches the destination and supports the intended task. |
| Field and record checks | Values, identifiers and relationships remain accurate. |
| Roles and permissions | Only approved people and services can use the connection. |
| Volume and timing | Expected load and deadlines can be handled. |
| Duplicate or missing item | Errors are visible and can be resolved without losing work. |
| Outage and recovery | Owners know what happens when a system or route is unavailable. |
| Monitoring and support | Alerts, logs and escalation reach the right team. |
Record acceptance criteria and unresolved issues. Representative users should confirm that the whole workflow works as intended.
Resilience and change
Plan for interruptions and future updates
Connections can change when a supplier updates an API, a file format changes or a network route fails.
Monitor
Identify failed or delayed transfers early.
Respond
Give each alert an owner and escalation route.
Recover
Agree whether work can pause, queue or use a manual route.
Review
Check dependencies when either connected system changes.
Where internet access is a critical dependency, Internet Failover may form part of the wider continuity plan.
Related Stratiis services
Connect the integration to the wider technology plan
Connection choices affect data, security, infrastructure and ongoing service.
New System Deployments
Coordinate the platform and its launch.
Data and Records
Prepare information exchanged between systems.
Cybersecurity Services
Review access and risk around connected services.
Business Connectivity
Plan the network and internet services a platform needs.
Frequently asked questions
New system connections explained
What is a system integration?
A system integration lets separate applications exchange information or support a shared workflow. It may use an API, file transfer, sign-in connection or another supported method.
Do all systems need a direct connection?
No. The choice depends on the business task, frequency, volume, risk and what suppliers support. A controlled manual step can be appropriate for some low-volume work.
What is an API connection?
An API is a defined way for software to request or exchange information with another service. Its permissions, limits, version and support owner should be understood before deployment.
Who is responsible for an integration?
Responsibility should be agreed for the source, destination, connection method, data quality and support. Several suppliers may be involved, so the handoff needs to be documented.
How should we test an integration?
Test real tasks from start to finish, including correct records, permissions, timing, error handling and recovery after an interruption.
What if the internet connection fails?
The impact depends on the platform. Assess how long the business can pause, whether work queues safely and whether a backup connection or manual process is needed.
How do we protect data moving between systems?
Agree the data involved, approved accounts, access restrictions and supported transfer method with the relevant suppliers. Check logging and how credentials are maintained.
Can Stratiis coordinate our software vendors?
Yes. Stratiis can help map dependencies, coordinate technical decisions and testing, and plan support handover. Product-specific integration responsibilities should be agreed with each vendor.
Discuss your system deployment
Make the connections around your new system dependable
Tell us which applications, sites or suppliers need to work together. We can discuss dependencies, testing and a practical next step.
