MSBSolutions

Systems integration

The connections
are the work.

Systems integration (SI) connects applications, infrastructure, data, and people so a complete workflow can run. These six anonymized examples draw on our engineering work and show how those handoffs fit together.

01 / Cloud + edge + automation

Give remote sites an operating picture.

The challenge

A router responds, but the service behind it is still unreachable. An online indicator cannot explain whether the fault is in the route, resolver, uplink, or tunnel.

What we connect

Connect device telemetry, an assigned edge, field diagnostics, and a durable command queue to one operator interface. Run a test from the remote site, retain the result, and use that evidence to decide whether a configuration change or supervised recovery is appropriate.

  1. Device telemetry
  2. Assigned edge
  3. Diagnostic job
  4. Operator decision

What makes it dependable

Sensitive operations require confirmation. Network changes must preserve the control path, and a successful command needs connection evidence—not just an accepted request.

02 / Private media + AI + business records

Turn photographs into reviewed inventory.

The challenge

Catalog entry is repetitive, but guessed specifications and prices can create more work than they save. The owner still needs control over the facts and what becomes public.

What we connect

Save original photographs in private storage, pass them to an identification worker, and return suggested attributes with research evidence to an editable draft. The owner corrects the record, chooses the price, and explicitly publishes the item.

  1. Photo capture
  2. Private storage
  3. AI suggestions
  4. Owner review
  5. Catalog

What makes it dependable

Unknown facts stay unknown. Owner corrections survive later research, and automation never silently publishes inventory or overwrites the chosen price.

03 / Inventory + reservations + notifications

Connect a reservation to actual fulfillment.

The challenge

Separate listings, messages, and pickup arrangements make it easy to promise the same physical item twice or mistake a reported payment for a completed transaction.

What we connect

Give each physical item one identity, enforce an exclusive reservation, group checkout by seller, and send status changes through a durable notification outbox. Share pickup details only at the authorized stage and track the handoff separately from payment.

  1. Available item
  2. Exclusive hold
  3. Pickup arrangement
  4. Receipt verification
  5. Completion

What makes it dependable

Reported payment, seller-confirmed receipt, and completed pickup are distinct states. Retried notifications keep a stable message identity so a service interruption does not create a second transaction.

04 / Identity + provisioning + routing

Connect sign-in to the right workspace.

The challenge

A successful sign-in is only the beginning. The application still needs to establish the organization, find its workspace, and apply the right permissions.

What we connect

Connect an identity provider and OIDC registration to an organization record, isolated runtime, and exact hostname route. Carry the verified account into the application without treating authentication as permission to administer everything.

  1. Verified identity
  2. Organization
  3. Isolated workspace
  4. Scoped access

What makes it dependable

Validate callbacks and tokens, limit credential scope, and make account recovery deliberate. A new account must not accidentally inherit operator privileges.

05 / Applications + data + DNS + operations

Move the platform without losing its context.

The challenge

Moving an application involves more than copying a container. Sign-in callbacks, encrypted settings, private media, background workers, and domain routing all have dependencies.

What we connect

Map those dependencies, stage the application and workers alongside the database and object storage, and verify data and sign-in before switching traffic. Check the public HTTPS route after the cutover as well as the runtime behind it.

  1. Dependency map
  2. Staged runtime
  3. Data and sign-in checks
  4. Traffic switch
  5. External verification

What makes it dependable

Keep a tested restore path and a clear rollback point. A healthy container is one check; working authentication, retained records, and reachable public URLs complete the picture.

06 / Host logs + network events + operator tools

Make operational events readable and actionable.

The challenge

Request logs, failed sign-ins, blocking events, and device results are scattered across different tools. Operators need to follow what happened before choosing an action.

What we connect

Normalize events into a searchable timeline with source and geographic context, while preserving the underlying evidence. Connect that view to bounded diagnostics and administration, and keep long-running work alive independently of the browser session.

  1. Event sources
  2. Normalized records
  3. Operator timeline
  4. Bounded action

What makes it dependable

Retain the source evidence and action history. Give automated work deadlines, cooldowns, and retry limits so a noisy event stream does not become an endless action loop.

From dependency to working handoff

An integration should be
explainable from end to end.

The implementation changes with the environment. The questions about ownership, interruption, and verification stay relevant.

01

Discover

Map dependencies, record ownership, user roles, and the points where a person needs to approve an action.

02

Design

Define the source of truth, the service contract, valid states, and the recovery path for an incomplete handoff.

03

Integrate

Connect the services in a staged environment. Exercise interruption, duplicate delivery, and invalid inputs.

04

Verify

Follow the actual user workflow, inspect retained state, and check restore and routing before a live cutover.

Start a conversation

What needs to work together?

Tell us which systems are involved, where the handoff breaks down, and what a useful outcome would look like. That’s a good place to start.

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