Mapping Services Dependencies and Systems
A service map traces one service to the people, processes, systems, data and suppliers it needs to run, so a disruption has a path to follow and an owner to call.
Mapping a service to the people, processes, technology, data and third parties it actually depends on, so a disruption has a traceable path.
A service map traces one service to the people, processes, systems, data and suppliers it needs to run, so a disruption has a path to follow and an owner to call.
Keeping a service map current ties every service change to a map update, with an owner and a check, so the next incident follows a route that still exists.
Mapping across a group traces a service that spans entities, shared platforms and central teams, so a failure in one part is not mistaken for a local problem.
Mapping backup and recovery dependencies shows what recovery itself needs: copies, tools, people and suppliers, so restoration does not fail for want of its own support.
Mapping data centres and networks records where a service physically runs and how it connects, so a site or network failure has a known alternative route.
Mapping data flows and data stores follows the information a service reads, transforms and writes, including copies, so recovery knows which data is authoritative.
Mapping dependencies after a merger reconciles two service maps into one, resolving duplicate systems, suppliers and owners before an incident exposes the overlap.
Mapping external dependencies and APIs traces every outside interface a service calls, what it expects in return, and what it does when that interface fails.
Mapping for a single service first starts narrow, proves the method on one service, and only then extends it, instead of mapping everything all at once.
Mapping fourth-party dependencies looks one layer beneath a direct supplier, where a hidden provider can halt a service the firm never contracted with directly.
Mapping ICT systems and integrations traces the applications, platforms and links a service runs on, so a fault in one component can be followed to its impact.
Mapping people and teams names who operates, supports and decides for a service, including cover, so an incident never waits for one unavailable person.
Mapping processes and manual workarounds records how a service normally runs and what people do by hand when a system fails, including its limits and reconciliation afterwards.
Mapping single points of failure finds the one person, system, supplier or store whose loss alone would stop a service, so it can be covered or redesigned.
Mapping third-party dependencies records every supplier a service relies on, what each supplies, and how the service copes if that supplier fails or degrades.
Service mapping workshops bring the people who run a service together to trace it aloud, surface hidden dependencies, and agree owners before an incident does.