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Contact usThis service offers small*, medium* and large* modeling options by leveraging Blueprint* templates that will be configured to enable service modeling in BMC AIOps.
BMC will perform the following based on the selected levers:
Use the following table to determine the appropriate option:
Type | Customer maturity | Number of blueprints configured | Additional event association rules, up to: | Blueprint levels, up to: |
---|---|---|---|---|
Small | No service model experience |
4 |
1 |
3 |
Medium | Limited experience of using service models |
3 |
2 |
5 |
Large | Advanced experience using service models |
2 |
3 |
7 |
Small | Medium | Large | |
---|---|---|---|
Credits required | 20 |
28 |
40 |
Estimated Duration | 10 days |
15 days |
20 days |
The following will be provided for each individual option:
Deliverables: Using BMC’s standard methodology and templates, the following Deliverables are in scope for this project:
Completion Criteria: BMC will have completed these Consulting Services when the in-scope Consulting Services have been completed and the Deliverables have been delivered to the Customer Project Manager.
Customer will be responsible for:
Improve product skill and expertise with:
Self-service:
Additional BMC Services:
As part of your ongoing adoption and extension of BMC capabilities and solutions, the following services complement this one:
Blueprints are templates, a single blueprint can describe one or multiple business services based on the same technical structure. (For example, a service “MS Exchange”, deployed in different environments such as DEV/QA/PRE-PROD/PROD, can be described with one blueprint template.)
Small*: Represents a basic blueprint, a single technology stack. For example; databases, network devices, web server grid.
Medium*: Represents a mid-sized complex model of a technical service. Multiple technology stacks can be used to model:
Large: The most comprehensive blueprint type. This blueprint is used to represent a widely distributed and extremely critical business service. It can be used to model: