Managed Services | Applied AI Consulting

Customer Reporting Operations with LangSmith Fleets

Wed, 22 Jul 2026 09:10:00 +0530

Customer Reporting Operations with LangSmith Fleets

A managed services organization needed a better way to produce recurring customer-facing operational reports. The team worked across multiple systems, report cadences, and review steps, but the final deliverable still had to feel like one coherent service review whether it was delivered as HTML or as a PowerPoint/PPT report.

The requirement was not a simple reporting script. The reporting process had to collect customer-scoped data, interpret the strongest operational signals, structure the story, render the artifact, validate it, and then hand it to the service delivery manager for review through the channels the team already used.

AAIC designed an agentic reporting workflow on LangSmith Fleets that behaves like a structured reporting team: source collection, signal planning, drafting, validation, review, revision, and delivery are separate responsibilities instead of one fragile generation step.

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Business Problem

The reporting team was spending too much time on collection, reconciliation, formatting, and repeated commentary work instead of interpretation and customer communication.

The operating challenge had three parts:

Operational data was fragmented across ServiceNow, LogicMonitor, BackupRadar, and N-central.
Report preparation required manual synthesis, chart and table rebuilding, formatting, and repeated narrative cleanup.
Customer-facing reports needed stronger quality controls before SDM review or delivery.

The workflow also had to fit real operational channels. Report generation, review, and response loops needed to work through Microsoft Teams. Draft and final artifacts needed reliable sharing paths through ServiceNow attachment URLs or Azure Blob Storage URLs. The SDM handoff needed delivery links plus email notification, with edits and responses continuing in the same thread.

What Was Happening Before

Before the agentic workflow, the reporting process was difficult to scale because the same work had to be rebuilt each cycle.

Typical effort included:

Resolving the same customer separately in each platform.
Collecting exports from shared operational tenants.
Deciding the report structure from scratch each time.
Rebuilding charts and summary tables manually.
Rewriting narrative sections every cycle.
Catching quality issues late in the process.

That created slow turnaround, inconsistent report quality, and unnecessary dependency on individual analysts.

Agentic Solution

The LangSmith Fleet workflow is structured around a shared supervisor agent that coordinates source collection, report planning, drafting, validation, review, and delivery.

The workflow is:

Resolve the customer and reporting window once.
Collect customer-scoped data from ServiceNow, LogicMonitor, BackupRadar, and N-central in parallel.
Normalize each source into reusable report bundles.
Produce a signal summary and report blueprint before drafting begins.
Draft the report from the blueprint and section-level source data.
Render the required output format, including HTML and PowerPoint/PPT.
Validate the report through separate data, editorial, and final QA passes.
Deliver the generated draft to the SDM through the chosen delivery mode and notify through email.
Let the SDM review, respond, and request edits in the same Teams thread.
Publish or share the finalized artifact through the approved delivery path.

Solution Design

The reporting system uses:

A shared supervisor agent to orchestrate each report run.
Source-specific collection skills for ServiceNow, LogicMonitor, BackupRadar, and N-central.
Customer-scoping logic that resolves the customer once and preserves that scope across shared operational tenants.
Report-planning logic that identifies the strongest operational signals before drafting begins.
Reusable HTML and PowerPoint/PPT reporting patterns.
A validation stack that checks factual accuracy, editorial quality, and production readiness separately.
Microsoft Teams trigger, review, and response flows.
Artifact sharing through ServiceNow attachment URLs or Azure Blob Storage URLs.
SDM review handoff through delivery links plus email notification.

The design keeps source bundles reusable. Each source is collected once per run and then reused for drafting, rendering, validation, and revision. That avoids unnecessary recollection when a report needs a content edit, a rendering correction, or another review pass.

Evidence-First Drafting

The agent does not jump directly from prompt to report. It first creates a structured view of the month or week, identifies the strongest operational signals, and writes a report blueprint before drafting starts.

That makes the output more deliberate. It reduces generic commentary, helps the SDM see why specific sections were included, and gives validators a clearer evidence trail.

Validation Model

The workflow separates review into distinct roles instead of asking one agent to write and approve its own work:

Data validation checks that statements, charts, service metrics, and incident summaries are supported by the collected source bundles.
Editorial validation checks narrative clarity, customer tone, section flow, and repeated commentary.
Final QA checks production readiness, links, formatting, output completeness, and handoff requirements.

This gives the reporting team a more auditable release path and reduces the chance that factual, editorial, and formatting issues are discovered only during SDM review.

Teams and Delivery Integration

The reporting workflow is designed to live inside the channels the team already uses.

The operating model supports:

Teams as the trigger point for report generation.
Teams as the place where the SDM can review, respond, and continue edits in the same thread.
Email notification to accompany the generated report handoff.
ServiceNow attachment URLs as one draft or final report-sharing path.
Azure Blob Storage URLs as an alternate draft or final report-sharing path.

This matters because customer reporting is not only a generation problem. It is also a coordination and delivery problem.

Before and After Scorecard

The following scorecard captures the workflow baseline and rollout targets from the implementation model. The after values should be replaced with measured production values after the first operating cycle.

Customer scoping

Before: Analysts resolved the same customer separately across ServiceNow, LogicMonitor, BackupRadar, and N-central.

After target: One customer and reporting-window resolution is reused across all four source collectors for the run.

Draft creation

Before: Each cycle required manual structure decisions, chart and table rebuilding, and repeated narrative writing.

After target: A signal summary and report blueprint drive HTML and PowerPoint/PPT draft generation from reusable source bundles.

Quality control

Before: Data, editorial, and formatting issues were often caught late during internal or SDM review.

After target: Three separate validation passes check data accuracy, editorial quality, and final production readiness before SDM handoff.

Review and delivery

Before: Draft sharing, email follow-up, and edit requests could move across disconnected files and conversations.

After target: Teams review, delivery links, email notification, and SDM edit requests stay connected to the same workflow thread.

Production-Style Recovery

The workflow was designed for production-style failure modes, not only demos.

In one logged run, all four source systems were collected successfully, but a downstream normalization step failed because a saved snapshot was not valid strict JSON. The run logic detected the issue, repaired the saved data, and resumed the pipeline instead of discarding the entire run.

That matters. The value of the system is not only generation. It is orchestration that can preserve prior work, recover from a controlled failure, and continue without asking analysts to restart source collection.

What LangSmith Fleets Standardized

LangSmith Fleets provides the repeatable operating model for customer reporting operations:

Customer and reporting-window resolution.
Parallel source collection from operational systems.
Normalized source bundles for reuse across drafting, rendering, validation, and revision.
Signal summary and report blueprint generation.
HTML and PowerPoint/PPT report rendering.
Separate validation responsibilities for factual, editorial, and final QA.
Teams-based trigger, review, and response workflows.
ServiceNow and Azure Blob artifact-sharing paths.
SDM handoff through delivery links and email notification.
Recovery patterns for downstream data or rendering failures.

Impact

The implementation helps the reporting team move from report automation to agentic reporting operations.

The practical value is faster and more repeatable preparation, but the larger operational gain is control. The workflow creates a consistent path for customer scoping, source collection, evidence-based drafting, validation, SDM review, and delivery.

For managed services teams producing recurring customer reports, that shift matters. It reduces manual reporting drag while improving the quality and trustworthiness of the draft entering human review.

Build a Similar Customer Reporting Workflow

If your team produces recurring customer reports from ServiceNow, observability platforms, backup tools, endpoint management systems, billing systems, or internal operational data, AAIC can help design the agent workflow, validation model, review loop, and delivery controls.

Discuss your customer reporting workflow

Multi-Tenant M365 Service Desk Automation with LangSmith Fleets

Tue, 21 Jul 2026 22:45:00 +0530

Multi-Tenant M365 Service Desk Automation with LangSmith Fleets

A managed service provider operates Microsoft 365 environments for multiple customer organizations. Routine administrative requests arrive through ServiceNow, but each ticket still requires careful human interpretation: identify the customer, resolve the correct Microsoft tenant, connect with the right permissions, perform the change, verify the end state, update the ticket, and alert the right person if something fails.

This is repetitive work, but it is not low-risk work. A wrong tenant, wrong user, unapproved request, exposed credential, or premature ticket closure can create security and compliance impact for both the MSP and its customer.

AAIC designed an agentic service desk workflow using LangSmith Fleets to make these routine Microsoft 365 operations faster while keeping the safety controls explicit, auditable, and fail-closed.

Let’s discuss your service desk automation use case

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Business Problem

The service desk team needed a standardized way to automate eligible Microsoft 365 administrative work without turning ticket text into unchecked executable instructions.

The target workflow had to handle multiple customer tenants and still make conservative decisions at every step. It needed to:

Process ServiceNow Incidents and Requested Items assigned to a designated operational user.
Confirm formal ServiceNow approval for Requested Items before planning any action.
Resolve the customer and Microsoft tenant from the ServiceNow CMDB instead of ticket text or hardcoded mappings.
Extract one supported operation, one target object, and all required parameters.
Ask for explicit human approval of the exact planned action before execution.
Execute through Microsoft Graph only after confirming the connected tenant matches the CMDB tenant.
Verify the actual Microsoft 365 end state before resolving the ticket.
Leave a no-op work note and alert a human when the request is ambiguous, unsupported, or unsafe.

Intended Operation Scope

The first automation scope covers eight single-user Microsoft 365 operations:

Create a user.
Assign a user to a group.
Assign a license.
Remove a license.
Disable a user or block sign-in.
Enable a user.
Reset a password.
Grant an administrative role or privilege.

Some actions are treated as elevated risk depending on context. Disabling a user, granting administrative access, assigning a role-assignable group, removing a license that can deprovision a mailbox, and resetting a privileged account require stronger handling and unmistakable ticket notes.

Each operation must pass implementation, permission, verification, and test gates before it is enabled.

Agentic Solution

The LangSmith Fleet is structured around a supervisor agent that owns orchestration and safety gates, with a synchronous execution subagent dedicated to Microsoft operations.

The workflow is intentionally narrow:

Find open ServiceNow Incidents and Requested Items assigned to the designated operational user.
Decide whether the ticket describes exactly one supported Microsoft 365 operation on one target object.
Confirm ServiceNow approval for Requested Items.
Resolve the customer and authoritative Microsoft tenant through the CMDB.
Extract the exact operation, target, and required parameters.
Add an internal ServiceNow work note describing the planned action and flagging high-risk actions.
Wait for a designated approver to explicitly approve that specific planned action.
Authenticate against the CMDB-resolved tenant and confirm the connected tenant matches it.
Execute exactly one controlled Microsoft Graph operation.
Re-query Microsoft Graph and verify that the actual end state matches the intended end state.
On verified success, add a resolution work note and resolve the ticket.
On failure, leave the ticket open, add a failure work note without secrets, and notify the designated operational user in Microsoft Teams.

The operational user can have different ServiceNow and Teams identities, so the solution maps ticket assignment and failure notification separately. The operational user is also not treated as the action approver unless that approval authority is explicitly assigned.

Core Safety Rule

One ticket -> one customer -> one tenant -> one target object -> one operation

Bulk execution, hardcoded tenants, arbitrary commands generated from ticket text, and guessed parameters are prohibited. Ticket text can describe the requested outcome, but it is not trusted as the source of tenant identity, authorization, or executable instructions.

When any safety gate fails, the agent does nothing to Microsoft 365. It writes an auditable ServiceNow work note explaining why it stopped and alerts the designated operational user when required.

Solution Design

The design uses:

One LangSmith Fleet supervisor for ticket orchestration and safety gates.
One synchronous execution subagent for Microsoft operations.
A ServiceNow ticket-control skill.
A controlled Microsoft Graph execution skill.
A custom Python-based Linux snapshot for the per-thread computer.
OAuth-authenticated remote ServiceNow MCP integration.
Workspace-managed credentials and a restricted access profile.
Microsoft Graph for controlled execution and independent end-state verification.
A planned native Fleet Teams integration for failure alerts.

ServiceNow and the CMDB are authoritative for tickets, approvals, customer identity, and tenant mapping. Microsoft Graph is authoritative for the Microsoft starting state and ending state. The execution subagent runs on the same thread computer and creates a responsibility boundary for controlled operations.

Before and After Scorecard

The following scorecard defines the operating targets for the rollout and should be replaced with measured production values after the first deployment cycle.

Ticket handling time

Before: 6-8 minutes of repetitive engineer work per routine Microsoft 365 ticket.

After target: 1-2 minutes of engineer review for eligible tickets after the agent prepares, executes, verifies, and documents the controlled action.

Safety coverage

Before: Safety depended on individual engineer discipline across tenant lookup, approval checks, execution, and documentation.

After target: 100% of eligible write actions pass approval, CMDB tenant match, planned-action approval, and Microsoft Graph end-state verification gates.

Audit readiness

Before: Ticket notes could vary by engineer and by request type.

After target: Every supported action creates planned-action, verification, success, or failure notes in ServiceNow without exposing secrets.

What LangSmith Fleets Standardized

LangSmith Fleets provides the repeatable operating model for this agentic workflow:

Daily scheduled execution without a separate scheduler service.
Versioned prompts, skills, contracts, and runtime snapshots.
A per-thread computer for controlled execution.
Clear supervisor and execution-subagent responsibilities.
Remote MCP integration for ServiceNow.
Workspace-managed secrets and restricted access profiles.
Reusable approval, verification, failure, and audit patterns.
Fail-closed validation before Microsoft operations are enabled.

Impact

The design helps the MSP move routine Microsoft 365 administration from manual execution to controlled agent-assisted operations.

The value is not just faster ticket handling. The bigger operational gain is consistency: every eligible ticket follows the same tenant-resolution path, approval gate, execution boundary, verification step, ticket note format, and failure escalation behavior.

For MSPs managing multiple Microsoft 365 tenants, that consistency matters. It reduces avoidable risk while freeing engineers from repetitive administrative work that still needs strong governance.

Build a Similar Agentic Workflow

If your service desk runs high-volume operational tickets across ServiceNow, Microsoft 365, Azure, AWS, security tools, or internal systems, AAIC can help design the right agent boundary, approval model, integration pattern, and measurable rollout plan.

Discuss your agentic service desk workflow

Managed Services | Applied AI Consulting

Customer Reporting Operations with LangSmith Fleets

Customer Reporting Operations with LangSmith Fleets

Business Problem

What Was Happening Before

Agentic Solution

Solution Design

Evidence-First Drafting

Validation Model

Teams and Delivery Integration

Before and After Scorecard

Customer scoping

Draft creation

Quality control

Review and delivery

Production-Style Recovery

What LangSmith Fleets Standardized

Impact

Build a Similar Customer Reporting Workflow

Related services

Multi-Tenant M365 Service Desk Automation with LangSmith Fleets

Multi-Tenant M365 Service Desk Automation with LangSmith Fleets

Business Problem

Intended Operation Scope

Agentic Solution

Core Safety Rule

Solution Design

Before and After Scorecard

Ticket handling time

Safety coverage

Audit readiness

What LangSmith Fleets Standardized

Impact

Build a Similar Agentic Workflow

Related services