observing-agentforce

Original：🇺🇸 English

Translated

Analyze production Agentforce agent behavior using session traces and Data Cloud. TRIGGER when: user queries STDM session data or Data Cloud trace records; investigates production agent failures, regressions, or performance issues; asks about session traces, conversation logs, or agent metrics; wants to reproduce a reported production issue in preview; runs findSessions or trace analysis queries. DO NOT TRIGGER when: user creates, modifies, or debugs .agent files during development (use developing-agentforce); writes or runs test specs (use testing-agentforce); uses sf agent preview for local development iteration; deploys or publishes agents.

9installs

Sourceforcedotcom/sf-skills

Added on2026-05-15

NPX Install

npx skill4agent add forcedotcom/sf-skills observing-agentforce

SKILL.md Content

View Translation Comparison →

Agentforce Observability

Improve Agentforce agents using session trace data and live preview testing.

Three-phase workflow:

Observe -- Query STDM sessions from Data Cloud (if available), OR run test suites + preview with local traces as fallback
Reproduce -- Use
```
sf agent preview
```
to simulate problematic conversations live
Improve -- Edit the
```
.agent
```
file directly, validate, publish, verify

Platform Notes

Shell examples below use bash syntax. On Windows, use PowerShell equivalents or Git Bash.
Replace
```
python3
```
with
```
python
```
on Windows.
Replace
```
/tmp/
```
with
```
$env:TEMP\
```
(PowerShell) or
```
%TEMP%\
```
(cmd).
Replace
```
jq
```
with
```
python -c "import json,sys; ..."
```
if jq is not installed.

Routing

Gather these inputs before starting:

Org alias (required)
Agent API name (required for preview and deploy; ask if not provided)
Agent file path (optional) -- path to the
```
.agent
```
file, typically
```
force-app/main/default/aiAuthoringBundles/<AgentName>/<AgentName>.agent
```
. Auto-detect if not provided.
Session IDs (optional) -- analyze specific sessions; if absent, query last 7 days
Days to look back (optional, default 7)

Determine intent from user input:

No specific action -> run all three phases: Observe -> surface issues -> ask if user wants to Reproduce and/or Improve
"analyze" / "sessions" / "what's wrong" -> Phase 1 only, then suggest next steps
"reproduce" / "test" / "preview" -> Phase 2 (run Phase 1 first if no issues in hand)
"fix" / "improve" / "update" -> Phase 3 (run Phase 1 first if no issues in hand)

Resolve agent name

Before any STDM query, resolve the user-provided agent name against the org to get the exact

MasterLabel

and

DeveloperName

bash

sf data query --json \
  --query "SELECT Id, MasterLabel, DeveloperName FROM GenAiPlannerDefinition WHERE MasterLabel LIKE '%<user-provided-name>%' OR DeveloperName LIKE '%<user-provided-name>%'" \
  -o <org>

```
MasterLabel
```
= display name used by STDM
```
findSessions
```
and Agent Builder UI (e.g. "Order Service")
```
DeveloperName
```
= API name with version suffix used in metadata (e.g. "OrderService_v9")

The

--api-name

flag for

sf agent preview/activate/publish

uses

DeveloperName

without the

_vN

suffix (e.g. "OrderService")

Store these values:

```
AGENT_MASTER_LABEL
```
-- for
```
findSessions()
```
agent filter
```
AGENT_API_NAME
```
--
```
DeveloperName
```
without
```
_vN
```
suffix, for
```
sf agent
```
CLI commands
```
PLANNER_ID
```
-- the Salesforce record ID for this agent

Locate the .agent file

Step 1 -- Search locally:

bash

find <project-root>/force-app/main/default/aiAuthoringBundles -name "*.agent" 2>/dev/null

If the user provided an agent file path, use that directly. Otherwise, search for files matching

AGENT_API_NAME

Step 2 -- If not found locally, retrieve from the org:

bash

sf project retrieve start --json --metadata "AiAuthoringBundle:<AGENT_API_NAME>" -o <org>

Known bug:
sf project retrieve start
creates a double-nested path:
force-app/main/default/main/default/aiAuthoringBundles/...
. Fix it immediately after retrieve:

bash

if [ -d "force-app/main/default/main/default/aiAuthoringBundles" ]; then
  mkdir -p force-app/main/default/aiAuthoringBundles
  cp -r force-app/main/default/main/default/aiAuthoringBundles/* \
    force-app/main/default/aiAuthoringBundles/
  rm -rf force-app/main/default/main
fi

Step 3 -- Validate the retrieved file:

Read the

.agent

file and verify it has proper Agent Script structure:

```
system:
```
block with
```
instructions:
```
```
config:
```
block with
```
developer_name:
```

start_agent

subagent

blocks with

reasoning: instructions:

Each subagent should have distinct
```
instructions:
```
content (not identical across subagents)

Store the resolved path as

AGENT_FILE

for Phase 3.

Phase 0: Discover Data Space

Before running any STDM query, determine the correct Data Cloud Data Space API name.

bash

sf api request rest "/services/data/v63.0/ssot/data-spaces" -o <org>

Note:

sf api request rest

is a beta command -- do not add

--json

(that flag is unsupported and causes an error).

The response shape is:

json

{
  "dataSpaces": [
    {
      "id": "0vhKh000000g3DjIAI",
      "label": "default",
      "name": "default",
      "status": "Active",
      "description": "Your org's default data space."
    }
  ],
  "totalSize": 1
}

The

name

field is the API name to pass to

AgentforceOptimizeService

Decision logic:

If the command fails (e.g. 404 or permission error), fall back to
```
'default'
```
and note it as an assumption.
Filter to only
```
status: "Active"
```
entries.
If exactly one active Data Space exists, use it automatically and confirm to the user: "Using Data Space:
```
<name>
```
".
If multiple active Data Spaces exist, show the list (label + name) and ask the user which to use.

Store the selected

name

value as

DATA_SPACE

for all subsequent steps.

Prerequisite check: STDM DMOs

After deploying the helper class (step 1.0), run a quick probe to verify the STDM Data Model Objects exist in Data Cloud:

bash

sf apex run -o <org> -f /dev/stdin << 'APEX'
ConnectApi.CdpQueryInput qi = new ConnectApi.CdpQueryInput();
qi.sql = 'SELECT ssot__Id__c FROM "ssot__AiAgentSession__dlm" LIMIT 1';
try {
    ConnectApi.CdpQueryOutputV2 out = ConnectApi.CdpQuery.queryAnsiSqlV2(qi, '<DATA_SPACE>');
    System.debug('STDM_CHECK:OK rows=' + (out.data != null ? out.data.size() : 0));
} catch (Exception e) {
    System.debug('STDM_CHECK:FAIL ' + e.getMessage());
}
APEX

If
STDM_CHECK:FAIL
: STDM is not activated. Inform the user and switch to Phase 1-ALT:

STDM (Session Trace Data Model) is not available in this org. To enable: Setup -> Data Cloud -> Data Streams and verify "Agentforce Activity" is active. Proceeding with fallback: test suites + local traces.

If
STDM_CHECK:OK
, proceed to Phase 1 (STDM path).

Phase 1-ALT: Observe Without STDM (Fallback Path)

When STDM is not available, use test suites and

sf agent preview --authoring-bundle

with local trace analysis.

Data source	When to use	Pros	Cons
STDM (Phase 1)	Historical production analysis	Real user data, volume	Requires Data Cloud, 15-min lag
Test suites + local traces (Phase 1-ALT)	Dev iteration, orgs without STDM	Instant, full LLM prompt, variable state	Preview only, no real user data

1-ALT.1 Run existing test suite (if available)

bash

sf agent test list --json -o <org>
sf agent test run --json --api-name <TestSuiteName> --wait 10 --result-format json -o <org> | tee /tmp/test_run.json
JOB_ID=$(python3 -c "import json; print(json.load(open('/tmp/test_run.json'))['result']['runId'])")
sf agent test results --json --job-id "$JOB_ID" --result-format json -o <org>

1-ALT.2 Derive test utterances from .agent file (if no test suite)

If no test suite exists, derive utterances: one per non-entry subagent (from

description:

keywords), one per key action, one guardrail test, one multi-turn test.

1-ALT.3 Preview with

--authoring-bundle

(local traces)

Run each test utterance through preview to generate local trace files:

bash

sf agent preview start --json --authoring-bundle <BundleName> -o <org> | tee /tmp/preview_start.json
SESSION_ID=$(python3 -c "import json; print(json.load(open('/tmp/preview_start.json'))['result']['sessionId'])")

sf agent preview send --json --session-id "$SESSION_ID" --authoring-bundle <BundleName> \
  --utterance "$UTT" -o <org> | tee /tmp/preview_response.json

sf agent preview end --json --session-id "$SESSION_ID" --authoring-bundle <BundleName> -o <org>

Trace file location:

.sfdx/agents/{BundleName}/sessions/{sessionId}/traces/{planId}.json

1-ALT.4 Local trace diagnosis

Issue type	Trace command
Subagent misroute	`jq -r '.plan[] \| select(.type=="NodeEntryStateStep") \| .data.agent_name' "$TRACE"`
Action not called	`jq -r '.plan[] \| select(.type=="EnabledToolsStep") \| .data.enabled_tools[]' "$TRACE"`
LOW adherence	`jq -r '.plan[] \| select(.type=="ReasoningStep") \| {category, reason}' "$TRACE"`
Variable capture fail	`jq -r '.plan[] \| select(.type=="VariableUpdateStep") \| .data.variable_updates[]' "$TRACE"`
Vague instructions	`jq -r '.plan[] \| select(.type=="LLMStep") \| .data.messages_sent[0].content' "$TRACE"`

DefaultTopic trace quirk: With

--authoring-bundle

, the root

.topic

field often shows

"DefaultTopic"

even when routing works. Always use

NodeEntryStateStep.data.agent_name

for the real subagent chain.

Entry answering directly (SMALL_TALK pattern): If

start_agent

trace shows

SMALL_TALK

grounding and transition tools visible but none invoked, add "You are a router only. Do NOT answer questions directly." to

start_agent

instructions.

1-ALT.5 Classify and present

Classify issues using the categories in

references/issue-classification.md

. After presenting findings, automatically proceed to agent config evidence analysis.

Phase 1: Observe -- Query STDM

Full STDM query details, Apex service deployment, and response parsing: see
references/stdm-queries.md

1.0 Deploy helper class (once per org)

Deploy

AgentforceOptimizeService

Apex class to the org. Check if already deployed first:

bash

sf data query --json --query "SELECT Id, Name FROM ApexClass WHERE Name = 'AgentforceOptimizeService'" -o <org>

If not deployed, copy from skill directory and deploy. See

references/stdm-queries.md

for full steps.

1.1 Find sessions

Query recent sessions using

findSessions()

. Parse

DEBUG|STDM_RESULT:

from the Apex debug log. If

findSessions

returns empty, switch to Phase 1-ALT.

1.2 Get conversation details

Use

getMultipleConversationDetails()

for up to 5 sessions (most recent first). Returns turn-by-turn data with messages, steps, topics, and action results.

1.2b Get LLM prompt/response (optional)

When LOW adherence detected, use

getLlmStepDetails()

to get the actual LLM prompt and response.

1.2c Get aggregated metrics (recommended first step)

Use

getAggregatedMetrics()

for high-level health dashboard: session rates, top intents, quality distribution, RAG averages.

1.2d Get moment insights (per-session detail)

Use

getMomentInsights()

for intent summaries, quality scores (1-5), and retriever metrics per session.

1.2e Run observability queries (RAG deep-dive)

Use

runObservabilityQuery()

for targeted RAG analysis: KnowledgeGap, Hallucination, RetrievalQuality, AnswerRelevancy, Leaderboard.

1.3 Reconstruct conversations

Render turn-by-turn timeline from

ConversationData

JSON for each session.

1.4 Identify issues

Full issue pattern table and classification categories: see
references/issue-classification.md

Check each session for: action errors, subagent misroutes, missing actions, wrong inputs, variable capture failures, no transitions, slow actions, LOW adherence, abandoned sessions, dead subagents, publish drift, dead hub anti-pattern, entry answering directly, and safety issues.

Priority: P1 = action errors, misroutes, LOW adherence; P2 = missing actions, variable bugs, knowledge gaps; P3 = performance, abandoned sessions.

1.5 Present findings and agent config evidence

Present sessions analyzed, issues grouped by root cause category, and uplift estimate. Then automatically proceed to analyze the

.agent

file to confirm root causes.

Full structural analysis checks, cross-reference procedures, and publish drift detection: see
references/issue-classification.md

Retrieve the

.agent

file from the org, run automated checks (subagent count vs action blocks, dead hub detection, orphan actions, cross-subagent variable dependencies), and cross-reference STDM symptoms against the file structure.

Phase 2: Reproduce -- Live Preview

Full preview procedures, trace diagnosis commands, and classification criteria: see
references/reproduce-reference.md

Build one test scenario per confirmed issue from Phase 1. Run each through

sf agent preview

with

--authoring-bundle

(generates local traces). Run each scenario 3 times and classify:

Verdict	Criteria
`[CONFIRMED]`	Same failure in 3/3 runs
`[INTERMITTENT]`	Failure in 1-2 of 3 runs
`[NOT REPRODUCED]`	Passes in 3/3 runs

Only

[CONFIRMED]

and

[INTERMITTENT]

issues proceed to Phase 3.

Key commands:

bash

sf agent preview start --json --authoring-bundle <Name> -o <org>
sf agent preview send --json --session-id "$SID" --utterance "<text>" --authoring-bundle <Name> -o <org>
sf agent preview end --json --session-id "$SID" --authoring-bundle <Name> -o <org>

Trace location:

.sfdx/agents/{Name}/sessions/{sessionId}/traces/{planId}.json

Phase 3: Improve -- Edit .agent File Directly

Full procedures for pre-flight checks, fix mapping, instruction principles, regression prevention, deployment chain, verification, safety re-verification, and test case creation: see
references/improve-reference.md

3.0 Pre-flight

Verify all action targets exist and are registered in the org before editing. If targets are missing, present options: deploy stubs, remove actions, register via UI, or proceed with routing-only fixes.

3.1-3.3 Map issue, edit, and follow instruction principles

Map each confirmed issue to a fix location in the

.agent

file (description, instructions, actions, bindings, transitions). Use the Edit tool for targeted changes. Follow instruction principles: name actions explicitly, state pre-conditions, scope tightly, keep persona in

system:

only.

3.4 Regression prevention

Establish baseline before editing. Make minimal edits. Test immediately after each edit. One fix per publish cycle. Check cross-subagent dependencies. Test adjacent subagents.

3.5 Apply fixes

Read the

.agent

file, edit with the Edit tool (tabs for indentation), show the diff.

3.6 Validate, deploy, publish, activate

bash

# Validate (dry run)
sf agent validate authoring-bundle --json --api-name <AGENT_API_NAME> -o <org>

# Publish (compile + deploy + activate)
sf agent publish authoring-bundle --json --api-name <AGENT_API_NAME> -o <org>

If publish fails, use deploy + activate fallback (note: incomplete -- does not propagate

reasoning: actions:

to live metadata).

3.7 Verify

Run Phase 2 scenarios post-fix. Check trace for correct routing, grounding, tools, and variables. After 24-48 hours, re-run Phase 1 to compare against baseline.

3.7b Safety re-verification (required)

Re-run safety review (

Section 15 of /developing-agentforce

) on the modified

.agent

file. Revert any changes that introduce BLOCK findings.

3.8 Update Testing Center test cases

Create regression test cases from confirmed issues in Testing Center YAML format. Deploy with

sf agent test create

and verify all previously-broken scenarios pass.

Reference Files

Reference	Contents
`references/stdm-queries.md`	STDM query procedures, Apex service deployment, response parsing
`references/issue-classification.md`	Issue pattern table, root cause categories, structural analysis checks
`references/reproduce-reference.md`	Phase 2 preview procedures, trace diagnosis, classification criteria
`references/improve-reference.md`	Phase 3 editing, deployment chain, verification, safety, test cases
`references/stdm-schema.md`	DMO field schemas, data hierarchy, quality notes, agent name resolution

observing-agentforce

NPX Install

Tags

SKILL.md Content

Agentforce Observability

Platform Notes

Routing

Resolve agent name

Locate the .agent file

Phase 0: Discover Data Space

Prerequisite check: STDM DMOs

Phase 1-ALT: Observe Without STDM (Fallback Path)

1-ALT.1 Run existing test suite (if available)

1-ALT.2 Derive test utterances from .agent file (if no test suite)

1-ALT.3 Preview with
`--authoring-bundle`
(local traces)

1-ALT.4 Local trace diagnosis

1-ALT.5 Classify and present

Phase 1: Observe -- Query STDM

1.0 Deploy helper class (once per org)

1.1 Find sessions

1.2 Get conversation details

1.2b Get LLM prompt/response (optional)

1.2c Get aggregated metrics (recommended first step)

1.2d Get moment insights (per-session detail)

1.2e Run observability queries (RAG deep-dive)

1.3 Reconstruct conversations

1.4 Identify issues

1.5 Present findings and agent config evidence

Phase 2: Reproduce -- Live Preview

Phase 3: Improve -- Edit .agent File Directly

3.0 Pre-flight

3.1-3.3 Map issue, edit, and follow instruction principles

3.4 Regression prevention

3.5 Apply fixes

3.6 Validate, deploy, publish, activate

3.7 Verify

3.7b Safety re-verification (required)

3.8 Update Testing Center test cases

Reference Files