Demo 03

Developer Experience

AI-Assisted Blast Radius
Prediction

Watch a developer using Cursor IDE contemplate changing a critical Apex Trigger. Before they even save the file, Jataka has already calculated the blast radius.

2:52
|Neo4j • MCP • Cursor IDE • Dependency Graph

The Scenario

What you'll see
in this demo.

The developer opens AccountTrigger.trigger in Cursor. They ask via MCP: "If I add an after update handler, what breaks?"

Jataka queries the Neo4j graph, which contains the entire org's dependency map. It returns: 3 Apex classes that call this trigger, 12 Flows that depend on the output, 2 integrations that sync on update, and 1 critical bug in ClassB that will cascade.

The developer is warned before writing a single line of code.

Without Jataka

Developer makes the change. Deploys. ClassB crashes in production. Cascading failures across 3 integrations. 4-hour rollback. Sev-2 incident.

With Jataka

Developer sees the blast radius before coding. Fixes ClassB first. Deploys safely. Zero incidents. Zero rollback.

How It Works

Six steps to
informed decisions.

1

Developer Opens File

A developer opens AccountTrigger.trigger in Cursor IDE. They're contemplating adding an after update handler.

2

Developer Asks Question

The developer asks via MCP: 'If I add an after update handler, what breaks?' The query is sent to Jataka's Neo4j graph.

3

Graph Query Executes

Jataka queries the dependency graph for all nodes connected to AccountTrigger. It traces downstream dependencies recursively.

4

Blast Radius Calculated

The graph returns: 3 Apex classes that call this trigger, 12 Flows that depend on the output, 2 integrations that sync on update.

5

Critical Bug Identified

Jataka also identifies 1 critical bug in ClassB that will cascade if the trigger is modified. The developer is warned before writing code.

6

Developer Decides

Armed with full context, the developer can proceed safely, fix the bug first, or choose a different approach.

Example Output

What the graph
reveals.

TypeNameRiskDescription
Apex ClassAccountServiceMediumCalls AccountTrigger.newCases
Apex ClassCaseAssignmentHandlerHighDepends on trigger output order
FlowAccount_Update_SyncLowTriggers on Account update
IntegrationSAP_Sync_IntegrationHighSyncs on Account after update
Known BugClassB.queryBugCriticalWill cascade if trigger fires

Key Takeaways

What makes this
different.

Real-Time Dependency Graph

Jataka maintains a Neo4j graph of your entire Salesforce org's dependencies. Every class, trigger, flow, and integration is mapped and queryable.

Cursor IDE Integration

Ask questions via MCP protocol directly in Cursor. 'If I change this trigger, what breaks?' Get answers before writing a single line of code.

Predictive Impact Analysis

Know the blast radius before you change. See every downstream class, flow, and integration that will be affected.

Prevent Cascading Failures

Catch cascading deployment failures before they happen. Warn developers of risky changes during planning, not during rollback.

Related Demos

Watch more demos.

See Your Blast Radius

Book a demo and see
your dependency graph.

We'll map your Salesforce org's dependencies and show you exactly what will be affected before you make changes.