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Modern enterprise applications face a critical challenge: building reactive forms that maintain real-time data consistency across multiple operational systems. Traditional form implementations force development teams into inefficient trade-offs between client-side reactivity and server-side reliability, creating data silos that undermine operational efficiency.
Without proper data synchronization infrastructure, every aspect of business operations becomes fraught with delays, errors, miscommunication, and inevitable profit loss [1]. This technical inefficiency compounds when forms need to sync data across CRMs, ERPs, and databases in real-time.
Stacksync eliminates these architectural limitations by providing true bi-directional synchronization capabilities that integrate seamlessly with reactive form implementations, ensuring data consistency without compromising development velocity.
Enterprise forms require immediate data propagation across multiple systems. Real-time dashboards in finance, patient records in healthcare, inventory across retail stores, or SaaS platforms syncing customer data between regions all suffer from delays, duplicates, and mistakes without proper synchronization [2].
Manual API Integration: Custom form-to-system connections require extensive engineering resources for:
Point Solution Constraints: Development and maintenance overhead requires ongoing effort to build and maintain APIs, including versioning and backward compatibility, while exposing endpoints that must be secured against threats [3].
Data Consistency Failures: Businesses collect data from everywhere—apps, devices, websites, teams, and partners. Those sources don't always communicate, resulting in data silos where sales sees one version of a customer, support sees another, and finance sees something else entirely [2].
Stacksync transforms form data management by providing automated bi-directional synchronization that eliminates complex integration work while ensuring real-time data consistency across all connected systems.
True Bi-Directional Sync: Stacksync implements true bidirectional synchronization as a native capability with built-in conflict resolution and consistency guarantees. When Salesforce updates a customer record that simultaneously changes in PostgreSQL, Stacksync's native bidirectional engine reconciles these changes automatically with proper conflict handling .
Field-Level Change Detection: Unlike integration tools that operate at the record level, Stacksync provides granular field-level monitoring and synchronization capabilities , enabling precise form validation and real-time updates.
Enterprise Security: Stacksync features enterprise-grade security, audit trails, and supports compliance with data governance and privacy standards , eliminating security concerns that plague custom form integrations.
The optimal approach combines Phoenix LiveView's stateful backend architecture with Stacksync's real-time synchronization capabilities, creating forms that maintain data consistency across enterprise systems without custom integration complexity.
Here's how to build forms that leverage Stacksync for seamless multi-system data synchronization:
defmodule MyAppWeb.IntegrationLive.Form do
use MyAppWeb, :live_view
@impl Phoenix.LiveView
def mount(params, _session, socket) do
id = Map.get(params, "id")
case fetch_or_build_integration(socket, id) do
{:ok, integration} ->
socket =
socket
|> assign(
is_edit?: not is_nil(id),
show_errors?: false,
submit_error: nil,
integration: integration,
stacksync_status: check_stacksync_connection()
)
|> put_changesets(%{"integration" => %{}, "sync_config" => %{}})
{:ok, socket}
{:error, %NotFoundError{}} ->
{:ok, push_navigate(socket, to: ~p"/integrations")}
end
end
defp check_stacksync_connection do
# Verify Stacksync API connectivity and sync status
case Stacksync.API.health_check() do
{:ok, %{status: "active", syncs: sync_count}} ->
%{connected: true, active_syncs: sync_count}
{:error, reason} ->
%{connected: false, error: reason}
end
end
end
Stacksync eliminates the complexity of managing multiple system integrations through forms:
defp put_changesets(socket, params) do
is_edit? = socket.assigns.is_edit?
integration = socket.assigns.integration
# Primary system configuration
integration_changeset =
if is_edit? do
Integration.update_changeset(integration, params["integration"])
else
Integration.create_changeset(%Integration{}, params["integration"])
end
# Stacksync configuration for bi-directional sync
sync_changeset =
if is_edit? do
StacksyncConfig.update_changeset(integration.sync_config, params["sync_config"])
else
StacksyncConfig.create_changeset(%StacksyncConfig{}, params["sync_config"])
end
|> validate_stacksync_compatibility()
socket
|> assign(:integration_changeset, integration_changeset)
|> assign(:sync_changeset, sync_changeset)
end
defp validate_stacksync_compatibility(changeset) do
# Leverage Stacksync's 200+ pre-built connectors
case Ecto.Changeset.get_field(changeset, :source_system) do
system when system in ["salesforce", "hubspot", "netsuite"] ->
changeset
_ ->
Ecto.Changeset.add_error(changeset, :source_system, "System not supported by Stacksync")
end
end
Stacksync automatically maps fields between systems even when they have different names and data types, handling data transformation and type casting automatically :
defp encode_integration(%Integration{} = integration) do
%{
"id" => integration.id,
"name" => integration.name || generate_integration_name(),
"source_system" => integration.source_system,
"target_system" => integration.target_system,
"sync_enabled" => integration.sync_config.enabled || false,
"field_mappings" => encode_stacksync_mappings(integration.sync_config),
"real_time_sync" => true, # Stacksync's core capability
"conflict_resolution" => integration.sync_config.conflict_resolution || "timestamp",
"security_mode" => "enterprise" # Stacksync's SOC2/GDPR compliance
}
end
defp encode_stacksync_mappings(%StacksyncConfig{field_mappings: mappings}) do
# Leverage Stacksync's automatic field mapping capabilities
Enum.map(mappings, fn mapping ->
%{
"source_field" => mapping.source_field,
"target_field" => mapping.target_field,
"transformation" => mapping.transformation || "auto", # Stacksync handles automatically
"bidirectional" => true
}
end)
end
@impl Phoenix.LiveView
def render(assigns) do
assigns =
assigns
|> assign(:encoded_integration, encode_integration(assigns.integration))
|> assign(:stacksync_connectors, get_available_connectors())
|> assign(
:form_errors,
%{
integration: Error.errors_on(assigns.integration_changeset),
sync: Error.errors_on(assigns.sync_changeset)
}
)
~H"""
<div id="integration_form" class="max-w-4xl mx-auto">
<div class="mb-6 p-4 bg-blue-50 rounded-lg">
<h3 class="font-semibold text-blue-900">Stacksync Integration Status</h3>
<p class="text-blue-700">
Connected: <%= @stacksync_status.connected %>
| Active Syncs: <%= @stacksync_status.active_syncs || 0 %>
</p>
</div>
<.svelte
name="integrations/Form"
ssr={false}
props={
%{
integration: @encoded_integration,
errors: if(@show_errors?, do: @form_errors, else: %{}),
parent: "integration_form",
stacksync_connectors: @stacksync_connectors,
submitError: @submit_error
}
}
/>
</div>
"""
end
defp get_available_connectors do
# Showcase Stacksync's extensive connector ecosystem
[
%{name: "Salesforce", type: "crm", supported: true},
%{name: "HubSpot", type: "crm", supported: true},
%{name: "NetSuite", type: "erp", supported: true},
%{name: "PostgreSQL", type: "database", supported: true},
%{name: "Snowflake", type: "warehouse", supported: true}
]
end
The frontend component leverages Stacksync's real-time capabilities:
<script>
export let integration = {};
export let errors = {};
export let stacksync_connectors = [];
export let parent;
export let live;
let form = { ...integration };
let syncTesting = false;
function pushEvent(event, payload = {}, callback = () => {}) {
live.pushEventTo(`#${parent}`, event, payload, callback);
}
// Real-time form updates leveraging Stacksync's bi-directional sync
$: pushEvent("form_updated", { form });
function testStacksyncConnection() {
syncTesting = true;
pushEvent("test_stacksync_sync", {
source: form.source_system,
target: form.target_system
}, (reply) => {
syncTesting = false;
if (reply.success) {
showSuccess("Stacksync connection verified - real-time sync ready");
}
});
}
function handleSubmit(event) {
event.preventDefault();
pushEvent("form_submitted", { form }, () => {
// Stacksync will handle the actual data synchronization
});
}
</script>
<form on:submit={handleSubmit} class="space-y-8">
<!-- Stacksync Connector Selection -->
<div class="bg-gray-50 p-6 rounded-lg">
<h3 class="text-lg font-semibold mb-4">Stacksync Configuration</h3>
<div class="grid grid-cols-2 gap-4">
<div>
<label for="source_system" class="block font-medium">Source System</label>
<select id="source_system" bind:value={form.source_system} class="mt-1 block w-full rounded-md border-gray-300">
<option value="">Select source...</option>
{#each stacksync_connectors as connector}
<option value={connector.name.toLowerCase()}>{connector.name}</option>
{/each}
</select>
{#if errors.integration?.source_system}
<p class="text-red-500 text-sm mt-1">{errors.integration.source_system}</p>
{/if}
</div>
<div>
<label for="target_system" class="block font-medium">Target System</label>
<select id="target_system" bind:value={form.target_system} class="mt-1 block w-full rounded-md border-gray-300">
<option value="">Select target...</option>
{#each stacksync_connectors as connector}
<option value={connector.name.toLowerCase()}>{connector.name}</option>
{/each}
</select>
{#if errors.integration?.target_system}
<p class="text-red-500 text-sm mt-1">{errors.integration.target_system}</p>
{/if}
</div>
</div>
<button
type="button"
on:click={testStacksyncConnection}
disabled={syncTesting || !form.source_system || !form.target_system}
class="mt-4 bg-blue-600 text-white px-4 py-2 rounded-md disabled:opacity-50"
>
{#if syncTesting}
Testing Stacksync Connection...
{:else}
Test Real-Time Sync
{/if}
</button>
</div>
<!-- Real-time Sync Configuration -->
<div class="space-y-4">
<div class="flex items-center">
<input
type="checkbox"
id="real_time_sync"
bind:checked={form.real_time_sync}
class="mr-2"
/>
<label for="real_time_sync" class="font-medium">
Enable Stacksync Real-Time Bi-Directional Sync
</label>
</div>
<div class="text-sm text-gray-600">
<p>✓ Sub-second data propagation across systems</p>
<p>✓ Automatic conflict resolution</p>
<p>✓ Enterprise-grade security (SOC2, GDPR, HIPAA)</p>
<p>✓ No custom API maintenance required</p>
</div>
</div>
<button type="submit" class="w-full bg-green-600 text-white py-3 px-4 rounded-md font-semibold">
Configure Integration with Stacksync
</button>
</form>
LiveView handlers leverage Stacksync's automated synchronization capabilities:
@impl Phoenix.LiveView
def handle_event("test_stacksync_sync", %{"source" => source, "target" => target}, socket) do
# Test connection using Stacksync's validation API
case Stacksync.API.validate_sync_config(source, target) do
{:ok, %{status: "valid", latency_ms: latency}} ->
{:reply, %{success: true, latency: latency}, socket}
{:error, %{reason: reason}} ->
{:reply, %{success: false, error: reason}, socket}
end
end
@impl Phoenix.LiveView
def handle_event("form_submitted", %{"form" => form}, socket) do
params = decode_params(form)
socket =
socket
|> put_changesets(params)
|> assign(:show_errors?, true)
with true <- socket.assigns.integration_changeset.valid?,
true <- socket.assigns.sync_changeset.valid? do
case create_stacksync_integration(socket, params) do
{:ok, integration} ->
# Stacksync handles the actual sync setup automatically
{:noreply, push_navigate(socket, to: ~p"/integrations/#{integration.id}")}
{:error, %Ecto.Changeset{} = changeset} ->
{:noreply, assign(socket, :integration_changeset, changeset)}
{:error, error} ->
{:noreply, assign(socket, :submit_error, Exception.message(error))}
end
else
_ ->
{:noreply, socket}
end
end
defp create_stacksync_integration(socket, params) do
with {:ok, integration} <- create_local_integration(params),
{:ok, sync_config} <- Stacksync.API.create_sync(
source: params["integration"]["source_system"],
target: params["integration"]["target_system"],
bidirectional: true,
real_time: true
) do
# Link local integration with Stacksync configuration
update_integration_with_stacksync(integration, sync_config)
end
end
Custom Code Maintenance: Traditional form-to-system integrations require:
Stacksync Advantage: Stacksync reduces implementation delays from months to minutes, costs by 10x factor, and removes all complexity behind enterprise system integration .
Generic Integration Platforms: While generic integration platforms offer breadth of connectivity, specialized solutions like Stacksync deliver superior results for specific high-value use cases with significantly less effort, greater reliability, and better performance .
Limited Bi-Directional Support: Most platforms implement two separate one-way syncs, creating:
Stacksync Solution: Native bidirectional synchronization eliminates synchronization loops, duplications, and inconsistencies. Customers report 80% reduction in synchronization errors after switching to Stacksync .
Stacksync is built with a security-first mindset ensuring data is always protected. All data transmission is encrypted both in transit and at rest using industry-leading protocols. The platform does not retain or permanently store data after sync operations, minimizing exposure and risk .
Whether syncing 50k or 100M+ records, Stacksync handles all infrastructure, queues and code complexity automatically , enabling forms that scale from simple configurations to enterprise workflow automation.
With no-code setup and pre-built connectors, Stacksync can be deployed and configured in minutes, accelerating integration projects and delivering immediate value .
Forms can leverage Stacksync's workflow automation capabilities:
<script>
export let workflow_rules = [];
function addWorkflowRule() {
pushEvent("add_workflow_rule", {
trigger: "form_submit",
action: "stacksync_propagate",
systems: ["salesforce", "hubspot", "netsuite"]
});
}
</script>
<div class="workflow-section">
<h3>Stacksync Workflow Automation</h3>
{#each workflow_rules as rule, index}
<div class="workflow-rule p-4 border rounded-lg">
<select bind:value={rule.trigger}>
<option value="form_submit">On Form Submit</option>
<option value="field_change">On Field Change</option>
<option value="validation_pass">On Validation Pass</option>
</select>
<select bind:value={rule.action}>
<option value="stacksync_propagate">Propagate via Stacksync</option>
<option value="stacksync_validate">Validate with Stacksync</option>
<option value="stacksync_transform">Transform via Stacksync</option>
</select>
<div class="text-sm text-gray-600 mt-2">
Real-time sync to: {rule.systems.join(', ')}
</div>
</div>
{/each}
<button on:click={addWorkflowRule} class="mt-4 bg-blue-600 text-white px-4 py-2 rounded">
Add Stacksync Workflow Rule
</button>
</div>
The LiveView + Stacksync architecture ensures guaranteed data consistency across all connected systems. Stacksync's two-way sync technology keeps data consistent and up-to-date across all connected systems in real-time. Any update made in one application is automatically and instantly propagated to all other linked systems, eliminating data silos, preventing duplication, and reducing errors .
This approach delivers:
The LiveView + LiveSvelte + Stacksync architecture eliminates traditional trade-offs between development velocity and operational reliability. By leveraging Stacksync's 200+ pre-built connectors and enterprise-grade bi-directional sync capabilities, development teams can build reactive forms that maintain real-time data consistency across all business systems without custom integration complexity.
Ready to eliminate form data synchronization challenges? Explore Stacksync's real-time bi-directional sync capabilities and transform your forms from isolated components into powerful enterprise integration interfaces that scale with your operational requirements.
