Feature · Workflow Apps

Workflow apps that share a record, not sync against each other.

A sales workflow app that reads from the same account that the marketing workflow app wrote to. A projects workflow app that uses the same contacts as the CRM. A docs workflow app that attaches to the same deals as the forecast. Strkr ships every workflow app on one shared record store so the integration tax disappears and the ops team stops reconciling five sources of truth.

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The shared-record pattern that makes workflow apps actually useful

Six apps, one object store, one permission model.

The pitch for workflow apps is that each one solves a specific job. The failure mode is that each one owns its own record store, syncs on an interval, and drifts out of alignment with the others. The ops team spends more time reconciling five tools than running the business. Strkr builds every workflow app on one shared record store with one permission model, one audit log, and one open API. A field written by the marketing app reads live from the CRM app. A document attached in the documents app surfaces instantly on the deal. The integration tax collapses to zero because there is no integration.

CRM app

Accounts, contacts, deals, pipeline, forecast.

The CRM app ships the account record, the contact record, the deal pipeline, the forecast surface, and the lead management workflow on the shared record store. Every field is reportable, every event is a flow trigger, every object is API-addressable. The CRM is the primary workflow app for sales teams and feeds every other app in the suite.

Marketing app

Campaigns, nurture, scoring, consent.

The marketing app runs campaigns, nurture workflows, lead scoring, consent tracking, and attribution on the shared record. A campaign send writes to the contact timeline that the CRM reads immediately. A consent change propagates to every workflow across the suite. No sync, no drift, no reconciliation.

Projects app

Projects, issues, sprints, roadmaps.

The projects app ships projects, issues, sprints, roadmaps, and backlog planning on the shared record. A project linked to an account shows on the account page. An issue assigned to a user shows in the user queue. The sales-to-services handoff on closed-won becomes a single flow run rather than a four-tool integration.

Messaging app

SMS and MMS native to the record.

Strkr Messaging ships SMS and MMS as a native channel on the shared record store. A text to a contact logs on the contact timeline alongside email and call activity. Compliance (A2P 10DLC, consent, quiet hours, STOP handling) is native and shares the suppression list with every other channel.

Documents app

Templates, drafts, signatures, archives.

The documents app ships document templates, drafted contracts, proposal exports, QBR briefs, and attached archives on the shared record. A document attached to a deal lives in the deal module and the document module simultaneously. Signatures route through the integrated e-signature workflow with the audit trail intact.

Surveys app

NPS, CSAT, custom surveys, feedback.

The surveys app runs NPS, CSAT, custom surveys, and open feedback collection on the shared record. A survey response from a contact lands on the contact timeline and feeds the health score on the account. The feedback loop closes inside the same object store rather than running through a third-party survey vendor.

Reports app

Reports, dashboards, scheduled snapshots.

The reports app ships the report builder, the dashboard builder, and scheduled snapshot delivery on the shared record. Any field on any object (standard or custom, human-entered or AI-written) is reportable. Dashboards share filters with list views. Snapshots deliver to inbox or Slack on configured cadence.

Flows app

The automation engine every other app uses.

The flows app is the automation engine that every other workflow app runs on top of. Triggers from any app, actions on any app, approvals and exception queues shared across apps. The flows app is the glue that would normally be a middleware layer in a non-shared-record architecture.

Admin app

Users, permissions, settings, audit.

The admin app ships user management, permission configuration, tenant settings, integration management, and the shared audit log. Changes in the admin app propagate instantly across every workflow app. A new user provisioned once lands in every app with the right permissions from the start.

Why the shared record changes the game

Five costs that disappear when the apps share one object store.

The shared-record architecture is not a feature. It is a cost structure change for the ops team. These are the five costs that disappear when the workflow apps share one object store rather than syncing against each other. Each one is a line item the ops team currently spends time or money or morale on, and each one goes to zero when the apps are built on one record.

Sync cost

No nightly job, no drift.

In a non-shared stack, every app syncs with every other app on an interval. The sync fails. The sync drifts. The ops team debugs the sync. In a shared-record stack, the write is live and the read is live. The sync job disappears because there is no second store to sync to.

Integration cost

No connectors, no middleware tax.

The alternative stack carries a connector purchase for every app pair that needs to talk. Strkr apps talk natively because they share the record. The integration platform fee that scales linearly with app count collapses to zero. No Zapier dependency, no connector marketplace, no third-party integration layer.

Permission cost

One model, not five models.

A non-shared stack carries a permission model per app and an integration layer that approximates permission mapping across apps. The gaps are the compliance risk. The shared record carries one permission model that every app reads directly. A new user provisioned in the admin app lands in every app with the right scope from the start.

Audit cost

One log, not five logs.

An audit review in the non-shared stack reconciles five tool logs with five timestamp formats and five identity mappings. The shared record carries one audit log that every app writes to with one actor identity. A compliance reviewer walks one log for the full history.

Reporting cost

One warehouse load, one source of truth.

A non-shared stack carries a warehouse ingestion pipeline per app plus the reconciliation logic between them. The shared record carries one warehouse feed with one object schema. The BI team runs on one source of truth without a weekly reconciliation job.

Onboarding cost

One admin console, one training session.

A non-shared stack onboards new admins across five tools. The shared record stack onboards new admins to one platform. The time-to-productive-admin drops from months to weeks. The ops team scales headcount against business growth rather than tool complexity.

Vendor risk

One SOC 2 scope, one BAA, one SLA.

The non-shared stack carries vendor risk per tool. Legal reviews five contracts, five security posture assessments, five renewal cycles. The shared record stack consolidates to one vendor assessment. The procurement cost per app drops materially and the renewal negotiation is one conversation.

User fatigue

One login, one UI, one keyboard model.

Users in a non-shared stack live across five logins, five UIs, five keyboard models. The shared record stack is one login, one UI pattern, one navigation model. Context switching drops. The rep lands in the right surface in one click rather than five tabs.

Data gravity

Everything lives where everyone can find it.

A non-shared stack creates data silos per app. The shared record stack puts every piece of data on the record where every workflow needs it. A rep looking at an account sees the deals, the campaigns, the projects, the texts, the documents, and the surveys in one place. The seventh rep to touch the account arrives with the same context as the first.

Workflow app flows that cross the modules

The handoffs that break in a non-shared stack.

The hardest workflows in a business are the cross-functional ones. Sales to post-sales. Marketing to sales. Projects to CRM. Support to retention. In a non-shared stack, each handoff is an integration project. In the Strkr shared-record stack, each handoff is a flow run. These are the cross-app flows that production teams build in the first ninety days of use.

Closed-won kickoff

From CRM deal to projects engagement.

When a deal closes won in the CRM app, the flow creates the project in the projects app, assigns the CSM, generates the implementation playbook, drafts the kickoff email in the marketing app, and schedules the kickoff call. The sales-to-services handoff is one flow run on one record store.

MQL to SQL

From marketing nurture to sales queue.

When a contact crosses the MQL threshold in the marketing app, the flow enrolls them in the SDR queue in the CRM app, drafts the first outreach in the messaging app, and attaches the attribution path to the lead record. The marketing-to-sales handoff happens in milliseconds, not in a nightly export.

Renewal motion

From account health to CSM playbook.

When the account health score drops in the CRM app, the flow creates the save task in the projects app, drafts the save email in the marketing app, texts the primary champion through the messaging app, and attaches the save plan document in the documents app. The whole motion lives on the account.

Support escalation

From ticket SLA miss to exec visibility.

When a ticket crosses an SLA threshold in the support app, the flow pings the owner in the messaging app, surfaces the ticket on the manager dashboard in the reports app, updates the account health score in the CRM app, and drafts the exec note in the marketing app. One flow, one record, five app surfaces touched.

Survey response

From NPS score to retention action.

When a contact submits a detractor NPS response in the surveys app, the flow surfaces the response on the account in the CRM app, drafts the CSM outreach in the marketing app, texts the primary champion through the messaging app, and attaches the feedback note in the documents app for the retention briefing.

Document signed

From signature event to deal advance.

When a contract gets signed in the documents app, the flow advances the deal to closed-won in the CRM app, triggers the kickoff motion in the projects app, texts the primary champion through the messaging app, and schedules the welcome call in the calendar surface. The signature is the trigger, not the end of the motion.

Issue blocked

From project issue to CRM alert.

When a project issue in the projects app gets flagged as blocked and the account is in a renewal window, the flow surfaces the block on the CRM account page, drafts the escalation note in the marketing app, and alerts the account owner through the messaging app. The services issue becomes a CSM issue before the renewal conversation.

Pricing page viewed

From web event to sales queue.

When a contact views the pricing page three times in a week per the tracking in the marketing app, the flow creates a hot-lead task in the CRM app, drafts an outreach email, and texts the account owner. The web-to-sales handoff happens at the pace of the real buyer intent, not a weekly digest.

Churn commit

From exit survey to playbook archive.

When an account commits to churn, the flow archives the save plan in the documents app, closes the open opportunities in the CRM app, updates the account status in the admin app, logs the churn reason for the retention report in the reports app, and sends the exit survey through the surveys app. The whole churn motion runs cleanly.

Picking workflow apps for the team

The checklist that separates the pretenders from the production tools.

Teams evaluating a workflow app stack usually look at feature lists first and architecture second. The architecture decision determines what the ops team spends time on for the next three years. These are the questions that matter when the stack has to run in production rather than demo well.

Shared record

Do the apps read and write the same object store.

The single most important architectural question. A shared record store means no sync, no middleware, no drift. A per-app store with sync means an integration project every quarter. Ask the vendor to show the exact wire path a field takes from one app to another and look for latency measured in milliseconds, not minutes.

Permission depth

Field-level, record-level, role-based, hierarchy-aware.

A real permission model respects field-level visibility (a finance partner sees billing fields the SDR cannot), record-level access (a rep sees their accounts, a manager sees the team), role-based claims (SDR, AE, CSM, admin each with different capabilities), and hierarchy awareness (parent-account access flows to child accounts).

Open API

Every object, every event, every action.

Open REST API with OAuth 2.0, published rate limits, signed webhooks on every event, and a Model Context Protocol server for teams running agent frameworks. The open API is the long-term insurance against lock-in and the primary extensibility surface the engineering team cares about.

Native messaging

SMS and email inside the stack, not a connector.

A workflow app stack without a native SMS and email layer forces every outbound motion through a third-party connector. The compliance posture (consent, quiet hours, STOP handling) splits across tools. Native messaging keeps the full compliance posture inside the shared audit log.

AI assist

The assistant reads the record, respects permissions.

A credible AI assist runs inside the shared record store with the same permission model. It drafts, scores, summarizes, and explains with the receipts. The alternative (an AI add-on that is a separate SKU, with a credit meter, operating on a filtered export) adds a line item to the invoice without materially moving the productivity curve.

Audit log

Tamper-evident, cross-app, long retention.

The audit log is the compliance surface and the troubleshooting surface. A tamper-evident log covering every app with configurable retention is the baseline. The log should be queryable, exportable, and attestable for the SOC 2 Type II program the enterprise buyer will ask about.

Reversibility

Can the admin undo an automated action.

Automation at scale will occasionally run a bad flow. The question is whether the admin can undo. Every automated action should produce an undo record that can revert the change within a configured window. The absence of reversibility turns every bad run into a weekend of manual data recovery.

HIPAA and SOC 2

The compliance posture the buyer needs.

HIPAA-compliant deployment with a signed Business Associate Agreement for qualified customers. SOC 2 Type II program in progress with an external audit firm. The compliance posture gates the enterprise and regulated-industry conversation and should be a yes without an asterisk by the time the pilot starts.

Pricing shape

Per seat, no action meter, no credit meter.

The right pricing shape for a workflow app stack is per-seat with an unlimited action count on flows and no credit meter on the assistant. Per-run pricing penalizes volume. Per-action pricing penalizes complexity. Per-seat pricing rewards the team that automates aggressively, which is exactly what the ops team should be doing.

How Strkr compares to the alternative

The honest tradeoffs when the alternative is five tools stitched together.

The honest comparison between a shared-record workflow app stack and an alternative stack of five best-of-breed tools is a tradeoff rather than a pure win. The five-tool stack has deeper functionality in each individual category. The shared-record stack has lower integration cost, lower sync risk, and higher cross-functional coherence. These are the tradeoffs ops leaders should price out before picking a side.

Feature depth

The alternative wins on single-tool depth.

A dedicated marketing automation tool will ship ten more features in the campaign builder than a shared-record stack can match in year one. A dedicated project management tool will ship ten more features in Gantt view. The depth tradeoff is real. The question is whether the depth matters more than the integration cost it carries.

Cross-app coherence

The shared stack wins on handoffs.

The sales-to-services handoff, the marketing-to-sales handoff, the services-to-retention handoff. Every cross-functional motion is where the shared record stack earns the seat. The non-shared stack treats every handoff as an integration project and the cross-functional process never stops drifting.

Integration cost

The non-shared stack carries recurring tax.

Every tool pair that needs to talk is an integration purchase. The connector marketplace is a line item. The middleware platform is a line item. The integration failures are an on-call burden on the ops team. The shared stack eliminates these costs because the integration surface is zero.

Audit scope

One log vs five logs.

A compliance walkthrough on a non-shared stack reconciles five tool audit logs with five timestamp formats and five identity mappings. The shared stack walks one log. The difference is weeks of audit prep time per quarter and a much lower risk of a compliance gap at the boundary between tools.

Vendor risk

One vendor vs five vendors.

Five vendors means five contracts, five security assessments, five renewal cycles, and five relationships to manage. The shared stack consolidates vendor risk to one assessment. The tradeoff is concentration risk against the shared vendor. Most teams accept this tradeoff because the operational cost of five vendors outweighs the concentration risk.

Pricing

Per-seat includes everything vs stacking SKUs.

The non-shared stack carries a per-seat price per tool plus connector fees plus middleware fees. The shared stack carries one per-seat price for the whole suite. The TCO comparison for most mid-market teams favors the shared stack even when individual tools look cheaper, because the integration tax dominates the per-seat line.

Lock-in

Open API vs closed marketplace.

The lock-in risk on a shared stack is real. The hedge is an open REST API, documented webhooks, and standard export patterns. Strkr commits to open-API posture so the data can leave if the business wants to leave. The lock-in risk on the non-shared stack is lower per tool but higher cumulatively because switching one tool triggers five integration rewrites.

Innovation pace

One roadmap vs five independent roadmaps.

A non-shared stack benefits from five vendors innovating in parallel on each tool. The shared stack innovates on one roadmap. The counterpoint is that most cross-functional innovation (AI assist across modules, shared permissions, unified reporting) can only ship on the shared architecture, so the shared stack wins on the specific innovations that cut across tools.

The honest recommendation

Shared stack for most teams, mixed for the giants.

For teams under 500 revenue employees, the shared-record workflow app stack is the right pattern. The integration tax dominates the feature-depth tradeoff. For the largest enterprises with specialized teams that need the deepest tool in each category, a mixed stack with a shared core still makes sense, but Strkr handles the core and the key integrations through the open API.

Workflow apps that share one record, one audit log, one permission model.

CRM, Marketing, Projects, Messaging, Documents, Surveys, Reports, Flows, and Admin all ship on every paid tier at one per-seat price. No connector fees, no middleware tax, no sync job. Open your real workflow and watch the integration tax collapse.

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Common questions

What buyers ask about this feature.

What are workflow apps and how is a shared-record approach different from a typical stack?

Workflow apps are software applications that automate and manage specific business workflows: a CRM app for sales, a marketing automation app for campaigns, a project management app for services delivery, a messaging app for SMS and email, a documents app for templates and signatures. A typical stack buys each app from a separate vendor and syncs them together through a middleware platform. The shared-record approach puts every app on one object store with one permission model and one audit log, so no sync is needed. The sync cost, the integration cost, the permission reconciliation cost, the audit cost, and the data warehouse ingestion cost all collapse because the apps are reading and writing the same record live.

Which workflow apps does Strkr ship on the shared record?

Strkr ships nine workflow apps on the shared record: the CRM app (accounts, contacts, deals, pipeline, forecast, lead management), the Marketing app (campaigns, nurture workflows, lead scoring, consent tracking, attribution), the Projects app (projects, issues, sprints, roadmaps, backlog planning), the Messaging app (native SMS and MMS through Strkr Messaging), the Documents app (templates, drafts, signatures, archives), the Surveys app (NPS, CSAT, custom surveys), the Reports app (report builder, dashboard builder, scheduled snapshots), the Flows app (the automation engine), and the Admin app (users, permissions, settings, audit log). Every app reads from and writes to the same record store so no sync job is ever required between them.

How do cross-app flows work in practice?

Cross-app flows are the handoffs that span multiple workflow apps. Closed-won in the CRM app triggers kickoff in the Projects app, drafts the welcome email in the Marketing app, and texts the champion in the Messaging app, all in one flow run. MQL in the Marketing app enrolls the contact in the SDR queue in the CRM app and drafts the first outreach in the Messaging app. Red-tier health in the CRM app creates the save task in the Projects app and drafts the save email in the Marketing app. Each cross-app flow is a single configuration on the shared Flows engine rather than an integration project between separate systems.

What are the tradeoffs between a shared-record stack and a five-tool stack?

The shared-record stack wins on integration cost (zero connectors, zero middleware, zero sync jobs), cross-app coherence (cross-functional handoffs are one flow run), audit scope (one log instead of five), vendor risk (one assessment instead of five), and pricing (one per-seat line instead of stacked SKUs plus connector fees). The five-tool stack wins on single-tool feature depth, because a dedicated marketing automation tool will ship ten more features in the campaign builder than a shared-record stack can match in year one. For teams under 500 revenue employees, the integration tax dominates the depth tradeoff and the shared stack is the right pattern. For the largest enterprises, a mixed stack with Strkr as the shared core plus a specialized tool in one or two categories can make sense.

How does Strkr avoid the lock-in that shared-record stacks are often accused of?

Lock-in is a real concern on any shared-record stack, and Strkr hedges with open-API posture. The REST API covers every object, every field (standard and custom), every event, and every flow or assistant action. Webhooks fire on every record change. Standard CSV export runs any list view or report. Documented ingestion patterns support the major data warehouses (Snowflake, BigQuery, Redshift). The Model Context Protocol server exposes the record store to external agent frameworks. The data can leave the platform cleanly if the business decides to leave. The hedge is explicit because the alternative (closed marketplace, proprietary export format, vendor-controlled schema) is the pattern that teams get burned by.

Does the full workflow app suite ship on every tier?

Yes. CRM, Marketing, Projects, Messaging, Documents, Surveys, Reports, Flows, and Admin all ship on every paid tier at one per-seat price. Strkr AI runs on every tier with no credit meter and no separate SKU. There is no connector marketplace, no middleware tax, no action meter on flows, and no premium app that lives behind a higher tier. HIPAA-compliant deployments with a signed Business Associate Agreement are available for qualified customers, and SOC 2 Type II is in progress with an external audit firm. The seat price on the pricing page is the full price for the whole suite.

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