Feature · Cloud Workflow Automation

Cloud workflow automation, hosted on the Strkr platform.

Zero servers to patch. Zero version upgrade windows. Multi-region failover built in. Elastic capacity across weekly, monthly, and quarter-end spikes. Audit evidence shaped for SOC 2 Type II. Cloud workflow automation that runs on the Strkr hosted platform rather than on infrastructure the IT team has to maintain, with the operating posture of a modern SaaS rather than the operating posture of an on-prem BPA tool.

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What cloud-native means in practice

What runs on Strkr versus what IT has to maintain on-prem BPA.

The cloud-native positioning for workflow automation is often marketed and rarely explained. The operating differences between a cloud-native workflow platform and an on-prem BPA tool matter at every layer of the stack. This section walks the pieces IT no longer has to maintain when the workflow automation runs cloud-native, and why that matters more than the marketing comparison grid suggests.

No servers to patch

Operating system updates stop being an IT project.

On-prem BPA tools run on servers that IT patches on the standard operating-system cycle: OS updates, security patches, kernel upgrades, driver updates. Each patch cycle is a change window with associated risk. Cloud-native workflow automation runs on infrastructure the vendor patches as part of the platform operation. The agent-side and admin-side experience is unchanged across OS patches, which eliminates the per-tenant change window entirely.

No database maintenance

Database tuning stops being a weekly operating load.

On-prem BPA tools run on a database the IT team manages: tablespaces grow, indexes fragment, backups fail, replication lags. Each piece is a weekly operating load for a DBA. Cloud-native workflow automation runs on managed infrastructure where the database operations are the vendor's responsibility. The customer sees workflow performance and audit retention. The customer does not see vacuum schedules, replication lag alerts, or disk-growth tickets.

No version upgrade windows

Zero scheduled downtime for platform upgrades.

On-prem BPA tools require coordinated version upgrades: schedule a window, test in staging, deploy to production, verify, roll back if needed. Each major version upgrade is a project with a measurable cost. Cloud-native workflow automation deploys continuously with zero scheduled downtime. Flows that were working on Monday continue to work on Tuesday under the new platform version, with the version diff visible on the admin console if the admin wants to see it.

No capacity planning

Weekly, monthly, and quarterly spikes handled elastically.

On-prem BPA tools require capacity planning: pick the server size, estimate the load, provision for peak, and over-provision for safety. Each quarter brings a reassessment and often a hardware refresh. Cloud-native workflow automation scales elastically. Weekly spikes (Monday morning), monthly spikes (end-of-month billing), and quarterly spikes (quarter-end deal push) handle automatically without a capacity ticket to IT.

No on-call rotation

Platform incidents are the vendor's problem.

On-prem BPA tools require an on-call rotation at the customer side: database replication breaks at 2 a.m. on Saturday, somebody gets paged. Cloud-native workflow automation runs on the vendor's on-call rotation. The customer sees the platform status page for incidents and receives notifications on the configured channel. The customer does not get paged for infrastructure events, which materially changes the operating cost of the automation program.

No security hardening project

Platform security posture is the vendor's accountability.

On-prem BPA tools require a security hardening project per deployment: configure authentication, lock down admin access, patch CVEs, pass penetration testing. Cloud-native workflow automation inherits the platform security posture: SOC 2 Type II (in progress through 2026-Q4), HIPAA with BAA, GDPR and CCPA compliance, continuous CVE monitoring. The customer's security team reviews the vendor's posture rather than building the posture themselves.

Multi-region failover

Regional outages do not stop the automation program.

Strkr runs multi-region with automatic failover on regional outages. Flows that were running in the primary region continue running in the secondary region without customer intervention. The audit evidence captures the failover event with the regional details for the compliance review. On-prem BPA tools typically run single-region unless the customer invests in a dedicated disaster-recovery project, which is a project most customers defer.

Elastic audit retention

Audit log storage scales with the retention policy.

Audit log storage scales elastically with the configured retention policy. A customer with a seven-year retention requirement for compliance evidence has the storage provisioned automatically. A customer with a one-year retention has the storage sized to the smaller window. The customer does not provision disk, size tablespaces, or run archival scripts. The audit log is a property of the platform, not a project.

The elasticity story

How Strkr handles the weekly, monthly, and quarterly spikes.

Elasticity is the operating differentiator between a cloud-native workflow platform and a hosted-but-not-elastic SaaS. The spike patterns revenue teams face shape the elasticity requirement: weekly Monday morning spikes, monthly end-of-month billing spikes, quarterly quarter-end deal push spikes, and annual year-end review spikes. This section walks each pattern and how Strkr handles the capacity shape.

Monday morning spike

Dashboard loads and approval queues at eight a.m. local.

Monday morning brings a predictable spike: every leader opens the leadership dashboard, every approval queue surfaces the backlog from the weekend, every scheduled flow fires its weekly runs. The spike compresses into the first hour of the day across each timezone. Strkr scales horizontally through the morning spike without the customer taking any action. The platform handles the surge the same way it handles a quiet afternoon.

End-of-month billing spike

Billing automation and renewal flows at month end.

The last three business days of the month bring the billing automation spike: subscription renewals, usage billing, consolidated invoicing, revenue recognition handoffs to the finance system. The flow volume typically spikes 5-10x the daily baseline. Strkr handles the spike with elastic capacity that scales up for the window and scales back down for the following week. No capacity ticket, no "we hit the limit" error.

Quarter-end deal push

Discount approvals and contract routing at quarter end.

The last two weeks of the quarter bring the quarter-end deal push: discount approval requests spike as reps work pricing exceptions, contract routing spikes as deals close, onboarding chains spike as Closed Won fires. The flow volume typically spikes 10-20x the daily baseline. Strkr handles the spike with the same elastic pattern as the monthly spike, with the window being two weeks rather than three days.

Year-end compliance pull

Audit evidence queries at the fiscal year close.

The fiscal year close brings the audit evidence pull: the compliance team queries the audit log across the full year for the SOC 2 Type II report, the SOX documentation, and the internal controls review. The query volume on the audit log can run several orders of magnitude above the daily baseline. Strkr handles the query spike with the elastic read capacity shaping the response time against the configured service level.

Launch events

Product launches and campaign spikes handled transparently.

For revenue teams running product launches, campaign spikes, or event-driven motions, the enrichment and scoring flows can see 100x spikes for a limited window around the launch. Strkr handles the spike elastically. The customer sees the flow dashboard showing the surge and the normal cycle times holding. The pattern matters because launch-event spikes are hard to predict and typically catch on-prem BPA tools unprepared.

Backfill and migration

Historical record backfill without impacting live operations.

For teams running a CRM migration or a records backfill, the flow volume on the backfill can run higher than daily production load. Strkr handles the backfill with elastic capacity that keeps live operations unaffected. The backfill runs on a defined priority tier that scales independently of the live-production tier, which eliminates the "backfill broke the Monday morning dashboard" failure mode.

The throttling layer

Rate limits protect downstream systems during spikes.

During spikes, Strkr's throttling layer protects downstream systems (webhooks to external vendors, email send volume, API calls to CTI vendors) from being overwhelmed. The throttling is configurable per flow with sensible defaults. The pattern lets a spike surge through Strkr without creating a secondary incident on the downstream vendor side, which would otherwise cascade back into the automation program.

Published limits

Specific limits per tier with no mystery meters.

The pricing page publishes the limits for every tier: concurrent runs, runs per month, retained audit history, approval chain depth, flow definition count. The limits are generous enough for every revenue BPA pattern we have seen in production and specific enough that procurement knows what they are buying. The pattern replaces the "contact sales for limits" posture that typically hides per-execution pricing surprises.

The compliance and residency story

Where the data lives and how the compliance posture reads.

For cloud workflow automation, the compliance and data residency story is often where enterprise prospects spend the most evaluation time. This section walks the compliance posture: where the data resides, which audit standards Strkr meets, how the BAA for HIPAA customers works, and how the audit evidence stitches to the standard review process a security team runs during vendor evaluation.

Multi-region data residency

Pick the region your data lives in.

Strkr customers pick the region their data lives in at tenant creation: North America, Europe, or Asia-Pacific. The data stays in the chosen region with multi-availability-zone redundancy within the region. The pattern meets the standard data residency requirements for GDPR (EU data in EU), US federal customer requirements (US data in US), and the common Asia-Pacific residency requirements. The region cannot be changed post-provisioning without a formal migration project.

SOC 2 Type II

In progress through 2026-Q4, report available on completion.

Strkr's SOC 2 Type II certification is in progress through 2026-Q4. The audit evidence from Strkr's workflow automation engine is shaped around the control areas Type II reviewers most commonly test: logical access, change management, approval governance, data retention. Enterprise prospects running pre-contract security reviews can request the Type II progress report and the control mapping ahead of the certification completion.

HIPAA with BAA

BAA available on request for healthcare-adjacent customers.

For healthcare-adjacent customers (patient-facing scheduling, insurance verification, regulated telehealth, pharma commercial), Strkr is HIPAA compliant with a BAA available on request. PHI fields are tagged at the schema level and merge into flows only when the flow is marked for PHI handling. The audit evidence captures the PHI flow so a HIPAA reviewer can trace which flows handled protected data under which safeguards.

GDPR

EU data in EU regions, DPA available, DPO contact published.

For EU and UK customers, Strkr is GDPR compliant with EU data residing in EU regions, a published Data Processing Agreement (DPA) available on request, and the Data Protection Officer contact published for customer-side DPO liaison. The right-to-be-forgotten workflow handles customer-initiated deletion requests through a standard operating procedure with the compliance evidence captured on the audit log.

CCPA

California consumer requests handled through the standard SOP.

For California customers (and customers whose business touches California consumers), Strkr is CCPA compliant with the standard operating procedure for consumer right-to-know and right-to-delete requests. The requests route through the admin console with the compliance evidence captured on the audit log. The pattern replaces the shared-drive-with-forms approach that typically introduces audit gaps.

Encryption at rest and in transit

TLS 1.2+ in transit, AES-256 at rest, key management posture.

All data in transit between the customer and Strkr uses TLS 1.2 or higher. All data at rest in Strkr's storage uses AES-256 encryption with keys managed through the standard cloud KMS. The pattern meets the industry baseline for encryption posture and is documented in the standard security questionnaire responses Strkr provides to prospects during the pre-contract security review.

Audit log retention

Configurable per tenant with the standard retention windows.

Audit log retention is configurable per tenant with sensible defaults based on the tier: one year on the smaller tiers, five to seven years on the enterprise tier for compliance evidence. Per-event-type overrides handle specific retention requirements (longer for approval decisions on regulated flows, shorter for routine notification events). The retention is enforced on a scheduled cleanup that records each retention action on the admin audit log.

Penetration testing

Annual third-party penetration testing with report available.

Strkr commissions annual third-party penetration testing with the summary report available to customers under NDA. The test covers the standard OWASP top-ten patterns plus the workflow automation attack surface. Remediation of findings follows a defined timeline with the critical and high-severity findings resolved before the test cycle closes. The pattern matches the industry baseline for mature SaaS vendors.

The migration from on-prem BPA

How teams move from Nintex, ProcessMaker, or Pega to cloud workflow.

For teams moving from on-prem BPA tools (Nintex, ProcessMaker, Pega, K2) to cloud workflow automation, the migration is typically a six-to-twelve-month project. The main cost is not the platform setup. The main cost is the discovery phase: naming every live flow, identifying the owners, documenting the policy, and prioritizing which flows migrate first. This section walks the migration pattern that works reliably across mid-market revenue teams.

Discovery phase

Inventory the live flows and name the owners.

The first four to eight weeks of the migration are discovery: inventory every live flow in the on-prem BPA tool, name the current owner (if any), document the policy the flow enforces, and prioritize which flows migrate first. The discovery phase typically surfaces flows nobody has reviewed in two years, flows that duplicate each other, and flows the business sponsor no longer needs. The inventory alone usually cuts the active flow count by twenty to forty percent.

Priority ordering

Critical revenue governance first, long-tail second.

The migration priority order is critical revenue governance first (discount approvals, contract routing, renewal motions), high-visibility operational flows second (onboarding, handoffs, QBR cadence), and the long tail of smaller automations third. The order lets the team ship critical governance in the first six weeks of the migration while the long tail follows over the subsequent months. The pattern eliminates the "big-bang" migration failure mode that typically slips the schedule by multiples.

Parallel operation

Old and new platforms run side by side during cutover.

For each migrated flow, the old on-prem flow and the new Strkr flow run in parallel for the defined cutover window (typically two to four weeks). The parallel run surfaces integration gaps and policy mismatches that would otherwise appear only at full cutover. The clean cutover depends on how well the parallel run surfaces the issues. Teams that skip the parallel run typically face the issues as incidents in the week after full cutover, which is worse than catching them during the window.

Policy clarification

Each migration exposes policy ambiguity.

Each flow migration exposes policy ambiguity that the on-prem flow quietly carried. The old flow may have hard-coded a threshold that the finance team no longer recognizes. The current approver may have left the company. The policy the flow enforces may not match the current policy the business sponsor would ratify. The clarification conversations slow the migration but produce a tighter policy on the Strkr side, which pays back the time investment over the following year.

Audit continuity

Both audit logs preserved during cutover.

The on-prem audit log and the new Strkr audit log both persist during the cutover. Audit evidence for records that ran under the old flow references the old audit log. Audit evidence for records running under the new flow references the Strkr log. The compliance team maintains the mapping between the two for the retention window of the on-prem logs. The pattern avoids the "we lost audit evidence in the migration" failure mode that otherwise fails the first post-migration compliance review.

Retirement timeline

Old platform fully retires after the cutover plus retention.

The old on-prem BPA platform fully retires only after the cutover completes and the audit log retention window on the old platform expires (or the historical audit evidence migrates to a long-term archive). The timeline is typically six to twelve months after the final cutover depending on the retention window. The pattern respects the compliance evidence requirement rather than retiring the old platform prematurely.

License savings

The on-prem license cost retires with the platform.

Once the old on-prem BPA platform retires, the license cost retires with it. For mid-market teams running Nintex, ProcessMaker, Pega, or K2 at scale, the annual license savings typically range from the mid-five figures to the low-six figures. The savings fund the Strkr license (which is included in the per-seat CRM price with no process meter) and typically produce a net reduction in annual spend on workflow automation.

The operating shift

IT returns the capacity to other projects.

The operating shift is often the biggest value from the migration: IT returns the capacity previously spent on the on-prem BPA platform (patching, database maintenance, version upgrades, on-call rotation) to other projects. The capacity shift is typically a half-to-full FTE for mid-market teams. The returned capacity usually goes to the backlog of IT projects that never had owners, which is a secondary benefit that enterprise prospects weigh heavily during the TCO review.

Cloud workflow automation on every paid tier, hosted and elastic.

Multi-region data residency, SOC 2 Type II in progress through 2026-Q4, HIPAA with BAA, GDPR, CCPA, elastic capacity, published limits, encryption at rest and in transit, annual penetration testing, and the full Flow canvas ship on every paid tier. Zero servers, zero version upgrade windows, zero on-call rotation for the automation program.

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Common questions

What buyers ask about this feature.

Where does Strkr host the workflow automation infrastructure?

Strkr runs on major cloud infrastructure providers with multi-region deployment and automatic failover across availability zones within each region. Customers pick the region their data lives in at tenant creation: North America, Europe, or Asia-Pacific. The data stays in the chosen region. The pattern meets the standard data residency requirements for GDPR, US federal customers, and the common Asia-Pacific residency requirements. The cloud provider details and region names are documented in the standard security questionnaire responses available during pre-contract security review.

How does Strkr handle platform updates without downtime?

Strkr deploys continuously with zero scheduled downtime. Platform updates roll out across the fleet with blue-green deployment patterns and canary analysis. Flows that were working on the prior platform version continue to work on the new version, with the version diff visible on the admin console if the admin wants to see it. The pattern eliminates the "schedule a maintenance window, test in staging, deploy, verify" cycle that on-prem BPA tools require per major version. Breaking API changes follow a published deprecation policy with the migration path documented well in advance.

What is the SOC 2 Type II posture?

Strkr's SOC 2 Type II certification is in progress through 2026-Q4. The audit evidence from the workflow automation engine is shaped around the control areas Type II reviewers most commonly test: logical access, change management, approval governance, data retention. Enterprise prospects running pre-contract security reviews can request the Type II progress report and the control mapping ahead of the certification completion. The audit evidence pattern is designed to let customers inherit Strkr's controls into their own compliance posture rather than build parallel evidence.

How does Strkr handle regional outages?

Strkr runs multi-region with automatic failover on regional outages. Flows that were running in the primary region continue running in the secondary region without customer intervention. The audit evidence captures the failover event with the regional details for the compliance review. The pattern eliminates the "we need a dedicated DR project" conversation that on-prem BPA tools typically require. The recovery time and recovery point objectives are documented in the standard SLA available during pre-contract review.

Can we migrate from on-prem Nintex or ProcessMaker to Strkr?

Yes. The migration is typically a six-to-twelve-month project with the main cost being the discovery phase (naming every live flow, identifying owners, documenting policy, prioritizing which flows migrate first). The pattern is critical revenue governance flows first, high-visibility operational flows second, long-tail smaller automations third. Each flow runs in parallel on the old and new platforms during a defined cutover window. The retirement of the on-prem platform follows the final cutover plus the audit log retention window. License savings from retiring the on-prem BPA platform typically range from the mid-five figures to the low-six figures annually for mid-market teams.

Is this HIPAA compliant for healthcare-adjacent workflow automation?

Yes. Strkr is HIPAA compliant with a BAA available on request. PHI fields are tagged at the schema level and merge into flows only when the flow is marked for PHI handling. The audit evidence captures the PHI flow so a HIPAA reviewer can trace which flows handled protected data under which safeguards. The pattern applies across every cloud workflow automation use case: healthcare revenue flows, patient-facing scheduling flows, insurance verification flows, and regulated telehealth flows. SOC 2 Type II certification is in progress through 2026-Q4. GDPR and CCPA compliance are in place.

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