1000+ Automations, Built by Industry & Role

After an event, this automation automatically reconciles the final headcount and any day-of add-ons against the original contract, generates the final invoice reflecting the true totals, and processes it. A manual reconciliation that often happens days after the event, when details are half-forgotten, becomes immediate and accurate.

Every active deal in the broker's pipeline (from prospecting through letter of intent, due diligence, and close) lives in a CRM that updates automatically as the deal progresses, and the broker receives a weekly pipeline summary showing deal count by stage, estimated commission value, and any deal that hasn't moved in 14 days. When an LOI is sent, the system starts a response-clock and sends the broker a prompt to follow up if no response has been received in five business days. Principals in a deal who go quiet during due diligence receive a structured check-in sequence from the broker, keeping communication open during the period when deals are most likely to quietly die without an obvious reason.

When an analyst is asked to underwrite a potential acquisition or lease transaction, this automation pulls comparable sales and lease transactions from connected data sources, formats them into a clean comp grid, and feeds the data into a standardized investment memo template, pre-populating the property description, market context, and comparable analysis sections. The analyst focuses their time on the qualitative judgment, market narrative, and financial modeling rather than the data aggregation and document formatting that typically consumes 60% of memo preparation time. Final memos are sent to the client or investment committee via a branded delivery link automatically when the analyst marks the memo complete.

Every tenant lease in the portfolio is abstracted into a standardized database capturing rent commencement, rent escalations, option exercise windows, lease expiration, co-tenancy clauses, and renewal notice requirements. Reminders are sent to the asset manager at 18, 12, 6, and 3 months before each critical date, because a renewal option that must be exercised in writing 12 months before expiration can be inadvertently waived if the notice date is missed, converting a renewing tenant into a lease-end negotiation. When a tenant exercises a renewal option, the new lease terms are automatically updated in the database and the rent schedule is recalculated for the extended term.

When a property is listed for sale or lease, this automation syncs the listing details, photos, floor plans, and offering memorandum to every relevant listing platform (LoopNet, CoStar, Crexi) simultaneously, and emails the firm's investor and tenant database with the listing announcement segmented by property type and geography so recipients only receive relevant opportunities. Investors who engage with the listing email receive an automatic follow-up from the broker with an invitation to schedule a property tour or request an OM. Listings that have been on the market more than 60 days without a qualifying tour trigger a price-reduction evaluation prompt to the listing broker, building a systematic process for managing listing freshness.

Every piece of major building equipment (HVAC units, elevators, fire suppression systems, generators, and plumbing infrastructure) is tracked in a preventive maintenance calendar with manufacturer-recommended service intervals. Service work orders are automatically generated and sent to the appropriate contracted vendor at the required interval, and the vendor confirms the scheduled date directly in the system. After service is completed, the vendor submits a digital service report, which is automatically filed to the equipment record and triggers the next service window calculation. The facilities manager receives a monthly maintenance compliance report showing every PM completed, every one overdue, and every vendor response rate, managing the building's equipment health proactively rather than reactively.

This automation tracks every tenant lease's expiration date across a portfolio and automatically triggers a renewal outreach sequence starting 180 days out, escalating in urgency as the date approaches and flagging the property manager directly if a tenant hasn't responded within 90 days of expiration. Renewals stop being discovered at the last minute and become a managed pipeline months in advance.

At year-end, this automation automatically compiles actual common area maintenance expenses against what tenants were billed throughout the year, flags variances for review, and generates the reconciliation statements to send to each tenant. A manual spreadsheet exercise that often runs months behind schedule becomes an always-current process that closes out on time.

The moment a space is marked vacant or a notice to vacate is logged, this automation automatically pushes the listing to commercial listing platforms and notifies the leasing team's broker network. The lag between a space going empty and it actually being marketed, which used to cost weeks of lost rent, shrinks to same-day.

When a tenant submits a maintenance request through the portal, this automation automatically routes it to the correct vendor based on the issue category, HVAC, plumbing, electrical, sends the tenant a confirmation with an expected response time, and follows up automatically if the issue isn't marked resolved within the vendor's SLA window.

This automation tracks payment and appeal deadlines for property taxes and insurance renewals across every property in a portfolio, automatically alerting the asset manager well ahead of each date. Nothing gets paid late, and no appeal window closes unnoticed across a portfolio too large to track by memory.

When a new project goes out for bids, this automation sends a formatted bid request to the right subcontractors from a categorized vendor database, tracks who has and hasn't responded, follows up with a reminder at the deadline, and compiles all received bids into a side-by-side comparison sheet for the GC to review. What used to be a week of email chasing becomes an organized, documented bid process that runs mostly on its own.

Field supervisors submit a simple daily report form from the job site, and the system automatically formats it into a branded progress report, appends any uploaded photos, and emails it to the owner, architect, and project manager, keeping all stakeholders informed without anyone having to manually format a report or remember to send it. At project end, the punch list is built automatically from flagged items in those daily reports, with trades assigned to each item.

When an estimator finalizes a takeoff, the system checks current supplier pricing via API or a regularly updated price sheet, calculates material costs automatically, applies the configured labor and overhead markup, and generates a formatted proposal document ready to send. Any material that has spiked significantly in price since the last update is flagged in red so the estimator knows before a proposal goes out the door at the wrong number.

As soon as a project hits the permitting stage, this automation generates the correct permit application forms pre-filled with project details, sends reminders to the responsible party to submit them by the target date, and (once permits are in hand) schedules required inspections based on the project timeline. The office manager gets an alert any time an inspection is coming up in the next 72 hours, so nothing gets missed in the middle of a busy job calendar.

The moment a field supervisor submits an incident report from the job site, this automation timestamps and logs it into the OSHA 300 log in the correct format, notifies the safety manager immediately, schedules a 24-hour follow-up for a root cause investigation form, and (if the severity meets the threshold) drafts the OSHA 301 form pre-filled with the available information. Recordkeeping that used to lag by days is now complete within minutes of an incident occurring.

At each major project milestone (foundation poured, framing complete, drywall up, final walkthrough scheduled) the field team snaps a few photos and marks the milestone complete in the project management system, and the client automatically receives a text with those photos and a short status update within minutes. The message includes the percentage of the project now complete and the next milestone to expect, so clients aren't left guessing about progress between site visits or biweekly calls. The client relations coordinator can see exactly which milestone messages have gone out for every active job from a single dashboard, and callback volume from anxious clients checking on progress drops noticeably once photo updates start arriving on their own.

Every open permit across every active job is tracked against its expiration date and required inspection windows in one central log, and the compliance coordinator receives an automatic alert 14 days, 7 days, and 2 days before any permit is set to lapse or any inspection deadline is about to pass. If a required inspection hasn't been scheduled within the alert window, the system automatically emails the responsible superintendent and copies the office so the gap doesn't sit unnoticed inside a single person's inbox. Permits that do lapse trigger an immediate escalation to leadership rather than being discovered weeks later when a closing inspector rejects the paperwork, and chasing down expired permits after the fact is replaced by a compliance calendar the whole office can see at a glance.

Once an estimate or bid is sent to a prospective client, this automation starts a follow-up clock, and if the estimate hasn't been signed within 3 days, the prospect automatically receives a friendly check-in email asking if they have any questions. A second follow-up goes out at 7 days with a direct link back to the proposal, and at 14 days the business development manager receives an internal alert to make a personal call before the lead goes cold. Estimates that remain unsigned after 30 days are automatically moved to a nurture sequence rather than falling out of the pipeline entirely, and close rates improve simply because no signed-but-forgotten estimate is ever left to expire in silence.

As soon as a subcontractor's start date is confirmed for a job, this automation sends them an immediate text confirming the date, the site address, and the scope expected on-site, and logs the confirmation in the project schedule. A reminder text goes out automatically 48 hours before the confirmed date, and a second same-day reminder goes out the morning of, cutting down on the no-shows and last-minute reschedules that throw off an entire week's sequencing. The field superintendent receives a daily digest showing exactly which subs are confirmed for the next three days and which haven't yet responded, so schedule gaps get caught and fixed days before they become a delay instead of hours before an empty job site.

Every completed project is logged with its warranty start date, and as each project approaches the end of its one-year (or manufacturer-specified) warranty window, the client automatically receives an outreach email offering a complimentary inspection before coverage runs out. Clients who book the inspection are automatically scheduled, and those who don't respond receive a second reminder 30 days before expiration along with information on paid renewal or maintenance service plans available after the warranty ends. The customer care manager sees a rolling 90-day view of every warranty expiring across the client base, turning what used to be a forgotten obligation into a reliable source of repeat inspection revenue and referral goodwill.

Every new employee is automatically enrolled in the security awareness training curriculum the moment they are provisioned in the HR system, and completion is tracked against a 30-day onboarding deadline. Monthly phishing simulation campaigns are automatically launched to all staff on a randomized schedule, and employees who click a simulated phishing link are immediately enrolled in a targeted micro-training without requiring the CISO to manually identify and enroll them. The CISO receives a monthly organization-wide security posture report showing training completion rates, phishing click rates by department, and trend lines, making the human risk layer of the security program measurable and manageable rather than anecdotal.

When the SIEM fires an alert, this automation immediately queries threat intelligence feeds to enrich the indicator with context (known malicious IP, related threat actor, prior incident history) and assigns the enriched alert to the on-duty analyst with a priority level based on asset criticality and threat severity. Alerts that meet the escalation threshold are automatically converted into incidents, a war room channel is created in Slack, and the on-call engineer is paged. The SOC manager receives a real-time dashboard showing alert volume, analyst workload, mean time to respond, and open incident count, managing the security operations function by metrics rather than by walking the floor and asking analysts what they're working on.

Information security policies are tracked with annual review dates, and the assigned policy owner receives a review reminder 60 days before the policy expires along with the current version for markup. Once the updated policy is approved, it is automatically distributed to all required attestors (employees, contractors, or role-specific groups) with a digital acknowledgment link and a completion deadline. The compliance officer tracks attestation completion rates in real time, and any employee who has not attested by the deadline triggers an escalation to their manager. The compliance program maintains a complete, auditable record of every policy version and every attestation without anyone maintaining a manual spreadsheet.

When a new penetration testing engagement is scoped and signed, this automation generates the Rules of Engagement document pre-populated with the agreed scope, excluded systems, testing window, and emergency contact chain, and sends it for e-signature before any testing begins. During the engagement, daily status updates are automatically sent to the client stakeholder at the agreed communication frequency. When testing concludes, the report template is pre-built with the engagement metadata, timeline, and scope, so the pen tester fills in findings rather than reformatting a document from scratch. Final report delivery triggers a remediation tracking workflow that sends each finding to the responsible technical owner with a risk-prioritized remediation timeline.

When a prospect completes a free vulnerability assessment or security posture review, this automation assembles a personalized findings brief highlighting the three most critical risks identified, sends it to the prospect within 24 hours of the assessment completion, and follows up at three days and seven days with educational content addressing each risk category. Prospects who engage with the findings brief receive a prioritized outreach from the sales rep with a customized proposal already built from the assessment data, so the rep arrives at the proposal conversation with a solution in hand, not a questionnaire. Prospects who go cold after 21 days enter a long-nurture educational sequence rather than being abandoned.

On a recurring monthly schedule, this automation automatically sends simulated phishing emails to employees, and anyone who clicks is automatically enrolled in a short remedial training module due within a week. Security awareness turns from an annual lecture no one remembers into an ongoing, measurable habit tracked at the individual level.

When a scheduled vulnerability scan identifies a new critical or high-severity finding, this automation automatically creates a ticket in the IT team's task system with the finding's details and remediation guidance already attached. A scan report that used to sit unread in someone's inbox now becomes an assigned, tracked ticket the moment the scan completes.

This automation cross-checks the active employee list from HR against system access logs on a recurring weekly basis and automatically flags any account still active for someone who's no longer employed. A common and dangerous gap in offboarding, an ex-employee's access lingering for weeks, gets closed automatically instead of relying on IT to remember every departure.

When a security incident affecting client data is confirmed, this automation automatically drafts the notification communication using the pre-approved template and the timeline requirements for the relevant compliance framework. The response team gets a head start with a compliant draft ready for review instead of writing one from scratch while already under pressure.

This automation continuously checks the expiration dates of SSL certificates and domain registrations across every client's environment and automatically alerts the team 30 days ahead of each expiration. The entirely avoidable \"certificate expired\" outage, the kind that's embarrassing precisely because it was so preventable, stops happening.

Patients who are overdue for their 6-month cleaning receive an automated outreach sequence (a text at the first overdue month, an email at two months, and a personal-feeling message from the hygienist at three months) with a one-tap booking link in every message. Patients who haven't been seen in more than 18 months enter a reactivation campaign with a special welcome-back offer and a brief survey asking what prevented them from returning. The office manager sees a live recall dashboard showing how many patients are overdue and what percentage have rebooked, turning a passive recall system into an active revenue recovery tool that runs every day without manual list management.

When a patient receives a treatment plan but doesn't schedule before leaving the office, this automation sends a follow-up sequence over the next three weeks, a same-day summary of the treatment plan with the provider's notes, a three-day check-in offering to answer any questions, and a ten-day message introducing financing options with a pre-qualification link. Patients who pre-qualify for financing are flagged as warm leads for the treatment coordinator to call personally with a scheduling offer. Unscheduled treatment that would otherwise go cold is systematically followed up, recovering thousands of dollars in revenue per month without any manual tracking by the coordinator.

For every patient scheduled more than 48 hours in advance, this automation runs an automated eligibility verification against the patient's listed insurance plan, pulls their remaining annual maximum, deductible status, and applicable waiting periods, and saves the results to the patient account. Any coverage finding that differs from what's on file (a lapsed plan, a changed carrier, or a reduced benefit) is flagged for the billing specialist before the patient arrives. Procedures that require pre-authorization are identified based on procedure codes in the scheduled treatment plan, the auth request is initiated automatically, and status is tracked until approved, ensuring the billing specialist never discovers a missing auth after the procedure is complete.

When a new patient books their first appointment, this automation sends an immediate welcome email from the dentist with a personal introduction, a link to complete intake forms before the visit, and instructions for the office location and parking. Forty-eight hours before the appointment, a confirmation text goes out with a one-tap confirm or reschedule option. After the first visit, the new patient receives a follow-up message asking about their experience, and those who respond positively receive an invitation to leave a Google review within 24 hours. The patient's first impression of the practice is warm, organized, and professional from the moment they book, not just from the moment they walk in.

After a successful cosmetic or restorative case, the patient is automatically sent a satisfaction survey, and those who respond positively are presented with a consent form to share their case as an educational example, with the resulting before/after content automatically queued in the content calendar for Instagram, the practice website, and Google Business. On the review side, happy patients who complete the satisfaction survey receive a text within 24 hours with a direct link to the practice's Google or Yelp profile, boosting the review count with the patients most likely to leave a five-star review rather than blasting the entire patient list indiscriminately.

This automation checks every patient's last cleaning date against the practice's recommended recall interval (typically 6 months) and automatically sends a recall reminder by text and email the moment a patient becomes due. Patients who don't respond within the first week receive a second reminder with a direct online booking link, removing the need for the front desk to manually pull a recall report and start dialing. If a patient still hasn't booked within two weeks of the first reminder, the system automatically creates a phone-call task assigned to the front desk with the patient's contact details and recall history attached. The hygiene department lead sees a live dashboard of overdue patients by how many reminders have gone out, turning recall from a monthly scramble into a daily, self-running queue that keeps the hygiene schedule full.

When a patient leaves the office with an unscheduled treatment plan, whether it's a filling, a crown, or an extraction, this automation automatically enrolls them in a multi-week follow-up sequence rather than letting the plan sit untouched in the chart. Over the following three to four weeks, the patient receives a series of texts and emails reminding them of the recommended treatment, why it matters, and a direct online booking link so scheduling takes one tap instead of a phone call. Messages are spaced to feel like helpful check-ins rather than a sales pitch, and any patient who books during the sequence is automatically removed from the remaining messages. The case acceptance coordinator sees exactly how much unscheduled treatment is in the pipeline and how much of it converts to booked appointments, recovering revenue that used to disappear the moment the patient walked out the door.

Starting in early November, this automation scans every active patient's insurance benefit usage and remaining treatment needs for the calendar year and identifies anyone sitting on unused benefits or an incomplete treatment plan. Those patients automatically receive a text and email reminder explaining that their insurance benefits reset on January 1st and any unused amount doesn't roll over, with a direct link to book before the end of the year. Patients who don't respond to the first reminder get a second message in mid-December with the practice's remaining open appointment slots for the year. The insurance coordinator sees exactly how many dollars in unused benefits are still on the table across the patient base, and December scheduling fills with patients using benefits they would have otherwise lost.

The moment a new patient books their first appointment online, this automation automatically sends them a digital intake packet, health history form, and insurance information request to complete before they ever arrive. A reminder goes out 48 hours before the appointment to anyone who hasn't finished the forms yet, and completed forms sync directly into the practice management system so the information is already in the patient's chart when they check in. Front desk staff no longer hand a clipboard to a new patient in the waiting room or spend ten minutes manually typing handwritten answers into the system. The front desk supervisor sees which new patients have completed intake ahead of time, and same-day check-in for new patients now takes under two minutes instead of fifteen.

The moment an appointment is cancelled with less than 24 hours' notice, this automation instantly texts a pre-built waitlist of patients who have opted into "quick fill" notifications, offering the newly open slot on a first-come, first-served basis. Whoever responds first automatically claims the appointment, receives a confirmation text with the time and any prep instructions, and the rest of the waitlist is notified the slot has been filled so they aren't left waiting on a response. If no one on the quick-fill list claims the slot within 30 minutes, the opening is automatically posted to the practice's broader recall list as well. The scheduling manager no longer spends the morning calling down a list one patient at a time, and chair time that used to sit empty after a late cancellation is now filled within the hour most days.

When a student books a lesson, this automation automatically matches them with an available instructor based on location and vehicle type needed, and confirms the booking on both the student's and instructor's calendars. Matching stops depending on a coordinator manually cross-checking two calendars for every single lesson request.

Based on each student's enrollment date and state-required practice hour minimums, this automation automatically tracks their progress and reminds them when they're eligible to schedule their permit or road test. The student never has to independently track state requirements themselves to figure out when they're actually ready.

For the fleet of training vehicles, this automation automatically schedules routine maintenance and required inspections based on mileage and calendar intervals. Vehicles go off the road for scheduled service on a predictable calendar rather than a surprise breakdown interrupting a lesson mid-session.

For teen driving students, this automation automatically sends parents a periodic progress update summarizing completed hours and instructor notes. Parents stay informed without the student having to relay it themselves, which in practice means parents actually stay informed.

As a student uses lesson hours from a purchased package, this automation automatically tracks their remaining balance and sends a renewal reminder before the hours run out. The booking pipeline stays full instead of a student's lessons quietly stalling out because no one flagged that their package was almost spent.

Seven days after a customer's first order is delivered, they automatically receive a product-specific email recommending complementary items based on what they bought, a curated cross-sell rather than a generic "you might also like" blast. Fourteen days after delivery, a review request goes out with a direct link to the product page, and customers who leave a review receive a thank-you discount code for their next order. The entire post-purchase relationship is managed automatically, turning a one-time transaction into a repeat customer without the store owner building a single manual campaign.

When a fulfillment delay is detected (a carrier scan gap, an out-of-stock item, or a warehouse hold) this automation identifies every affected order, sends each customer a proactive update before they contact support, and offers a resolution option: wait with a discount code, cancel, or switch to an in-stock alternative. Customers who are notified proactively generate far fewer inbound support tickets and have significantly higher resolution rates than those who discovered the delay themselves, turning an operational problem into a customer loyalty moment.

As purchase orders are placed and received, this automation tracks the actual lead time for each supplier and SKU, not the lead time the supplier promised, but the lead time they delivered. Over a rolling 90-day window, it calculates average and worst-case lead times per supplier and adjusts the recommended safety stock level accordingly. When a supplier's reliability score drops below a set threshold, the inventory manager receives an alert to either adjust reorder points or begin qualifying an alternative supplier, before a reliability issue causes a stockout that was entirely predictable in hindsight.

When a customer uses the brand's hashtag, tags the brand in a post, or is identified as a micro-influencer in the product niche, this automation flags the content for the marketing manager to review, sends a templated DM requesting usage rights, and (once approved) adds the asset to a shared content library with tags for product, platform, and visual style. Approved UGC is automatically scheduled into the social calendar to fill planned content slots, reducing the time spent hunting for authentic content to near zero while keeping the feed consistently fresh.