What automated certificate of insurance requests look like

The manual version most brokerages still run

At most independent brokerages, a certificate of insurance request starts as an email or a fax arriving in a shared inbox. A producer or a CSR opens the client's record in Applied Epic, EZLynx, AMS360, or HawkSoft, checks which policy is currently active, and determines whether the requestor needs additional insured language, a waiver of subrogation, or simple proof of the limits already in force. Next, someone drafts the certificate from a template stored on a shared drive and emails it back. Many brokerages also maintain a side spreadsheet just to track which certificates went out and when, because the agency management system was never designed to answer who currently holds a copy of a given client's proof of insurance.

Certificate Hero, in a post aimed at brokers, sorts these incoming requests into three types. Evidence-only requests simply need proof of current coverage. Standard requests come out of a customer contract and call for specific coverage and endorsements. Contractual requests are the hardest: the insurance clauses written into the underlying contract define the exact terms the certificate has to show, so someone must read that contract before issuing anything. None of this work is complicated on its own. It is repetitive, and every manual lookup interrupts whatever else the producer was doing during that hour.

What changes when the request is automated

An automated workflow starts at the same inbox, except nothing waits for a staff member to open it. Most incoming requests do not arrive as structured forms. They show up as a regular email with the requestor's name in a signature block, a project address somewhere in the body, and a one-line description of the coverage needed. Parsing that message reliably, pulling the right entity and the right requirement out of an unstructured email, is the real engineering problem hiding under what looks like a basic lookup.

Once the system identifies who is asking and what coverage they need, it checks the requirement against the client's active policy inside the agency management system. When the coverage already on file meets what is being asked for, the workflow populates a template with the verified limits and endorsements and sends the certificate back to the requestor directly, with no draft folder in between.

SmartCompliance describes its own version of this process as automating renewal requests and confirming third-party compliance, which highlights the part of the job that is easy to overlook: issuing the certificate is only half of the workflow. Each one also has to be logged against the client file, so the brokerage can show, months later, exactly when it went out and to whom. That audit log is what makes the renewal side possible, since the same record that tracks an issued certificate can trigger a reminder when the underlying policy is close to expiring.

Where a person still has to read the contract

Contractual requests are where automation runs out of room to guess. Whenever a request asks for endorsement language the current policy does not carry, or the requestor's wording conflicts with the carrier's standard terms, the system must stop and route the file to a producer instead of issuing something that might be wrong. A missing waiver of subrogation, for example, can shift the cost of a workplace injury claim back onto the insured's own policy instead of the general contractor's, which is the exact gap that clause was written to prevent. Certificate Hero's post on this makes the underlying operational risk plain: certificates issued with the wrong coverage or the wrong endorsement can create a liability the brokerage never intended to take on, and that mistake is expensive precisely because nobody catches it until a claim is filed.

Mapping out exactly where that boundary sits for a specific book of business, defining which requests are safe to automate outright and which ones need a person reading the contract first, is usually the first conversation worth having, and it is the kind of question we work through on our contact page before any software tool gets chosen.

COI requests do not happen alone

A certificate request rarely shows up by itself. The same brokerage answering COI emails by hand is often running renewal reminders off a spreadsheet and chasing claims status over the phone, the kind of daily manual load we wrote about in what answering the phone all day actually costs. Automating certificate issuance fixes only one piece of that pile, but it is usually the piece with the clearest paper trail: a request came in at a specific time, a certificate went out at a specific time, and both are straightforward to log.

Certificial, Certificate Hero, and SmartCompliance each sell some version of this workflow as a standalone platform. Certificial says on its own site that it is used by more than 100,000 companies and 25,000 agencies, a figure worth reading as the vendor's own claim rather than an independent count. Whether a brokerage buys a standalone platform like these or builds the workflow directly into the AMS it already runs, the practical questions worth asking beforehand are the same ones covered in how to evaluate an AI automation vendor. For a broader look at what this kind of automation can and cannot own, our answers page covers the questions we get asked most.

What to check this week

Pull last month's certificate requests from wherever they are tracked right now, whether that is a shared inbox, a spreadsheet, or a folder of saved PDFs. Sort them using Certificate Hero's three categories: evidence-only, standard, and contractual. Count how many requests fell into each group and measure how long each one took from initial request to sent certificate. That simple count shows the true size of the manual work a certificate workflow would take over, and it is usually smaller than the general feeling of being busy suggests.