Score
Identify and score top prospects using best-in-class AI data models
Segment
Segment clients by est. investable assets, income ranges, and more
Personalize
Personalize messages to help boost conversion
For illustrative purposes only
Identify and score top prospects using best-in-class AI data models
Segment clients by est. investable assets, income ranges, and more
Personalize messages to help boost conversion
Hypothetical Use Case
Emily
Chief Growth Officer
$10B RIA
Low connect and conversion rates
Increase AUM
Emily, who leads organic growth at her firm, needs to prioritize the thousands of leads being generated by her marketing team.
Emily has implemented basic lead scoring to help business development representatives (BDRs) prioritize their time. However, lead scoring is not meaningful when you’re working with basic or incomplete data.
Even if BDRs can book appointments with these leads, they can't determine if they meet certain qualification thresholds and prioritize the meetings. This results in wasted time and effort by the BDR team.
In particular, Emily is frustrated with low connect and conversion rates. She needs a solution that can help her team get more out new and existing leads.
Emily turns to Catchlight for data to help prioritize the best leads. Using the Catchlight Score, Emily can better predict the likelihood that a prospect will be willing to pay for financial advice. This helps her uncover higher quality leads that she can pass on to BDRs for follow-up. Now, BDRs can spend their time focusing on leads who are most likely to convert to clients while deprioritizing lesser-quality leads.
Catchlight populates profiles on leads and contacts with hard-to-find data like estimated or predicted:
For illustrative purposes only. New client conversions using Catchlight lead prioritization assumes higher call rates focused on prospects with greater chances of converting and variable conversion rates for low, medium and high chance leads. Potential additional conversions assumes higher chances of conversions by incorporating more personalized engagements using Catchlight insights.
Here are some hypothetical results Emily's firm might achieve using the Catchlight Score:
Let’s assume that half of the 50,000 leads generated by the marketing team are being pursued by BDRs, or 25,000 leads. The average AUM per qualified lead is $1 million. Most leads are form fills providing basic info like the prospect’s name, email address, phone number and in some cases self-reported financials.
Emily is currently sending these leads to BDRs using her simple lead scoring system. As a result, BDRs are splitting their efforts equally across all leads, which are categorized as follows: high (30%), medium (50%) and low (20%) chance of conversion to clients.
Using the Catchlight Score, BDRs can focus most of their attention and resources on prospects with the highest chance of converting. For example, by focusing a majority of the calls on the high-chance leads and allocating only a small amount of time to the low-chance leads, the firm could potentially close more clients per year, resulting in additional AUM per year.
All things being equal, even a slight 0.1% uptick in conversion rates could have a significant impact. And the firm could welcome even more clients if its conversion rate increases another 0.1% through personalization powered by Catchlight insights.
Book a strategy call with our team to learn more about how Catchlight can help you prioritize your leads.
Book a strategy call with our team to learn more about how Catchlight can help you prioritize your leads.
Book a Strategy CallThe hypothetical example, statements and the fictional subjects and firms herein are for illustrative purposes only. The statements and projections regarding the likelihood of various outcomes are hypothetical in nature, do not reflect actual results, and are not guarantees of future results. Such statements and projections reflect various assumptions and no assurance can be given that any such assumption upon which such projections and statements are based will prove to be correct. Actual results may vary materially from the projected results herein.
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