Data-Driven Linear for DTC
Combine the Unmatched Scale of Traditional TV With the Precision of Digital Targeting
Optimized For Outcomes
Data-Driven Linear (DDL) with OptimizeRx turns traditional TV into a more precise, data-driven channel for life science brands. Using our proprietary Micro-Neighborhood® Technology (MNT), campaigns are powered by clinically relevant, deterministic data to improve targeting. By aligning verified patient clusters with specific geographies and viewing households, DDL helps brands reach their ideal consumer audiences while still benefiting from the broad scale of traditional linear TV.
Connect with patients at the right time, in the right place, with unmatched precision—amplifying impact across the entire care journey.
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Activation & Capabilities
Efficient, High-Value Targeting
Move beyond traditional demo-based buying. We work directly with partners & networks to focus your TV impressions on high-value audiences most likely to convert, enabling your brand to reach clinically relevant patients with greater efficiency while minimizing waste.
Complement Broader TV Strategies
Enhance your existing demo-based TV campaigns by layering in clinically validated MNT audiences. Our partners also offer deduplication against national TV investments to ensure incremental reach without redundancy.
Multichannel Reach
Engage MNT audiences across your media buys to ensure a unified brand presence, amplifying reach, accelerating script impact, and aligning engagement across the full care journey.
Flexible Service Options
Self-Service
Access OptimizeRx audiences directly through your destination of choice for hands-on, direct activation, giving your team full control.
Multipartner Workflows
Activate MNT audiences through leading partners such as OpenAP, Simulmedia, Cadent, or publisher-direct buys, with your preferred onboarding partner.
Collaborative Support
Partner directly with our data team to size and refine your audiences, ensuring scale, adaptability, and precision across media ecosystems.
Stronger Together
Extend the same MNT audiences across all channels including CTV, Display, OLV, Audio, and OOH. Together, they deliver clinically relevant reach across screens and environments, maximizing your scale without sacrificing precision.
Healthcare marketing is evolving.
Ready for more than just a data vendor?
Audio
Reach highly engaged patients across screen-free, high-attention moments including digital audio (music, podcasts) and broadcast radio.
Leverage high-quality, opt-in audiences for email, curated with clinical precision
Direct Mail
OptimizeRx gives brands access to a non-digital deployment option to engage high-quality consumer audiences
OOH
Unlock high-impact visual advertising across a wide variety of formats and locations
The questions we get from teams marketing to patients.
These answers cover how we help brands find the right people, earlier and without guesswork or risk.
Traditional TV buying typically relies on broad consumer demographics, which can lead to impression waste. Data-Driven Linear (DDL) applies our patented Micro-Neighborhood® Technology (MNT) to activate your campaigns with clinically relevant, deterministic data, allowing you to compliantly reach verified patient clusters with the unmatched scale of traditional TV.
Yes, DDL is designed to perfectly complement broader TV strategies. You can enhance your existing demo-based campaigns by layering in MNT audiences. Additionally, our partners offer deduplication against national TV investments to ensure you achieve incremental reach without redundancy.
We offer flexible, multipartner workflows. You can activate your patient audiences through leading partners such as OpenAP, Simulmedia, Cadent, or through publisher-direct buys with seamless onboarding via LiveRamp. We also offer Self-Service access directly through your DSP or via AWS S3.
Absolutely. You can extend the exact same MNT audiences used for linear TV across Programmatic and Out-of-Home (OOH) channels. This creates a unified brand presence that delivers clinically relevant reach across different screens and physical environments, maximizing scale without sacrificing precision.