ENGINEERING
ENGAGEMENT
Transforming passive impressions into active brand equity through
dynamic narrative sequencing and the full GMP stack.
The B2B Attention Paradox
In the complex world of Metals & Minerals consulting, conventional display advertising often yields high volume but low cognitive resonance.
– Deloitte MMM required a vehicle for complex storytelling.
– Passive reach needed to pivot to active education.
– Requirement for granular, data-driven retargeting logic.
DSP
CREATIVE
DSP
DV360
Algorithmic bidding & proprietary data integration
CREATIVE
Studio + DCO
Dynamic feed injection & sequential messaging
QUANTIFYING
IMPACT
Dwell Time
0
s
Over 2x the B2B industry average of
15 seconds for interactive display units.
15 seconds for interactive display units.
Dwell Time
0
%
Achieved via high-velocity DCO
optimization across 20+ creative variations.
optimization across 20+ creative variations.
By focusing on "Time-on-Brand" as the
primary proxy for intent, we ensured that retargeting pools consisted only of highly qualified prospects who had digested at least 3 story frames.
primary proxy for intent, we ensured that retargeting pools consisted only of highly qualified prospects who had digested at least 3 story frames.
Tracking: BRANDING + UPLIFT
The Content Narrative
Rather than static ads, TMI deployed “Micro-Journeys.” We tracked user interaction within the unit to trigger the next logical step in the funnel.





"Transition from frequency-led strategies to attention-led architectures.
High Time-on-Brand within the display unit is the most reliable predictor of B2B purchase intent."
High Time-on-Brand within the display unit is the most reliable predictor of B2B purchase intent."
Strategic Recommendation
Client Success Team
Key Takeaways
Measure What Matters
Replace standard CTR with Time-on-Brand as your primary KPI for the awareness funnel.
Always Utilise the DCO
Feedless DCO automation allows for high-agility testing without the overhead of manual creative refreshes.
Narrative Funnels
Sequence your messaging based on interaction signals rather than arbitrary frequency caps.

