
Targeting options commonly include keyword targeting, product targeting, and audience-based approaches. Keyword targeting may be manual or automated, with match types moderating query alignment. Product targeting often lets advertisers specify individual ASINs, brands, or categories for placement relevance. Audience targeting typically leverages behavioral or interest signals where available and may be used for remarketing or broader awareness. The selection among these approaches depends on whether the aim is to capture active search intent or to re-engage previously interested shoppers.
Bidding strategies can vary from fixed manual bids to algorithmic or dynamic bid adjustments. Dynamic or flexible bidding modes may allow the system to raise or lower bids in real time based on the perceived likelihood of conversion, while manual bids provide direct control over maximum bid levels. Bid modifiers and placement adjustments may be used to prioritize certain placements or times of day. Choosing a conservative or aggressive bidding posture often involves balancing target efficiency metrics and the desired volume of traffic, noting that results may change as auction conditions evolve.
Keyword match types and negative targeting are tools for refining relevance and reducing wasted spend. Exact and phrase matches often narrow exposure to more specific queries, while broad matches may capture a wider set of search terms. Negative keywords and product exclusions can prevent ads from showing on irrelevant queries or placements and may be particularly useful when automated targeting produces low-relevance impressions. Incorporating regular query and search term reviews can help identify new candidates for inclusion or exclusion over time.
Testing and incremental adjustments are common when refining targeting and bidding approaches. Many practitioners set small, time-bound tests to compare auto vs. manual targeting, bid levels, or different audience segments, then use reporting to judge relative performance. It may be useful to define simple success criteria for these tests in advance and to allow sufficient time for the platform to gather meaningful data. These measured experiments can inform larger scale adjustments while limiting exposure to poorly performing configurations.