High-value capability

Search Functionality

Full-text search, filtering, and faceted search for product catalogs, content, and user data.

3-7 daysTypical timeline
$1,000 - $3,000Typical range
4Approaches compared

SCOPE DECISION

Does this belong
in the first release?

A capability is only essential when the product promise depends on it. Use these signals to keep the decision tied to user value.

INCLUDE WHEN

The product needs it now

  • 01
    Large content libraries or catalogs
  • 02
    E-commerce product search
  • 03
    User-generated content discovery
  • 04
    Multi-criteria filtering needed
LEAVE OUT WHEN

The release works without it

  • 01
    Small datasets (<100 items)
  • 02
    Simple list filtering is sufficient
  • 03
    No discovery use case

IMPLEMENTATION OPTIONS

Choose the approach
that fits the product.

The right technology depends on ownership, scale, integration depth, and how much operational responsibility the team wants to carry.

PostgreSQL Full-Text SearchBuilt-in search capabilities in PostgreSQL

Strengths
  • No extra service
  • Good for simple search
  • Transactional consistency
Tradeoffs
  • Limited relevance tuning
  • Slower at scale
  • Basic features

AlgoliaHosted search-as-a-service

Strengths
  • Instant search
  • Excellent relevance
  • Great UI libraries
  • Easy setup
Tradeoffs
  • Expensive at scale
  • Data sync required
  • Vendor lock-in

MeilisearchOpen-source, fast search engine

Strengths
  • Self-hostable
  • Very fast
  • Good typo tolerance
  • Simple API
Tradeoffs
  • Smaller ecosystem
  • Manual hosting/scaling

ElasticsearchEnterprise-grade search engine

Strengths
  • Extremely powerful
  • Scalable
  • Rich analytics
Tradeoffs
  • Complex to operate
  • Resource-intensive
  • Overkill for MVPs

DELIVERY SEQUENCE

A practical path
through the work.

  • 01Define search requirements (speed, relevance, facets)
  • 02Choose search technology based on scale
  • 03Design search index schema
  • 04Implement data sync/indexing pipeline
  • 05Build search API endpoint
  • 06Create search UI with instant results
  • 07Add filters and faceted navigation
  • 08Implement search analytics

WATCH FOR

Common implementation mistakes.

  • 01
    Not handling empty/no results states
  • 02
    Missing typo tolerance
  • 03
    Poor relevance ranking
  • 04
    Not syncing index with database
  • 05
    Missing search suggestions
  • 06
    Ignoring search analytics

QUESTIONS

Before you commit the scope.

When should I upgrade from PostgreSQL search?+

When you need instant search (<100ms), typo tolerance, faceted filtering, or have 10k+ searchable items. Start with PostgreSQL, migrate when needed.

How do I keep search index in sync?+

Use database webhooks/triggers or event-driven updates. For MVPs, near-real-time sync (few seconds delay) is usually acceptable.

Should I build autocomplete?+

Yes for discovery-focused products. Autocomplete improves UX significantly. Use search-as-you-type with debouncing (200-300ms).

DISCUSS YOUR APP

Turn this decision
into working software.

Bring the product context and current scope. We will choose the approach after the release is clear.

Discuss your app