srch2: high-power search for mobile, and remote devices

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At SRCH2, we built a new engine from scratch in C++ to solve new problems that were not being addressed by Lucene, Solr, and Elastic Search. For example, why does search on mobile still suck? Why is search and discovery on your cable box or Roku so painful? Why can't it be fixed? The answer, of course, is that it can be fixed. SRCH2 does things other search engines cannot, in markets they can't touch. We can run a search cluster on a bunch of handsets, each with a different OS. We can run on a little Dell Wyse drive, or in a car dashboard. We support any language. Try it for free, and get hooked: http://srch2.com

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Page 1: SRCH2: High-Power Search for Mobile, and Remote Devices

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Page 2: SRCH2: High-Power Search for Mobile, and Remote Devices

is the fastest, highest performance, most efficient search engine in the world.

An in-memory search engine, built from scratch in C++, SRCH2 offers unmatched performance and configurability, coupled with power- and memory-efficiency.

One search engine for: mobile, cloud, enterprise ⇒  raise search performance (utility, conversion, productivity) ⇒  lower hardware and network costs ⇒  lower IT complexity ⇒  standardize on one search platform

Page 3: SRCH2: High-Power Search for Mobile, and Remote Devices

Every other site, app, or enterprise, on any device.

1999 Time now

Features:

• Instant search (but not query-log based)

• Rapid geo-search

• Error tolerance using fuzzy-search

• Ranking customization

• Real-time updates

• Global language support.

• All-in-one

: “Google-like” search for Mobile, Site, and Enterprise Platforms.

Page 4: SRCH2: High-Power Search for Mobile, and Remote Devices

HTC’s next generation handsets will embed SRCH2 in the kernel of their core Android operating systems, indexing and searching across local data on the handset. The HTC installation highlights SRCH2’s compression and simplicity. The engine’s total memory footprint is small enough to run on a handset, or other thin client.

State.com. State.com chose MongoDB for speed and access to unstructured data. But they also needed advanced search, to power core features of their discovery engine.

CBS Interactive. CBSi wants to standardize its disparate operating units on one search stack. They chose SRCH2

for advanced features, interoperability with existing search installs, and an affordable

Total Cost of Ownership.

FRIENDS

Page 5: SRCH2: High-Power Search for Mobile, and Remote Devices

SRCH2 is the only search engine which can do this:

Faceted search-as-you-type.

Page 6: SRCH2: High-Power Search for Mobile, and Remote Devices

Error-correcting search-as-you-type, with custom rankings.

SRCH2 is the only search engine which can do this:

Page 7: SRCH2: High-Power Search for Mobile, and Remote Devices

Geo-aware fuzzy search-as-you-type.

SRCH2 is the only search engine which can do this:

Page 8: SRCH2: High-Power Search for Mobile, and Remote Devices

And we can do it… equally, on a phone.

Error-tolerant, geo-aware search-as-you-type served locally on a phone, or any thin client.

Page 9: SRCH2: High-Power Search for Mobile, and Remote Devices

A search service on any distributed client, with smart cloud interactions, providing search that works offline, enabling search for ANY partner app.

And we can do it… equally, on a phone.

Page 10: SRCH2: High-Power Search for Mobile, and Remote Devices

BTW, we can do it… on a set-top box, too!

Page 11: SRCH2: High-Power Search for Mobile, and Remote Devices

Hosted: Google, Amazon

Native DB search:

SQL Lite, MongoDB

Hardware-enabled:

GSA, Thoughtspot

Open Source and its

extensions: Lucene/Solr,

Elastic

Speed + + + Performance + + + Efficiency + Scalability + + + + + Security + Configurability +

Competitive landscape: Neither proprietary nor open source search engines are designed to deliver high performance in efficiency on a device.

Page 12: SRCH2: High-Power Search for Mobile, and Remote Devices

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