Janakiram MSV

Contributor

Janakiram MSV is a practicing architect, analyst, and advisor focusing on emerging infrastructure technologies. He provides strategic advisory to hyperscalers, technology platform companies, startups, ISVs, and enterprises. As a practitioner working with a diverse enterprise customer base across cloud-native, machine learning, IoT, and edge domains, Janakiram gains insight into the enterprise challenges, pitfalls, and opportunities involved in emerging technology adoption. Janakiram is an Amazon-, Microsoft-, and Google-certified cloud architect, as well as a CNCF Ambassador and Microsoft Regional Director. He is an active contributor at Gigaom Research, Forbes, The New Stack, and InfoWorld.

How to use Google’s PaLM 2 API with LangChain

A brief guide to LangChain for software developers

A brief guide to LangChain for software developers

LangChain is an SDK that simplifies the integration of large language models and applications by chaining together components and exposing a simple and unified API. Here’s a quick primer.

Ease into similarity search with Google’s PaLM API

Ease into similarity search with Google’s PaLM API

Learn how to use Google Cloud Vertex AI and the PaLM 2 large language model to create text embeddings and search text ranked by semantic similarity.

Build a chatbot with Google’s PaLM API

Build a chatbot with Google’s PaLM API

Using the PaLM 2 large language model available in Google Cloud Vertex AI, you can create a chatbot in just a few lines of code. These are the steps.

Getting started with Google’s PaLM API

Getting started with Google’s PaLM API

The PaLM API allows you to tap Google’s PaLM 2 large language model directly from your application. Let’s start by writing some code to generate a blog post, including the HTML code.

Google's Vertex AI Vision brings no-code to computer vision

Google's Vertex AI Vision brings no-code to computer vision

Vertex AI Vision combines video sources, machine learning models, and data warehouses to deliver rich insights and computer vision

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