Build multimodal and long-document AI features on the Gemini API and Vertex AI.
Gemini is Google's family of multimodal AI models. Developers use it through the Gemini API and, for enterprise workloads, through Vertex AI on Google Cloud. We build applications that use Gemini for documents, images, audio and video, with function calling, grounding and production controls.
What we cover
Requirement-led advice · Documented handover
Gemini is a family of AI models from Google DeepMind. The models accept text, images, audio, video and PDF documents as input, and some support very long context windows, so a single request can include large documents or long recordings. Faster, lower-cost models suit high-volume tasks, while larger models suit complex reasoning.
Developers can call Gemini through the Gemini API, prototyped in Google AI Studio, or through Vertex AI, which adds Google Cloud identity, networking, data residency options and enterprise controls. Features such as function calling, structured JSON output, grounding with Google Search and context caching help turn a model into a dependable application component.
Applications that play to Gemini's multimodal and long-context strengths.
Extract data from long contracts, reports and scanned forms.
Describe, classify or inspect images and video footage.
Summarise recordings and pull out actions.
Answer questions across large document sets with sources.
Call your APIs through function calling with structured output.
Draft and adapt content with human review.
Add multimodal AI features to web and mobile apps.
Batch-process documents into structured data.
Each piece of work has a clear output, so you know what you will receive.
Match tasks to Gemini models and compare against alternatives.
Deliverables: model comparison, cost estimate
A working prototype in AI Studio or Vertex AI on your data.
Deliverables: prototype, quality results
Backend services that call Gemini with function calling and structured output.
Deliverables: API service, schemas, tests
Ground answers in your documents or Google Search where appropriate.
Deliverables: retrieval design, citation handling
Identity, networking, quotas and monitoring on Google Cloud.
Deliverables: deployment, monitoring, runbook
Test sets and checks to track quality as models change.
Deliverables: evaluation suite, release checklist
Parts of the Gemini platform we commonly use.
Listing a feature here does not mean every project uses it. We recommend what fits your requirements, skills, licensing and running costs.
Gemini applications can run on Google Cloud or call the Gemini API from services hosted on Microsoft Azure or AWS, subject to your data policies. We build the services in Python or .NET and often orchestrate them with LangChain and LangGraph.
Many organisations use more than one model provider. We can design applications so that Gemini and models in Microsoft Foundry sit behind the same interface, making it easier to switch or compare.
The same four steps we use across our technology work, adapted to your scope.
Goals, users, constraints and the systems Google Gemini must work with.
Confirm Google Gemini is the right fit and agree the architecture and scope.
Deliver in short iterations with testing, reviews and documentation.
Monitor, support and improve the solution as your needs change.
A family of multimodal AI models from Google that work with text, images, audio, video and documents.
The Gemini API is the quickest way for developers to start. Vertex AI adds Google Cloud enterprise controls such as IAM, networking and regional options.
Yes. Gemini models accept long documents, audio and video. We test accuracy and cost on your own files.
Yes, through function calling with structured output. Your application decides which calls are allowed and checks the results.
It depends on the service tier. Paid and Vertex AI tiers have different terms from free tiers, and we review them with you.
Yes. We often design applications that can use several providers behind one interface.
Tell us about the content you want to process and the systems involved, and we will suggest a first step.
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