Rokad

Text, document, voice, image, code, and multimodal product capabilities

Generative AI development

Rokad develops generative AI applications and product features with model strategy, grounding, evaluation, controls, interfaces, and production operations.

Designed for / 01

A focused delivery model for the organisations that need it.

Generative AI becomes valuable when it is designed around a defined user task, evidence, quality standard, workflow, and operating cost. Rokad builds generation, transformation, extraction, conversation, voice, document, image, code, and multimodal capabilities within reliable software systems.

01

Product teams adding AI-native experiences

Create differentiated generation, assistance, conversation, transformation, and multimodal workflows inside an existing or new product.

02

Organisations improving knowledge work

Support drafting, summarisation, extraction, review, translation, classification, and evidence-based analysis.

03

Teams moving beyond prompt prototypes

Introduce data, workflow, evaluation, security, cost, latency, fallback, and operational control.

Challenges / 02

The problems this service is built to solve.

01

Outputs are inconsistent or difficult to trust

The system lacks task definition, grounding, output structure, validation, examples, evaluation, and user feedback.

02

Model cost and latency undermine the product

Every request uses the same context and model without routing, caching, batching, limits, or economic controls.

03

Sensitive data crosses unclear boundaries

Provider, retention, logging, access, prompt injection, content, and output risks have not been designed explicitly.

Capabilities / 03

What Rokad can deliver.

01

Conversational, drafting, summarisation, extraction, and transformation applications

02

Document, voice, image, video, code, and multimodal workflows

03

Prompt, context, schema, tool, and structured-output engineering

04

Model selection, routing, fallback, caching, batching, and cost control

05

Grounding, retrieval, validation, moderation, and human review

06

Evaluation datasets, quality metrics, tracing, feedback, and release controls

07

Product interfaces, APIs, integrations, deployment, and managed operation

Solution components / 04

The system behind the visible product.

01

User workflow

The input, context, interaction, review, editing, approval, export, and downstream action around the generated result.

02

Generation pipeline

Model, instructions, examples, context, retrieval, tools, output schema, validation, retry, and fallback.

03

Safety and governance

Data access, provider controls, content policy, injection defence, moderation, review, logging, and retention.

04

Quality and economics

Evaluation, user feedback, latency, token usage, model routing, caching, cost allocation, and version comparison.

Use cases / 05

Where this capability creates practical leverage.

01

Document intelligence

Extract, classify, summarise, compare, draft, and route information from contracts, reports, forms, and records.

02

Product copilot

Help users understand data, complete tasks, generate work, and navigate application capabilities in context.

03

Voice and conversational application

Combine speech, language, tools, retrieval, memory, and escalation for a defined service or workflow.

04

Content production system

Generate, transform, localise, review, approve, and publish content under brand, evidence, and workflow controls.

Architecture and integration / 06

Designed to fit the wider technology environment.

01

Model portfolio

Route tasks across managed, open-weight, specialised, local, or fallback models based on quality, privacy, latency, and cost.

02

Context boundary

Assemble only the authorised, relevant, current evidence required for the task and defend the instruction hierarchy.

03

Structured result path

Use schemas, validation, deterministic rules, review, and downstream contracts where generated output affects systems or decisions.

Quality and control / 07

Production requirements are part of the build.

01

Measured behaviour

Representative evaluation data, quality criteria, failure modes, and release thresholds are defined before expanding production use.

02

Controlled actions

Permissions, policy checks, approval gates, audit trails, fallbacks, and escalation paths govern consequential AI behaviour.

03

Observable operation

Inputs, outputs, retrieval, tool calls, latency, cost, model versions, and quality trends are monitored appropriately.

Delivery / 08

A controlled path from requirement to operation.

01

Discover

Clarify the business outcome, users, workflows, constraints, dependencies, risks, and measurable acceptance criteria.

02

Architect

Define the system boundaries, data, integrations, security, operating model, delivery sequence, and technical decisions.

03

Build and validate

Deliver in controlled increments with stakeholder review, automated testing, documentation, and production-quality engineering.

04

Deploy and improve

Launch safely, establish observability and support, then improve the system using operational evidence and user feedback.

Typical deliverables

Generative AI use-case, data, risk, and model assessment
Workflow, context, model, evaluation, and control architecture
Production application, API, interface, and integrations
Prompts, schemas, retrieval, validation, moderation, and fallbacks
Evaluation datasets, quality thresholds, cost, and latency controls
Deployment, monitoring, governance, and operating documentation

Engagement models / 09

Use the delivery structure that matches the work.

01

Fixed-scope delivery

A defined outcome, scope, acceptance criteria, milestones, and commercial structure for a bounded project.

02

Dedicated product team

A stable cross-functional team delivering an evolving roadmap with shared product and engineering ownership.

03

Embedded specialists

Specialist engineers working inside an existing product, technology, data, design, or operations team.

04

Managed evolution

Ongoing reliability, security, maintenance, feature delivery, and roadmap execution after launch.

FAQ

Generative AI development

Scope, ownership, assumptions, delivery, security, and long-term operation are clarified before work begins.

01

Which model provider should we use?

We compare quality, modality, context, latency, cost, privacy, regional availability, tooling, reliability, and portability. The system can route across more than one model where justified.

02

Can generative AI produce structured data?

Yes. We use constrained schemas, extraction patterns, validation, deterministic checks, confidence or review rules, and retries before downstream use.

03

How do you reduce hallucinations?

We narrow the task, ground outputs in authorised evidence, require citations where appropriate, use structured outputs, validate claims, add review, evaluate failures, and avoid using generation where deterministic logic is superior.

04

Can sensitive data remain private?

Yes. The design can use provider privacy controls, regional services, private networking, open-weight models, self-hosting, access controls, minimisation, redaction, and explicit retention policies.

AI development

Turn generative capability into a controlled product or workflow.

Rokad can define the task, evidence, model strategy, quality thresholds, user experience, and production operations.

Discuss your generative AI system

Contact / 05

Bring us the difficult technology problem.

Tell us what you need to build, improve, procure, deploy, or operate. We will respond with a practical next step.

Direct email

sales@rokad.co

Response

Within one business day

Delivery

India and global

Your enquiry is delivered directly to the Rokad sales team. We normally respond within one business day.