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Shivacha — Simplifying Tech Solutions
Shivacha AIAI Agents & Intelligent Automation

Agentic AI Development

Multi-agent and agentic systems that coordinate specialised agents across long-running workflows with supervision and control.

Agent run · Support refund
Illustrative
Customer: My order arrived damaged — can I get a refund?
  1. Understand requestIntent: refund · order #4821
  2. Retrieve policyRefund policy v3 · 2 sources cited
  3. Call toolsorders.lookup · payments.status
  4. 4Human approvalRefund above auto-approve limit
  5. 5Execute actionpayments.refund
  6. 6Respond & logCustomer reply · audit trail

Tool call

orders.lookup({
  order_id: "4821"
}) → { status: "delivered",
      amount: 42.00 }

Approval required

Refund 42.00 to original payment method

Overview

Agentic AI goes beyond a single assistant: multiple specialised agents coordinate on long-running work, hand tasks to each other, maintain shared state and escalate to people. We design agentic systems where the orchestration is explicit and inspectable — a supervisor pattern or workflow graph rather than open-ended autonomy — so complex processes such as claims handling, due diligence or procurement can be automated without losing control.

Common use cases

  • Claims processingIntake, document review, policy checks and settlement recommendation handled by coordinated agents.
  • Due diligenceParallel agents gather, analyse and summarise information into a structured report.
  • Procurement workflowsRequirement capture, supplier comparison and approval routing.
  • Software engineering assistanceAgents that triage issues, propose changes and run checks under developer review.

Quick answers

Agentic AI Development at a glance

The essentials in brief. Every project is scoped individually — ask us for specifics.

What is agentic AI development?
Multi-agent and agentic systems that coordinate specialised agents across long-running workflows with supervision and control.
Who is it for?
Typically product companies adding AI features, enterprises automating knowledge work, and teams whose AI pilot needs to become a dependable production system.
What does Shivacha provide?
  • Orchestration design
  • Shared state & memory
  • Role specialisation
  • Escalation logic
  • Cost & loop control
  • Evaluation of trajectories
Which technologies are used?
AI Agents, Large Language Models, OpenAI Models, Retrieval-Augmented Generation, Python, Node.js — chosen to fit your stack and constraints.
How does the process work?
Map the workflow → Choose the autonomy level → Build tools and guardrails → Shadow mode → Expand autonomy.
What affects the cost?
  • Number and quality of data sources
  • Accuracy targets and evaluation effort
  • Integrations with business systems
  • Model choice, hosting and per-request cost
  • Human-in-the-loop and audit requirements
  • Data residency and privacy constraints
How long does it take?
A scoped proof of value usually takes 4–8 weeks; a production system with evaluation, integrations and guardrails typically takes 3–6 months.
How do I get started?
Share a short brief in the form below, book a 30-minute call or message us on WhatsApp. A senior engineer replies within one business day; NDA on request.

Capabilities

What we deliver

Orchestration design

Supervisor, graph and event-driven patterns chosen per workflow.

Shared state & memory

Durable state so long-running work survives restarts and handoffs.

Role specialisation

Agents with focused instructions and tools for each sub-task.

Escalation logic

Confidence thresholds and exception queues for human review.

Cost & loop control

Budgets, step limits and loop detection across agents.

Evaluation of trajectories

Scoring whole workflows, not just individual responses.

Architecture

Engineered right from day one

The layers we typically design for AI agents & intelligent automation, adapted to your stack and partners.

  • Least-privilege toolsAgents receive narrowly scoped tools rather than broad system access.
  • Deterministic where possibleRules, schemas and code handle what does not need a model; the model handles judgement.
  • Full auditabilityEvery tool call, input and output is logged for review and debugging.
  • Graceful failureUncertain or failed steps route to an exception queue instead of guessing.
AI Agents & Intelligent Automation · reference architecture
5Triggers
Events & webhooksSchedulesInbox & ticketsUser requests
4Agent runtime
PlannerTool registryMemory & stateStep limits
3Tools
Business APIsDatabasesDocument parsersBrowser & RPA
2Controls
Permission scopesHuman approvalPolicy checksRollback
1Observability
Action logsTracesSuccess metricsException queues

Delivery

How an engagement runs

  1. 1

    Map the workflow

    Document the current process, decisions, systems touched, exceptions and who owns each step.

  2. 2

    Choose the autonomy level

    Decide which steps are fully automated, which are suggested, and which always need a human.

  3. 3

    Build tools and guardrails

    Expose narrow, well-typed tools with scoped permissions and validation.

  4. 4

    Shadow mode

    Run the agent alongside humans, compare outcomes and tune before it acts on its own.

  5. 5

    Expand autonomy

    Increase automation per task as measured reliability justifies it.

Security

Security built into delivery

Controls we apply by default on this kind of work — not a separate phase at the end.

Data boundaries

Permission-aware retrieval so users only see answers from documents they may access.

Guardrails

Input and output checks, tool allow-lists and human approval for consequential actions.

No training on your data

Provider settings and contracts chosen so your data is not used to train third-party models.

Audit trail

Prompts, sources, tool calls and approvals logged for review.

Dedicated team

AI Agent Team

Specialists in agentic systems, tool integration and workflow automation.

FAQ

Frequently asked questions

When do we need multiple agents instead of one?

When a workflow has distinct stages needing different context, tools or permissions, or when parallel work speeds it up. For simple tasks, one well-designed agent is better.

Are agentic systems predictable?

More predictable than people expect when orchestration is explicit. We define the workflow structure in code and let models handle judgement within each step.

What is the difference between automation and an AI agent?

Traditional automation follows fixed rules. An AI agent can interpret unstructured input, decide which steps to take and adapt to variations — while still being constrained by the tools and policies you give it. Most production systems combine both.

Are agents safe to connect to production systems?

They can be, with scoped credentials, validated tool inputs, approval gates for consequential actions, rate limits and complete action logs. We introduce autonomy gradually, starting in shadow mode.

Next step

Build Your AI Product.

Tell us about your agentic AI development requirements — goals, timeline and constraints. We will reply with questions, an approach and next steps.

  • Senior engineer reads every enquiry
  • Reply within one business day
  • NDA on request

Prefer to talk first?

Book a 30-minute call, or message the nearest team on WhatsApp.

Book a Call

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