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Sanciti AI Agents Hub

Autonomous AI Agents That Orchestrate Your Entire SDLC

Most teams stitch together five or six disconnected tools and call it a pipeline. Sanciti AI replaces that patchwork with five enterprise AI SDLC agents working as one coordinated system. Each AI coding agent owns a phase of delivery and passes full context to the next, so requirements, code, validation, and deployment stay connected from start to finish.

0

Specialized Agents

85–95%

Automated SDLC Coverage

0

Core Orchestration Engines

0 %+

Effort & Cost Reduction

The Agentic AI Pipeline

Five Agents. One Continuous Pipeline.

Requirements flow into code. Code flows into validation. Validation flows into production bundles. Every handoff carries full context, so nothing gets lost between phases.

R

RGEN

Understand

C

CodeGen

Build

T

TestAI

Validate

D

Deploy

Ship

P

PSAM

Support

Phase 1: Understand

RGEN: Requirements Intelligence Agent

Before a single line of code gets written, someone needs to define what “done” actually looks like. RGEN handles that. It pulls from source code, design documents, meeting transcripts, and stakeholder conversations, then structures everything into requirements that engineering teams can actually execute against.

Traditional requirements gathering takes weeks of workshops and produces documents nobody reads. RGEN as an AI coding agent produces eight distinct output types in minutes, each traceable back to source material. These are agentic GEN AI agents applied to the hardest part of delivery: understanding what to build.

1

Ingest Sources

Code repositories, design docs, meeting transcripts, Confluence pages, SharePoint files, Slack threads
2

Analyze & Classify

Intent determination engine identifies functional, non-functional, and constraint requirements
3

Generate Artifacts

Eight output types produced simultaneously with cross-referencing and traceability
4

Pass to CodeGen

Structured requirements and context flow automatically to the code generation agent

8 Output Types:

  • Executive Summaries: high-level intent distilled from raw inputs
  • Business Requirements Documents (BRDs): formal, stakeholder-ready
  • Use Case Specifications: actor-goal pairs with preconditions and flows
  • Test Case Definitions: validation criteria derived before code exists
  • Jira Stories: sprint-ready, with acceptance criteria and story points
  • Traceability Matrices: every requirement linked to its source and tests
  • Requirements Dashboards: coverage, risk, and completeness metrics
  • Structured Requirements: machine-readable specifications for downstream agents

INPUTS:

  • Source code repositories
  • Design documents & specs
  • Meeting recordings & transcripts
  • Stakeholder interviews
  • Existing Jira / Confluence artifacts
  • SharePoint & S3 file stores

OUTPUTS:

  • BRDs, Use Cases, Summaries
  • Sprint-ready Jira stories
  • Test case definitions
  • Traceability matrices
  • Requirements dashboards
  • Structured specs for CodeGen
1

Receive Requirements

Structured specs from RGEN with full context: user stories, acceptance criteria, constraints
2

Align to Stack

Map requirements to your tech stack, frameworks, patterns, and coding standards
3

Generate & Evaluate

Iterative code generation with built-in quality gates: syntax, security, patterns, completeness
4

Pass to TestAI

Production-ready code with metadata flows to testing agent for validation

Phase 2: Build

CodeGen: AI Coding Agent

CodeGen picks up where RGEN leaves off. It takes structured requirements, combines them with your application metadata and tech stack configuration, and generates complete, secure modules through an iterative write-evaluate-refine loop. Not fragments. Not suggestions. Production-grade code aligned to your architecture, delivered at up to 90% completeness on the first pass.

Your team reviews and refines what CodeGen produces rather than writing from scratch. Security policies are enforced by default, OWASP and NIST patterns are embedded in generation, and every output carries its requirements lineage. That is what separates an enterprise AI coding agent and AI code agent from a simple autocomplete tool.

How CodeGen Achieves 90% Completeness

  • Consumes RGEN output + application metadata + tech stack alignment
  • Iterative generation loop: write, evaluate, refine until thresholds pass
  • Security-by-default: OWASP and NIST patterns embedded in generation
  • Architecture-aware: follows your patterns, conventions, and standards
  • Multi-language: Java, Python, C#, JavaScript/TypeScript, and more
  • Context-rich: carries forward requirements lineage for full traceability

INPUTS:

  • RGEN structured requirements
  • Application metadata & context
  • Tech stack configuration
  • Architecture patterns & standards
  • Security policy definitions
  • Existing codebase context

OUTPUTS:

  • Production-ready source code (90%+ complete)
  • Security-hardened by default
  • Architecture-compliant modules
  • Code documentation & comments
  • Requirements traceability links
  • Quality evaluation reports

Phase 3: Validate

TestAI: Autonomous Testing Agent

Code without validation is a liability. TestAI, the autonomous AI agent in the pipeline, generates test cases from what CodeGen produces, executes them, analyzes failures, and self-heals broken scripts when the underlying code changes. Brittle suites and manual regression runs become problems your team no longer manages.

Six capabilities run in parallel: functional, integration, regression, performance, and security validation execute as a coordinated suite. The output is audit-grade evidence showing exactly what was covered, what passed, and what needs attention before release.

1

Receive Code + Context

CodeGen output with requirements lineage, architecture metadata, and security policies
2

Generate Test Suites

AI-generated tests across all six categories, mapped to requirements for full traceability
3

Execute & Analyze

Autonomous execution with failure root-cause analysis and self-healing for brittle tests
4

Pass to Deploy

Validated code with test reports, coverage metrics, and security scan results

6 Testing Capabilities

  • Functional Testing: validates business logic against requirements
  • Integration Testing: verifies component interactions and API contracts
  • Regression Testing: catches unintended side effects across changes
  • Performance Testing: load, stress, and scalability validation
  • Security Testing: vulnerability scanning aligned to OWASP/NIST
  • Self-Healing Tests: adapts scripts when UI or code changes

INPUTS:

  • CodeGen production code
  • Requirements traceability data
  • Architecture & API specifications
  • Security policy definitions
  • Performance baselines & SLAs
  • Existing test suites (for regression)

OUTPUTS:

  • Complete test suites (6 categories)
  • Execution results & coverage reports
  • Security vulnerability reports
  • Performance benchmark results
  • Self-healed test scripts
  • Audit-grade test evidence packs
1

Receive Validated Code

TestAI-validated code with test reports, coverage data, and security clearance
2

Package & Containerize

Build containerized delivery bundles with all dependencies resolved
3

Generate Deploy Artifacts

Deployment scripts, IaC templates, environment configs, and rollback procedures
4

Ship to Production

Production-ready bundle with full audit trail and compliance documentation

Phase 4: Ship

Deploy: Delivery Automation Agent

Validated code still needs packaging, configuration, and documentation before it reaches production. Deploy, the autonomous AI agent handling the final phase, generates containerized delivery bundles, deployment scripts, infrastructure configurations, and release documentation so your operations team ships with confidence, not guesswork.

What ships is not a zip file. It is a production-ready bundle: deployment manifests, rollback procedures, environment configurations, and compliance documentation. Every artifact traces back through TestAI, CodeGen, and RGEN to the original requirement. Intent to production, fully auditable.

Delivery Bundle Contents

  • Containerized application packages (Docker-ready)
  • Deployment scripts & CI/CD pipeline configurations
  • Infrastructure-as-Code templates
  • Environment-specific configurations
  • Rollback procedures & health checks
  • Release notes & compliance documentation
  • Full traceability: requirement → code → test → deploy

INPUTS:

  • TestAI-validated source code
  • Test reports & coverage metrics
  • Security scan results
  • Infrastructure requirements
  • Environment specifications
  • Compliance & governance policies

OUTPUTS:

  • Containerized delivery bundles
  • CI/CD pipeline configurations
  • Deployment & rollback scripts
  • Release documentation
  • Compliance evidence packs
  • End-to-end traceability report
1

Receive Signals

Production logs, alerts, and tickets ingested continuously from the live environment
2

Classify & Enrich

Issues classified by application and cause, enriched with job and change context
3

Match & Draft

Known resolutions matched against history; a response is drafted for engineer review
4

Route & Resolve

Ticket fields pre-populated and routed to the right owner, with resolution knowledge captured

Phase 5: Support

PSAM: Production Support & Application Maintenance Agent

Shipping code is not the finish line. Production systems generate logs, alerts, and tickets faster than any team can triage manually, and most of that signal never reaches the person who could act on it. PSAM, the fifth agent in the pipeline, picks up where Deploy leaves off: triage, diagnosis, and run book generation for live support, with knowledge captured on every incident.

PSAM classifies each issue by application and cause, enriches it with job and change context, matches it against known resolutions, drafts a response for engineer review, pre-populates ticket fields, and routes it to the right owner, all before a human opens the ticket.

Production Support Capabilities

    • Application and root-cause classification for every incoming signal
    • Enrichment with job and change management context
    • Matching against known resolutions and prior incidents
    • Drafted responses ready for engineer review
    • Pre-populated ticket fields, routed to the right owner
    • Knowledge capture on every incident for future reuse

    INPUTS:

    • Production logs & alerts
    • Existing ticketing systems
    • Job & change management context
    • Historical incident records
    • Compliance & governance policies
    OUTPUTS:
    • Classified, enriched incidents
    • Drafted engineer responses
    • Pre-populated, routed tickets
    • Captured incident knowledge
    • Measurable non-ticket workload

    Agentic AI Architecture

    How the Agents Work Together: 5 Core Engines

    The agents do not operate in isolation. Five shared engines sit underneath, coordinating behavior, managing context flow, enforcing governance, and producing the audit trail that enterprise procurement and compliance teams expect.

    Code Ingestion

    Parses and indexes source code, documents, and data sources into a unified knowledge graph shared across the pipeline.

    Intent Determination

    Analyzes inputs to understand what needs to happen by classifying requirements, identifying dependencies, and resolving ambiguity.

    Orchestration Layer

    Routes work between agents, manages pipeline sequencing, and ensures context flows forward without loss or corruption.

    Agent Execution Control

    Manages agent lifecycles, enforces quality gates, handles retries and escalations, and coordinates parallel execution.

    Audit & Governance

    Logs every decision, transformation, and output. Generates compliance evidence packs so you can trace any artifact back to its origin.

    LLM-Agnostic by Design

    The orchestration layer works with any foundation model including Claude, GPT, Llama, Gemini, or Mistral. Swap agentic models per agent or per task without changing your pipeline. No vendor lock-in.

    Enterprise Integrations

    Connects to the Tools Your Teams Already Use

    Sanciti AI’s agentic GEN AI agents plug directly into the tools your engineering and operations teams already use. No migration project. No new workflows to learn.

    JIRA

    GitHub

    GitLab

    SharePoint

    AWS S3

    MinIO

    Confluence

    Slack

    Positioning

    Sanciti AI vs. AI Coding Assistants

    GitHub Copilot and Cursor make individual developers faster. Sanciti AI operates at a different level: governing the entire delivery lifecycle as an auditable, enterprise-grade pipeline where requirements, code, validation, and deployment stay connected.

    AI Coding Assistants (Copilot, Cursor):

    • Autocomplete and inline suggestions
    • Single-developer, single-file scope
    • No requirements or testing integration
    • No deployment automation
    • No audit trail or governance
    • No enterprise security controls

    Sanciti AI (Agentic AI for SDLC Platform):

    • Five autonomous agents across the full SDLC
    • Team-scale, multi-repo orchestration
    • Requirements-to-deployment pipeline
    • Containerized delivery bundles
    • End-to-end audit traceability
    • ISO 27001, CMMI L3, HITRUST, TISAX

    Enterprise-grade compliance and certifications

    V2Soft: 28 years of enterprise delivery · 17 global locations · Single-tenant deployment · Private VPC (AWS / Azure)

    See the agents in action

    Ready to Move from AI Coding Assistants to Enterprise AI SDLC Agents?

    Walk through a live demonstration. See RGEN, CodeGen, TestAI, Deploy and PSAM working together on a real codebase, with governance, security scoring, and traceability visible at every step.

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    Sanciti AI
    Full Stack SDLC Platform

    Full-service framework including:

    Sanciti RGEN

    Generates Requirements, Use cases, from code base.

    Sanciti TestAI

    Generates Automation and Performance scripts.

    Sanciti AI CVAM

    Code vulnerability assessment & Mitigation.

    Sanciti AI PSAM

    Production support & maintenance, Ticket analysis & reporting, Log monitoring analysis & reporting.

    Sanciti AI LEGMOD

    AI-Powered Legacy Modernization That
    Accelerates, Secures, and Scales

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