The Future of Software

Agentic as a Service (GaaS)

The billable seat is dead. The autonomous outcome is here.

At Zunkiree Labs, we are moving the world from "Software as a Service" (tools you use) to "Agentic as a Service" (agents that work). This is not an incremental upgrade. It's a fundamental shift in how businesses operate.

GaaS Multi-Agent Orchestration - Manager agent coordinating worker agents to deliver autonomous outcomes

Definition

Agentic as a Service (GaaS) is a cloud delivery model where autonomous AI agents are deployed as managed services to execute business tasks independently. Unlike traditional SaaS, GaaS agents don't require human operation—they receive goals, make decisions, take actions, and deliver measurable outcomes with minimal supervision.

According to internal deployment data, GaaS implementations reduce operational costs by 60% compared to traditional automation approaches. ·Last updated: April 2026

New to GaaS? Read our beginner's guide

"GaaS represents the most significant shift in enterprise software since cloud computing. We're not selling tools anymore—we're deploying outcomes."

Sadin Shrestha Sadin Shrestha Founder & CEO, Zunkiree Labs

The Paradigm Shift

SaaS vs GaaS

Business Vision

Dimension SaaS GaaS
What you get Tools to use Agents that work
Pricing model Per seat/month Per outcome
Learning curve Weeks of training Zero—delegate
Scaling Hire more humans Deploy more agents

The GaaS Advantage

Zero Learning Curve

You don't "learn" GaaS software; you delegate to it. Tell the agent what you need, and it figures out how.

Outcome-Driven Pricing

Stop paying for licenses that sit idle. Pay for the task completed, the lead generated, or the code deployed.

Elastic Workforce

Scale your operations by deploying 1,000 agents in the time it takes to onboard one human employee.

Technical Infrastructure

We don't just build wrappers; we build Agentic Infrastructure. The Zunkiree GaaS model is built on four core technical pillars that enable reliable, secure, and scalable agent deployment.

GaaS at a Glance

Definition
The delivery of autonomous AI agents as a managed service
Key Frameworks
skills.sh, Claude Code, ReAct loops
Core Metric
Cost-per-Outcome (CPO)
Deployment Model
Managed cloud with HITL gates

Technical Deep Dive

The Zunkiree Agentic Stack

Our GaaS infrastructure is purpose-built for enterprise-grade autonomous operations. Each pillar addresses a critical requirement for deploying agents at scale.

Pillar 01

Modular Agent Skills (skills.sh)

We utilize a filesystem-based Skills Architecture. Agents dynamically discover, load, and execute specialized capabilities without hardcoded dependencies.

  • Auto-Discover Tools: Agents detect and install scripts for specialized tasks (Auth0 integration, CRM sync) on the fly
  • Persistence: Agents maintain memory of your business logic through specialized SKILL.md definitions
  • Composable: Skills combine to form complex workflows without monolithic architectures
# skills.sh discovery
$ agent discover --domain crm
Found 12 skills:
- salesforce-sync
- hubspot-contacts
- lead-scoring
...
$ agent install lead-scoring
Skill installed. Ready.
Pillar 02

Multi-Agent Orchestration

Our infrastructure doesn't rely on a single agent. We deploy Swarm Intelligence—coordinated teams of specialized agents working in parallel.

Orchestrator Agent

Handles high-level planning and goal decomposition

Worker Agents

Specialized instances (Security Agent, Deployment Agent, etc.)

Critic Agent

Reflection layer that validates output before production

Manager-Worker Pattern

O
Orchestrator
W
Worker: Code Review
W
Worker: Testing
W
Worker: Deployment
C
Critic (validation)
Pillar 03

Secure Execution Environments

GaaS requires trust. Our agents operate in hardened, isolated environments with multiple layers of security and human oversight.

Ephemeral Sandboxes

Every code execution happens in a virtualized, isolated container that's destroyed after use. No persistent access to your systems.

Human-in-the-Loop Gates

For high-risk actions (financial transactions, live deployments), agents pause for cryptographic approval from your team.

Security Guarantees

  • SOC 2 Type II compliant
  • End-to-end encryption
  • Audit logging
  • Role-based access control
  • Data residency options
Pillar 04

Claude Code & Agentic SDLC

By leveraging Claude Code, we've integrated the software development lifecycle into the service itself. Zunkiree agents can self-correct, debug, and update their own workflows based on real-world performance data.

  • Continuous Learning: Agents improve from every interaction, adapting to your specific workflows
  • Self-Healing: When errors occur, agents diagnose, fix, and deploy corrections automatically
  • Reflection Patterns: Built-in critique loops ensure output quality before delivery
# Agentic SDLC loop
while task.incomplete:
action = plan(task)
result = execute(action)
feedback = reflect(result)
if feedback.needs_fix:
self.debug()
self.update()
task.progress(result)

FAQ

Common questions about GaaS

Agentic as a Service is a new paradigm. Here's what enterprise teams need to know.

Have more questions? Talk to us

Agentic as a Service (GaaS) is a delivery model where autonomous AI agents are provided as a managed service. Unlike traditional SaaS where you use software tools, GaaS deploys intelligent agents that independently execute tasks, make decisions, and deliver outcomes on your behalf.

SaaS provides software tools that humans must learn and operate. GaaS provides autonomous agents that work for you. With SaaS, you pay per seat regardless of usage. With GaaS, you pay per outcome delivered. SaaS requires training and adoption. GaaS requires only delegation.

Cost-per-Outcome (CPO) is the core pricing metric for GaaS. Instead of paying for software licenses or user seats, you pay for completed tasks—leads generated, code deployed, documents processed, or any measurable business outcome. This aligns vendor incentives with customer success.

Yes. Zunkiree Labs GaaS infrastructure includes ephemeral sandboxed execution environments, Human-in-the-Loop (HITL) gates for high-risk actions, cryptographic handshakes for sensitive operations, and comprehensive audit logging. Agents never access production systems without explicit approval gates.

GaaS applies across industries wherever repetitive cognitive work exists: software development (code review, testing, deployment), customer service (ticket resolution, onboarding), data operations (ETL, reporting, analysis), legal (document review, contract analysis), and healthcare (scheduling, documentation, billing).

Get Started

Ready to deploy your first agent?

Move from SaaS to GaaS. Let autonomous agents handle the work while you focus on outcomes.