Press Release June 2017

Generic AI is no longer enough. Domain-specific AI is the new enterprise advantage.

From hospitals to factories to insurance carriers, organizations are learning the hard way: horizontal AI platforms might be impressive, but they’re often blind to the realities of your industry.

Here’s the new playbook: intelligence that’s narrow, not general. Context-rich, not context-blind.
Welcome to the age of domain-specific AI agents— from underwriting co-pilots in insurance to care journey managers in hospitals.

Why Generalist LLMs Miss the Mark in Enterprise Use

Large language models (LLMs) like GPT or Claude are trained on the internet. That means they’re fluent in Wikipedia, Reddit, and research papers; basically, they are a jack-of-all-trades. But in high-stakes industries, that’s not good enough because they don’t speak insurance policy logic, ICD-10 coding, or assembly line telemetry.

This can lead to:

• Hallucinations in compliance-heavy contexts
  
• Poor integration with existing workflows
  
• Generic insights instead of actionable outcomes
  

Generalist LLMs may misunderstand specific needs and lead to inefficiencies or even compliance risks. A generic co-pilot might just summarize emails or generate content. Whereas, a domain-trained AI agent can triage claims, recommend treatments, or optimize machine uptime. That’s a different league altogether.

What Makes an AI Agent “Domain-Specific”?

A domain-specific AI agent doesn’t just speak your language, it thinks in your logic—whether it’s insurance, healthcare, or manufacturing. 

Here’s how:

• Context-awareness: It understands what “premium waiver rider”, “policy terms,” or “legal regulations” mean in your world—not just the internet’s.
  
• Structured vocabularies: It’s trained on your industry’s specific terms—using taxonomies, ontologies, and glossaries that a generic model wouldn’t know.
  
• Domain data models: Instead of just web data, it learns from your labeled, often proprietary datasets. It can reason over industry-specific schemas, codes (like ICD in healthcare), or even sensor data in manufacturing.
  
• Reinforcement feedback: It improves over time using real feedback—fine-tuned with user corrections, and audit logs.
  

Think of it as moving from a generalist intern to a veteran team member—one who’s trained just for your business. 

Industry Examples: Domain Intelligence in Action

Insurance

AI agents are now co-pilots in underwriting, claims triage, and customer servicing. They:

• Analyze complex policy documents
  
• Apply rider logic across state-specific compliance rules
  
• Highlight any inconsistencies or missing declarations
  

Healthcare

Clinical agents can:

• Interpret clinical notes, ICD/CPT codes, and patient-specific test results.
  
• Generate draft discharge summaries
  
• Assist in care journey mapping or prior authorization
  

Manufacturing

Domain-trained models:

• Translate sensor data into predictive maintenance alerts
  
• Spot defects in supply chain inputs
  
• Optimize plant floor workflows using real-time operational data
  

How to Build Domain Intelligence (And Not Just Buy It)

Domain-specific agents aren’t just “plug and play.” Here’s what it takes to build them right:

1. Domain-focused training datasets: Clean, labeled, proprietary documents, case logs.

2. Taxonomies & ontologies: Codify your internal knowledge systems and define relationships between domain concepts (e.g., policy → coverage → rider).
   
3. Reinforcement loops: Capture feedback from users (engineers, doctors, underwriters) and reinforce learning to refine output.
   
4. Control & Clarity: Ensure outputs are auditable and safe for decision-making
   

Choosing the Right Architecture: Wrapper or Ground-Up?

Not every use case needs to reinvent the wheel. Here’s how to evaluate your stack:

• LLM Wrappers (e.g., LangChain, semantic RAG): Fast to prototype, good for lightweight tasks
  
• Fine-tuned LLMs: Needed when the generic model misses nuance or accuracy
  
• Custom-built frameworks: When performance, safety, and integration are mission-critical
  

Strategic Roadmap: From Pilot to Platform

Enterprises typically start with a pilot project—usually an internal tool. But scaling requires more than a PoC. 

Here’s a simplified maturity model that most enterprises follow:

1. Start Small (Pilot Agent): Use AI for a standalone, low-stakes use case—like summarizing documents or answering FAQs.

2. Make It Useful (Departmental Agent): Integrate the agent into real team workflows. Example: triaging insurance claims or reviewing clinical notes.
   
3. Scale It Up (Enterprise Platform): Connect AI to your key systems—like CRMs, EHRs, or ERPs—so it can automate across more processes. 

4. Think Big (Federated Intelligence): Link agents across departments to share insights, reduce duplication, and make smarter decisions faster.

What to measure: Track how many tasks are completed with AI assistance versus manually. This shows real-world impact beyond just accuracy.

Closing Thoughts: Domain is the Differentiator

The next phase of AI isn’t about building smarter agents. It’s about building agents that know your world.

Whether you’re designing for underwriting or diagnostics, compliance or production—your agents need to understand your data, your language, and your context.

Ready to Build Your Domain-Native AI Agent? 

Talk to our platform engineering team about building custom-trained, domain-specific AI agents.

Further Reading: AI Code Assistants: Revolution Unveiled