
Palantir for the Rest of Us
Why we stopped pitching Inferal as a database and started pitching it as operational intelligence.


Why we stopped pitching Inferal as a database and started pitching it as operational intelligence.


Applications have been the center of software. AI gives us a chance to put the person, their role, and their goal there instead.


Why do businesses have to rewrite working systems just to keep the same reports, approvals, and invoices running?


Our systems already disagree about what things mean. Inferal is designing for a million small ontologies that make those differences explicit enough to act on.


When a business rule includes time, the system can act at the relevant boundary instead of polling every day.


Rules make business logic visible. Implication graphs make consequences traceable. That difference matters when every operational decision has a downstream path.


AI agents can call APIs and make decisions, but they have no model of how your business runs. That gap is an operational model problem, and it's what Inferal solves.

Why efficient systems need callers to say what they need, when they need it, and what they will do next.


In 1985, NASA built a rule engine called CLIPS. Forty years later, it still has lessons for every developer whose business logic is buried in procedural code.


The principle everyone agrees on. The application everyone gets wrong. What if data and code were never separate concerns?


What happens when your data system has no idea what you're going to do with the answer.


What if conventional hiring has the priority order backwards?


Most rule engines failed to gain adoption because database integration was weak. In today's fragmented data landscape, getting data in and decisions out isn't optional. It's the foundation.


Temporal, DBOS, Windmill, and Lambda Durable Functions solve state durability. But code itself is the problem: workflows aren't sequences you build. They emerge from conditions. And code can't express emergence.


We ran experiments to find out why AI agents forget project-specific rules. The results were surprising: less is more, prohibition beats reframing, and recognition doesn't equal adherence.


Traditional databases follow a request-response pattern that leaves agents waiting, ignorant, and inactive. Agent-native systems flip this model.

A deep dive into our Git-based workspace that combines knowledge management, multi-repository operations, and AI-native integration through MCP servers.
