FacilityOpsIQ
Intelligent facility operations.
An AI-powered service operations platform that unifies work orders, assets, inspections, and maintenance intelligence in one system.
FacilityOpsIQ is in early access. This page describes what it does today and what it is being built to do — we would rather set expectations than manage them.
The Customer Problem
What deserves to exist no longer.
Facility teams still run critical operations across spreadsheets, email threads, and disconnected point tools. Work orders get lost, asset history is incomplete, and decisions are made without data.
The Solution
How FacilityOpsIQ answers it.
FacilityOpsIQ is a single operations hub: work orders, assets, inspections, and reporting connected to AI that surfaces what needs attention before it becomes a problem.
Market Challenges
What this category gets wrong.
The conditions every product in this space is competing against — stated without the fear-based framing the category is usually sold with.
The tooling market is fragmented
Teams end up with a maintenance system, a separate inspection app, and a reporting tool that none of them feed. Each is defensible on its own and the combination serves no one.
Legacy systems were built for a desk
Much of the established software in this category predates mobile field work. Technicians work around it, and the data quality reflects that.
Budgets require evidence now
Facility leaders are increasingly asked to justify spend with data. Systems that only count closed tickets cannot answer questions about cost, risk, or deferred maintenance.
Operational data gets trapped
Years of maintenance history locked in a vendor system with no meaningful export is a switching cost, not a feature — and buyers have started pricing that in.
Business Benefits
What changes for you.
Outcomes rather than features. Features are below.
Fewer emergencies
Surfacing conditions before they fail moves work from reactive to planned, which is where the cost difference actually lives.
Defensible budget requests
Complete asset history turns a funding conversation from an assertion into an argument with evidence behind it.
Faster onboarding
When process lives in the system rather than in one veteran technician, a new hire becomes useful in weeks instead of seasons.
Institutional memory that stays
Asset and maintenance history accumulates in one place, so knowledge survives staff turnover.
Key Features
What you get today.
Work order management
Intake, assignment, prioritization, and completion designed around real field workflows rather than a desktop form.
Asset registry
A full record for every asset — specification, location, service history, and cost over its life.
Inspections
Scheduling plus mobile-first checklists that work on a phone, in a mechanical room, with one hand free.
Operational reporting
Reporting built for the questions facility directors are actually asked: cost, risk, and trend.
Mobile-first field experience
The field app is the primary interface, not a reduced version of the desktop product.
AI Capabilities
How FacilityOpsIQ uses AI.
Every Brincore product applies the same AI standards — grounded before generative, and accountable to a person.
Maintenance prioritization
Ranking what needs attention based on asset history and condition rather than a fixed calendar interval.
Pattern detection
Identifying repeat failures across similar assets — the signal that separates a bad unit from a bad install.
Operational insight
Turning accumulated work order and inspection data into the trends leadership needs to see.
The standards behind it
Grounded before generative
Answers are grounded in real sources before a model is allowed to generate freely. Retrieval carries source authority, freshness, permission filtering, and defined no-answer behavior.
Human accountability
A person is accountable for every automated decision. AI expands what people can do; it does not absorb responsibility for the outcome.
Least-autonomous design
Agents are given the smallest scope that solves the problem. Autonomy is earned through evidence, not assumed at design time.
Measurable reliability
Prompts are versioned and tested; outputs are evaluated for accuracy and groundedness. AI that cannot be measured does not ship.
Architecture
Built on the Brincore Platform.
FacilityOpsIQ inherits identity, AI infrastructure, data, and design from the shared platform — so it launches faster and inherits maturity from day one.
Cloud-native and event-driven
Services communicate through events rather than direct coupling, so a change in one part of the system does not cascade into the rest.
Multi-tenant by default
Every service is built for many organizations from day one, rather than retrofitted for a second customer later.
API first
Versioned, documented APIs are treated as products in their own right — which is what makes integration possible rather than bespoke.
Observability everywhere
Structured logging, metrics, tracing, health checks, and alerting on every service. Problems are found before they are reported.
Infrastructure as code
Environments are reproducible and reviewable. Nothing critical exists only as a setting someone clicked once.
Architecture before code
Major features begin with an architecture decision record, a data model, an API contract, and a security review.
Integrations
How it connects.
We publish integration posture rather than a list of logos. Named connectors appear here once they exist — not before.
Versioned, documented APIs
Every product exposes its capability through APIs treated as products — versioned, documented, and supported through deprecation rather than removed.
One identity layer
Authentication, SSO, organizations, roles, and permissions are shared platform services, so access integrates once rather than per product.
Event-driven by design
Because services already communicate through events, connecting an external system is an extension of the existing architecture rather than a special case.
Security
Security is architecture, not a feature.
Canon Volume VII: secure by design. These properties come from the platform, so every product inherits them rather than implementing them separately.
Zero-trust architecture
No implicit trust between services. Every request is authenticated and authorized regardless of where it originates.
Least privilege by default
Access is granted narrowly and explicitly, then reviewed — rather than granted broadly and revoked when someone remembers.
Encrypted in transit and at rest
With managed secret handling, so credentials never live in application code or configuration files.
Audit logging by default
Consequential actions are recorded as a matter of architecture, not as a feature enabled on request.
FAQ
Questions people actually ask.
Want early access to FacilityOpsIQ?
We onboard early access customers deliberately. Tell us about your situation and we will be straight about fit and timing.