Elevate360 Core Systems™
Real-time operational insight and fault awareness for elevators and infrastructure—shaped by someone who's actually been on the call when things are down.
Elevate360 Systems™ is a privacy-first engineering studio focused on real-world operations, applied mathematics, and practical systems thinking. I don't do hype—I build systems that are transparent, understandable, and grounded in the physics and constraints of reality.
Predicting tomorrow, today.
A focused set of tools built on real field experience—each solving a specific operational problem instead of trying to be everything at once.
Real-time operational insight and fault awareness for elevators and infrastructure—shaped by someone who's actually been on the call when things are down.
A wage and rules engine for field teams and complex agreements. Designed so the math matches the contract and the checks match the hours.
A disciplined analytics approach for markets and operations, centered on measurable performance and clearly defined risk instead of predictions without receipts.
An internal ledger concept focused on traceability and simplicity—so you can understand what moved, when, and why, without digging through three different systems.
An experimental, privacy-focused mobile concept aimed at helping people make better relationship and dating decisions without handing all of their data to a third party. It's still in development, and that's intentional.
This is not a roadmap slide. These are real systems and experiments that have been built, run, and refined—some in active daily use, some in controlled R&D.
A disciplined framework for testing and running trading logic with clear metrics and risk awareness. No magic buttons—just structured decision support.
A working rules model for complex field pay situations, including different rates, conditions, and job types—built to mirror how work actually happens.
A hardened environment for running tools and experiments with careful separation between personal systems, trading systems, and operational systems.
A habit and framework of logging key events, decisions, and changes, so it's possible to understand what the system did later without guessing.
The approach is simple: stay honest, keep things observable, and respect the people who have to live with the system once it goes live.
No data selling, no surprise integrations. Designs lean toward local processing and minimal data sharing wherever possible.
If something works, there are logs and metrics. If something is still experimental, it's called that openly. No inflated claims.
Clear interfaces, clear KPIs, and a focus on explaining decisions instead of hiding them behind a model nobody can reason about.
These engagements are for teams that want a serious engineer to look at their systems, tell the truth, and give a concrete technical path forward. Pricing shown is a typical range; larger or more complex systems are scoped individually.
Typical engagement: $800–$1,500
A focused 60–90 minute working session where we walk through your current setup, look at signals and failure modes, and identify what's actually causing pain.
You leave with a clear list of issues, immediate fixes, and suggested next steps.
Typical engagement: $1,500–$3,000
A deeper design engagement for teams that are ready to move from "we hacked this together" to "this is a real, documented system." We map what you have and design what you actually need.
You receive a design that respects both technical reality and how your people actually work.
Typical engagement: $4,500–$10,000
A strategic multi-session engagement for organizations that want a clear, honest plan for the next 12–24 months of their systems and infrastructure.
The outcome is a roadmap you can put in front of leadership, engineering, and operations without having to translate it.
Elevate360 Systems LLC is an independent engineering studio focused on real-world operations: elevators, field teams, and financial flows. The work is grounded in thousands of hours of field experience—wiring 480V motors, troubleshooting controllers, and running routes under pressure—combined with software engineering and data.
The intent isn't to be the flashiest system in the room. It's to be the one that still makes sense a year later when you're trying to understand what happened.
Field mechanic turned systems engineer and builder. Over a focused sprint, Daniel shipped multiple working platforms, internal tools, and experimental systems—while keeping a strict focus on traceability, safety, and respect for the people in the loop.
The approach is quiet on purpose: build, observe, refine, and let the systems speak for themselves.
If you're running elevators, field teams, or complex financial flows and you're tired of software that looks good in a demo but falls apart in the real world, let's talk. The first step is a straightforward conversation about what you're trying to achieve and what's getting in the way.