Human-Centered Industrial Automation · In development
TEOVi turns a loaded pallet into a clean, single-file stream of cartons your downstream automation can read: the practical layer between manual labor and full robotics.
The future will not be built on repetitive human labor. We begin with the pallet; we do not end there. Deploys faster. Integrates simpler. Scales without the overhead. The TEOVi system takes a loaded pallet and delivers a clean, singulated stream of cartons your downstream systems can read, sort, and induct without a second touch, on the power and footprint you already have. What happens inside is ours. What comes out is yours.
Four forces are colliding at once. Together, they make manual unloading unsustainable, and responsible automation inevitable.
The question is no longer whether facilities automate this work, but who builds the system that does it responsibly. That's the gap TEOVi exists to close.
On one end, manual labor that can't scale. On the other, robots most facilities can't justify. Between them: a graveyard of compromises. That gap is exactly where we built.
A warehouse worker may handle tens of thousands of boxes every week. Whether the task is routine or urgent, every lift, reach, and bend is absorbed by the same shoulders, the same back, and the same joints. Over time, the physical toll adds up, regardless of the reason the work needs to be done. We think people deserve better than that.
Downstream systems benefit when upstream flow becomes predictable. The TEOVi system doesn't just unload a pallet. It's designed to change what the rest of your operation is capable of.
Cartons exit with consistent spacing and stable orientation, ready for scanning, sortation, dimensioning, and induction. Every system downstream performs better because the flow upstream is finally predictable.
Every unit load is transferred within a controlled motion envelope, protecting product, protecting packaging, and protecting the downstream equipment your operation depends on.
The TEOVi system operates on single-phase electrical service. No three-phase upgrades. No dedicated circuit runs. No electricians before day one.
Start with the configuration that fits your budget and throughput today. Upgrade within the same platform as your operation scales, without touching the foundation.
A single manual unloading station runs around the clock, 365 days a year. Here's how the cost of that labor stacks up against the system that replaces it.
Modeled as $38/hr × 20 hrs/day × 2.5 concurrent roles × 365 operating days, the continuous-operation profile the system is built for. Representative scenario; your numbers will vary.
Representative single-station scenario. Actual results vary by facility, labor rate, and utilization.
For twenty years the answer was always more. More sensors, more software, more robots, more complexity, more failure points. We looked at the same problem and removed everything that didn't need to be there. Here's what that leaves you with.
| Capability | TEOVi | Manual | Legacy Equipment | Robotic System |
|---|---|---|---|---|
| Controlled carton transfer | ✓ | ✕ | ✕ | ✓ |
| Single-phase electrical | ✓ | ✓ | ✓ | ✕ |
| Automation-compatible flow | ✓ | ✕ | ✕ | ✓ |
| Pays for itself against displaced labor | ✓ | ✕ | ✕ | ✕ |
| Multiple operating modes | ✓ | ✕ | ✕ | ✕ |
| No machine vision required | ✓ | ✓ | ✓ | ✕ |
| Zero product free-fall | ✓ | ✕ | ✕ | ✓ |
| Minimal maintenance footprint | ✓ | ✓ | ✓ | ✕ |
Comparison reflects TEOVi’s design targets for a system in active development, not independently verified benchmarks.
Competitors add cameras, robotic arms, and machine-learning models, thousands of failure points. We made the opposite choice, and every choice buys you something.
TEOVi’s core technology is proprietary, protected as confidential intellectual property covering the system architecture, operating methodology, and control approach. Built by people who have run real operations at scale, and engineered for the maintainability and longevity serious facilities require.
As a kid, I was fascinated by how things moved and why they were built the way they were.
I spent two decades inside operations and manufacturing, helping run some of the largest fulfillment and industrial networks in North America. I saw the same scene play out building after building: capable people spending their shifts on punishing, repetitive work everyone accepted as the cost of doing business.
I couldn't accept that. Technology should elevate people, not replace them and not break their bodies, and free us to do what only humans can: think, create, lead, and solve. I left a comfortable path to build this, because some problems matter enough to risk everything on. That belief became TEOVi.
Whether you run a distribution center, a fulfillment network, a 3PL, or an integration business, you face the same question: how do you move more without asking more from your people? That's where we begin.
Mid-to-large DCs processing mixed pallet types at high daily volume. The TEOVi system replaces manual unloading stations and produces consistent carton flow into existing sortation and scanning infrastructure, without disrupting what works.
High-throughput operations where inbound flow directly affects outbound speed. The system's consistent output reduces jams, misreads, and irregular induction events that compound into missed SLAs.
Third-party logistics providers handling variable product mixes for multiple clients. The TEOVi system adapts to different carton weights and fragility levels without mechanical changes, so one system serves all your accounts.
The TEOVi system is designed to strengthen the automation ecosystems you already build, not compete with them. It's the front-end that feeds the sortation, scanning, and induction systems your clients depend on, interfaces cleanly with WCS and WES platforms, and is maintained with commonly available parts. We make your line work better.
Honest specs for a system still in development. Where a number isn’t yet proven, we mark it under validation rather than imply it’s been measured.
Design targets for the standard carton profile, not independently verified benchmarks. Edge cases are roadmap, not launch.
Tell us about your dock or your thesis. The next step is a 15-minute call. No preparation needed, camera optional.
Where we are: a working scale model has proven the approach. The full-scale Alpha unit is in build. First installations are targeted for Q2 2027.
