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Bueche-Labs

OUR STORY

About Bueche-Labs

We build the infrastructure — physical, digital, and autonomous — that makes permanent human presence in space economically viable. The Sky is NOT the Limit.

Bueché-Labs — artificial magnetosphere sheltering a human figure and the modular Spine

Mission

To build the infrastructure — physical, digital, and autonomous — that makes permanent human presence in space economically viable, scientifically productive, and operationally safe.

Vision

To be the company that solves radiation shielding, autonomous operations, and modular construction for space — enabling an orbital economy where compute, manufacturing, and research cost orders of magnitude less than today's rad-hardened approaches.

The Pipeline

Simulate, Operate, Deploy

01

Simulate

DracANU, Spine-Sim

DracANU is the cloud-hosted astronomical simulation platform serving university classrooms through professional observatories. Spine-Sim is the physics-correct simulation backend that hardens the Spine and trains MaxQai before any hardware flies.

02

Operate

MaxQai

MaxQai is the three-layer autonomous control system — deterministic Rust at the bottom, adaptive decision-making in the middle, large-language-model crew interaction at the top. The eye is the iPad app crew and operators interact with MaxQai through — visual focus, pulsing-iris feedback, voice in and out.

03

Deploy

Space Lease

Space Lease is the tenant program. Lease a slot on the Spine and the radiation protection, attitude control, power, thermal, and autonomy all come bundled. Tenants plug in. They do not carry protection themselves.

The Team

Who We Are

Robert Klotz

Founder & CEO

Robert Klotz brings more than 35 years deploying and operating the command, control, and telemetry that run the world’s largest production networks — AT&T, Bell Atlantic, NYNEX, WorldCom, and MCI. At Micromuse, Robert installed and operated the Netcool fault-management platform inside those carriers’ network operations centers. At Bay Networks ServiceLink — Bay Networks’ Managed Service Provider arm running infrastructure for very large carriers and enterprises — he served as Senior Manager of Managed Services and Product Management. He was on the founding executive team at SilverBack Technologies, and later led senior product and engineering at Eirteic Consulting (Netcool practice), Akibia, and Netformx. At Bueché-Labs he is co-inventor of the MaxQai autonomous control architecture and the Artificial Magnetosphere System (U.S. Provisional Patent No. 63/960,261), both assigned to Bueché-Labs.

Brad Bueché

Founder & CTO

Brad Bueché brings more than 35 years deploying and operating the command, control, and telemetry that run the world’s largest production infrastructure. At Micromuse, Brad installed and operated the Netcool platform inside the world’s largest carrier networks — AT&T, Bell Atlantic, NYNEX, WorldCom, and MCI. He then spent five years as Product Manager at SilverBack Technologies, followed by 21 years at Wells Fargo as a Senior Infrastructure Engineer, Lead Systems Consultant, and Systems Engineer operating Wells Fargo’s global production infrastructure. At Bueché-Labs, Brad is chief architect of MaxQai and owns the sTARS Spine structural and electromagnetic design. He is co-inventor of Bueché-Labs’ patent-pending Artificial Magnetosphere System (U.S. Provisional Patent No. 63/960,261).

All four provisional patents are owned by Bueché-Labs. Co-inventors: Robert Klotz and Brad Bueché.

Engineering Culture

How We Build

Test-Driven

Every commit is verified. Every edge case is covered. The test suite is the source of truth.

Software Constitution

SOLID, DRY, KISS, YAGNI. These are not suggestions — they are engineering law.

Zero Mocks

We test real behavior against real implementations. No fake interfaces. No false confidence.

TDD

Tests are written first. Code is written to satisfy them. The order is non-negotiable.

Security-First

Security is not a feature. It is a constraint applied to every decision from day one.

Fail Fast

Errors surface immediately. Silent failures are treated as bugs. Every failure path is explicit.