WeanTech LLC · Applied R&D for Resilient Systems
WeanTech develops and evaluates secure, rapidly deployable systems for disrupted and high-consequence environments. Our work connects resilient communications, cyber-physical security, and human-controlled decision support.
Degraded-Mode First
Core capabilities must remain useful without Internet, cloud access, or a healthy primary network.
Human Accountable
Automated support must be understandable, auditable, and always subject to human authority.
Evidence Over Hype
We define the operating conditions, test the limits, and state what the evidence supports.
Disasters, outages, cyber incidents, and vendor failures expose the dependencies hidden in everyday operations. WeanTech researches practical systems that preserve communication, situational awareness, and sound human judgment when those dependencies break.
The work begins at the physical-cyber edge: where networks, security, people, and real-world consequences meet. AI may assist a clearly bounded task, but it is never the mission and never the sole path to a working system.
Responsible technology should be rapidly deployable, secure by design, interoperable where possible, and useful under stress.
Our PrinciplesWeanTech is beginning with a practical, testable problem rather than a catalog of speculative products. Project MESH is our flagship research demonstrator; the adjacent themes define where its findings can lead.
Active Prototype
Can a small team establish secure local communications in 15 minutes or less without cellular, Internet, or cloud dependencies?
Research Theme
How can organizations retain useful operational capability during the loss of cloud, identity, connectivity, or a critical vendor?
Research Theme
How can technology help operators make decisions under uncertainty while keeping authority, accountability, and override with people?
WeanTech works with organizations that need an independent view of AI risk, operational resilience, or a structured field study. Every engagement begins with the mission and the failure conditions—not a product pitch.