The Validiti Marketplace is where we can help now. The Validiti Institute, with innovative creators, will produce a future of electron efficiency the likes of which we have never dreamed.
Sealed binaries, fabric pricing, and the SKUs that compose into immediate efficiency gains for small businesses, professionals, licensee operators, and certified facilities. Help now.
Visit the Marketplace →Architectural publication, federal-program engagement, national-lab co-publication, and partner-industry collaboration across the substrate’s most consequential research directions. The future of electron efficiency.
See the research portfolio ↓The substrate operates in the room between absolute physical limits. It does not create energy and does not violate thermodynamics. It captures and utilizes what is already there with structurally better coordination than incumbent architectures. The Institute exists to publish, defend, and operate that architectural posture across every domain where it composes.
Architecture-publication, federal-program engagement, and partner-industry coordination require a coordinating body that is not a SKU. Customer-facing SKUs ship sealed binaries; the Institute publishes architectural arguments. Both are necessary. Neither belongs inside the other.
The Institute operates the posture; Validiti-the-company holds the substrate. Substrate intellectual property, sealed binaries, the Marketplace, the licensee channel, the Certified Facility channel, and all customer-facing SKUs remain with Validiti. The Institute is the umbrella under which architectural publication, standards-body participation, patent prosecution coordination, and federal-program engagement happen on behalf of all the research directions that exist under it.
Each research direction is a Bell-style architectural invitation. The substrate’s primitives composed onto a specific domain; published for the field to evaluate; available for collaboration with innovative creators in federal program offices, national labs, academic labs, and partner industries.
Substrate primitives composed onto silicon-photonic native operations. Nanosecond-decision-latency intervention floor for cascade detection. Bell-style invitation to silicon-photonics foundries and photonic computing research labs.
Substrate addresses the three binding constraints of wireless power: safety interlock, multi-receiver coordination, authentication and provenance. Aimed at DARPA POWER, space-based solar, dynamic electric vehicle charging.
Substrate-coordinated coherent capture of radio-frequency, atmospheric electric, mechanical, acoustic, and thermal energy already present in the environment. Sensor-scale to forward-base-scale; not grid replacement.
Sub-millisecond pitch decision, full lidar-lookahead consumption, joint-distribution across the rotor’s many correlated channels, federated fleet learning. Addresses 3-12% capture loss attributable to control quality across the global installed base.
Substrate primitives deployed on the sensor die itself. Decision and signed provenance established before bits leave the package. Aimed at the sensor integrated-circuit and microelectromechanical-systems foundry community.
Sub-millisecond intervention authority in chemical chain reactions on engine test stands and flight propulsion. Cascade detection and suppression before structural failure. Aimed at the defense propulsion program offices and engine original-equipment manufacturers.
Substrate-native actuator and controller primitives that close the decision-to-action trust boundary. Cryptographically authenticated commands verified at the actuator; physical-outcome verification closes the loop. Aimed at actuator original-equipment manufacturers, motion-controller vendors, and the federal tactical-technology offices.
Substrate-coordinated decision at the fabrication tool: semiconductor lithography, additive printing, multi-axis machining, pharmaceutical reactors, electronics assembly, bioreactors. Joint-distribution across tool sensors, library-based recipe lookup, signed per-part provenance, federated learning across nominally identical tools. The direction where every prior Bell-style instance composes on the same shop floor.
Substrate-coordinated control at the single most regulated and value-determining unit operation in modern chemistry. Multimodal process analytical technology fusion at sub-microsecond decision speed, library-based recipe lookup across all prior batches, signed per-batch provenance from feed to filter. Embedded demonstration shows representative outcome delta versus incumbent batch control. Aimed at pharmaceutical continuous-manufacturing programs, battery cathode precursor makers, and crystallization equipment original-equipment manufacturers.
Separate from the research directions, the Institute publishes cross-cutting measurement standards that flow from the apex thesis and apply across every direction it operates. The first is live.
How much validated intelligence can a system deliver per square meter of solar panel? An interactive calculator with fourteen workload categories, five latitude bands, and override-anything inputs. Same work, less electricity, smaller footprint — turned into a number anyone can compute.
The Institute exists to collaborate with innovative creators. The substrate is published; the implementation is gated; the license terms favor research collaboration.
DARPA MTO, DARPA POWER, DARPA TTO, DOE Wind Energy Technologies Office, DOE Office of Science, ARPA-E, ARPA-H, NSF Engineering Research Centers, NIST CHIPS Research and Development, Naval Research Laboratory.
National Renewable Energy Laboratory, Sandia, Massachusetts Institute of Technology Lincoln Laboratory, Air Force Research Laboratory, Massachusetts Institute of Technology Microsystems Technology Laboratories, Stanford, Berkeley, imec, Fraunhofer, ETH Zurich, Technical University Delft, Technical University of Denmark.
Sensor integrated-circuit and microelectromechanical-systems foundries; turbomachinery original-equipment manufacturers in aerospace, wind, and propulsion; silicon-photonics fabs; advanced-controls retrofit partners; light detection and ranging vendors; secure-element silicon vendors; actuator and motion-control partners.
The Institute is not a fabrication facility. It is not a foundry. It does not design analog front ends. It does not manufacture actuators, blades, lidar units, photovoltaic cells, or rectennas. It does not operate turbomachinery, fly propulsion systems, or own wind assets. It does not compete with its hardware partners. It does not absorb the customer relationships those partners build.
The Institute publishes architecture, holds the architectural intellectual property, coordinates partner industry engagement, and operates the Bell-style posture across every direction it encompasses. Nothing more, nothing less.
The Institute is in founding posture. The architectural arguments behind each research direction are drafted as Bell-style invitations and available on request to qualified research collaborators. Preprint papers in preparation across all nine directions. Federal program concept papers in draft. Patent prosecution coordination with counsel in process.
Operational scaling — senior researcher hiring, multi-program federal contract execution, satellite-lab establishment — follows the underlying revenue line and the readiness of the Validiti Marketplace sealed-binary deployment.