U1 SOLVER
GEOMETRIC COMPUTING
The End of the Combinatorial Explosion in Industrial Optimization.
Accelerate the resolution of scheduling problems and complex routes up to 52x faster than traditional models, utilizing the world's first Geometric Computing hardware.
Request a demo
Meet our technology
Geoprocessing
|
Active
NP-HARD INPUT
Combinatorics
U1 COPROCESSOR
Geometric Variety
EXIT
52x Faster Execution
[U1_SOLVE] Initializing discrete Riemannian manifold mapping...
[COGNITIVE_VET] Topology compilation matched target: 0.003ms latency
[SUCCESS] Global optimum isolated under strict mathematical constraints
02
The problem
The limit of traditional algorithms.
As operations grow, traditional software (CPUs/GPUs) attempts to solve scheduling problems sequentially, like a rat in a maze exploring paths one by one. This creates algorithmic bottlenecks that stall systems.
Combinatorial Explosion
Supercomputers try to overcome complexity through brute force, consuming megawatts of energy to explore trillions of possible combinations.
Local Minima
Approximate heuristic algorithms get stuck in "good enough" solutions, never finding the global optimum — costing millions in inefficiency.
Physical Limit Reached
The market accepts daily financial and operational losses simply because traditional computing power has reached a physical limit.
03
THE SOLUTION
From Algorithm to Physics: Geometric Computing.
An innovative SaaH (Software as a Hardware) model that runs on secure hardware at the edge (on-premises) or via encrypted AWS connections directly to vB Labs. Processing with no loss of information and full preservation of your proprietary data.
GEO-PU UNIT
Graphics Processing Unit
Complete replacement of sequential arithmetic processing by applied physics. The topological compiler translates industrial constraints into discrete Riemannian manifolds, eliminating redundant computational effort.
Learn More
SIMULTANEOUS COLLAPSE
Multiple Paths
Instead of simulating routes sequentially, the hardware molds itself perfectly to the format of the problem and collapses simultaneously toward the best possible solution. The U1 Solver delivers quantum-level optimization at room temperature.
Learn More
04
Proof in numbers
Audited results in numbers.
Resolution Speed
Faster than classic MILP (Mixed Integer Linear Programming) benchmarks and up to 15x superior to the best known algorithmic methods (Fastest Greedy).
Average Solution Quality
In complex lithography benchmarks with 100 tasks × 10 machines.
Consistency at Scale
Average solution quality in classic Taillard benchmarks evaluated at extreme scales of up to 100 machines and 20 simultaneous tasks.
Absolute Integrity
Automatic hash auditing ensures that original citations and standards are never lost.
05
APPLICATIONS
Industries Transformed.
Below are some of the key industries using the power of the U1 Solver to solve NP-Hard problems in real-time.
SEMICONDUCTORS
Precise optimization of complex wafer flows and lithography sequencing under extreme constraints.
MANUFACTURING
Dynamic real-time production scheduling, mitigating the classic bottlenecks of Job-Shop Scheduling.
LOGISTICS
Optimal fleet allocation and route planning with millisecond updates for cargo yards.
ROBOTICS
Active collision avoidance and fleet routing of autonomous robots in dense industrial grids.
COMPUTING
Deterministic orchestration of parallel tasks in high-performance computing data centers.
06
REMOTE ACCESS
Secure
Workflow.
The physical hardware of the U1 Solver operates and is maintained within the secure environment of vB Labs. Access the infrastructure remotely via a direct, optimized, end-to-end connection.
STEP 01
AWS Connection
Authenticated access via an encrypted cloud environment securely integrated with the corporate perimeter.
STEP 02
Problem Submission
Sending your operation's crucial variables (resources, durations, and priority windows).
STEP 03
Physical Processing
Direct execution on vB Labs' geometric processor mesh with millisecond feedback.
STEP 04
Instant Results
Immediate return of the optimized operational schedule ready for direct execution in your systems.
