BUTTER AND BREAD
Language Lifetime Warranty Butter and Bread — In Development
System: Screner

Butter
and Bread

The world's first billion-qubit hybrid quantum-classical execution system. Modular, evolving, outcome-driven architecture with dedicated compute per user. Target deployment: 2028–2029.

HBM4 LAYER — 100TB
QUBIT ARRAY — 1B
COOLING — <10mK
OPTICAL — 130TB/s
ERROR — SURFACE
SCRENER
RACK 01
NRUTSEAB
INPUT
OUTPUT

Execution Performance

1B
Quantum Bits
100TB
HBM4 Memory
130TB/s
Interconnect
20-50W
Per Module

Hybrid Execution Architecture

Blends quantum and classical processing with error rates reduced via hybrid classical integration. Scalable throughput supported by 130 TB/s interconnects facilitates real-time multi-user operations.

System Specifications

Forward-looking projections based on lab prototypes. All specifications are targets subject to refinement. Target deployment: 2028-2029.

Specification Value Function / Overview
Qubit Count 1 Billion (Hybrid) Combining quantum bits for superposition-based processing with classical bits for hybrid algorithms. Enables massively parallel computations.
Qubit Type Superconducting Transmon High gate fidelity and scalability through microwave control, allowing dense integration in multi-chip stacks.
Coherence Time Up to 1 ms Duration qubits maintain quantum states; critical for executing deep quantum circuits.
Gate Fidelity 99.9% (Two-Qubit) Measures accuracy of quantum operations; ensures reliable computation by minimizing errors.
Error Correction Surface Code Employs topological error correction codes to protect against noise, mapping physical qubits to logical ones.
Memory 100 TB HBM4 High-bandwidth memory for rapid data access; supports classical components in hybrid workflows.
Interconnection 130 TB/s High-speed optical or cryogenic interconnects linking modules; supports low-latency communication.
Power Draw 20-50 W/Module Optimized energy use per computational unit; minimizes operational costs and heat generation.
Cooling Cryogenic Dilution Multi-stage cooling maintaining temperatures below 10 mK; preserves qubit coherence.
Deployment 2028-2029 Targeted rollout with prototypes informing final scaling; preorder guarantee applies.

System Features

01

Multi-Chip Stack with Cooling

Stacked qubit modules with integrated cryogenic cooling for stable, high-density operations without thermal degradation.

02

Customized Function Enhancement

Modular add-ons for domain-specific optimizations including AI acceleration and cryptographic workload processing.

03

Dedicated User Compute

Per-user resource isolation ensuring secure, high-priority execution without contention or cross-tenant interference.

04

Evolving Rack System

Seamless integration of new hardware generations without downtime; older subsystems continuously rebuilt into newer generations.

05

Lifetime Warranty

First-right access to hardware updates for existing owners under Nrutseab's performance and lifetime warranty coverage.

06

Local Unit Integration

Interfaces with Screners platform for smaller-scale deployments providing modular upgrades and compatibility.

Secure Your System

Nrutseab is accepting institutional inquiries for Butter and Bread deployments in 2028–2029. Preorders include 100% refund guarantee if delivery not achieved by 2029.

Preorder Guarantee

100% refund if delivery not achieved by 2029. Includes first-right to upgrades, tailored integration support, and dedicated compute allocation upon deployment.

Keynote Event — Q3 2026

System overview, live prototype demos, and Q&A.

Register
Product in Development

This system is forward-looking and reference-only. Specifications reflect lab prototypes and projected scaling. Preorders are conditional, and all delivery commitments are subject to operational, technical, and regulatory constraints. All hardware, performance, and upgrade timelines are targets for 2028–2029 deployment and may evolve. This documentation provides technical files for the Nrutseab "Butter and Bread" system (Screner) for regulatory reference and quality assurance purposes. Access to restricted materials requires NDA execution. Contact [email protected] for access.