RITZSCHA™ · GENERATIVE AI FOR MECHATRONICS & HARDWARE
RitzScha World's first
Quantum Generative AI for
Full-Stack Mechatronics
RitzSCHA™ researches your idea, From a single prompt to production-ready schematics, PCB layouts, firmware images, and graded Bills of Materials—pre-configured for instant manufacturing deployment.
A proudly Engineered in India
WeBiii Traume Private Limited
Incorporated
5 January 2026
CIN
U01284MH2026PTC464814
Registered office
Vangaon, Palghar, Maharashtra
NDIA'S ELECTRONICS EXPANSION
Built on India’s Engineering Scale. Delivered for Global Production.
India designs 20% of the world’s semiconductors and represents one of the fastest-scaling electronics manufacturing corridors globally. RitzSCHA™ bridges domestic fabrication infrastructure with autonomous hardware generation, allowing engineering teams to design, verify, and scale mechatronics hardware in days rather than quarters.
₹ Lakh Crore | Domestic Electronics Production (FY 2025–26)
₹ Lakh Crore | Electronics Exports (FY 2024–25)
Lakh | Direct Engineering & Manufacturing Jobs
%
Global Share of Chip-Design Engineering Workforce
Sources: Press Information Bureau, Ministry of Electronics & IT (MeitY), Invest India.
SYSTEM ARCHITECTURE
Six synchronized phases, entirely Six Synchronized Stages. One Continuous Data Model orchestrated by AI.
You define the functional requirements and set constraints. The engine executes the schematic capture, board synthesis, component grading, and firmware build within a single, continuous runtime.
01 Research
Transforms your high-level product intent into a comprehensive engineering brief—mapping comparable architectures, thermal/environmental tolerances, applicable compliance standards, and component ecosystems.
02 Specify
Converts research data into formal functional specifications, interface definitions, power budgets, and mechanical boundary constraints.
03 Design
Synthesizes production schematics and multi-layer PCB layouts. Every proposed component is evaluated, sourced, and graded in real time as placement occurs.
04 Fabrication Outputs
Generates complete, DFM-validated manufacturing packages—including Gerber/drill files, 3D STEP models, assembly drawings, and pick-and-place files ready for quoting.
05 Firmware Synthesis
Compiles hardware-synchronized board support packages (BSPs) and driver code directly from the schematic pin-map, eliminating pin-mux errors and register drift.
06 Manufacturing & Fleet
Delivers field-ready hardware integrated with factory test routines and connected fleet telemetry from the very first boot.
VERIFICATION & AUDITABILITY
Automated Generation. Deterministic Component Grading.
Every part placed on your Bill of Materials (BOM) undergoes automated validation against manufacturer datasheets, authorized supply chain availability, and lifecycle status before release to fabrication.
Verified
Validated against published manufacturer datasheets, active lifecycle status, and verified distributor footprints.
Flagged
Synthesized component requiring manual engineering review against preliminary specifications before entering fabrication.
Excluded
Rejected during DFM or lifecycle checks; blocked from entering the netlist, layout, or final procurement BOM.
What does "Verified" signify on a BOM line item?
A "Verified" status confirms the component has been programmatically cross-referenced with authorized manufacturer datasheets, pin-out registries, active production lifecycles, and verified supplier stock.
How should an engineering team handle a "Flagged" component?
Flagged components highlight non-standard footprints, pending lifecycle replacements, or generated parameters. The platform isolates these exact line items so your team inspects only what requires human sign-off.
What happens to "Excluded" components?
Nowhere. They are not carried into the schematic, the layout or the bill of materials.
Components tagged as obsolete, out of compliance, or physically unroutable are systematically purged. They are excluded from the netlist, Gerber package, and procurement exports.
END-TO-END DATA CONTINUITY
Unified Traceability from Netlist to Deployed Fleet
Eliminate fragmented data silos. RitzSCHA™ maintains a single digital record connecting your functional specification, design revisions, fabrication BOM, and production hardware.
Complete Revision History:
Every architectural modification, netlist change, and design justification is version-controlled and auditable throughout the product lifecycle.
Graded Bill of Materials:
Every BOM line item remains permanently linked to its verification grade, sourcing metadata, and datasheet reference.
Synchronized BSP & Firmware:
Firmware pin-maps update automatically with PCB layout changes, ensuring code matches physical silicon.
Connected Fleet Integration:
Production boards leave the assembly line pre-provisioned for remote telemetry, monitoring, and OTA updates.
CORE CAPABILITIES
Integrated Research, Hardware Synthesis, Firmware & Production
Takes high-level product requirements and synthesizes a complete architectural brief—including comparative market benchmarks, environmental operating parameters, regulatory standards, and recommended IC families.
Generates production-grade schematics, multi-layer routing, impedance matching, and DFM-verified manufacturing packages. Every revision remains traceable across the entire engineering cycle.
Generates board-specific BSPs, pin configurations, and peripheral drivers mapped strictly to the hardware netlist. Changing a trace or pin instantly refactors the corresponding firmware definitions.
Exports audited procurement BOMs, automated test vectors, and assembly files, delivering production-ready hardware integrated with centralized fleet telemetry.
HARDWARE ECOSYSTEM - AutomatiCH™
Standardized Modules, Evaluation Boards & Mechatronic Building Blocks
Enterprise-grade reference designs, industrial controller boards, and communication modules engineered under the AutomatiCH™ hardware portfolio.
CUSTOMER DELIVERABLES
Complete Intellectual Property Ownership Across Every Asset
Unified Project Repository
You receive the research brief, functional specification, native schematics, layout files, pick-and-place packages, and firmware repositories as a single, fully legible digital archive.
Auditable & Defensible BOM
Every component includes verified manufacturer part numbers, datasheet alignments, sourcing sources, and compliance grading for procurement transparency.
Native Fleet Telemetry
Hardware is delivered with native, pre-configured telemetry hooks—eliminating retrofitted middleware or disconnected IoT layers.
FREQUENTLY ASKED QUESTIONS
Technical & Operational Overview
What is the core function of WeBiii Traume?
WeBiii Traume Private Limited develops RitzSCHA™, an autonomous generative AI platform for mechatronics and embedded systems. The engine transforms functional product prompts into verified research briefs, schematics, PCB layouts, DFM packages, and hardware-synchronized firmware.
Where is the corporate entity registered?
WeBiii Traume Private Limited (CIN: U01284MH2026PTC464814) was incorporated on 5 January 2026, with its registered headquarters in Vangaon, Palghar, Maharashtra, India.
Where can the RitzSCHA™ platform be accessed?
RitzSCHA™ is deployed and accessible via our corporate portal at chtpl.org.
How does the AI validate and select electronic components?
The engine evaluates components against published manufacturer datasheets, active lifecycle states, physical package availability, and supply chain stock. Each component is graded as Verified, Flagged, or Excluded directly on the bill of materials.
Is deep hardware engineering experience required to use the platform?
No. Teams provide product specifications, spatial envelopes, and functional targets. The platform automates the complex routing, netlist synthesis, and firmware scaffolding while leaving critical architectural approval with your team.
Who leads the executive and technical direction of the company?
Shivam Indrajit Gosavi serves as Founder, CEO, Managing Director, and CTO. Arti Sawant serves as Co-founder and Chief Operating Officer.
EXECUTIVE LEADERSHIP
Engineering & Operations Leadership
Shivam Indrajit Gosavi (Goswami)
Founder, CEO, Managing Director
Arti Gautam Sawant
Co-founder & Chief Operating Officer
PRESS & UPDATES
Corporate Announcements and Press Releases
Access technical whitepapers, deployment announcements, and executive press releases.
Accelerate Your Hardware Development Cycle
Input your functional concept. RitzSCHA™ delivers the research, DFM-verified PCB layout, graded BOM, and firmware runtime in a single unified workflow.
WeBiii Traume Private Limited · CIN U01284MH2026PTC464814 · Registered office: Vangaon, Palghar, Maharashtra, India