Tvastaa™ Agentic Platform
Tvastaa™ is Vayavya Labs’ Agentic AI platform that brings together purpose-built solutions and domain-specific workflows across the silicon-to-system stack. Rather than a one-size-fits-all assistant, Tvastaa is designed as a platform of focused engineering solutions—each mapped to a specific layer, artifact, and validation need in modern software programs for silicon.
What Tvastaa Enables?
Tvastaa accelerates development outcomes by engineering complex tasks like code generation and testing using a combination of context engineering and multi-agents, automating high-effort workflows while keeping outputs reviewable, traceable, and easy to integrate into existing development pipelines.
Faster creation of engineering artifacts from specifications and codebases
Built-in checks for consistency, traceability, and engineering review
Reduced risk across compliance, integration, and virtualization workflows
Tvastaa™ Solutions
1. Tvastaa Janus — Code & System Compliance Automation
Janus automates compliance workflows for engineering teams working with safety/security-driven coding and system constraints. It is designed to reduce manual effort in identifying, triaging, and resolving compliance issues while staying aligned to real development and review cycles.
Typical use-cases
Coding standard compliance automation (e.g., MISRA C, CERT C)
System-level compliance checks and enforcement
Compliance reporting aligned to audits and program gates
2. Tvastaa Driver — Device Driver & HSI Intelligence at the OS Layer
Tvastaa Driver enables intelligent device-driver generation and hardware-software interface (HSI) workflows at the OS level. It helps teams translate hardware specifications into usable, maintainable system software artifacts—faster and with fewer integration surprises.
Typical use-cases
Device driver scaffolding and generation from specs
HSI extraction and consistency checks across HW/SW boundaries
OS-layer integration acceleration for RTOS / Embedded Linux / QNX environments
3. Tvastaa Virtual Platform — Digital Twins for IPs & SoCs
Tvastaa Virtual Platform enables creation of digital twins and virtual platforms for IPs and SoCs, allowing software teams to start earlier and validate faster—without waiting for full hardware availability.
Typical use-cases
Virtual prototypes for early software bring-up and debug
Digital twins of IPs/SoCs for repeatable validation workflows
Faster integration testing and improved coverage in SIL-like setups
How Tvastaa™ Works?
Tvastaa uses multi-agent workflows to break complex engineering tasks into smaller, verifiable steps—producing outputs that can be reviewed by domain experts and integrated into existing toolchains.
Core principles
Domain-specific workflows (not generic AI behavior)
Engineer-in-the-loop reviewability
Traceability from inputs → decisions → outputs
Practical integration with CI/CD, code review, and validation gates
Where Tvastaa Fits?
Tvastaa uses multi-agent workflows to break complex engineering tasks into smaller, verifiable steps—producing outputs that can be reviewed by domain experts and integrated into existing toolchains.
Core principles
Tvastaa is designed for teams building and scaling complex embedded systems across automotive, industrial, and semiconductor domains.
Semiconductor & IP teams building enablement collateral and reference software
Automotive OEMs / Tier-1s scaling system software, compliance, and validation
Embedded product teams looking to reduce integration and verification cycles