Cubyts

AI Assistant for Fail-proofing Feature build and delivery

Today’s feature build process involves many moving parts — specs, designs, code, tests — and misalignment between them leads to rework, delays, and production surprises. That’s why we built Cubyts AI Assistants — to fail-proof feature delivery by continuously detecting and resolving drifts between what’s planned and what’s built. From evaluating specs and generating boilerplate code, to detecting spec-code drift and ensuring code compliance — Cubyts silently integrates into your toolchain and guides teams toward better, faster outcomes.

Delivering a complete software feature is a complex, cross-functional endeavor — involving product owners, designers, engineers, and QA working across multiple tools and timelines. Think of it as a 4x100m relay: each participant has a defined role, and success depends on clean handoffs — from specs to code, from design to deployment.

Today, AI agents e.g. spec generators, UI design assistants, coding copilots, are becoming part of this workflow. While they bring significant productivity gains, they often operate in isolation, without shared context. This disconnect can cause drifts — misalignments between specifications, designs, and the resulting codebase.

These drifts, if not addressed early, lead to rework, delayed releases, and production surprises — all of which drain team productivity and morale. Worse still, repeated “band-aid” fixes degrade quality over time.

This is where Cubyts comes in.

How Cubyts AI Assistants Prevent Feature Build Failures

Cubyts delivers a suite of intelligent assistants that operate silently across your existing toolchain — from planning and design to development and deployment. These assistants draw from a knowledge graph built from your tools (Jira, ADO, Confluence, Git, etc.) and your codebase’s concrete syntax tree (CST) — enabling deep understanding of your systems and workflows.

Four Key Differentiators

  • Non-intrusive integration Cubyts works seamlessly on top of your current toolchain — no disruption, just value.
  • Context-aware AI Inferences are drawn from a connected knowledge graph spanning design specs, tickets, and the actual code.
  • Code-level intelligence Our AI understands code like a compiler — enabling precise detection of technical drifts and complex dependencies.
  • Actionable recommendations Detected issues are accompanied by intelligent suggestions — ready to be applied directly to specs or code.

Seven Use Cases to Fail-Proof Your Feature Delivery

  1. Evaluate Specs & Designs (before handoff) 🎯 (Coming Soon): Cubyts will soon be able to verify the quality of work-in-progress functional, technical, and design specs — comparing them against organizational benchmarks. A critical aid for product owners and designers to ensure their artifacts are complete and high-quality before handoff.
  2. Auto-review Specs & Designs (after handoff): Once specs and designs are attached to work items (in Jira or ADO), Cubyts evaluates their quality and alerts engineers of potential issues — helping align teams before the first line of code is written.
  3. Plan Better with Smart Checklists: Cubyts compares your current work item with past "golden" work items to auto-generate a checklist that engineers can use to plan their build. This checklist can be synced with Jira/ADO and even used to inform unit test creation.
  4. Generate Boilerplate Code 🎯 (Coming Soon): Based on the associated specs and development plan, Cubyts will identify which files need to be modified, generate the baseline code, and push it to a feature branch — giving developers a head start with high-quality scaffolding.
  5. Detect Drift Between Code and Spec: As engineers push commits, Cubyts continuously checks for alignment with the original specifications — flagging any drift while code is being written, not after the fact.
  6. Analyze Code Dependencies: Cubyts maps deep code dependencies using its code graph, surfacing hidden risks and helping engineers resolve them early — reducing the risk of post-release instability.
  7. Ensure Standards Compliance: Whether it’s internal engineering guidelines or external regulatory standards, Cubyts evaluates every commit for compliance — surfacing deviations and suggesting fixes. This not only boosts code quality but also shortens tedious code review cycles.

The Impact: Tangible Gains for Engineering Teams

By embedding Cubyts AI Assistants into your feature development workflow, engineering teams can:

  1. Reduce rework by ensuring high-quality specs and spec-aligned code.
  2. Improve productivity with context-aware automation.
  3. Cut review time with standards-aligned, high-quality output.

💡 Outcome: 🔹 40% less rework 🔹 2X faster delivery 🔹 Near-zero surprise failures

Cubyts turns software development from a guessing game into a precision-guided process — enabling teams to build faster, better, and more confidently.

 


Here is a quick explainer video for your reference → https://www.youtube.com/watch?v=lfxw2OkGpvk