Brihat Infotech
Loading Brihat - Brihat Infotech
Brihat Infotech
Loading Brihat - Brihat Infotech
A comprehensive collaborative workspace unifying agile workflows, automated resource allocation, and deep sprint analytics to eliminate enterprise coordination gaps.
Enterprise Software
Cloud SaaS
What frustrates enterprises most and how we solve it with precision engineering
A detailed look at the approach, delivery decisions, and execution details.
Large engineering and product teams often struggle with operational fragmentation. While using popular tools, complex enterprises find that task status tracking, timesheet logging, and high-level capacity planning remain fundamentally disconnected. This leads to severe coordination gaps: sprints fail because dependencies are incorrectly mapped, and project managers lack real-time visibility into actual engineer utilization versus projected capacity. The result is delayed software delivery and burned-out engineering teams.
Brihat engineered Taskzen to unify these critical project management vectors. We built an enterprise-grade collaborative suite that seamlessly merges agile task execution with deep resource performance analytics, ensuring alignment between what is planned and what is physically possible.
We designed the operational core around extreme flexibility.
Key engineering features include:
To provide management with absolute clarity, we engineered a sophisticated capacity allocation matrix. The system evaluates the assigned points across a sprint against the historically designated velocity of specific roles (e.g., DevOps vs. Frontend). Taskzen generates Project Burn-down Charts in real-time, calculating trajectory precisely based on logged hours. The Resource Utilization Reports highlight over-allocated engineers instantly, shifting project management from reactive crisis control to proactive, data-driven capacity balancing.
This system was delivered through a structured, governance-first approach designed for enterprise environments — balancing speed with stability, and innovation with accountability.
Deep analysis of existing systems, workflows, data ownership, and decision paths to define clear system boundaries and risks.
Designed a modular architecture with role-based access, auditability, and security controls embedded from day one.
Delivered in controlled iterations with continuous validation against real workflows, data integrity, and operational needs.
A phase-by-phase view of operational change, business outcomes, and measurable progress after implementation.
Enabled complex dependency rules and custom workflow routing.
Delivered true predictive capability regarding sprint delivery.
Completely eliminated manual executive reporting efforts.
Measurable results demonstrating how intelligent systems replaced legacy processes with speed, accuracy, and accountability.
On-Time Delivery (+%)
Sprint Rollovers Cut (%)
Dependency Tracking Acc (%)
Tasks were started without realizing upstream blockers weren't finished.
Built hard-coded digital dependency paths locking premature task execution.
