Replacing slow, overpriced legacy systems with pure, production-ready SaaS. For high-scale enterprise platforms, the focus is on zero-bloat software designed for absolute efficiency. We build systems to move at the speed of your operations—delivering massive scale at a fraction of the traditional cost.
High-fidelity physics simulation sandboxes and local-first hardware control networks. Developing the next generation of automated infrastructure platforms.
High-throughput, edge-native workspace software built for hyper-scale deployment. Disrupting legacy enterprise SaaS with zero-bloat, ultra-low infrastructure overhead architectures.
A browser-native physics compilation suite running multi-domain hardware simulations. Solve complex ODEs and DAE equations on the client side at microsecond timesteps—bypassing heavy workstation software and licensing fees.
Run complex structural loading equations and multi-body vehicle mechanics directly inside your web browser. No cloud queue latency, zero compute subscription costs.
Compiles high-fidelity mechanical and thermal equations directly to client-side WebAssembly, completely eliminating remote server rendering fees and latency.
Analyzes multi-channel system parameters in real-time, outputting dynamic, context-aware suggestions to guide structural and electrical optimization.
Enables designers to validate custom motor, battery, and chassis layouts completely within the virtual sandbox, cutting physical R&D build loops from weeks to minutes.
SimForge eliminates costly Simulink & MATLAB licenses. Here is the mathematical paradigm driving client-side compile loops.
High-performance mechatronics simulation for individual engineers and entire university campuses. Zero server bloat.
Free simulation access for student mechatronics and EV coursework.
For engineering departments requiring LMS assignment vaults and cloud DB sync.
Why tolerate bloated legacy SaaS databases or pay for idle cloud middleware? We build high-throughput compliance and workspace engines that execute at sub-millisecond speeds.
A lightning-fast local workspace service running on edge infrastructure. Compiles leave tracking, shift scheduling, expense auditing, and document signing into a singular client-side console with sub-millisecond database execution.
Built entirely on serverless edge functions and distributed globally. Compute happens closest to the user, driving latency down to sub-milliseconds while maintaining elastic scalability without dedicated server maintenance.
Maintains clean client-side data isolation. Encrypts sensitive personal data locally before persistence, ensuring absolute compliance with Indian data security regulations.
Automates complex tax calculations, PF deductions, and payroll registers natively in the execution line. Zero-dependency calculations compile directly to standardized compliance reports.
Standard HR software traps you with hidden add-ons. Basic plans are cheap, but the moment you process statutory compliance payroll or file expenses, they force separate subscriptions.
Centralized SRE monitoring, multi-tenant database provisioning, and security threat interception. Currently undergoing live stress-testing managing SimForge and Crew HRMS production workloads before commercial release.
An internal command-and-control matrix built to monitor real-time serverless database CUs, trace API execution latencies, intercept malicious threat signatures, and auto-provision isolated tenant workspace schemas.
Aggregates compute metrics, query latency graphs (ms), and database memory load across all SimForge and Crew HRMS production instances.
Powered by M.I.K.E. (Monitoring & Intrusion Kernel Engine) for instant payload sanitization, SQLi/XSS interception, and rate-limit IP quarantining.
Provisions isolated PostgreSQL v16 schemas and manages multi-tenant database state across AWS regions in under 45 seconds.
Eradicating 15-minute commuter boarding delays and ghost bus schedules. We build sub-second corridor tracking, offline-first digital ticketing, and dynamic bus pacing for state transport networks.
A zero-install progressive web application (PWA) delivering live sub-second bus arrival predictions, contactless pre-boarding UPI digital tickets, and real-time passenger density heatmaps to eliminate urban transit friction.
Streams live GPS coordinates from city buses directly to passenger browsers, calculating precise arrival countdowns and traffic speed deltas.
Allows commuters to pre-purchase dynamic QR digital tickets at bus shelters with sub-100ms offline conductor validator sync.
Synthesizes ticket volumes and corridor choke points to alert commuters of live seat availability before the bus arrives.