What is BMK building?
BMK is developing a Computational Area-Economic-Value Enablement System intended to move beyond simply observing economic activity toward computationally identifying, estimating and evaluating unrealized economic value within geographic areas.
The central BMK proposition
Economic activity exists across Assembly Constituencies, Parliamentary Constituencies, Districts, States and Countries. BMK is developing computational methods intended to identify unrealized socio-economic value and evaluate alternative pathways that may enable that value.
What problem is BMK solving?
The unrealized economic value of an entire area is not systematically identified, evaluated and enabled to increase area GDP and reduce economic-value disparities.
Uneven economic value
GDP is unevenly distributed within and among areas, while every area has economic value that remains unrealized.
Limited systemic identification
Conventional startup models primarily capture value within their own stakeholder networks rather than systematically identifying the unrealized economic value of the entire area.
Growth and allocation challenge
The right combination and sequence of public and private investment and interventions to enable identified unrealized value are not yet available through a single computational system.
From observed activity to economic-value enablement
BMK's proposed approach connects area-level economic information, computational value estimation, scenario modelling and intervention evaluation.
Three core computational engines
The system is being developed around three computational engines that collectively form BMK's Computational Decision Infrastructure.
Virtual Budget Engine
Models alternative resource-allocation scenarios and computational budget structures across multiple geographic levels.
Budget Reallocation Value Engine
Estimates the socio-economic value that may be created through alternative resource-allocation strategies under varying assumptions and constraints.
Economic Expansion Value Engine
Models participation-dependent pathways for long-term economic expansion and estimates unrealized economic potential using probabilistic computational methods.
Computational Decision Infrastructure
The three engines are intended to operate as an integrated computational foundation for modelling, simulation and decision-support across geographic levels.
Product innovation + GTM innovation
Product Innovation
The COMPUTATIONAL AREA-ECONOMIC-VALUE ENABLEMENT SYSTEM is the computational product BMK is developing to identify, estimate and evaluate unrealized economic value and pathways to enable it.
GTM Innovation
A complex invention serving complex areas also requires a way to understand the customer and take the product into those areas. BMK therefore treats its go-to-market architecture as a second innovation.
Where is BMK today?
BMK is currently at Technology Readiness Level 6 — System/subsystem prototype demonstration in a relevant environment. The Computational Area-Economic-Value Enablement System is being developed as an integrated computational system, with VBE, BRV and EEV serving as supporting computational engines.
Built / under development
Core computational frameworks, estimation methodologies, prototype software modules and supporting infrastructure.
Current validation
Integrated system/prototype demonstration in a relevant environment, including the computational and decision-support functions of the system.
Next stage
Operational pilot deployment in an actual area, progressing the system toward Technology Readiness Level 7.
Technology stack
Applied Computational Systems Engineering · Economic Modelling · Probabilistic Modelling · Simulation Technologies · Decision-Support Systems · Computational Value Estimation · Artificial Intelligence (AI) · Geographic Systems Modelling · Data Analytics · PHP · MySQL · Modular Software Architecture
Who can BMK serve?
BMK's potential market includes every area containing people, businesses and economic activity—from a local area to an entire country.
B2G
Government relationships for area-level economic analysis, modelling and decision support.
B2B
Business relationships requiring economic-value estimation, modelling or strategic decision support.
B2C
Potential individual-facing applications derived from BMK's computational capabilities.
B2A
Business-to-Area: a BMK customer relationship focused directly on an economic area.
B2ED
Electoral-district implementation of B2A, including Parliamentary and Assembly Constituency contexts.
Revenue model
Platform subscriptions, enterprise licensing, value-estimation studies, simulation services and strategic advisory engagements.
Commercial pathway
Pilot to platform: convert initial deployments into recurring multi-year institutional contracts. The commercial logic is Build → Validate → Deploy → Sell → Scale.
Public demonstration systems
These public systems provide examples of concepts and prototype software currently under development.
Country-Level Demonstration
Country-level computational demonstration environment.
Country Demonstration →Parliamentary Constituency Demonstration
Parliamentary Constituency-level demonstration.
PC Demonstration →What is being built now?
Prototype development
Prototype development focuses on validating the computational frameworks described in the ELEVATE 2026 proposal while building supporting software infrastructure for future pilots.
Supporting infrastructure
Current engineering work includes modular components supporting transaction management, explainable capital management, valuation, resource-allocation workflows, deployment tracking, operational accounting, notification management and audit logging.
From TRL 6 to TRL 7 through operational pilot deployment
- Demonstrate the Computational Area-Economic-Value Enablement System as an integrated system in a relevant environment.
- Demonstrate computational identification, estimation, evaluation and enablement functions using relevant area-level economic data and conditions.
- Validate the integrated system workflow, including the supporting computational engines and decision-support infrastructure.
- Deploy the system in a selected pilot area and commence operation in the actual operational environment.
- Use evidence from successful operational pilot deployment to progress from TRL 6 to TRL 7.
Built around the invention
BMK combines founder capability with a defined plan to add specialist and academic capability as the system progresses from prototype demonstration toward operational deployment.
Academic and Specialist Reference
BMK's development is informed by academic disciplines relevant to computational systems engineering, economic modelling, decision science, management and socio-economic development.
Relevant Academic Expertise
Prof. Rudrapatna K. Shyamasundar
Indian Institute of Technology Bombay
Prof. Ankur A. Kulkarni
Indian Institute of Technology Bombay
Prof. Surya Prakash Singh
Indian Institute of Technology Delhi
Prof. Rajalaxmi Kamath
Indian Institute of Management Bangalore
Prof. Gopal Naik
Indian Institute of Management Bangalore
Computational infrastructure for better economic decisions
Governments and institutions routinely allocate resources across infrastructure, public services, welfare programmes and economic development initiatives.
BMK seeks to extend traditional budgeting and reporting systems by developing computational methods capable of estimating unrealized socio-economic value and evaluating alternative resource-allocation outcomes before implementation.
The long-term objective is to establish a Computational Decision Infrastructure that assists governments, institutions, businesses and communities in making better evidence-based resource-allocation decisions through computational modelling, simulation and decision-support technologies.
BMK DeepTech Shakti
| Entity Name | BMK DeepTech Shakti |
| Entity Type | Partnership Firm |
| Registration Date | 11 June 2026 |
| District | Dakshina Kannada |
| State | Karnataka |
| Country | India |
| Managing Partner | Murali Krishna Brahmandam |
| Sector | Socio-Economic Systems Engineering |
| Technology Readiness Level | TRL 6 — System/subsystem prototype demonstration in a relevant environment |
| Startup Stage | Prototype — Model (Early Functional Version) |
| Program Applied | ELEVATE 2026 — Shakti Track (Women-Led Startup) |
| Website | https://bmk.org.in/bmk-deeptech-shakti/ |
Explore the computational pathway.
Discover the public demonstrations, understand the three computational engines and follow BMK's development from experimental proof of concept toward institutional validation.