Autonomous Systems, Robotics & Cloud Intelligence
We build cloud, robotics, and software platforms that monitor and manage water, air, and land with precision and reliability. Our systems automate critical processes, surface actionable insights, and help make data-driven decisions that strengthen environmental resilience.
Cloud, Robotics, and Software for a Regenerative Planet.
We design and deploy robotics, sensing, and cloud infrastructure that transform environmental data into actionable insight for operations, research, and policy.
The name wal and al is a promise. Wal stands for Water, Air, and Land — the core systems that make life possible. Al stands for All — all communities, all ecosystems, and all future generations.
wal and al represents a simple idea: environmental systems are complex, but the technology used to understand them shouldn’t be. Our name reflects an approach—integrated sensing and cloud intelligence working together to generate reliable environmental insight.
We design IoT-enabled water solutions that continuously monitor quality and availability — from elevated tanks and pipelines to community taps. Chlorine dosing and safety thresholds are managed with clear, actionable alerts.
We build systems that help industries and regulatory bodies measure and evaluate emissions with precision. Our solutions capture pollutant levels, gas signatures, and atmospheric changes across industrial sites—turning complex environmental behaviour into clear, operational insight.
Coastal and ocean environments are dynamic, sensitive, and difficult to observe consistently. Our systems provide reliable environmental intelligence across marine zones, helping teams understand changing conditions, track critical indicators, and make informed decisions for conservation, safety, and planning.
We design platforms that capture, analyse, and operationalise environmental data through a blend of autonomous systems, advanced sensing, and scalable cloud infrastructure.
We architect secure, scalable backends that ingest streams of sensor data, process events in real time, and expose clean APIs and dashboards tailored to your teams.
From AWS and Azure to open standards, we design for resilience, observability, and long-term maintainability.
We develop autonomous and semi-autonomous systems that collect environmental and operational data where traditional infrastructure cannot reach.
Our edge platforms are engineered to operate reliably under changing conditions, delivering real-time intelligence even in remote or constrained environments.
wal and al develops applied systems that combine robotics, ROS / ROS 2, and cloud platforms. Our work translates environmental and operational signals into reliable, decision-ready intelligence for teams on the ground.
A monitoring and insight layer for drinking water networks, focused on overhead tanks and local distribution in rural and urban settings. Aqua Insight provides continuous visibility into water quality and availability.
A data and analytics layer for understanding emissions around industrial sites and corridors. The system focuses on measuring pollutants and trends that matter for compliance, risk, and long-term environmental stewardship.
Systems designed to capture environmental signals in coastal and near-shore waters. These solutions help teams understand changing marine conditions and support monitoring, planning, and research.
An integration layer that connects ROS and ROS 2-based systems with modern cloud infrastructure. The goal is to make fleets observable, manageable, and easier to evolve over time.
Every engagement is structured to respect local knowledge, build on what already works, and leave teams stronger than before.
We map your current systems, constraints, and ambitions — from field realities to existing data and infrastructure.
Together, we identify high-leverage interventions and design a solution that fits your teams, not just the technology.
We prototype, test, and integrate hardware and software — from sensors and robots to cloud platforms and dashboards.
Once deployed, we help track performance, refine algorithms, and grow the system as your needs and context change.
I’m Krishnapriyan M S, and my work is shaped by a conviction I’ve carried through every journey: a society’s health can be measured by the health of the environment around it.
Whether it’s tracking pollution near industries, monitoring coastal waters with autonomous vessels, or ensuring safe drinking water in remote communities, my mission is to bring visibility to the places where environmental stress turns into human hardship.
This initiative is built for one purpose — to turn observation into action, and action into impact.
“Technology should serve both people and planet — not one at the cost of the other.”
Choosing a partner for climate and resource projects means trusting them with both your community and your data. We take that responsibility seriously.
From field sensors and robotics all the way to cloud dashboards and APIs, we design the full stack as one coherent system.
Our solutions are built for uneven power, patchy connectivity, and harsh environments — not just controlled lab conditions.
We focus on metrics that actually matter — fewer outages, safer water, more reliable data — instead of vanity dashboards.
We favor open standards, clear documentation, and co-design with local teams so that solutions can evolve without lock-in.
Working with a sustainability-focused engineering studio is different from buying a product off the shelf. Here are a few common questions.
No. Water, air, and land are deeply connected, and so is our work. Many engagements start with one resource — such as drinking water safety — and then expand to energy, air quality, or land-use insights over time.
We are comfortable joining early, when you only have a problem statement, or later, when you need help making an existing pilot robust. The earlier we talk, the easier it is to avoid dead-ends and design for long-term use.
Yes. We often work alongside internal IT, operations, or research teams, as well as local implementation partners. Our role is to provide the technical backbone and design practices that help everyone move faster, together.
We aim to leave you with systems that are maintainable by your teams or local partners. Where helpful, we can define long-term support or evolution engagements aligned to clear outcomes, not just tickets.
Tell us about your water, air, or land challenge — we’ll respond with honest, practical ideas for how technology can help.
Cities and local governments, utilities and infrastructure owners, impact-driven companies and NGOs, and research labs exploring the future of natural resource management.
A blend of cloud, robotics, and software expertise, grounded in field experience and a clear commitment to sustainable development.