Deep-Tech Metering + Analytics to Reduce Cost, Waste, and Emissions Across the Energy Value Chain
Published: January 17, 2026
Authors: Oren Jaffe (Sales & Sustainability Advisor) and Brian Julianel (Global Business Director)
Carbon Emissions Case Study: Series-Meter High-Accuracy Leak Detection
Omnisense Labs (OSI) is a deep-tech OEM building advanced sensing hardware and decision-grade software that helps energy operators, facilities managers, and institutions eliminate inefficiencies—reducing operating costs, decreasing GHG emissions, improving accountability, and accelerating the transition to cleaner, more transparent energy systems.
While Omnisense is known for precision flow measurement (including high-accuracy, ruggedized systems built for demanding upstream, midstream, and downstream environments), Omnisense is fundamentally a metering-and-intelligence company. Our solutions help customers measure what matters, find hidden profits, and act quickly—whether the need is operational efficiency, “Super Pollutant” mitigation (especially methane), compliance reporting, and/or 3rd party verification of low-carbon projects.
Why measurement improves the bottom line—and sustainability
Across the energy value chain, “invisible” losses add up: gas and energy waste, leakage, process drift, fugitive emissions, uncertain inventories, and mismatched accounting between parties. These issues aren’t just climate problems—they’re profit-and-loss problems. The fastest, most practical wins often come from:
Finding and reducing waste (where profits leaks out):
Surface unaccounted-for volumes and measurement uncertainty that drive losses and disputes.
Detect abnormal flow patterns, drift, and operational inefficiencies earlier.
Reduce rework, truck rolls, and avoidable downtime by acting on exceptions—not guesses.
Strengthening measurement and verification (for programs, partners, and regulators):
Measuring your Super Pollutants including methane and other emissions initiatives (ex. black carbon, albedo, NO2, and other short term climate heat impacts) with traceable, defensible data.
Enable verification for low-carbon climate projects (e.g., carbon capture, hydrogen blending, renewable natural gas).
Move from periodic checks and estimates to continuous, data-driven accountability.
Improving trust and commercial outcomes between parties:
Reduce allocation and custody-transfer disputes by improving measurement integrity.
Accelerate settlement and reduce write-offs tied to “unknowns” and mismatched records.
Align operators, midstream partners, buyers, and regulators around consistent, auditable data.
Omnisense builds the measurement backbone that turns operational and sustainability goals into measurable, auditable performance.
Sustainability and environmental advantages
Lower emissions through better visibility:
High-fidelity sensing and continuous monitoring help surface anomalies early—reducing venting, minimizing leaks and loss events, and improving control over day-to-day operations. Even small improvements in detection speed and accuracy can translate into meaningful reductions in wasted energy and emissions intensity, including methane.
Energy efficiency as a first-order outcome:
Inefficiency often shows up as poor measurement: drift, uncertainty, or missing context. By tightening measurement and adding analytics, operators can reduce rework, improve process stability, and lower the energy required per unit of output—supporting cleaner operations without requiring a full asset overhaul.
Supporting clean-energy pathways:
Many clean-energy and decarbonization initiatives (e.g., carbon capture utilization and storage, hydrogen blending, renewable natural gas, and other low-carbon fuels) depend on accurate, durable instrumentation and trustworthy data systems. Omnisense is built to be a long-term partner where rigorous sensing and analytics are prerequisites—not afterthoughts.
Better carbon accounting, reporting, and verification:
More reliable measurement supports credible carbon footprint narratives—especially as stakeholders increasingly expect traceable, defensible data. Omnisense’s approach is designed to help customers move from estimates and periodic checks to continuous, data-driven accountability.
Decarbonize more efficiently:
Good data helps teams prioritize the highest-impact actions first—reducing emissions intensity at the lowest cost. By measuring performance continuously, operators can validate what works, quantify ROI, and avoid over-investing in projects that don’t materially move the needle.
Sensing Instruments and dashboards, not just hardware
Omnisense solutions are intentionally modular. Some customers start with a dashboard-first need—turning scattered operational data into usable insight. Others start with a specific sensing challenge. Many deploy a full stack.
Sensing instrumentation: precision sensing built for demanding field conditions
Ruggedized designs for upstream, midstream, and downstream environments.
Options to match install constraints and deployment timelines (from quick pilots to permanent installs).
Designed to integrate into real operational workflows—not just lab settings.
Analytics dashboards: monitoring, alerting, trends, and performance intelligence
Remote monitoring with alerts and exception-based workflows.
Trends and diagnostics that help teams find loss, drift, and abnormal behavior.
Shareable outputs for operations, engineering, and sustainability reporting.
Measurement integrity and data workflows: turning raw readings into decision-grade outputs
Data quality checks, traceability, and audit-ready exports.
Integration pathways to existing systems where appropriate (e.g., operator data platforms).
Operational + ESG outputs aligned to the decisions teams actually need to make.
OEM collaboration: tailored integrations and specialized sensor packages for unique requirements
A la carte modules or full-scope deployments based on the customer’s problem.
Engineering partnership to solve site-specific constraints and deployment realities.
Co-development options for specialized sensing and analytics needs.
A la carte or full-scope—designed around your problem
Every operator, institution, and project has different constraints: asset age, field conditions, reporting requirements, commercial structures, and decarbonization targets. Omnisense is structured to meet customers where they are:
A la carte modules (a specific sensor, a dashboard layer, monitoring for a critical point).
Full-scope deployments (instrumentation + analytics + workflows + support).
Custom solutions led by scientists and engineers focused on solving the root inefficiency—not forcing a one-size-fits-all product.
Outcome: a cleaner, more accountable, lower-cost operations
Omnisense Labs exists to make energy systems more efficient and transparent. By combining advanced sensors with practical analytics, we help customers reduce waste, lower operating cost, mitigate emissions (including super pollutants like methane), and build the data confidence needed for a cleaner energy future—one measurable improvement at a time.