Where Organizations Think Smarter
A non-profit applying cognitive engineering to de-risk the cybersecurity
and business systems that run our world.
A non-profit applying cognitive engineering to de-risk the cybersecurity
and business systems that run our world.

Information is displayed but rarely transformed into understanding. It’s scattered across charts, feeds, and alerts that compete for attention instead of guiding it.

Every function builds its own view of risk, performance, or safety, and no one sees the whole picture.

As systems grow smarter, their interfaces often grow less human. Tools evolve faster than the visual and cognitive patterns people rely on, forcing even experts to translate meaning from raw data under pressure.

Traditional task flows work well for tactical activities like incident response, providing clear guidance for predefined events and predictable conditions.
But when it comes to more strategic initiatives—such as setting budgets, modernizing technology, or strengthening resilience—linear processes fall short. Strategic work doesn’t follow a script. It requires judgment, iteration, and adaptation in response to changing conditions, incomplete information, and competing priorities.

Adaptive Workflows are built to evolve—shifting their sequence, timing, and emphasis as risks, business priorities, and insights change.
Grounded in the Cognitive Engineering Design Methodology (CEDM), our methodology addresses how the human mind perceives, compares, and decides under pressure. Tapping into the "expert mind"—CISOs, risk leaders, and functional executives within the Mesh Commons community—our workflows mirror how experts actually think and act when context is fluid and outcomes are uncertain.

Mesh Commons Workshops are twice-monthly working sessions where leadership and their teams bring real-world decisions to the table, stress-test them using cognitive engineering principles, and co-develop open frameworks that strengthen human performance, decision clarity, and collaboration across complex, high-stakes systems.

Custom Views Service enhances the applications your teams already use—redesigning around how experts think. Using Cognitive Engineering Design Methodology (CEDM), we transform complex interfaces into intuitive decision environments that reduce cognitive overload and bring clarity to every choice.

An interactive environment for rehearsing decisions under realistic conditions, built on a framework refined through a decade of use in financial and mission-critical systems. Our simulations enable cybersecurity partners to run tabletop exercises that strengthen coordination, communication, and cognitive performance before crises arise.
Identify a high-value workflow—such as annual budget planning or incident response—that spans multiple functions.
Map the key steps, decisions, and dependencies, breaking the workflow into its essential building blocks.
Determine what data is required at each step to make confident, timely decisions.
Design and refine visual decision maps, task sheets and views applying Cognitive Engineering Design Methodology.
Receive finalized task sheets, visual decision maps, and recommendations your team can immediately apply to improve decision alignment.
Structured models that capture how critical decisions unfold — who decides, when, and with what information.
Step-by-step guides that break down complex workflows into clear, actionable tasks.
A growing library of deconstructed decision workflows contributed by member organizations.
During a cyber incident, cross-functional executives operate from different realities. Fragmented dashboards create misaligned priorities, forcing leaders to make multimillion-dollar decisions with incomplete context, unclear communication, and conflicting views of risk and impact.
Clinicians face cognitive overload from fragmented data across patient records, devices, and lab systems. Under massive pressure, vital cues are missed, forcing teams to rely on memory and workarounds instead of maintaining accurate, shared situational awareness during critical care decisions.
Traders navigate multiple dashboards showing market data, liquidity, and exposure, each with different models and time frames. During volatility, inconsistent information and mismatched timing disrupt awareness, leading to hesitation, delayed reactions, or conflict that amplifies financial risk.

Get a Cognitive Engineering Audit of your application to reveal how cognitive performance gains could apply to your systems. Submit three screenshots, and we’ll return a detailed deconstruction highlighting optimization opportunities and estimating the potential business value.
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