Announcing Dr. Dustin Sachs, Mesh Commons Distinguished Research Advisor

"Cybersecurity in the Boardroom" … is a marketing campaign.

There's a rapidly growing cohort of cybersecurity leaders already turning this marketing hypothetical into reality. A focus of this effort: collaborative decision-making across the C-Suite, where impacts are transparent, accountability is shared, and every function has a stake in securing operations. Mesh Commons believes that CISOs become true business enablers when they can drive faster, clearer, and more aligned decisions, free of the cognitive friction hidden in everyday workflows.

Mesh Commons does three things, summarized below and laid out in detail in this blog.

1. We run C-Suite workshops to deconstruct workflows and build decision-ready "Views."
2. We offer a C-Suite Simulation Platform for rehearsing high-stakes decisions.
3. We advance research into how leaders make better decisions under pressure.

Today, we're expanding that third pillar.

Dr. Dustin Sachs, Distinguished Research Advisor

We are proud to welcome Dr. Dustin Sachs as Mesh Commons Distinguished Research Advisor.

With Dr. Sachs's advisory support, we extend our existing Cognitive Engineering Design Methodology research led by Brad Paley, our Co-Founder and Chief Product & Research Officer, into the domain of behavioral and decision science.

Dr. Sachs's research focus is blunt, essential, and perfectly aligned with our mission: if CISOs are to become true business enablers, the erosion of decision quality under cognitive overload must be understood and systematically addressed. In his published work "Decision Overload: Cybersecurity in the Age of Big Data," he lays out the scale of the issue in no uncertain terms:

• Cyber professionals face more decisions than nearly any other profession. And each decision has material risk implications.
• Organizations ingest ~3 billion cybersecurity data points per day from more than 50+ sources.
• The human brain has finite decision-making energy, a cognitive limit which steadily declines through the day.
• Big data and alert streams accelerate that depletion, increasing the likelihood of oversights, hasty judgments, and operational errors.
• Without intervention, cognitive overload becomes a structural risk that ripples from SOC analysts to CISOs to the entire executive team.

Finally, Dr. Sachs underscores the importance of decision hygiene: a disciplined approach to improving decision quality by reducing cognitive overload and restoring mental clarity.

This is not theoretical for us. It's exactly what happens inside the Mesh Commons Workflow Exchange, where we deconstruct real task flows to expose hidden decision load. In practice, that means identifying what truly matters, collapsing bloated choice sets, standardizing repeatable judgments, and eliminating unnecessary steps, distractions, and cognitive branching that quietly degrade performance.

Why This Research Matters for CISOs

CISOs today are judged not only on breach prevention, but on their ability to:

• Lead risk decisions with clarity
• Drive alignment across executives with differing incentives
• Reduce operational drag inside teams and tools
• Improve the organization's overall cognitive resilience

This matters because when decision quality slips, coordination breaks down, resulting in data loss and operational disruption. Dr. Sachs's research exposes this vulnerability and gives Mesh Commons a foundation to address it systematically.

Mesh Commons Research

With the advisory support of Dr. Sachs, Mesh Commons plans to promote and fund a research agenda, led by Brad Paley, that spans human factors, applied AI, and decision-support engineering.

Several early areas include:

Machine Learning / AI as a decision-support partner.

Structuring decision-ready data, avoiding algorithmic bias, preserving human oversight, and integrating technology into interfaces, including Mesh Commons' Views without overwhelming the user.

Organizational Practices That Improve Cognitive Resilience.

Examining operating procedures and agile decision practices that shape executive decision cadence, cross-functional workflow design, and cognitive-capacity-aware leadership. We then test these practices inside real workflows surfaced during Mesh Commons Workshops.

Multimodal Interfaces and New Forms of Decision Assistance.

Exploring how to move leaders from dashboards to true decision environments through interfaces that blend voice, visual cues, and structured data. This includes Adaptive Views that shift with cognitive state and urgency; and friction-reduction methods for workflows spanning multiple roles. This work will directly inform how we design Custom Views today, and where we take them next.

Why This Matters Now

CISOs are at a turning point. Business leadership is asking them to:

• Explain risk in business terms
• Align decisions across executives
• Reduce operational drag caused by poorly designed tools
• Maintain precision under conditions that degrade cognition

Technology alone won't solve that. More dashboards won't either.

We need better decisions, supported by:

• Cognitive science
• Human-aligned workflows
• ML that reduces, not increases, cognitive burden
• Environments designed for clarity, not chaos

That is the future Mesh Commons is building toward. And with Dr. Dustin Sachs joining our research leadership, we're accelerating that future.