Advancing Health Security for a Safer Future

Our Mission

Our mission is to create a new standard of health security, ensuring that every individual in a care facility lives, works, or learns in a verifiably safe environment. We believe that trust must be earned through transparency and proven with data.

Our Story

We built Theorem Guard to make prevention visible, simple, and verifiable in community settings where infections spread most rapidly, such as senior living facilities, childcare and early education centers, shelters, and other congregate facilities. Powered by Artificial Intelligence (AI) and real‑time, local health signals, we create evidence‑based hygiene protocols tailored to people, place, and moment. The goal is practical protection you can prove—day after day.

What this means in practice

Why this matters now

Minor lapses in hand hygiene, surface care, or air quality can cascade into outbreaks, staffing shortages, family disruption, and costly emergency care. With targeted, low‑cost steps—and ongoing verification—facilities reduce illness, stabilize operations, and protect dignity.

How We Tailor Protocols (Data + Artificial Intelligence)

Inputs: hyper‑localized, real‑time epidemiological signals; public‑health alerts; seasonality; facility logs; occupancy patterns; and vulnerability profiles.
Engine: Artificial Intelligence (AI) turns current risks into practical Standard Operating Procedures (SOPs), checklists, and schedules that are suitable for their purpose, easy to use, appropriate for the situation, timely, effective, and tailored
Output: efficient, effective, and verifiable protocols; routine spot‑checks; transparent logs; rapid updates as local risk shifts.
Benefit: fewer illness clusters and fewer costly disruptions—sustained by verification, not assumptions.

Senior Living & Long‑Term Care (United States)

Scale: approximately 15,000 facilities certified by the Centers for Medicare and Medicaid Services (CMS); approximately 1.2 million residents.
Burden: analyses of long‑term‑care settings cite ~1.6–3.8 million infections annually, up to ~388,000 infection‑associated deaths.
Action: focus on hand hygiene, targeted surface disinfection, and cleaner air; maintain ready‑to‑run outbreak playbooks.

Childcare & Early Education

Scale: approximately 14.7 million children under six have all available parents in the workforce—high exposure in group care.
Prevention: consistent hand hygiene programs are associated with ~16–21 percent fewer respiratory illnesses and ~23–40 percent fewer diarrheal illnesses; gastrointestinal‑related absenteeism can drop ~29–57 percent.
Cost example: in Michigan, childcare‑associated viral acute gastroenteritis (AGE) was estimated at 15–31 million dollars per year, mainly from productivity loss.

Shelters & Congregate Facilities

Acute‑care dependence: people experiencing homelessness have about 310 Emergency Department (ED) visits per 100 persons per year (2020–2021) versus ~40 per 100 among the non‑homeless.
Cost reality: In New York City, shelter stays average about 136 dollars per day, while a day of hospitalization averages ~3,609 dollars—preventing one hospitalization yields outsized savings.
What works: a layered approach—hand hygiene, cleaner air, targeted disinfection, and clear outbreak protocols—verified.

Hand hygiene you can see

What we verify

Prompts at points of entry, care, food service, and diaper‑changing areas
Continuous supply checks for soap, running water, paper towels, and alcohol‑based hand rub with at least 60 percent alcohol
Spot‑checks for staff, residents, visitors, and caregivers, with rapid coaching

Why it matters

Consistent hand hygiene reduces respiratory and gastrointestinal illness, stabilizes staffing, and lowers last‑minute disruptions.

Hotspot checks

The facilities include entrances and reception areas, dining rooms and food lines, bathrooms, activity rooms, medication pass stations, diaper-changing stations, and shift-change windows.

Targeted surface disinfection protocols and verification

We create the protocol and verify that your team follows it.

What we verify

Fit‑to‑purpose procedures for high‑touch surfaces (door handles, rails, call buttons, toys, shared devices)
Product choice and safe use for likely pathogens; correct dilution and dwell or contact times
Documented frequencies by risk level and use patterns
Incident response for gastrointestinal events (vomit or fecal contamination): isolate, step‑by‑step cleanup, disposal, post‑event checks
Auditable logs with supervisor sign‑off

Why it matters

High-touch and incident areas drive the spread in congregate settings; tight control prevents clusters from forming.

Hotspot checks

The amenities include shared bathrooms, dining tables and trays, elevator buttons, handrails, classrooms and play areas, intake desks, sleeping mats or bunks, and laundry zones.

Cleaner indoor air, fewer exposures

We set the standards and verify they are met.

What we verify

Practical “cleaner air” steps from public guidance: optimize outdoor air intake; align runtimes with occupancy
Use of Minimum Efficiency Reporting Value (MERV) 13 filters where safe and feasible
High Efficiency Particulate Air (HEPA) units in priority rooms (small high‑density rooms, intake offices, classrooms)
Spot measurements of airflow; documented filter‑change schedules
Verification of Air Changes per Hour (ACH) targets by room size, use, and crowding

Why it matters

Better ventilation and filtration reduce exposure to respiratory particles without costly retrofits.

Hotspot checks

The facilities include small rooms with high occupancy, rooms with limited windows, activity halls at peak times, and isolation or cohort areas during outbreaks.

Hotspot checks and rapid response (cross‑cutting)

We set the standards and verify they are met.

What we verify

A recurring “hotspot sweep” that flags locations, times, and behaviors with elevated risk
Fast corrective actions compliance (refill sanitizer, replace a clogged filter, repeat cleaning after a gastrointestinal incident, adjust ventilation before peak occupancy)
Short feedback loops to staff and service providers, with re‑checks to confirm the fix

Why it matters

Risk is uneven and shifts through the day; systematic checks keep prevention reliable—without superficial “deep‑clean” theatrics.

What We Verify (and Why It Matters)

Scope: Theorem Guard does not clean or disinfect. We create protocols based on evidence and ensure that partner teams follow them correctly by using audits, observations, logs, tracking results, and quick feedback.

Outcomes you can count and show

Fewer illness clusters and avoidable hospital transfers
More predictable staffing and less forced overtime
Lower family disruption from sudden classroom or unit closures
Clear, transparent logs for leaders, regulators, and payers
Confidence for residents, children, families, and staff

Who this helps—and how it feels

Operators and administrators: fewer fire drills, clear standards, verifiable results for boards and regulators
Frontline staff and caregivers: simple steps, visible prompts, rapid feedback—good intentions turned into reliable habits
Families and residents or children: prevention is measured and maintained, not assumed
Funders, insurers, and regulators: consistent verification and reporting that is easy to audit

How our data and Artificial Intelligence (AI) engine support you

Hyper‑localized, real‑time signals guide daily priorities and staffing focus
Fit‑to‑purpose protocols adjust with seasonality, occupancy, and vulnerability profiles
Verification by design: audits, observations, and outcome tracking make progress visible

Learn the steps we track and how they tie to outcomes

Get a tailored plan for your facility type, size, and risk profile

Leadership Team

Taha I. Asaad, Ph.D., MBA

– Co-Founder & Chief Strategy Officer

Dr. Asaad is a systems thinker and strategist with over 15 years of experience driving transformational impact in complex global environments . With a multidisciplinary background spanning data science, international development, and health management, he is an expert in designing evidence-based frameworks that deliver measurable results . Dr. Asaad has led and managed high-impact teams and program portfolios valued at over $1.36 billion, positively affecting over 13 million lives across continents. At Theorem Guard, he architects the data-driven methodologies and strategic partnerships that ensure our solutions are not only innovative but also deliver verifiable value and social return on investment.

Israa O. Ali, MBA, CQE

– Co-Founder & Chief Technology Officer

Israa Ali is a results-driven Software Development Engineer in Test (SDET) and certified Quality Engineer with over 8 years of experience in agile tech environments. She possesses proven expertise in designing and maintaining scalable test automation frameworks for web and API layers using Java, Selenium WebDriver, and Cucumber. Passionate about user-centered design and sustainable innovation, she has a track record of delivering high-quality software through strategic leadership and process optimization. Ms. Ali leads the development of the Theorem Guard technology platform, ensuring our data analytics engine, client dashboards, and verification tools are robust, reliable, and secure.

Join Our Mission

We are always looking for passionate individuals dedicated to making our communities safer. If you are an expert in public health, data science, or client relations, we want to hear from you.