Will AI replace lifeguards?

What AI already does in this job

Aquatics facilities currently use artificial intelligence primarily as a digital backup for surveillance and facility upkeep. Computer vision platforms like Poseidon Systems or AngelEye use overhead and underwater cameras to monitor swimmer trajectory, alerting staff when someone remains submerged or motionless beyond a programmed threshold. Smart sensor arrays routinely test, balance, and log pool chemistry such as free chlorine and pH levels, eliminating the need for manual hourly test-strip logging. Front-desk software with facial recognition or mobile scanning now automates patron capacity tracking and membership check-ins at municipal centers and YMCA branches. Automated weather tracking systems also alert outdoor guards to incoming lightning strikes or sudden squalls, prompting automated pool clearing protocols. While these systems streamline back-end operations and act as a second pair of eyes, they serve strictly as situational aids rather than substitutes for active human surveillance.

Where humans still win

The human advantage in lifeguarding centers on rapid physical rescue and immediate tactical triage. Robotic hardware currently lacks the balance, swimming propulsion, and adaptability needed to pull a panicked, struggling swimmer out of dynamic surf, churned water, or crowded splash zones. In-water spinal immobilizations, cross-chest carries, and transitions onto backboards require fine tactile judgment and physical dexterity that robotics cannot replicate. On land, delivering high-quality CPR, using an automated external defibrillator, or administering rescue breaths demands hands-on execution under extreme time pressure. Furthermore, lifeguards spend significant time enforcing preventive safety rules and resolving patron friction. Calming anxious parents, de-escalating arguments between lap swimmers, or spotting subtle behavioral signs of swimmer fatigue require human empathy, direct verbal communication, and real-time social awareness that algorithmic sensors cannot match.

This job in 2035

Between now and 2035, employment for lifeguards is projected to grow by 4.5%, reflecting steady community demand for recreational swimming facilities, waterparks, and coastal safety. The day-to-day workflow will increasingly integrate smart monitoring dashboards, wearable vibration alerts, and automated chemical tracking, shifting some cognitive burden away from constant visual scanning. Rather than reducing headcount, facilities will use vision systems to compensate for blind spots, glare, and guard fatigue, potentially lowering drowning rates. The median salary of $32,100 will likely see modest upward adjustments as guards take on advanced technical responsibilities, such as supervising computer vision systems and operating drone-based floatation delivery over ocean breaks. While post-secondary non-degree certifications from the American Red Cross or United States Lifesaving Association will remain the hiring benchmark, candidates who understand integrated facility telemetry and drone deployment may command higher hourly rates at large commercial resorts and competitive municipal districts.

Skills that protect you

• Open-water surf rescue execution, because breaking ocean waves and strong rip currents require physical swimming power and real-time environmental judgment.
• Emergency medical response and CPR, because hands-on physical intervention and airway management cannot be performed by remote software.
• Preventative deck de-escalation, because human social skills are necessary to resolve patron disputes and enforce rules before injuries happen.
• In-water spinal immobilization techniques, because securing an injured swimmer to a backboard requires precise tactile coordination among multiple responders.
• Aquatic drone and surveillance system operation, because combining physical rescue capability with automated spotting technology makes a guard more versatile.

If you want to move

Lifeguards seeking higher long-term earnings should leverage their medical and risk management foundation into adjacent public safety careers. Transitioning to an Emergency Medical Technician (EMT) or paramedic role requires similar post-secondary vocational training and offers clear career ladders in municipal fire departments or hospital networks. Those who enjoy aquatic environments can pursue commercial diving, water safety instruction, or aquatic facility management, overseeing mechanical filtration and regulatory compliance. Commercial pool operations certification (CPO) paired with supervisory experience opens pathways to municipal recreation coordinator or park ranger roles, building upon emergency preparedness while increasing compensation and autonomy.