Understanding when and where storms will strike gives communities precious time to prepare, evacuate, and minimize damage. Modern meteorology combines satellite imagery, radar systems, computer models, and artificial intelligence to predict severe weather events with remarkable accuracy.

Whether you’re a weather enthusiast, emergency manager, or simply someone who wants to stay safe, knowing how storm prediction works empowers better decision-making. Let’s explore the fascinating science, technology, and practical applications behind forecasting nature’s most powerful phenomena.

The Science Behind Storm Formation and Behavior

Storms develop when specific atmospheric conditions align—typically involving temperature differentials, moisture content, and air pressure variations. Warm, moist air rises rapidly, creating convective currents that fuel thunderstorm development. As this air ascends, it cools and condenses, releasing latent heat that further energizes the system.

The interaction between cold fronts and warm air masses creates instability in the atmosphere. When cold air undercuts warmer air, it forces rapid upward movement, generating the towering cumulonimbus clouds associated with severe storms. Wind shear—changes in wind speed or direction with altitude—adds rotation to these systems, potentially spawning tornadoes.

Meteorologists analyze multiple atmospheric layers simultaneously, examining temperature gradients, humidity profiles, and wind patterns from ground level to the stratosphere. This three-dimensional view reveals storm potential hours or even days before visible cloud formation begins.

Key Ingredients for Severe Storm Development

Professional forecasters look for four essential elements when assessing storm threat levels:

• Moisture: High dewpoint temperatures indicate abundant water vapor available for storm energy
• Instability: Measured through indices like CAPE (Convective Available Potential Energy)
• Lift: Mechanisms that force air upward, including frontal boundaries and terrain features
• Wind Shear: Directional and speed changes that organize storms and enable supercell formation

When all four ingredients converge in sufficient quantities, the atmosphere becomes primed for explosive storm development. Forecasters use specialized diagrams called Skew-T plots to visualize these parameters and calculate precise risk assessments.

Modern Technology Revolutionizing Storm Prediction

Today’s meteorologists have access to tools their predecessors could only dream about. Geostationary satellites orbit 22,000 miles above Earth, providing continuous imagery of cloud patterns, storm tops, and atmospheric motion. These satellites update every five to fifteen minutes, tracking storm evolution in near real-time.

Doppler radar technology represents perhaps the single greatest advancement in storm forecasting. By measuring the velocity of precipitation particles, these systems detect rotation within storms, identifying tornado signatures before touchdowns occur. Dual-polarization radar adds another dimension, determining precipitation type and intensity with unprecedented accuracy.

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Computer models process billions of data points, simulating atmospheric behavior hours to weeks in advance. Global models provide the big picture, while high-resolution regional models zoom in on specific areas, calculating storm paths, intensities, and timing with impressive precision.

The Role of Artificial Intelligence in Weather Forecasting

Machine learning algorithms now analyze historical weather patterns, identifying subtle signals that human forecasters might miss. These AI systems process radar imagery, satellite data, and ground observations simultaneously, recognizing pre-storm signatures and improving warning lead times.

Neural networks trained on decades of weather data can predict lightning strikes, hail sizes, and tornado probabilities with increasing accuracy. Some experimental systems now generate automated forecasts that rival or exceed human predictions for certain storm types.

However, artificial intelligence supplements rather than replaces human expertise. Experienced meteorologists provide context, local knowledge, and judgment that algorithms cannot replicate. The collaboration between human insight and machine processing creates the most reliable forecasting systems.

Understanding Storm Categories and Warning Systems

Different storm types require distinct forecasting approaches and public communication strategies. Meteorological services categorize severe weather threats to help communities prepare appropriately:

The Storm Prediction Center issues outlooks days in advance, identifying areas at risk for severe weather. These outlooks use categorical terms—marginal, slight, enhanced, moderate, and high—to convey threat levels. As the event approaches, local offices issue watches when conditions favor storm development, and warnings when dangerous weather is occurring or imminent.

Interpreting Forecast Confidence and Probability

Weather prediction involves inherent uncertainty due to the atmosphere’s chaotic nature. Small variations in initial conditions can produce dramatically different outcomes—the famous “butterfly effect” in action. Forecasters communicate this uncertainty through probability ranges and confidence statements.

A 40% chance of thunderstorms doesn’t mean rain is unlikely—it indicates a moderate probability that any given location will experience precipitation. Understanding these statistical expressions helps individuals make informed decisions about outdoor activities, travel plans, and safety preparations.

Ensemble forecasting runs multiple simulations with slightly different starting conditions, creating a range of possible outcomes. When ensemble members agree, confidence increases. When they diverge significantly, forecasters acknowledge higher uncertainty and adjust messaging accordingly.

Regional Variations in Storm Patterns and Prediction Challenges

Geography dramatically influences storm behavior and forecasting difficulty. Coastal regions face tropical systems and sea-breeze thunderstorms, while interior plains experience supercells and tornado outbreaks. Mountain terrain generates its own weather patterns through orographic lifting and valley channeling effects.

Urban heat islands modify local storm development, sometimes enhancing or suppressing convection depending on broader atmospheric conditions. Cities also create mechanical turbulence that affects low-level wind patterns, complicating short-term predictions for metropolitan areas.

Tropical storm forecasting presents unique challenges due to complex ocean-atmosphere interactions. Sea surface temperatures fuel these systems, but wind shear, dry air intrusions, and land interactions can rapidly weaken them. Hurricane path predictions have improved significantly, though intensity forecasts remain more uncertain.

Climate Change Impacts on Storm Forecasting

Warming temperatures alter atmospheric dynamics, potentially shifting storm patterns and intensities. Some regions experience more frequent severe weather outbreaks, while others see changes in seasonal timing or storm types. Forecasters must adapt models and techniques as baseline climate conditions evolve.

Increased atmospheric moisture from warmer air enables heavier precipitation rates, even in storms that wouldn’t have been classified as severe historically. Flash flooding has become more common in areas previously considered low-risk, requiring expanded monitoring and warning systems.

Long-term climate projections suggest continued changes in storm behavior, though specific regional impacts remain subjects of ongoing research. Meteorological services invest in climate-informed forecasting tools that account for shifting baselines while maintaining short-term prediction accuracy.

Practical Applications for Personal Safety and Planning

Staying informed about approaching storms requires multiple information sources and understanding which alerts apply to your specific location. Weather apps provide customizable notifications, radar imagery, and forecast details tailored to individual needs. Reliable applications source data from official meteorological services rather than proprietary algorithms of questionable accuracy.

NOAA Weather Radio broadcasts continuous updates and automatic alerts for life-threatening situations. These specialized radios activate during warning issuance, providing critical information even when power outages disable other communication methods. Every household in storm-prone areas should maintain at least one weather radio.

Social media has become an important dissemination channel, with meteorologists providing real-time updates and answering public questions. However, misinformation spreads rapidly online, making source verification essential. Follow official accounts from national weather services and trusted local meteorologists.

Creating Your Personal Storm Preparedness Strategy

Effective preparation begins long before storms threaten. Identify your home’s safe spaces—interior rooms on lowest floors away from windows for tornadoes, upper floors for flooding scenarios. Assemble emergency kits containing water, non-perishable food, medications, flashlights, batteries, and important documents in waterproof containers.

• Develop communication plans ensuring all family members know how to reconnect if separated
• Practice emergency drills so responses become automatic during high-stress situations
• Maintain vehicle fuel levels during storm seasons for potential evacuations
• Photograph property and belongings for insurance documentation
• Identify community shelters and evacuation routes before emergencies arise

When severe weather threatens, monitor updates frequently as forecasts often change rapidly based on storm behavior. Don’t wait until the last minute to take protective action—warnings provide limited time, and conditions may deteriorate faster than anticipated.

The Future of Storm Prediction Technology

Next-generation weather satellites launching this decade will provide even higher resolution imagery with faster update cycles. Advanced instruments will measure atmospheric composition, moisture profiles, and lightning in unprecedented detail, feeding more precise data into forecasting models.

Phased array radar technology promises to scan the entire atmosphere in seconds rather than minutes, potentially doubling tornado warning lead times. These systems track multiple storms simultaneously while detecting smaller-scale features that current radars miss.

Crowd-sourced weather observations from smartphones, connected vehicles, and home weather stations supplement professional networks. Thousands of additional data points improve model initialization and help forecasters identify localized phenomena. Apps increasingly contribute anonymized pressure readings, creating dense observation networks in urban areas.

Quantum Computing and Weather Prediction

Quantum computers could revolutionize atmospheric modeling by processing exponentially more calculations than classical systems. These machines might simulate individual cloud droplets and air molecules, creating perfect forecasts limited only by observation network density. While practical quantum weather models remain years away, research progresses rapidly.

Improved prediction accuracy will extend usable forecast periods, potentially providing reliable severe weather outlooks a week or more in advance. This extended lead time would transform emergency management, allowing earlier evacuations, better resource positioning, and more effective public messaging.

Empowering Communities Through Weather Literacy

Education remains the foundation of effective storm safety. Understanding basic meteorological concepts helps individuals interpret forecasts, recognize dangerous situations, and take appropriate actions. Schools increasingly incorporate weather science into curricula, building scientifically literate populations.

Community weather spotter programs train volunteers to report storm conditions, filling gaps in automated observation networks. These trained observers provide ground truth that validates radar signatures and model predictions, improving warning accuracy and reducing false alarms.

Public-private partnerships expand access to weather information and forecasting tools. Private companies develop user-friendly applications while meteorological services ensure data accuracy and maintain warning systems. This collaboration serves diverse needs from casual users seeking weekend forecasts to emergency managers coordinating disaster responses.

As climate patterns shift and populations grow in hazard-prone areas, storm forecasting becomes increasingly critical. Continued investment in observation systems, model development, and public education will save lives and reduce economic losses. The remarkable progress in recent decades demonstrates human ingenuity applied to understanding and predicting nature’s power.

By staying informed, preparing thoroughly, and respecting severe weather warnings, individuals and communities can coexist with storms safely. The science continues advancing, but personal responsibility and appropriate response to forecasts remain the most important factors in weather safety.

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Climate patterns have shifted dramatically over the past decade, bringing with them an increase in severe weather phenomena. Hurricanes, tropical storms, and devastating tempests are no longer confined to specific seasons or regions—they can strike with little warning, leaving communities vulnerable and unprepared.

The good news? Technology has evolved to match these challenges. Modern weather monitoring systems, combined with sophisticated alert mechanisms, now make it possible to track storms in real-time and receive critical warnings directly to your mobile device. Being proactive rather than reactive can save lives, protect property, and provide peace of mind during uncertain times.

Understanding the Growing Threat of Severe Weather

The intensity and frequency of hurricanes have increased noticeably in recent years. Scientific data shows that warmer ocean temperatures are fueling stronger storms, while changing atmospheric conditions create more volatile weather patterns. What was once considered a rare Category 5 hurricane is becoming more common, with devastating consequences for coastal and inland communities alike.

Tropical storms can intensify rapidly, sometimes upgrading from a mild disturbance to a life-threatening hurricane within hours. This rapid intensification leaves little time for traditional warning systems to alert populations effectively. The window for evacuation and preparation has narrowed significantly, making instant access to weather information absolutely critical.

Beyond hurricanes, severe thunderstorms, tornadoes, and flash flooding events are occurring with greater unpredictability. Regions that historically experienced mild weather are now facing extreme conditions. The old adage “it can’t happen here” no longer applies—preparedness is essential regardless of your geographical location.

How Real-Time Weather Monitoring Works

Modern weather tracking relies on an intricate network of satellites, radar systems, ocean buoys, and ground stations. These instruments collect millions of data points every hour, feeding information into sophisticated computer models that predict storm behavior with remarkable accuracy.

Meteorological satellites positioned in geostationary orbit provide continuous monitoring of cloud formations, temperature gradients, and atmospheric pressure systems. When these indicators suggest the formation of a tropical depression or storm system, advanced algorithms begin tracking its trajectory, intensity, and potential impact zones.

Weather radar technology has improved exponentially, now capable of detecting rotation within storm cells that might spawn tornadoes, measuring precipitation rates to predict flooding, and identifying dangerous wind patterns. This data is processed in real-time and made available through various platforms, including specialized weather apps designed for consumer use.

The integration of artificial intelligence and machine learning has further enhanced prediction accuracy. These systems analyze historical weather patterns alongside current conditions to generate increasingly reliable forecasts. What once required teams of meteorologists can now be delivered automatically to your smartphone within seconds of detection.

Why Constant Weather Alerts Are Essential

Timing is everything when severe weather strikes. A few minutes of advance warning can mean the difference between reaching shelter safely and being caught exposed to dangerous conditions. Constant weather alerts ensure you’re never caught off guard, regardless of where you are or what you’re doing.

Traditional weather forecasting relied on scheduled broadcasts—morning news, evening updates, and periodic radio announcements. This approach left dangerous gaps in coverage, especially during overnight hours when storms could develop and intensify without public awareness. Continuous monitoring eliminates these blind spots entirely.

Push notifications delivered directly to your device provide instantaneous awareness. Whether you’re at work, sleeping, or traveling, critical weather information reaches you immediately. These alerts can be customized based on severity levels, ensuring you receive warnings about life-threatening situations while filtering out less urgent updates.

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For families, these alerts provide an additional layer of security. Parents can ensure their children are safe at school, elderly relatives can be checked on during dangerous weather, and evacuation plans can be activated with adequate time. The psychological benefit of knowing you won’t be blindsided by a storm cannot be overstated.

Tracking Hurricanes: What You Need to Know

Hurricanes develop through distinct stages, beginning as tropical depressions before potentially strengthening into named storms and eventually hurricanes. Understanding this progression helps you interpret alerts and gauge the seriousness of approaching weather systems.

The Saffir-Simpson Hurricane Wind Scale categorizes hurricanes from 1 to 5 based on sustained wind speeds. A Category 1 hurricane brings winds of 74-95 mph, capable of causing property damage and power outages. By Category 5, winds exceed 157 mph, producing catastrophic destruction that can level entire neighborhoods.

However, wind speed tells only part of the story. Storm surge—the abnormal rise in water level caused by hurricane winds—often proves more deadly than the winds themselves. Coastal areas face particular vulnerability, with surge levels potentially reaching 20 feet or more during major hurricanes, flooding communities miles inland.

Modern tracking apps display hurricane cones of uncertainty, showing the probable path of the storm over the coming days. These cones widen as they extend further into the future, reflecting decreasing certainty in long-range predictions. Understanding how to read these forecasts helps you make informed decisions about whether to shelter in place or evacuate.

Setting Up Your Personal Alert System

Creating an effective personal weather alert system begins with selecting the right applications and services. Premium weather apps offer customizable alert parameters, allowing you to specify which types of warnings you receive and for which locations. This customization prevents alert fatigue while ensuring critical notifications get through.

Location-based tracking is particularly valuable for people who travel frequently or have family members in different regions. You can monitor weather conditions for multiple areas simultaneously, receiving alerts relevant to each location. This feature proves invaluable for coordinating safety plans across geographic distances.

Many advanced weather platforms allow you to set custom thresholds for various meteorological parameters. You might configure alerts for wind speeds exceeding 40 mph, rainfall rates above 2 inches per hour, or barometric pressure drops indicating approaching storm systems. This level of granular control ensures you receive precisely the information most relevant to your safety needs.

Integration with smart home systems adds another dimension to weather preparedness. Automated responses can be triggered by severe weather alerts—closing storm shutters, securing outdoor furniture, or even starting backup generators. This connectivity transforms weather awareness into active protection.

Understanding Weather Data and Forecasts

Weather forecasts present multiple types of data, each serving a specific purpose. Surface observations report current conditions—temperature, humidity, wind speed and direction, visibility, and precipitation. These measurements provide the foundation for understanding present weather states.

Predictive models extend beyond current conditions to forecast future scenarios. Numerical weather prediction uses mathematical models of the atmosphere to simulate how weather patterns will evolve. Multiple models run simultaneously, and meteorologists compare their outputs to arrive at consensus forecasts with higher reliability.

Probability information indicates forecast confidence. When you see a “70% chance of rain,” this means that given current atmospheric conditions, precipitation occurs seven out of ten times historically. Understanding these probabilities helps you assess risk appropriately rather than treating forecasts as absolute certainties.

Severe weather warnings come with specific terminology that signals threat levels. A “watch” means conditions are favorable for severe weather development—stay alert and prepare. A “warning” means severe weather has been detected or is imminent—take action immediately. Recognizing this distinction is crucial for appropriate response.

Preparing Your Home Before Storms Arrive

Advance preparation dramatically reduces storm damage and enhances personal safety. Once you receive alerts about approaching severe weather, having a predetermined action plan eliminates confusion and wasted time. Your preparation checklist should be comprehensive yet executable quickly.

Securing outdoor items prevents them from becoming dangerous projectiles in high winds. Patio furniture, grills, decorations, and even trash cans should be stored in garages or sheds. If storage isn’t possible, anchor items securely or move them to ground level where wind forces are reduced.

Window protection varies by threat level. For moderate storms, closing shutters or boarding windows may suffice. Hurricane-prone regions benefit from permanent storm shutter systems or impact-resistant windows. Even reinforcing windows with heavy-duty tape in an “X” pattern can reduce shattering, though this offers limited protection against major hurricanes.

Water intrusion causes extensive damage, so inspect your property’s drainage systems before storm season. Clear gutters and downspouts of debris, ensure sump pumps function properly, and verify that yard grading directs water away from your foundation. These simple measures prevent thousands of dollars in water damage.

Creating an Emergency Response Plan

Every household needs a documented emergency plan that all members understand and can execute without guidance. This plan should address multiple scenarios—sheltering in place, local evacuation, and extended displacement. Practicing this plan through regular drills ensures smooth execution during actual emergencies.

Designate a safe room within your home for sheltering during severe weather. Ideal safe rooms are interior spaces without windows, preferably on the lowest floor of your structure. Bathrooms work well due to additional structural support from plumbing. Stock this space with emergency supplies, flashlights, battery-powered radio, and first aid materials.

Evacuation routes should be planned in advance, with multiple alternatives in case primary routes become impassable. Identify destinations outside the threat zone where your family can regroup—whether staying with relatives, at designated shelters, or in hotels. Ensure every family member knows these locations and how to reach them independently if separated.

Communication plans must account for potential infrastructure failures. Establish out-of-area emergency contacts whom all family members can reach to relay status updates. Text messages often work when voice calls fail during disasters. Consider investing in emergency communication devices like satellite messengers for areas where cellular networks may be compromised.

Essential Emergency Supplies Everyone Should Have

A well-stocked emergency kit provides self-sufficiency during the critical period when external assistance may be unavailable. Federal emergency management agencies recommend maintaining supplies sufficient for at least 72 hours, though longer durations are advisable in hurricane-prone regions.

Water is your highest priority—store one gallon per person per day for drinking and sanitation. Non-perishable food items should require no refrigeration, preparation, or cooking. Focus on high-calorie, nutritious options like canned goods, energy bars, dried fruits, and nuts. Don’t forget manual can openers and disposable utensils.

Medical supplies extend beyond basic first aid. Include prescription medications with a cushion beyond your normal refill schedule, over-the-counter pain relievers, antiseptics, bandages, and any specialized medical equipment like glucose monitors or inhalers. Keep copies of prescriptions and medical records in waterproof containers.

Power outages accompany most severe weather events, making alternative lighting and communication essential. Stock multiple flashlights with extra batteries, or better yet, invest in hand-crank or solar-powered options. Battery banks for charging mobile devices, emergency radios, and backup power for critical medical equipment should all feature in your kit.

After the Storm: Safety Considerations

The period immediately following severe weather often presents unexpected dangers. Returning too quickly or moving about carelessly leads to preventable injuries and fatalities. Storm damage creates hazardous conditions that persist long after winds subside and rain stops.

Downed power lines represent extreme danger and should be assumed live regardless of appearance. Maintain at least 35-foot distance from any downed line and report it immediately to utility companies. Water conducts electricity effectively, so standing water near power lines is equally hazardous.

Structural damage may not be immediately obvious. Before entering buildings after storms, look for signs of compromise—sagging roofs, cracked foundations, shifted structures, or broken support beams. If you smell gas, hear hissing, or suspect gas leaks, evacuate immediately and contact emergency services from a safe distance.

Flooding presents multiple hazards beyond drowning risk. As little as six inches of moving water can knock an adult off their feet, while twelve inches can carry away most vehicles. Floodwater is contaminated with sewage, chemicals, and debris, creating infection risks from even minor contact. Never walk or drive through flood waters—turn around, don’t drown.

Leveraging Technology for Maximum Protection

The evolution of weather technology has democratized access to professional-grade meteorological data. What once required expensive equipment and specialized training now fits in your pocket, delivering sophisticated forecasts and real-time tracking with remarkable precision.

Radar imagery available through modern apps rivals what meteorologists use in television studios. Animated radar shows storm movement, intensity, and internal structure. Velocity displays reveal rotation within storms, indicating tornado potential. Precipitation estimates help predict flooding risks. Learning to interpret these visualizations enhances your situational awareness dramatically.

Weather models show predicted conditions hours or days in advance. Hourly forecasts indicate when precipitation will begin and end, how temperatures will fluctuate, and when winds will peak. This granular information allows you to time activities precisely—completing outdoor work before storms arrive or delaying travel until conditions improve.

Social features in some weather platforms allow crowdsourcing of conditions. Users report real-time observations—current rainfall, wind damage, flooding extent, power outages. This community intelligence supplements official data, providing hyperlocal information about conditions in your immediate vicinity.

Taking Action: Don’t Wait for Disaster

Preparedness is a choice made before emergencies occur. Waiting until a hurricane forms in the Atlantic or severe weather alerts flash on your screen leaves insufficient time for adequate preparation. The time to act is now, during calm conditions when supplies are available and thoughtful planning is possible.

Start by downloading reliable weather applications that offer comprehensive monitoring and customizable alerts. Configure these apps with your locations, set appropriate alert parameters, and familiarize yourself with their features. Spend time learning to interpret the data they present—this knowledge becomes invaluable when seconds count.

Assemble your emergency supplies systematically rather than all at once. Each week, add a few items to your kit until it’s complete. Rotate perishable items like medications and food to maintain freshness. Schedule annual reviews of your supplies and plans, updating as family circumstances change.

Share this information with your community. Neighbors helping neighbors creates resilient communities better able to withstand disasters. Organize neighborhood preparedness meetings, share resources, and develop communication networks. Collective preparedness amplifies individual efforts, benefiting everyone.

Peace of Mind Through Proactive Monitoring

The psychological burden of weather uncertainty affects quality of life, particularly in regions frequently threatened by severe storms. Constant worry about being caught unprepared creates anxiety that permeates daily activities. Comprehensive weather monitoring transforms this anxiety into confidence.

Knowing you’ll receive timely alerts about approaching danger allows you to live normally rather than in constant fear. You can plan trips, schedule outdoor events, and go about daily routines with assurance that you’ll be warned with adequate time to respond if conditions deteriorate.

For parents, this peace of mind extends to children’s safety. School days during uncertain weather no longer require constant worry—you’ll be notified immediately if dangerous conditions develop, allowing you to make informed decisions about pickup or shelter-in-place protocols.

Business owners and property managers benefit enormously from reliable weather intelligence. Protecting inventory, securing facilities, and ensuring employee safety all depend on accurate, timely information. Weather-related losses often stem from inadequate warning rather than the storm itself—prevention is vastly more cost-effective than recovery.

The Future of Weather Monitoring and Alerts

Weather prediction technology continues advancing at an impressive pace. Artificial intelligence algorithms are becoming more sophisticated, analyzing patterns humans might miss and generating increasingly accurate long-range forecasts. The three-day forecast of today rivals the one-day forecast accuracy of just a decade ago.

Satellite technology is evolving rapidly, with new generation systems providing higher resolution imagery updated more frequently. These improvements enable earlier detection of developing storm systems and better tracking of rapid intensification events that previously caught forecasters off guard.

Crowdsourced weather data from personal weather stations, vehicle sensors, and even smartphone barometers is being integrated into forecast models. This massive expansion of observation points fills gaps in traditional weather networks, providing unprecedented detail about microclimates and localized severe weather.

Augmented reality may soon overlay weather information onto your real-world view through smartphone cameras or smart glasses. Imagine pointing your device toward the horizon and seeing predicted storm tracks, rainfall intensity, or lightning strike locations superimposed on the actual landscape—weather awareness elevated to an entirely new level.

The fundamental truth remains unchanged: extreme weather poses serious risks, but informed, prepared individuals and communities can weather any storm. Technology has provided the tools—the decision to use them is yours. Don’t wait for disaster to strike before taking action. Download a comprehensive weather monitoring app today, configure your alerts, prepare your emergency supplies, and develop your response plans. Your future self—safe, prepared, and confident—will thank you.

Weather doesn’t wait for convenient timing, and neither should your preparation. Every moment spent establishing monitoring systems and emergency protocols is an investment in safety and peace of mind. The next severe weather event is not a question of if, but when.

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