You Found Something Wriggling in Your Kitchen And You Need to Know What It Is

You were cleaning under the counter, inspecting a drain, or pulling out the trash can — and you found them. Small, white, wriggling organisms. Your stomach dropped. Your brain immediately went to the worst-case scenario.

Are they maggots? Are they fruit fly larvae? Does it matter? And what do you do right now?

It matters enormously — because fruit fly larvae vs maggots are two completely different organisms, from different fly species, found in different locations, and requiring different treatment approaches. Misidentifying them means treating the wrong problem with the wrong solution — and watching the infestation continue to grow while you wonder why nothing is working.

This guide gives you the definitive identification breakdown. You’ll know exactly what you’re looking at, what it means for your home, how urgently you need to act, and precisely what to do next.

Whether you’re a homeowner in Greenwich, CT, Stamford, Darien, New Canaan, Wilton, or Westport — this is the information you need right now.

For the complete resource on fruit fly identification, traps, drain treatment, and elimination strategies, visit our Fruit Fly Authority Hub — the most comprehensive fruit fly guide available for Connecticut homeowners.

Let’s identify what you’re dealing with — and stop it immediately.

What Are Fruit Fly Larvae? The Basics

Fruit fly larvae are the immature stage of Drosophila melanogaster and related species the tiny, red-eyed flies that swarm around overripe fruit, kitchen drains, and fermenting organic material in homes across Connecticut.

Understanding the fruit fly life cycle helps you understand where larvae come from and why they’re so hard to see.

The Fruit Fly Life Cycle

Stage	Duration	Location	Visibility
Egg	24–30 hours	Surface of fermenting material	Nearly invisible (0.5mm)
Larva (1st instar)	1–2 days	Within food/biofilm	Nearly invisible
Larva (2nd instar)	1–2 days	Within food/biofilm	Tiny — difficult to see
Larva (3rd instar)	2–3 days	Within food/biofilm	Visible on close inspection
Pupa	4–5 days	Near surface of breeding material	Brown casing, visible
Adult	Up to 30 days	Throughout kitchen	Clearly visible

According to Wikipedia’s entry on Drosophila melanogaster, the complete life cycle from egg to sexually mature adult takes approximately 10 days under optimal warm conditions — which explains why fruit fly infestations escalate so rapidly in Connecticut homes during the summer months.

Physical Characteristics of Fruit Fly Larvae

• Size: Extremely small — 1/8 to 1/4 inch (3–6mm) at their largest (3rd instar stage)
• Color: Nearly translucent to pale white; you can often see their internal organs through their body wall
• Shape: Elongated, slightly tapered at the head end, blunt at the rear
• Movement: Slow, wriggling motion — they burrow into and through soft organic material
• Distinguishing feature: Two tiny dark spots at one end (these are the spiracles — breathing pores)
• Texture: Smooth, soft, no visible segmentation at casual glance

Where Fruit Fly Larvae Are Found

This is one of the most important identification clues. Fruit fly larvae are found in:

• Fermenting or overripe fruit — inside soft, degrading sections of bananas, peaches, tomatoes, grapes
• Drain biofilm — coating the interior walls of kitchen and bathroom pipes
• Refrigerator drip pans — accumulated organic residue in the condensation tray
• Garbage and recycling containers — residue from fruit, juice, or alcohol containers
• Compost bins — actively fermenting organic material
• Moist potting soil — particularly in overwatered indoor plants
• Spilled juice or alcohol — pooled liquid under appliances or in cabinet corners

The location where you find the larvae is your first and often most definitive identification clue.

What Are Maggots? The Basics

Maggots is the common name for the larval stage of house flies (Musca domestica) and several related fly species — including blow flies (Calliphora spp.) and flesh flies (Sarcophaga spp.).

These are fundamentally different organisms from fruit fly larvae — different species, different food sources, different locations, and different health implications.

Physical Characteristics of Maggots

• Size: Significantly larger — up to 3/4 inch (19mm) at their largest
• Color: Cream, off-white, or yellowish-white; more opaque than fruit fly larvae
• Shape: Distinctly tapered at the head, blunt and rounded at the rear — a classic “maggot shape” most people recognize
• Movement: More vigorous wriggling and crawling movement than fruit fly larvae
• Distinguishing feature: Dark mouthparts visible at the narrow (head) end; visible segmentation along the body
• Texture: Slightly slimy, robust — much more substantial than fruit fly larvae

Where Maggots Are Found

The location difference between maggots and fruit fly larvae is stark and one of the clearest identification tools:

• Garbage cans containing food waste — particularly decaying meat, fish, or dairy
• Outdoor compost with protein waste — if meat or animal products have been added
• Dead animals — outdoors or within wall cavities
• Pet waste areas — particularly in warm weather
• Heavily soiled carpets or upholstery — in extreme cases
• Dumpsters and commercial waste containers — common in restaurant settings

The odor associated with maggots is also distinctly different — a strong, putrid smell of advanced decomposition, compared to the sour, fermented smell associated with fruit fly larvae environments.

Fruit Fly Larvae vs Maggots: The Complete Comparison

Now let’s put all the differences side by side in the definitive comparison that lets you identify what you’re looking at with confidence.

Master Identification Table

Identification Factor	Fruit Fly Larvae	Maggots (House Fly)
Size	1/8–1/4 inch (3–6mm)	Up to 3/4 inch (19mm)
Color	Translucent / pale white	Cream / off-white / opaque
Visibility	Hard to see without looking closely	Clearly visible to the naked eye
Body opacity	Nearly see-through	Solid, opaque appearance
Segmentation	Minimal at casual glance	Visible segments along body
Head end	Very small, tapered, tiny dark spots	Tapered with visible dark mouthparts
Movement speed	Slow, burrowing	More vigorous, active wriggling
Found in	Fermenting fruit, drain biofilm, drip pan, compost	Garbage with protein waste, dead animals, meat
Associated odor	Sour, fermented, fruit-like	Strong, putrid, decomposition smell
Parent fly	Fruit fly (Drosophila spp.)	House fly (Musca domestica) and related
Health risk	Indirect (adult flies transfer bacteria)	Direct — significant pathogen carriers
Primary treatment	Source removal + enzymatic drain cleaner	Source removal + deep cleaning + bin sanitation
Urgency level	High — address promptly	Very high — address immediately

The Quick Field Test

If you’ve found larvae and need to identify them quickly, use this simple field test:

Step 1 Size check: Can you see them clearly without leaning in very close? If yes, and they’re more than 1/4 inch long, they’re likely maggots.

Step 2 Location check: Are they near fermenting fruit, a drain, or an organic liquid residue? Fruit fly larvae. Are they near garbage, decaying meat, or a dead animal? Maggots.

Step 3 Smell check: Does the surrounding area smell sour and fermented, like old fruit or vinegar?  Fruit fly larvae. Does it smell strongly of decomposition and rot? Maggots.

Step 4 Color and opacity: Are they nearly translucent, barely visible, fragile-looking? Fruit fly larvae. Are they cream-colored, opaque, and robustly visible? Maggots.

Why Correct Identification Matters for Treatment

Here’s why getting this right from the start is so important: the treatments for fruit fly larvae and maggots are fundamentally different.

If You Have Fruit Fly Larvae:

Your primary treatment targets the organic breeding environment — biofilm in drains, fermenting fruit, drip pan residue:

• Remove and discard fermenting produce
• Treat drains with enzymatic drain cleaner
• Clean refrigerator drip pans
• Deploy apple cider vinegar fruit fly traps to reduce adult population
• Use indoor fruit fly killers targeted at Drosophila species

For the complete fruit fly elimination approach, our guide to getting rid of fruit flies fast gives you a proven day-by-day plan.

If You Have Maggots:

Your primary treatment targets the protein/meat-based waste source:

• Locate and remove the primary food source (garbage, dead animal, spoiled food)
• Double-bag and seal the waste for disposal
• Thoroughly clean and disinfect the contaminated area with a bleach-based solution
• Treat the area with an insecticide appropriate for fly larvae if needed
• Address the garbage storage and disposal practices that allowed the infestation

What Happens If You Treat the Wrong Problem?

• Using enzymatic drain cleaner on a maggot infestation: virtually no effect maggots aren’t in drains
• Using ACV traps for a house fly maggot problem: catches some adult house flies but doesn’t address the source
• Cleaning a drain for what is actually a garbage-based maggot problem: waste of time, infestation continues
• Using garbage bin treatment for fruit fly larvae in a drain: source remains active, flies keep emerging

Get the identification right first. Everything else follows from there.

Other Larvae You Might Be Confusing With Fruit Fly Larvae or Maggots

The situation gets more complex because there are other fly species whose larvae you might encounter in your home — each with their own identification characteristics and treatments.

Drain Fly Larvae (Psychoda spp.)

Often confused with fruit fly larvae because they’re found in the same drain biofilm environment. However, drain fly larvae are:

• Slightly larger than fruit fly larvae (up to 3/8 inch)
• Dark gray to brown in color (not translucent white)
• Have a distinctive dark stripe along the back
• Found in the same drain biofilm but tend to create visible tube-like structures in the biofilm

Treatment: Same as fruit fly drain treatment enzymatic drain cleaner. Often co-infest with fruit flies in drain biofilm.

Fungus Gnat Larvae (Bradysia spp.)

Very commonly confused with fruit fly larvae, especially in households with potted plants:

• Similar tiny size to fruit fly larvae
• White body with a distinctive black head capsule — this is the key distinguishing feature
• Found almost exclusively in moist potting soil not fruit or drains
• The adult fungus gnat is often confused with the adult fruit fly

Treatment: Allow soil to dry thoroughly between waterings. Apply beneficial nematodes or hydrogen peroxide soil drench for severe infestations.

Phorid Fly Larvae (Phoridae spp.)

A less common but significant species in restaurant settings:

• Similar size to fruit fly larvae
• Found in drains, decaying organic matter, and sometimes in structural voids
• The adult phorid fly has a distinctive “humpbacked” appearance

Treatment: Similar to fruit fly treatment — source removal and enzymatic drain treatment. Professional assistance often needed for structural infestations.

Complete Species Comparison Table

Species	Larva Size	Larva Color	Key Location	Adult Appearance
Fruit fly (Drosophila)	1/8–1/4″	Translucent white	Fermenting fruit, drain biofilm	Tiny, tan/brown, red eyes
Drain fly (Psychoda)	Up to 3/8″	Dark gray/brown	Drain biofilm	Moth-like, fuzzy wings
Fungus gnat (Bradysia)	1/8–1/4″	White with black head	Potting soil	Small, dark, long antennae
House fly (Musca domestica)	Up to 3/4″	Cream/off-white	Garbage, meat, feces	Large, gray, 4 dark stripes
Blow fly (Calliphora)	Up to 3/4″	Cream/off-white	Dead animals, meat	Metallic blue/green
Phorid fly (Phoridae)	1/8–1/4″	White	Drains, organic voids	Tiny, humpbacked

The Health Risks: Fruit Fly Larvae vs Maggots Which Is More Dangerous?

Both represent genuine health concerns but for different reasons and at different severity levels.

Health Risks from Fruit Fly Larvae

The primary health risk from fruit fly larvae is indirect but very real.

Adult fruit flies that emerge from larvae are known carriers of bacteria. When adult fruit flies land on your food, countertops, or food preparation surfaces, they can transfer:

• E. coli (Escherichia coli)
• Salmonella spp.
• Listeria monocytogenes

According to the Centers for Disease Control and Prevention (CDC), contaminated food surfaces and poor sanitation are leading causes of foodborne illness. Adult fruit flies emerging from larvae-infested drains and produce contribute directly to this contamination risk.

Additionally, consuming food containing fruit fly larvae (particularly in produce where eggs were laid before purchase) can cause intestinal myiasis in rare cases — though this is uncommon with standard food preparation and cooking.

Health Risks from Maggots

Maggots carry more immediate and more serious health risks:

• Pathogen load: House fly maggots breed in environments with significantly higher pathogen concentrations — decaying meat, feces, garbage — and therefore carry a much higher bacterial load
• Disease transmission: House flies (the adults from maggots) are linked to the transmission of typhoid fever, cholera, dysentery, and numerous other serious illnesses
• Myiasis: In rare cases, house fly maggots can cause myiasis — infestation of living tissue — in immunocompromised individuals or in wounds
• Contamination scale: The environments where maggots breed typically involve much larger volumes of contaminated material

 Bottom line: Both situations require prompt action. Maggots represent a more acute health emergency — particularly if found near food preparation areas. Fruit fly larvae represent a sustained, ongoing contamination risk that worsens as the adult population grows. Neither situation should be ignored or delayed.

What to Do When You Find Fruit Fly Larvae in Your Home

Now that you’ve confirmed the white organisms you found are fruit fly larvae here’s your immediate action plan.

Immediate Response Checklist

Within the first hour:

• Remove and discard any overripe or soft produce in the area where larvae were found
• Bag produce waste in a sealed bag before disposing — don’t leave it in an open trash can
• If larvae were in or near a drain, begin treatment immediately (see drain section below)
• If larvae were in the refrigerator drip pan, clean the pan thoroughly

Within the first day:

• Test all drains using the plastic wrap method — confirm or rule out drain involvement
• Deploy 3+ ACV traps in affected areas to reduce adult fly population
• Clean under all kitchen appliances — refrigerator, stove, dishwasher
• Empty and thoroughly wash all trash cans

Ongoing (Days 2–14):

• Continue enzymatic drain treatment every 2–3 days if drains are involved
• Replace ACV trap bait every 2 days
• Monitor catch rates to assess progress
• Inspect for secondary sources bathroom drains, potted plants, recycling bins

For the complete step-by-step drain treatment protocol, visit our fruit flies in drain elimination guide. For the most effective ACV trap method to reduce adult populations, see our apple cider vinegar fruit fly trap guide.

What to Do When You Find Maggots in Your Home

If you’ve confirmed the larvae you found are maggots act with urgency. This is a more serious sanitation situation.

Immediate Maggot Response Checklist

Step 1 Locate and remove the source:

• Find the food, waste, or dead animal supporting the infestation
• Double-bag all contaminated material in heavy-duty trash bags
• Seal bags tightly and place in an outdoor bin immediately
• Do NOT leave open bags inside the home the odor attracts more flies

Step 2 Kill remaining maggots:

• Pour boiling water over any remaining maggots in the affected area
• Apply a diluted bleach solution (1 part bleach to 9 parts water) to the contaminated surface
• Salt applied directly to maggots causes dehydration and death
• Commercial insecticide sprays containing permethrin can be used on non-food surfaces

Step 3 Deep clean and disinfect:

• Scrub the entire affected area with hot water and a disinfectant cleaner
• Bleach solution all affected hard surfaces
• Wash all cleaning tools (mop, cloths, brushes) in hot water with bleach after use
• Dispose of sponges or cloths that contacted heavy contamination

Step 4 Address the sanitation gap:

• Identify what allowed the maggot-supporting waste to accumulate
• Install tight-fitting lids on all garbage bins
• Clean bins weekly with hot water and disinfectant
• Never leave uncovered food waste accessible for more than 24 hours in warm weather
• Consider moving trash cans away from the house during summer months

Step 5 Monitor for adult house flies:

• Adult flies will emerge within days
• Fly traps, electric fly swatters, and window screens help reduce adult populations
• If heavy adult fly activity persists, professional pest treatment may be needed

Fruit Fly Larvae in Restaurant Settings: A Specific Concern

For restaurant owners and kitchen managers in Westport, Stamford, and across Fairfield County finding either fruit fly larvae or maggots in your commercial kitchen is a code violation waiting to happen.

The Connecticut Department of Public Health food service regulations are explicit: food service establishments must be maintained free of pest infestation at all levels — including larval stages.

A health inspector who discovers evidence of fly larvae — in drains, under equipment, in produce storage areas, or near garbage — can issue violations with required corrective actions and follow-up inspections.

For restaurants, the priority hierarchy is:

1. Immediate source removal
2. Professional treatment within 24 hours
3. Documentation of treatment for compliance records
4. Ongoing monthly professional pest management

If you’re managing a commercial kitchen in Greenwich or Darien and have found larvae of any type — don’t try to handle this with DIY solutions alone. Contact our professional pest management team today for rapid-response commercial treatment that meets Connecticut health code requirements.

Indoor Fruit Fly Killer Options: Targeting the Larval Stage

Most indoor fruit fly killer products target adult flies — sprays, traps, UV devices. But the most effective “killers” for larvae target the breeding source directly.

Best Indoor Treatments Targeting Fruit Fly Larvae

1. Enzymatic Drain Cleaner
   The most effective larval-stage treatment for drain-based infestations. Biological enzymes digest the biofilm where larvae feed and live — eliminating the breeding environment rather than just killing individuals.
2. Boiling Water Flushing
   Direct thermal treatment of accessible breeding sites (drain openings, garbage can bases). Limited reach but immediately lethal to larvae it contacts.
3. Source Removal
   The most effective larval treatment of all — remove the breeding material entirely. No food source means no larvae survival.
4. Diatomaceous Earth (Food Grade)
   Applied to dry areas where adult flies congregate. Dehydrates insects — including larvae on accessible surfaces. Safe for food-adjacent areas when used correctly. Not effective within drains.
5. Professional Foaming Drain Treatment
   Foam formulations that expand to coat the entire interior of pipe walls — reaching larvae throughout the biofilm layer. Significantly more effective than liquid treatments for drain-based infestations. Available through professional pest management services.

What Doesn’t Kill Fruit Fly Larvae

Product	Why It Fails Against Larvae
ACV traps	Kill adults only — no effect on larvae
Bug spray (aerosol)	Cannot reach larvae inside biofilm or fruit
Bleach	Flows past biofilm without penetrating — minimal larval effect
Air fresheners	Zero kill effect at any life stage
UV light traps	Attract and kill adults only

Real Homeowner Identification Stories From Across CT

Story 1 New Canaan, CT Homeowner

“I found tiny white things in the slimy residue inside my kitchen drain strainer. I panicked  thought they were maggots. I looked them up and compared to pictures. They were definitely fruit fly larvae  almost invisible, translucent, in the slimy coating. Once I knew what they were, the treatment was clear. Enzymatic drain cleaner every few days for two weeks, combined with ACV traps on the counter. By day ten, no more larvae when I checked, and no more flies. Knowing what I was dealing with made all the difference.”

Lesson: Correct identification prevented wasted effort on maggot treatment that would have done nothing for a drain fruit fly larvae situation.

Story 2 Stamford, CT Restaurant Kitchen

“We found larvae near one of our floor drains. The kitchen manager initially thought they were maggots and wanted to treat the garbage area. But a closer look size, color, location made it clear these were fruit fly larvae in the drain biofilm. We brought in pest professionals who confirmed it, did a professional foaming drain treatment, and set up an ongoing monthly treatment program. If we’d treated the garbage area instead, we’d have wasted a week and still had the drain problem.”

Lesson: In commercial settings, correct identification is critical to compliance and rapid resolution. Wrong identification wastes time you don’t have.

Story 3 Westport, CT Family

“We found what we thought were maggots in our trash can  actually quite large, cream-colored, in some leftover chicken that had gone bad. These were genuinely maggots house fly larvae from the look of them and the horrible smell. We removed the waste immediately, bleached the can, and scrubbed it thoroughly. Meanwhile, we also noticed small fruit fly larvae in our nearby kitchen drain a completely separate problem happening at the same time. We treated both: maggot source removal for the garbage, enzymatic cleaner for the drain. Two different problems, two different solutions.”

Lesson: Both situations can exist simultaneously in the same kitchen. Address each one correctly and separately.

Pro Tips: Larvae Identification and Treatment from the Experts

Pro Tip 1: Always Identify Before You Treat

Spending 5 minutes confirming what type of larvae you’re dealing with saves you days of ineffective treatment. Use the size, color, location, and smell guide in this article before buying any product or starting any treatment.

Pro Tip 2: Check Multiple Locations

Fruit fly larvae and maggots can — and do — coexist in the same home. Check all potential breeding sites: drains, garbage bins, produce, drip pans. You may have more than one type of problem.

Pro Tip 3: The Smell Is a Reliable Indicator

Without getting too close, the odor near larvae is one of the most reliable quick identification tools. Sour and fermented = fruit fly larvae. Strong, putrid, decomposition = maggots. This alone often narrows it down before visual confirmation.

Pro Tip 4: Don’t Use Bleach for Either Larvae Type

It’s the instinctive response but bleach is ineffective against both fruit fly larvae in drain biofilm and maggots in garbage cans. For fruit fly larvae: use enzymatic cleaner. For maggots: use boiling water and bleach solution on hard surfaces after source removal.

Pro Tip 5: Address Adult Flies Simultaneously

Whether dealing with fruit fly larvae or maggots, reducing the adult population simultaneously prevents re-infestation. Deploy appropriate traps  ACV traps for fruit flies, fly bait stations or electric fly killers for house flies while treating the larval source.

FAQ: Fruit Fly Larvae vs Maggots

How can I tell the difference between fruit fly larvae and maggots?

The key differences are size, color, and location. Fruit fly larvae are tiny (1/8–1/4 inch), nearly translucent, and found in fermenting organic material like drain biofilm or overripe fruit. Maggots are significantly larger (up to 3/4 inch), cream-colored and opaque, and found in garbage, decaying meat, or dead animals. The surrounding smell is also diagnostic  sour and fermented for fruit fly larvae; putrid and decomposing for maggots.

Are fruit fly larvae dangerous?

Yes  indirectly. The adult fruit flies that emerge from larvae are known carriers of bacteria including E. coli, Salmonella, and Listeria. They transfer these pathogens to food surfaces by landing on them. While the larvae themselves rarely cause direct harm to healthy adults in normal circumstances, the contamination risk from the adult flies they become is a genuine food safety concern.

Where do fruit fly larvae come from?

Fruit fly larvae hatch from eggs laid by adult female fruit flies in fermenting organic material. Common sources in CT homes include overripe fruit left on counters, drain biofilm in kitchen and bathroom pipes, refrigerator drip pans, garbage and recycling containers, compost bins, and overwatered houseplant soil. The eggs are nearly invisible often arriving on produce purchased from stores or farmers markets.

Can fruit fly larvae survive in the refrigerator?

Fruit fly larvae can survive at refrigerator temperatures — cold slows their development significantly but doesn’t immediately kill them. Eggs present on produce surfaces when brought home can survive and slowly develop in refrigerator conditions. This is why inspecting all produce and storing it in sealed containers is important, even inside the fridge.

How do I kill fruit fly larvae in my drain?

The most effective treatment is enzymatic drain cleaner — products containing beneficial bacteria that produce enzymes to biologically digest and eliminate the biofilm where fruit fly larvae feed and breed. Apply before bed for maximum contact time (6–8 hours), and repeat every 2–3 days for two weeks. Boiling water flushes help as a supplementary measure but don’t penetrate deep enough for complete elimination alone.

How quickly do fruit fly larvae become adult flies?

Under warm summer conditions (the typical kitchen environment in Greenwich or Stamford, CT during June through August), fruit fly larvae become sexually mature adults in approximately 10 days from egg hatching. This extremely rapid development rate is why infestations escalate so quickly — and why immediate treatment is essential.

When should I call a professional pest control service for larvae?

Call a professional if: you cannot identify the larvae type and need expert assessment; the larvae source cannot be located despite thorough investigation; you’re finding larvae in a restaurant or commercial kitchen; an enzymatic drain treatment hasn’t resolved the infestation after 2 weeks; or you suspect larvae are present within structural elements of the building. Professional inspection identifies hidden sources and applies treatments that DIY products simply cannot reach.

Don’t Wait Every Larva Becomes an Egg-Laying Adult

Here’s the urgency calculation that should motivate you to act today: every fruit fly larva you see right now will become a sexually mature adult fly within 10 days. That adult female will lay up to 500 eggs. Those eggs will hatch within 24 hours. The cycle accelerates with every day you delay.

And if what you found are maggots the health risk is immediate and serious. House flies carry pathogens that cause genuine illness, and a maggot presence indicates a significant sanitation issue that requires urgent action.

You now have the complete picture:

• Exactly how to identify fruit fly larvae vs maggots
• The health risks associated with each
• The correct treatment for each larva type
• How to eliminate both from your home or business
• When professional help is the right call

If you’re in Greenwich, Stamford, Darien, New Canaan, Wilton, Westport, or anywhere in Fairfield County, CT — take action right now. Don’t let larvae become adults, adults lay eggs, and a manageable situation become an overwhelming infestation.

Found Larvae and Not Sure What to Do Next? Get Expert Help.

Whether you’re dealing with fruit fly larvae in your drain, maggots in your garbage area, or simply aren’t sure what you’ve found — Green Pest Management CT is ready to help. Our licensed pest management professionals serve all of Fairfield County with rapid-response, professional-grade identification and treatment.

Don’t guess. Don’t waste time on the wrong treatment. Get it right the first time.

Contact Green Pest Management CT today and get expert identification and elimination that stops the problem at its source.

Green Pest Management CT proudly serves Greenwich, Stamford, Darien, New Canaan, Wilton, Westport, and all of Fairfield County, Connecticut. Safe, effective, eco-conscious pest management for homes and businesses.