If your skin stings when you wash your face, burns when you apply products that used to feel fine, or looks dull and flaky no matter how much moisturizer you pile on, you don't have sensitive skin—you have a damaged barrier. And the fix isn't more products; it's strategic deprivation and lipid science. I'm Dr. Elena Voss, and I'm walking you through a seven-day protocol that actually rebuilds the molecular architecture your skin needs to function.

You're listening to Luxury Beauty on a Budget Podcast. Quick heads-up before we dive in: everything you're about to hear—the research, the data, the script itself—has been written and verified by real humans, but the voice delivering it is AI-generated. Just wanted to keep that transparent from the start. If you've been listening for a while, thank you. Genuinely. Your time matters, and I'm glad you're spending some of it here. And if you just hit play for the first time, welcome—glad to have you. We drop new episodes every Monday, Wednesday, and Friday, so you'll never have to wait too long for the next one. Today, we're tackling something a lot of people are dealing with and don't even realize it: damaged skin barriers. Let's get into it.

The skin barrier—your stratum corneum—isn't glamorous, but it's the difference between resilient skin and a chronic cycle of irritation. Learning how to repair damaged skin barrier function transforms your entire skincare routine from reactive damage control to proactive maintenance. This guide walks you through a seven-day recovery protocol that works at the molecular level, using specific lipid ratios and active percentages that actually rebuild intercellular cement.

You'll learn the biochemistry behind barrier dysfunction, the exact ingredients that accelerate repair with concentration benchmarks, and a day-by-day protocol that prioritizes structural restoration over aesthetic quick fixes. This is an intermediate-level routine requiring attention to product sequencing and active management. Time investment: 10 to 15 minutes twice daily, with visible improvement markers by day three and functional restoration by day seven.

No miracle creams. No dermatologist-only secrets. Just lipid science and strategic simplification.

Let's start with what you'll need. Essential lipid replenishment products include a ceramide-dominant barrier serum or cream—you want minimum 3% ceramide complex in either a 3:1:1 or 1:1:1 ceramide to cholesterol to fatty acid ratio. You'll need an occlusive barrier protectant, something petrolatum-based or dimethicone barrier cream at 5% or higher concentration. A gentle surfactant-free cleanser is critical—pH 5.0 to 5.5, no sulfates, no essential oils. Grab a niacinamide serum at 5 to 10% concentration, and note that higher isn't better during acute repair. Finally, 100% pure squalane or jojoba oil with no added fragrance or extracts.

For support tools, you'll want a humidifier targeting 40 to 50% ambient humidity, a silk or satin pillowcase to reduce mechanical friction, and broad-spectrum mineral SPF 30 or higher with zinc oxide or titanium dioxide only—chemical filters can irritate compromised barriers.

What to eliminate immediately: all acids, including AHAs, BHAs, PHAs, and vitamin C below pH 4. Retinoids and retinol derivatives need to go. Physical exfoliants and cleansing brushes, out. Fragrance, essential oils, botanical extracts—even the natural ones—eliminate them. And no hot water contact.

Now, let's talk about step one: strip your routine to structural essentials. Barrier repair requires strategic deprivation, not product accumulation. A damaged barrier exhibits increased transepidermal water loss—that's TEWL—compromised lipid lamellae, and inflammatory cytokine release. Every additional ingredient is a potential irritant when your skin's discrimination capacity is impaired.

For the next seven days, you're running a three-product protocol: cleanser, lipid replenishment, occlusive seal. That's it. I don't care if your vitamin C cost around $150 or your glycolic acid gave you glowing skin last month. A compromised barrier can't process actives effectively—you're just creating oxidative stress without the protective infrastructure to manage it.

Here's the molecular reality: your stratum corneum is a brick-and-mortar structure. The bricks are corneocytes, which are dead skin cells, and the mortar is a precise lipid mixture of ceramides, cholesterol, and free fatty acids. When this mortar degrades—through over-exfoliation, harsh surfactants, or environmental assault—you get gaps in your protective envelope. Water escapes, irritants penetrate, and inflammation becomes chronic.

Reducing to essentials isn't about skincare minimalism as aesthetic. It's about removing variables so you can actually measure what's repairing the damage. Every product you eliminate is one less potential allergen, one less penetration enhancer disrupting lipid organization, one less pH fluctuation stressing already-compromised keratinocytes.

Clinical verdict: simplification accelerates recovery by 40 to 60% in clinical barrier studies. Your skin will look worse before it looks better—expect dullness, flaking, and loss of that exfoliated glow. That's tissue repair, not product failure. Understanding what skin barrier function actually is helps contextualize why this temporary appearance shift indicates healing, not deterioration.

Step two: implement pH-balanced, non-stripping cleansing. Your cleanser is likely the primary cause of ongoing barrier damage. Most foaming cleansers use sodium lauryl sulfate or sodium laureth sulfate at concentrations that strip the acid mantle and disrupt lipid lamellae with every wash. The temporary clean feeling is actually detergent residue and acute lipid depletion.

Switch to a cream or gel cleanser with amino acid-based surfactants like sodium cocoyl glycinate or sodium lauroyl glutamate. These maintain pH 5.0 to 5.5, matching your skin's natural acid mantle, and generate minimal foam—which means they're not stripping structural lipids. Budget option: Vanicream Gentle Facial Cleanser at pH 5.5, fragrance-free, usually around $8.99 for 8 ounces, which comes out to around $1.12 per ounce. It uses coco-betaine surfactants. Comparable luxury formulation: La Roche-Posay Toleriane Hydrating Gentle Cleanser at pH 5.5, usually around $14.99 for 13.5 ounces, which is around $1.11 per ounce—nearly identical price per ounce, just manufactured in France versus the USA.

Here's your application protocol. Wet your face with lukewarm water below 98 degrees Fahrenheit—hot water denatures barrier proteins. Apply cleanser to your fingertips, not directly to your face. Use gentle pressing motions, no circular rubbing or upward massage. Total skin contact time should be 30 to 45 seconds maximum. Rinse thoroughly, checking your hairline and jaw for residue. Pat dry with a clean towel—no rubbing, and don't air-dry because that increases transepidermal water loss.

Morning cleansing during barrier repair is optional. If you sealed with an occlusive the night before, a lukewarm water rinse is sufficient. You're not removing dirt—you're managing sebum and product residue without disrupting lipid organization.

The chemistry here matters. Sulfate surfactants have anionic head groups that bind too aggressively to skin proteins, pulling away natural moisturizing factors—that's NMF—and intercellular lipids. Amino acid surfactants have amphoteric properties. They adjust ionic charge based on pH, resulting in effective cleansing without protein denaturation. This isn't marketing; it's basic surfactant chemistry.

Moving on to step three: apply niacinamide for ceramide synthesis support. Niacinamide, which is vitamin B3, does more than fade hyperpigmentation. At 5 to 10% concentrations, it upregulates ceramide synthesis within keratinocytes, increases filaggrin expression—that's the protein that organizes corneocyte structure—and inhibits transepidermal water loss by improving lipid barrier organization. It's one of the few actives that actually repairs rather than just protecting.

Budget standout: The Ordinary Niacinamide 10% plus Zinc 1%—check the link below to see the current price; it's usually around $5.90 for 1 ounce. Though the zinc can be drying for some barrier-compromised skin types. The Inkey List Niacinamide, usually around $7.99 for 1 ounce, omits zinc, making it gentler during acute repair. Luxury comparison: Olay Regenerist Regenerating Serum contains niacinamide at approximately 10%—check the link below—usually around $28.99 for 1.7 ounces, which is around $17.05 per ounce. You're paying for packaging and peptide additions that don't accelerate barrier repair.

Apply niacinamide to damp skin immediately after cleansing. Dampness, not dripping wet, provides an aqueous medium for water-soluble actives to distribute evenly. Wait 60 seconds for initial absorption. You're not waiting for full penetration—niacinamide penetrates within seconds—you're allowing surface water to stabilize so your next layer doesn't pill.

Here's the molecular mechanism: niacinamide serves as a precursor for NAD+ and NADP+, coenzymes required for ceramide biosynthesis. It also reduces inflammatory cytokine production, specifically IL-1α, IL-6, and TNF-α, that perpetuate barrier dysfunction. Studies show 5% niacinamide reduces transepidermal water loss by 24% after four weeks. 10% doesn't improve results significantly, but also doesn't increase irritation in most users.

One friction point: niacinamide can flush the skin temporarily in barrier-compromised individuals, especially at 10% concentrations. This is vasodilation, not allergic reaction, and typically resolves after 3 to 4 applications. If flushing persists beyond ten minutes, drop to 5% or eliminate temporarily. Barrier repair doesn't require niacinamide; it just accelerates the process.

Step four: layer ceramide-dominant lipid replenishment. This is your structural repair step. Ceramides, cholesterol, and free fatty acids in specific ratios, either 3:1:1 or 1:1:1, have been shown to restore barrier function more effectively than ceramides alone. You're not just moisturizing—you're providing exogenous lipids that integrate into lamellae and restore intercellular cohesion.

Budget gold standard: CeraVe Moisturizing Cream—check the link below to see the current price; it's usually around $15.49 for 12 ounces, which is around $1.29 per ounce. It contains ceramides 1, 3, and 6-II plus cholesterol and fatty acids in proprietary MVE delivery system. Manufactured in the USA using L'Oréal technology after CeraVe was acquired in 2017. Comparable formulation: SkinCeuticals Triple Lipid Restore 2:4:2, usually around $136 for 1.6 ounces, which is around $85 per ounce. It contains ceramides, cholesterol, and fatty acids at 2:4:2 ratio. The price differential is 66 times for theoretically optimized ratios that show minimal functional difference in clinical transepidermal water loss studies.

Alternative with higher ceramide concentration: Stratia Liquid Gold at usually around $34 for 2 ounces, which is around $17 per ounce. It features 4% niacinamide plus ceramides, cholesterol, and fatty acids with added sea buckthorn oil, which is high in palmitoleic acid, a rare omega-7 that supports skin barrier lipids. Manufactured in small batches in the USA with pH 5.5.

Application technique matters. Warm product between your palms to improve spreadability without altering formulation. Press into skin in sections—forehead, cheeks, chin—rather than smearing across your face. Use enough product that you feel slip for 10 to 15 seconds before it absorbs. Pay extra attention to cheek zones and around your nose where barrier damage concentrates. Allow three minutes before the occlusive step.

The three-minute wait isn't arbitrary. Ceramide-containing emulsions need time for lamellar organization to begin. Immediate occlusion can trap water without allowing lipid rearrangement, resulting in maceration rather than reinforcement.

The formulation science: free ceramides in skincare need to exist in liquid crystalline phase to integrate with existing barrier lipids. This requires specific fatty acid chain lengths, C16 to C24, and cholesterol as a fluidity regulator. Without the right ratios, you're just depositing lipids on the surface—moisturizing, but not structurally repairing. The CeraVe and Stratia formulations use validated ratios. Many so-called ceramide creams don't list cholesterol or fatty acid components, making them functionally incomplete.

Step five: seal with occlusive barrier protection. Occlusives physically block transepidermal water loss by creating a hydrophobic film. During acute barrier repair, this isn't optional—it's the difference between rebuilding lipid lamellae and constantly depleting them. You need to trap water in the stratum corneum long enough for ceramide synthesis and filaggrin processing to occur.

Petrolatum, or petroleum jelly, remains the gold standard occlusive, reducing transepidermal water loss by up to 98% in clinical measurements. Yes, it's derived from petroleum. No, that doesn't make it toxic—it's one of the most extensively safety-tested ingredients in dermatology, approved for use on premature infant skin. Vaseline Original, around $3.99 for 13 ounces, which is around $0.31 per ounce, is pharmaceutical-grade white petrolatum with zero additives.

If petrolatum texture is intolerable: Aquaphor Healing Ointment, usually around $7.99 for 3.5 ounces, which is around $2.28 per ounce, is 41% petrolatum with added lanolin alcohol, which is a humectant, and glycerin. The lanolin makes it more spreadable but can be sensitizing in approximately 1 to 3% of users with wool allergies. CeraVe Healing Ointment, usually around $10.99 for 3 ounces, which is around $3.66 per ounce, uses 46.5% petrolatum plus ceramides and hyaluronic acid—unnecessary additives during acute repair, but less occlusive texture for facial use.

Silicone alternative: if you absolutely cannot tolerate petrolatum, use dimethicone at 5% or higher concentration. EltaMD Intense Moisturizer, usually around $34 for 1.7 ounces, which is around $20 per ounce, uses 5% dimethicone with ceramide-identical lipids. Dimethicone reduces transepidermal water loss by 30 to 50%—less than petrolatum, but sufficient if applied correctly.

Application protocol: apply after your lipid replenishment layer has absorbed, that's the three-minute wait. Start with a rice grain amount—occlusives spread far more than you expect. Focus on cheeks, forehead, and around eyes, which are the highest transepidermal water loss zones. Avoid thick application that transfers to your pillowcase; thin film is sufficient. For daytime use, skip or use only on problem areas if occlusive texture interferes with sunscreen.

Occlusive sealing is non-negotiable at night. Your skin's barrier repair mechanisms peak during sleep when cortisol is lowest and growth hormone is elevated. Trapping hydration during this window accelerates lipid synthesis significantly.

One practical friction point: occlusives feel heavy and greasy. They transfer to pillowcases. They make your face shiny. This is the trade-off for rapid barrier repair. If you can't tolerate full-face occlusion, target only your most damaged areas—usually the cheeks and around the nose—and accept that repair will take longer for untreated zones.

Step six: implement humidity control and mechanical protection. Topical products are half the equation. Environmental factors, particularly humidity and friction, either support or sabotage barrier recovery.

Humidity management first. The stratum corneum requires ambient humidity of 40 to 50% to maintain optimal natural moisturizing factor hydration. Below 30% humidity, the corneocytes shrink and lipid lamellae become disorganized, increasing transepidermal water loss even with perfect product selection. This is why skin crashes in winter or in air-conditioned offices.

Run a cool-mist humidifier in your bedroom during sleep—that's 6 to 8 hours of controlled humidity exposure. Target 45% relative humidity; measure with a basic hygrometer, which is usually around $12 to $15. Budget pick: Levoit Cool Mist Humidifier, 4-liter capacity, runs 30-plus hours, usually around $39.99—sufficient for bedroom use without constant refilling. Clean every three days to prevent bacterial growth; use distilled water to avoid mineral buildup that reduces output efficiency.

Mechanical friction reduction: your pillowcase creates hours of sustained friction against barrier-compromised skin. Cotton has a coefficient of friction approximately 3 times higher than silk or satin, creating micro-abrasions that disrupt healing tissue.

Switch to a mulberry silk or satin pillowcase. Silk is natural fiber, satin is weave—both reduce friction significantly. Budget option: Bedsure Satin Pillowcase, usually around $8.99 for a 2-pack, which is around $4.50 each, offers 85% polyester satin weave with friction reduction comparable to silk at one-sixth the price. Luxury comparison: Slip Silk Pillowcase, usually around $89 for one. Real mulberry silk feels cooler and more breathable, but functional difference for barrier protection is negligible.

The molecular mechanism: the natural moisturizing factor consists of amino acids, PCA, lactate, urea, and sugars that maintain corneocyte hydration. These are water-soluble and hygroscopic, meaning they pull moisture from the environment. In low humidity, the natural moisturizing factor can't function effectively, and the stratum corneum becomes brittle and prone to fissuring. External humidification provides the aqueous environment for natural moisturizing factor optimization while your barrier structure rebuilds.

Sunscreen considerations during repair: UV exposure generates oxidative stress and inflammatory mediators that directly impair barrier recovery. You need daily SPF 30 or higher protection, but chemical filters like avobenzone, octinoxate, and oxybenzone can irritate compromised barriers. Stick to mineral-only formulations with zinc oxide or titanium dioxide.

Budget recommendation: CeraVe Hydrating Mineral Sunscreen SPF 30, usually around $14.99 for 2.5 ounces, which is around $6 per ounce, uses zinc oxide 10% plus ceramides and niacinamide. No white cast is a lie—it has a slight tint that fades within 5 to 10 minutes. Luxury comparison: EltaMD UV Physical SPF 41, usually around $33 for 3 ounces, which is around $11 per ounce, uses zinc oxide 9% and titanium dioxide 7%. The dual mineral approach reduces white cast but not significantly enough to justify the price differential.

One genuine annoyance: mineral sunscreens pill when layered over occlusive products. Apply your morning ceramide moisturizer without occlusive sealing, wait five minutes, then apply mineral SPF. Save occlusive sealing for nighttime only unless you're staying indoors.

Step seven: monitor barrier recovery markers and reintroduce actives strategically. By day three, you should observe reduced stinging upon product application, less visible flaking, and decreased redness after cleansing. These are functional markers of improved barrier integrity. By day seven, you should have normalized transepidermal water loss sensation—your skin should feel comfortable without constant reapplication of moisturizer.

Measurable improvement indicators include reduced water sensitivity—your face no longer stings during cleansing. Decreased reactivity to ambient temperature changes. Improved product absorption without tingling or burning. Visible reduction in dry patches and texture roughness. Less tightness or discomfort 4 to 6 hours after moisturizing.

If you're not seeing these improvements by day seven, you have an ongoing barrier disruptor that's outpacing your repair protocol. Common culprits: water temperature above 100 degrees Fahrenheit, mechanical exfoliation through washcloths or cleansing devices, continued use of fragrance or essential oils in other products like body lotion or hair products that contact the face, or insufficient occlusive protection.

Strategic active reintroduction: after seven days of strict barrier-first protocol, you can begin carefully reintroducing actives, but sequencing matters.

Week 2 to 3 reintroduction order starts with antioxidants first: vitamin E, which is tocopherol, resveratrol, or stable vitamin C derivatives like MAP or SAP at pH 5 to 6—not L-ascorbic acid below pH 4. Gentle exfoliation is optional: PHA, like gluconolactone or lactobionic acid, at 5 to 8% concentration once weekly. Skip if skin still shows dryness. Peptides and growth factors come once barrier is fully stable—these work better with intact barrier function anyway.

Week 4 and beyond reintroduction order: retinoids start with encapsulated retinol at 0.25% three times weekly, only after zero sensitivity to current routine. Vitamin C, specifically L-ascorbic acid formulations at 10 to 15%, can be reintroduced once retinoid tolerance is established. AHAs and BHAs only if you need them for specific concerns—many people discover their so-called acne was actually barrier dysfunction creating inflammatory papules.

The critical principle: actives are effective only when your barrier can manage the controlled stress they create. Applying retinol to a compromised barrier isn't accelerating results—it's creating oxidative damage without the cellular machinery to process it. The goal isn't to eliminate actives forever; it's to restore the structural foundation that allows actives to function as intended.

Now, some pro tips and common mistakes. Pro tip: use squalane as a penetration facilitator for ceramide serums. Apply 2 to 3 drops of pure squalane oil immediately after niacinamide, before your ceramide cream. Squalane—that's the saturated hydrocarbon, not squalene the unsaturated precursor—has molecular structure similar to skin's sebum lipids, allowing it to enhance lipid layer organization. Budget source: The Ordinary 100% Plant-Derived Squalane—check the link below; it's usually around $7.90 for 1 ounce. This isn't about adding moisture—it's about improving lipid lamellae organization for faster barrier recovery.

Another pro tip: test product pH if you experience persistent stinging. Most drugstore products don't list pH, but formulations above pH 7 or below pH 4 can impair barrier recovery. pH strips, usually around $8 for 100 strips, let you test your cleanser and serums. Target range is 4.5 to 6.0. If your ceramide cream tests above 7, it's disrupting your acid mantle despite having the right ingredients.

Common mistake: applying hyaluronic acid without sufficient occlusion. HA is a humectant—it draws water from the dermis into the epidermis, but also from the epidermis into dry air. In low humidity environments, HA can increase transepidermal water loss if not properly sealed with occlusives. During barrier repair, use HA only if it's already in your ceramide cream formulation, not as a standalone serum.

Common mistake: over-cleansing in an attempt to remove occlusive buildup. Petrolatum and heavy ceramide creams accumulate on the skin surface. This is normal. Single cleansing with a gentle surfactant removes sufficient residue—double cleansing or micellar water first cleanse strips the barrier you're trying to repair. If you have genuine buildup, like comedones forming or makeup not applying smoothly, reduce occlusive quantity rather than increasing cleansing intensity.

Common mistake: expecting barrier repair to cure underlying conditions. Rosacea, seborrheic dermatitis, perioral dermatitis, and hormonal acne have barrier dysfunction as a component but not as the primary cause. Barrier repair improves resilience and reduces inflammatory cascades, but you'll likely need targeted treatment for the underlying pathology. Don't waste months assuming barrier repair will resolve everything. If you see no improvement after 3 to 4 weeks of strict protocol, consult a dermatologist.

Pro tip: track your water intake and sleep quality as barrier cofactors. Systemic hydration affects natural moisturizing factor composition, and sleep deprivation elevates cortisol, which impairs barrier lipid synthesis. Aim for 0.5 ounces of water per pound of body weight daily—not the arbitrary eight glasses—and 7 to 8 hours sleep. These aren't skincare steps, but they determine whether your topical protocol succeeds or plateaus.

Let's hit some frequently asked questions. How long does it take to repair a damaged skin barrier? A damaged skin barrier typically requires 7 to 14 days for functional recovery and up to 4 to 6 weeks for complete structural restoration, depending on severity of damage. Minor barrier impairment from over-exfoliation shows measurable improvement in transepidermal water loss within 72 hours using ceramide-dominant protocols. Severe barrier disruption from chronic retinoid misuse, eczema flares, or chemical burns requires 3 to 4 weeks of strict lipid replenishment and occlusive protection to restore normal corneocyte cohesion and lipid lamellae organization.

Can I use retinol while repairing my skin barrier? No, you should not use retinol or any retinoid while actively repairing barrier damage. Retinoids accelerate cellular turnover and temporarily disrupt barrier function as part of their mechanism—exactly what you're trying to reverse. Even encapsulated retinol at low concentrations creates controlled inflammatory response that a compromised barrier cannot properly manage, resulting in irritation without the beneficial adaptation. Eliminate all retinoids for minimum 7 to 14 days during acute repair, then reintroduce at lower frequency, like twice weekly, only after zero sensitivity to your barrier-repair routine.

What's the difference between a damaged barrier and dehydrated skin? A damaged barrier is structural compromise of the stratum corneum's lipid lamellae, resulting in increased transepidermal water loss, impaired desquamation, and heightened sensitivity to products and environmental factors. Dehydrated skin is a temporary water content deficiency that can occur even with intact barrier function, caused by inadequate humectant application or low environmental humidity. Damaged barriers often present with dehydration as a symptom, but dehydration alone doesn't indicate barrier damage. Key differential: damaged barriers sting upon water contact and react to previously tolerated products, while simple dehydration responds immediately to humectant application without sensitivity issues.

Should I stop using vitamin C when my skin barrier is damaged? Yes, discontinue L-ascorbic acid formulations, typically pH 2.5 to 3.5, during barrier repair, as the low pH creates additional stress on compromised tissue. You can continue using pH-neutral vitamin C derivatives like magnesium ascorbyl phosphate, that's MAP, or sodium ascorbyl phosphate, SAP, at pH 5 to 7, which provide antioxidant protection without the acidic irritation. These derivatives are less potent for collagen synthesis stimulation but offer adequate free radical scavenging during the repair window. Reintroduce L-ascorbic acid formulations only after minimum 14 days of stable, non-reactive barrier function, starting with 10% concentration rather than jumping back to 15 to 20% products.

Repairing a damaged skin barrier requires understanding the biochemical architecture you're restoring, not just masking symptoms with heavy creams. The seven-day protocol—strategic simplification, pH-balanced cleansing, niacinamide support, ceramide-dominant replenishment, occlusive sealing, environmental optimization, and monitored reintroduction—works because it addresses the specific molecular deficits in barrier dysfunction: depleted lipid lamellae, disorganized corneocyte structure, elevated transepidermal water loss, and inflammatory cascade perpetuation.

This isn't about expensive products or dermatologist-only secrets. CeraVe at around $1.29 per ounce and Vaseline at around $0.31 per ounce outperform luxury formulations charging 50 to 80 times more for marginally optimized lipid ratios. The cost is patience and aesthetic tolerance—you'll look worse temporarily while tissue rebuilds—but functional restoration occurs within one week if you eliminate the variables sabotaging recovery.

Your barrier is structural infrastructure, not decorative surface. Treat it accordingly, and everything you layer on top will work better.

That wraps up this episode of Luxury Beauty on a Budget Podcast. Thanks for listening—I know you've got about a million other things you could be doing, so I don't take it lightly that you spent this time here. New episodes come out every Monday, Wednesday, and Friday, so there's always something fresh coming your way. If you found this episode helpful, I'd really appreciate it if you left a 5-star rating and maybe wrote a quick review. It sounds like a small thing, but it genuinely helps other people find the show when they're searching for real, science-backed beauty advice that doesn't assume they've got unlimited money to spend. And go ahead and hit subscribe or follow so you get notified the second a new episode drops. I'll catch you next time.