среда, 30 апреля 2025 г.

TOP 11 Weirdest Fruits you have to try in your lifetime!

 


 11. Annona. Not a pine and is very tasty.


Description/Taste

Annona fruits vary in size, shape, and appearance, depending on the specific variety, and are generally 5 to 20 centimeters in diameter. The fruits showcase an oval to cordate shape, typically with broad, curved shoulders tapering to a blunt tip. The fruits are also attached to a thick, woody, brown stem and range from 200 to 400 grams in weight, depending on growing conditions. Annona is a type of compound fruit, meaning it is made up of many carpels that have been fused together, forming a bumpy, scale-like, segmented nature. When the fruits are young, the small bumps will be closely spaced on the surface, and as it matures, the bumps will spread apart. Annona fruits are generally found in two colors: yellow-green and red-purple. The skin is thin, delicate, and easily punctured, and the surface is often covered in a silver-hued, powdery bloom. Underneath the skin, the ivory to cream-colored flesh is soft, succulent, aqueous, and tender. Annona fruits are known for having a custard-like texture with a creamy, granular consistency. Most varieties are filled with many seeds, with some fruits containing as many as 40, and the seeds are typically black, elliptic to oblong, glossy, and hard, being 1 to 1.5 centimeters in length. It is important to note that the seeds are inedible and potentially toxic if ingested. There are also a few seedless cultivars, but these are challenging to find and may have a less suitable flavor. Annona fruits release a sweet, aromatic fragrance and will be soft to the touch when ripe. The skin is traditionally peeled from the flesh, and the flesh is consumed, contributing mild, sweet, and fruity flavors with musky, tropical nuances.

Seasons/Availability

Annona fruits are available year-round in tropical climates. In subtropical climates, the fruits are generally harvested mid-summer through the fall.

Current Facts

Annona, botanically classified as Annona squamosa, is an aggregate tropical fruit belonging to the Annonaceae family. The cordate-shaped fruits grow on semi-deciduous trees or shrubs reaching 3 to 6 meters in height and are favored for fresh consumption. Annona is a general descriptor for a genus comprised of hundreds of species grown worldwide. The genus includes the cherimoya, or Annona cherimola, custard apple, or Annona reticulata, Sugar apples, or Annona squamosa, and soursop or Annona muricata. Within each of these species, there are many different varieties appearing in varying colors, sizes, shapes, and flavors. Annona squamosa is the most common species typically known as Annona in fresh markets, and the species is also the most widely cultivated worldwide. Annona fruits are also known as Sugar Apples, Sweetsop, and Anon, and the fruits are grown commercially and in home gardens as a tropical, fresh-eating fruit. In the modern day, Annona fruits are readily available in fresh markets throughout their tropical growing environments, and chefs and consumers utilize the fruits for desserts, beverages, and preserves.

Nutritional Value

Annona fruits are a source of vitamin C to strengthen the immune system, calcium to build strong bones and teeth, and fiber to regulate the digestive tract. The fruits also provide iron to develop the protein hemoglobin for oxygen transport through the bloodstream, vitamin E to protect the cells against the damage caused by free radicals, potassium to balance fluid levels within the body, and other nutrients, including vitamin A, magnesium vitamin B6, and amino acids. In the Amazon, Annona fruits are sometimes used in natural medicines to create cough syrups, and elements are also incorporated into remedies to lower fevers and lessen other cold symptoms. In India, crushed fruits are mixed with salt and topically applied to tumors.

Applications

Annona fruits have a sweet, musky, and tropical taste suited for fresh preparations. The fruits can be easily ripped open by hand and the flesh consumed, discarding the seeds, or they can be more neatly sliced open and served in segments. The skin and seeds are not eaten, and the fruits are customarily chilled just before serving to enhance their refreshing, juicy nature. Annona fruits can also be pressed through a sieve to separate the seeds from the flesh. Once separated, the flesh and juice can be incorporated into ice cream and sherbets, mixed into sauces and fillings for desserts, or used to make jams and syrups. The fruits can also be sliced and added to fruit salads or combined into batters for cakes, muffins, pies, and puddings. The most popular use for Annona fruits is beverages. The fruits add a light, sweet, fruity taste to juices, smoothies, shakes, and cocktails. Annona fruits pair well with sugar, salt, vanilla, citrus, pineapples, mangoes, guavas, and lychees. Whole, unopened Annona fruits tend to ripen 3 to 6 days after harvest when stored at room temperature. Once ripe, the fruits should be immediately consumed for the best quality and flavor and will only keep for 1 to 2 days when stored in the fridge.

Ethnic/Cultural Info

In Brazil, Sugar apples are affectionately referred to as the "Fruta do Conde," which translates to "Fruit of the Count." This moniker was given to the fruits as they were originally rumored to have been introduced to Bahia, Brazil, through the Count of Miranda in 1626. The Count of Miranda was a Portuguese title of nobility. Sugar apples are also called Pinha in Brazil, meaning "pinecone." This moniker was given to the fruits for their scaly, bumpy appearance.

Geography/History

The Annona genus is believed to be native to tropical regions of Central and South America, the West Indies, and tropical Africa, though the center of origin is mostly unknown. Experts believe the various species were spread throughout Central and South America in ancient times and later traveled to Southern Mexico as the plants were used for their medicinal elements and the fruits as a food source for native peoples. Spanish and Portuguese explorers encountered Annona fruits in the Americas and spread the genus to Asia, where it was planted in Southern India sometime before 1590. Annona fruits were also being grown in Indonesia by the early 1600s and expanded in cultivation to the Philippines, China, Australia, and Polynesia. In 1955, Annona fruits were carried to the United States, and the seeds were planted on farms in Southern Florida in 1955. Annona fruits thrive in tropical lowlands and subtropical climates. The fruits grow wild in forests, along roadsides, and in pastures and are cultivated in commercial and home gardens. Today Annona fruits are grown in tropical to subtropical regions worldwide and are sold in select fresh markets. In the United States, the fruits are found in South Florida and Southern California.

10. Cassabanana. This may be the biggest, weirdest banana we have ever seen!


Description/Taste

Cassabananas are large fruits, averaging 30 to 60 centimeters in length and 7 to 12 centimeters in diameter, and have a straight, uniform, and cylindrical shape with curved, blunt edges. The fruits resemble an oversized cucumber or gourd and have hard, smooth, and glossy rinds with a tough, waxy nature. The rind may exhibit light ridging and ripens from green to shades of dark red, maroon, burgundy, dark purple, or black. Underneath the shell-like exterior, the flesh ranges in color from orange to yellow-orange and encases a central seed cavity. The flesh is dense, firm, lightly aqueous, crisp, and chewy when raw. Once cooked, the flesh typically softens and can sometimes become mealy if overcooked. The seed cavity extends the length of the fruit and is filled with juicy, stringy pulp and many large, black-brown, ovate seeds 13 to 15 millimeters in length. Ripe Cassabananas release an aromatic, sweet scent with notes reminiscent of melon and pumpkin. The flesh can be consumed unripe or ripe, depending on the preparation, but the seeds are not edible and should be discarded. Cassabananas are mild, sweet, and musky and are said to have a flavor similar to a blend of cantaloupe, cucumber, banana, and pumpkin.

Seasons/Availability

Cassabananas are traditionally available in the late summer through fall. In some tropical regions, the fruits can be harvested multiple times throughout the year.

Current Facts

Cassabananas, botanically classified as Sicana odorifera, are unusual South American fruits belonging to the Cucurbitaceae family. Despite their name, Cassabananas are not a banana and are a type of gourd native to Brazil that thrives in tropical to subtropical climates. The fruits develop on fast-growing herbaceous vines extending over 15 meters in length, and the vines often climb over trees and other plants using adhesive tendrils. Cassabananas have naturalized across Central America, South America, and the Caribbean and are planted as an ornamental vine and food source. Growers favor the plants for their productivity, producing many fruits per vine, and the fruits can be stored for extended periods. Cassabananas are known as Sikana, Musk cucumber, Fragrant melon, Casbanan, and Puttigel. They are also known by regional names, including Cura, Melão Caboclo, and Coróa in Brazil, Olerero and Padea in Peru, Calabaza de Chila in Costa Rica, Melocotón and Melón de Olor in Guatemala and El Salvador, Cojombro in Nicaragua, Pavi in Bolivia, Curuba or Pepino Melocotón in Colombia, and Calabaza de Guinea in Venezuela. Cassabananas are traditionally eaten fresh or cooked and are utilized in a wide array of culinary preparations. The fruits are also valued for their aromatic, sweet, and melon-like scent, acting as a natural household air freshener. It is common to see Cassabananas in closets and linen cupboards, as the fruits release a pleasant, lingering aroma into the air, which also deters moths and insects.

Nutritional Value

Cassabananas are a source of vitamin C to strengthen the immune system while reducing inflammation, fiber to regulate the digestive tract, and potassium to balance fluid levels within the body. The fruits also provide calcium to build strong bones and teeth, iron to develop the protein hemoglobin for oxygen transport through the bloodstream, and other nutrients, including B-complex vitamins and phosphorus. The yellow-orange hues in the flesh and skin indicate the presence of beta-carotene, a pigment converted into vitamin A in the body. Beta-carotene also has antioxidant properties to protect the cells against the damage caused by free radicals. In Brazil, pieces of Cassabanana flesh are steeped in sugared water overnight as a natural remedy. Once the flesh has slightly fermented, it is drunk to relieve sore throats and fevers.

Applications

Cassabananas have a mild, subtly sweet, and musky flavor suited for fresh and cooked preparations. It is important to note that the seeds should not be consumed, and the stringy pulp in the center of the fruits can be strained for juice and then discarded. The dense, solid flesh underneath the skin is the primary portion of the fruit consumed, and the flesh can be sliced and eaten raw, sometimes sprinkled with sugar for enhanced flavoring. The flesh can also be chopped and added to salads, mixed into fruit bowls, stirred into yogurt, or blended into fruit drinks. The juicy pulp can be strained and incorporated into fruity and fermented beverages. Cassabananas can also be harvested young when the skin is green. Immature fruits are prepared like a vegetable and are added to soups, stews, and curries, stir-fried as a side dish, mashed and fried into fritters, or cooked and served with seafood. In addition to unripe fruits, mature Cassabanana fruits can be cooked and incorporated into various sweets and desserts. The fruits are popularly simmered into jams, jellies, and preserves, sauteed in sugar to create a candied treat, or caramelized and used as a decadent topping. Cassabananas pair well with brown sugar, vanilla, maple syrup, milk, cream, and herbs such as parsley and mint. Whole, unopened Cassabananas will keep for several weeks to months when stored in a cool, dry, and dark place. Once sliced, the cut portions can be refrigerated for a few days.

Ethnic/Cultural Info

Cassabananas are used in a practice to remove jealousy from the body in Northern Peru. According to the research paper titled Healing the Body and Soul: Traditional Remedies For "Magical" Ailments, Nervous System and Psychosomatic Disorders in Northern Peru, written by Rainer W. Bussman et al., Cassabananas are used as a charm. It is said the fruit must be kept whole and placed in the bed during sleep for seven days and nights. Each morning, the Cassabanana must be washed, and by the seventh day, the fruit will be wrinkled as jealously has left the body and entered the fruit. At the end of the treatment, it is imperative that the fruit is discarded in a place far away from the home, and after it is disposed of, the body has been cured of the wrath of jealousy. Beyond magical remedies for the body, Cassabananas are also used as spiritual offerings for the soul. The fruits are often placed on church altars during Holy Week throughout South America as a symbol of faith, and it is hoped that the offerings will be blessed.

Geography/History

Cassabananas are native to Brazil, specifically the Atlantic Forest, and have been growing wild since ancient times. The vining plants thrive in warm, tropical climates, especially in lowland regions, and were spread throughout South America in the Early Ages. Much of the history of the species is unknown, and experts believe the plants were present in Ecuador before the arrival of the Spanish conquistadors. The first written account of Cassabananas later occurred in 1658 in Peru and was recorded by European explorers. Over time, Cassabananas were spread through migrating peoples, trade, and natural expansion into Central America and the Caribbean, and plants were quickly established in regions with long growing seasons. Seeds from the fruit were also given to the United States Department of Agriculture in 1913 from C.A. Miller with the American Consul in Tampico, Mexico. Several years later, other botanists acquired seeds from other contacts in South America to introduce the species into the United States. Today Cassabananas are grown as an ornamental vine and as a fruit crop in home gardens and small farms throughout Southern Mexico, the Caribbean, Central America, and South America. They are also cultivated as a specialty vine in the southern United States and California.


 

9. Nipa Palm. This fruit grows deep in the waters of the mangrove forest, you have no idea what kind of effort it took to find it!


Nipa Palm is a palm fruit native to South-East Asia that grows in mangroves. They are cultivated in South-East Asia and commonly sold unripe as a drink similar to Coconut.

Edibility

Nipa Palms are best eaten unripe, as the unripe fruit has a coconut-like meat. While the ripe one is dry, hard and does not taste good.

Appearance

Nipa Palms are a brown, teardrop-shaped palm fruit. They are all connected to a core in a middle of a fruit, and the fruits become a ball. The fruits are hard, and inside is a small portion of coconut-like meat.

Taste

Nipa Palm tastes like coconut, but with a taste of Sugarcane.

Trivia

The sap of the Nipa Palm tree is also used to make a drink, but it isn't cultivated as much.

The Nipa Palm fruit's structure is similar to another palm fruit called Pandanus, where there are many small fruits attached to a core and looks like a ball of fruits.

 



8. Mocambo. Do you know this fruit is a close relative of the cocoa tree?


 Mocambo (Theobroma bicolor), also known as white cacao, is a unique and less commonly known relative of the cacao tree. Native to the Amazon Basin, it offers potential for cultivation in similar warm and humid climates, such as in parts of the UAE where conditions can be carefully managed.

Key Points:

Origin: Amazon Basin, thriving in the lush, tropical environments.

Climate: Best suited to tropical climates with high humidity and consistent warmth, which can be emulated in greenhouse or controlled environments within the UAE.

Sun Exposure: Prefers partial shade or dappled sunlight, akin to its natural understory habitat in tropical forests.

Watering: Requires consistent moisture, mimicking the rainforest environment, with well-draining soil to prevent waterlogging.

Soil: Favors rich, well-drained soils with a slight acidity, similar to the forest floors of its native habitat.

Fruit Profile

Mocambo fruits are large, with a thick, hard shell encasing a sweet, edible pulp surrounding the seeds. The pulp is consumed fresh or used in desserts, while the seeds can be roasted and eaten like nuts or even a different kind of chocolate can be made from them, similar to cacao seeds. Mocambo offers a unique flavor profile, with the pulp being aromatic and the seeds having a nutty taste.

Cultivation Details:

Growing Time: Mocambo trees take several years to mature and bear fruit. Patience is required, as with many tropical fruit trees grown from seed.

Maintenance Required: Moderate. Involves regular pruning to maintain tree health and shape, and monitoring for pests and diseases common to tropical fruit trees.




7. Safou. On of my very favorite fruits out there. Originally from Africa, these taste like creamy mashed potatoes with a sprinkle of lemon juice. Yum!

 


Description/Taste

Safou fruit widely varies in size and appearance due to genetic variation and individual growing conditions. The fruit is generally oblong, oval, to conical in shape, averaging 4 to 15 centimeters in length and 3 to 6 centimeters in diameter, and is often found covered in scars and markings. The thin skin is shiny with a waxy coating and ripens from shades of pink or white to shades of violet, dark blue, to blue-black when mature. Each fruit may also bear multiple colors at one time giving the skin a variegated appearance. Underneath the skin, the smooth flesh also varies in hues of green, pale yellow, pink, to cream-colored, encasing a central seed that is light brown, oblong, dense, and firm. Safou fruit has a slippery consistency with a sour, mildly acidic, and tangy flavor when consumed fresh. The fruit also bears an aromatic fragrance similar to the scent of turpentine or citrus. When cooked, the fruit develops a buttery consistency with a milder, savory flavor.

Seasons/Availability
Safou fruit is available during the rainy season in Africa.

Current Facts
Safou fruits, botanically classified as Dacryodes edulis, are rare, nutritionally-dense fruits that grow on large evergreen trees and are members of the Burseraceae family. Native to tropical, humid regions of central and western Africa, Safou fruits have been cultivated and protected in villages, home gardens, and fields for thousands of years. The fruit is held in such high regard that even when clearing forests for farmland, the Safou fruit tree will not be harmed or cut down. Also known as Butterfruit, African Pear, Atanga, and Bush Butterfruit, Safou fruits are found in local African markets and are sold along roadsides as a midday snack. There are two varieties of Safou fruits, and both types carry a wide degree of generic variation, causing the fruits to be generally labeled under the name Safou. In the last decade, the fruit has been recognized for its nutritional properties and for its potential to become an exported crop.

Nutritional Value
Safou fruit is an excellent source of vitamins A and C and contains magnesium, potassium, and calcium. The fruit also contains a high oil content and a significant level of essential amino acids such as threonine, lysine, and leucine, which help the body perform all necessary functions including tissue repair, transporting nutrients, and digestion.

Applications
Safou fruits are best suited for both raw and cooked applications such as boiling or roasting. Typically served as a snack in between meals or mixed with other starchy ingredients for a main dish, Safou fruits have a pulp that is best consumed after heating. When fresh, the fruit is often set in a sealed container and placed in the sun to briefly warm before eating. While eating the fruit fresh can sometimes be an acquired taste, Safou fruit is more commonly consumed lightly boiled in saltwater. Once cooked, the flesh becomes soft and tender, the seed can be removed, and the fruit can be stuffed with cooked meats, spices, and vegetables. In Nigeria, the fruits are sold through street vendors boiled or roasted over charcoals, and the smooth pulp is often served with corn for added flavor. Boiled Safou fruits are also served with maize, plantains, or cassava in African home cooking to create a filling main dish. In addition to boiling, Safou fruits can be roasted with herbs and vegetables, or they can be cooked and pureed into a dip and served with crisps and chips. Safou fruits pair well with tomatoes, onions, garlic, ginger, parsley, rosemary, sausage, butternut squash, and sweet potatoes. The fruits are highly perishable and will only keep 1-5 days when stored in a cool and well-ventilated place.

Ethnic/Cultural Info
Researchers are looking to Safou fruit as a crop that can be utilized as a source of income for rural villages and as a sustainable food source to help solve the hunger crisis in Africa. In Nigeria, Safou fruit is historically one of the primary consumable food items that villages survive on during the “hungry season,” which is the time in between harvests and plantings. Providing an essential source of nutrients, Safou fruit can be consumed fresh, in cooked applications, or it can be pressed into healthy cooking oils that can be exported for sale to neighboring countries. Still remaining somewhat unknown in commercial markets, farmers, researchers, and Safou experts are joining together to form networks to advertise the fruit and educate rural farmers on the prospects of planting the fruit trees as a companion crop.

Geography/History
Safou fruits are native to humid, tropical forests in central and western Africa and have been cultivated by villages since ancient times. The fruits have primarily remained localized to Africa due to the lack of export infrastructure and are not commercially grown on a wide scale. Some growers are exporting Safou fruits to Europe for sale in specialty markets and can be found in countries such as the United Kingdom, Belgium, Switzerland, and France. The fruits are also cultivated on a small scale in Malaysia.



6. Kadsura. A fruit that looks like a pink football and tastes of juicy ginger? Give me more!

 


“Unveil the allure of the Tiger Grape (Kadsura Coccinea), an exotic fruit plant renowned for its striking appearance and unique flavor. Native to Asia, this captivating plant is a must-have for tropical and subtropical gardens.

The Tiger Grape, also known as Kadsura Coccinea, produces small, round fruits that transition from green to a vivid red as they ripen. These grapes are not only visually stunning but also offer a subtly sweet and tangy flavor that makes them a delightful addition to fruit salads, desserts, and fresh juices. Their bold color and distinctive taste make them a standout feature in any garden.

This plant is a vigorous climber, thriving on trellises or arbors, and adds a lush, vertical element to your garden. Its dark green, glossy leaves provide an attractive backdrop for the vibrant fruit, creating a visually appealing contrast. The Tiger Grape is well-suited for warm climates and enjoys well-drained soil and regular watering to support its growth.


In addition to its fruit-bearing qualities, the Tiger Grape plant is valued for its ornamental appeal. It produces small, delicate flowers that add a touch of elegance before giving way to the show-stopping grapes. The plant is relatively low-maintenance and benefits from occasional pruning to encourage a strong and productive growth habit.

Whether you’re an experienced gardener or looking to enhance your garden with exotic fruit, the Tiger Grape plant is an exceptional choice. Its unique fruit and lush foliage bring both beauty and flavor to your garden space.

Order your Tiger Grape (Kadsura Coccinea) fruit plant online today and enjoy the charm and taste of this remarkable tropical gem in your own garden.”



5. Screwpine. You can literally taste the betacarotenes! Eating this fruit is like sucking on a carrot flavored oily paint brush

 


The hala fruit is a large edible fruit made up of numerous segments called keys or cones and is found in Southeast Asia, eastern Australia, Pacific Islands and Hawaii. 

Also called the Tahitian screw pine or thatch screwpine, the hala fruit tree is one of the 750 or so trees that belong to the Pandanus species. The hala fruit tree can reach up to 14 metres in height, with a spiny trunk that grows between 5 - 11 metres in width. This is a large fruit that can be up to 30 cm long, with dozens to hundreds of segments (or phalanges, keys) that are attached together by a core, each being around 20 cm long. 

HOW TO EAT HALA FRUIT
The phalanges contain the edible pulp of the hala fruit. But in order to get to the pulp, you may have to remove a few of the phalanges with the claw of the hammer to make it easier to pull out the others. The outer edges of the keys are green and very fibrous. Pull out a segment, start from the inner end by chewing on it to squeeze out the sweet pulp from the inside. 

WHAT DOES HALA FRUIT TASTE LIKE?
It looks a bit scary and reminds you of an exploding planet. But don’t let appearances scare you off, because chances are, you might have already tried a variant of the hala fruit at one point in your life, especially if you are a fan of Southeast Asian food. 

Pandan chiffon cake, pandan curry, pandan custard - do any of these ring a bell? Pandan, usually in the form of an essence or paste is made from the leaves of a pandanus tree belonging to the same family as the hala fruit. If you've ever wondered why some of those desserts were a fluo green, it was probably because of pandan.

The hala fruit itself has a delicate, sweet taste, similar to the paste made from the leaves. It is eaten fresh, boiled or ground into a paste, or squeezed into juice.  





4. Guac Fruit. Can you imagine a fruit that tastes like a cross between avocado and cucumber but has an unbelievably bright red pigment?

 


Description/Taste

Gac fruits are small to medium in size, averaging 11 to 13 centimeters in length and 8 to 10 centimeters in diameter, and have a round to oblong, curved shape. The skin, sometimes labeled as the rind, is semi-thin and covered in small spikes and protrusions, developing a coarse and leathery texture. The fruits are dark green when unripe, transitioning into yellow, orange, to red-orange hues with maturity. Underneath the surface is a dense layer of creamy orange to yellow flesh, known as the mesocarp, that ranges from 2 to 3 centimeters in thickness. The flesh encases a central chamber filled with 15 to 20 seeds wrapped in dark red membranes. The crimson arils are the edible portion of the fruit and have a soft, slippery, melting texture. The arils also often have a glistening appearance due to their high oil content, contributing to the fatty, buttery texture. When the membranes are removed, a white to dark brown flat seed is revealed with jagged edges. Gac fruits release a faint, pumpkin or squash-like aroma when opened and should be consumed raw only when ripe. The fruits are naturally firm before they mature, and as they change in color and ripen, the flesh will become soft and squishy. When ripe, Gac fruits have a very mild, neutral flavor that is sometimes regarded as vegetal and bland when served by itself. If the arils are cooked, they become slightly more savory with a rich but mild taste. Gac fruits are primarily combined with other ingredients for improved flavoring.

Seasons/Availability

Gac fruits are available for a short season, typically in the mid-winter through early spring.

Current Facts

Gac fruits, botanically classified as Momordica cochinchinensis, are a rare, seasonal fruit belonging to the Cucurbitaceae family. The brightly colored fruits grow on tropical, climbing vines that extend over six meters in length, winding over trellises, lattices, trees, and other sturdy structures. The fruits are native to Southeast Asia, specifically Vietnam, and were selected for small-scale cultivation for their nutritional properties and natural coloring. Gac fruits are commonly planted in home gardens and ripen for a very short season, fruiting for about two months each year. One Gac fruit vine can produce anywhere from 30 to 60 fruits per season, but often the vines must be hand pollinated to ensure fruiting, as the species is dioecious in nature, meaning there are separate male and female plants. The fruits must also only be picked when ripe, and once mature, the fruits quickly soften and expire, making them challenging to ship outside of their native habitats. Gac fruit is nicknamed the "heavenly fruit" in Vietnam for its upward climbing nature and high nutritional content, and the name Gac is derived from a Vietnamese name translating to mean "round." The fruits have acquired several regional names throughout Southeast Asia, including Cochinchin gourd, Fahk Khao, Bhat Karela, Cundeamor, Red melon, Sweet gourd, Taw Thabu, Trai Gac, and Qua Gac. Historically, Gac fruits were rarely known outside of Southeast Asia, but in the present day, Gac fruits have been receiving worldwide recognition over social media platforms for their unusual, brilliant red coloring. Gac fruits are primarily incorporated into natural medicines and celebratory culinary preparations.

Nutritional Value

Gac fruits are known for their high lycopene and beta-carotene content. Lycopene is a natural compound or carotenoid that contributes to the fruit's dark red and orange coloring. This compound has antioxidant-like properties to protect the cells in the body against the damage caused by free radicals. Some studies indicate that Gac fruits contain seventy times more lycopene than tomatoes. Beta-carotene also adds to the fruit's coloring and is converted into vitamin A in the body to maintain healthy organ functioning. It is believed that Gac fruits contain ten times more beta-carotene than sweet potatoes or carrots. In natural medicines, Gac fruits are also valued for their omega-3 fatty acids, vitamins D, E, and K, and linoleic acid content. Traditional Chinese Medicine uses Gac fruit arils to assist in healing burns, eye issues, and skin grievances. The seeds, known as mu bie zie or "wooden turtle seeds," are also roasted and incorporated into medicinal remedies. Outside of natural medicines, the arils have been added to dietary supplements and juices, and the oil from the arils is pressed and sold in health stores.

Applications

The most common portion of Gac fruit utilized for culinary applications is the fleshy red arils surrounding the seeds. These crimson arils can be eaten straight out of hand, but their oily texture and neutral flavor are not typically enjoyed on their own. Gac fruit arils are more popularly deseeded and cooked into a paste with sugar, oil, and salt. This paste is mixed with glutinous rice to add color and a subtle flavoring. In Vietnam, Gac fruit paste is steamed into rice, sticky rice cakes, and dumplings known as banh Gac. The dumplings are shaped into bright red round balls or are flattened, wrapped in banana leaves, and steamed, a specialty dish created in the Ninh Giang District of Hai Dong Province in Northern Vietnam. Gac fruit paste can also be incorporated into sauces with tomatoes and served as an addition to soups, grilled seafood, stews, and even as an unconventional pizza or pasta sauce. In Thailand, Gac fruit arils are served with ice cream or stirred into baked goods as a natural coloring. The arils are also boiled and blended into juices or smoothies with other fruits for added flavor. Beyond the arils, some communities in India and Sri Lanka consume the yellow flesh surrounding the arils in curries. It has also been reported that young fruits are cooked like vegetables in some Indian dishes, removing the spikey skin before use. The fruit's flesh is heavily debated as some sources claim the yellow flesh is inedible, while others claim the flesh is edible. More research should be done before eating the yellow flesh, but it is known that the red arils are safe for consumption. In addition to the fruits, the young shoots and leaves of the Gac vine are eaten as a vegetable in Southeast Asia, often served with chili-based condiments for enhanced flavor. Gac fruits are cooked with aromatics such as garlic, ginger, or onions, tomatoes, potatoes, squash, or blended with fruits including pineapple, coconut, and passion fruit. Whole, unopened Gac fruits should be immediately consumed when ripe for the best quality and flavor. Extracted arils may keep for 1 to 2 days when stored in a sealed container in the refrigerator, but the fruits are highly perishable. Gac fruit arils are also dried and ground into a powder for extended use. The powder can be made through freeze-drying, air-drying, or vacuum-drying.

Ethnic/Cultural Info

Gac fruits are a special culinary ingredient intertwined into the traditions and cultural practices of Tet, the Vietnamese New Year. Tet is an abbreviation for Tet Nguyen Dan, meaning "the first morning of the first day of the New Year." The celebration lasts anywhere from 5 to 7 days in Vietnam and is considered one of the most important festivals of the year, ushering in spring and a fresh start. During Tet, families return home, clean their houses, and decorate spaces with kumquat trees, peach and apricot blossoms, and gold and red items, symbolically welcoming blessings of prosperity for the year to come. On New Year's Day, communities hold parades, light firecrackers, and bang drums to ward off evil spirits. After the festivities, families host elaborate meals with traditional dishes. Gac fruit is incorporated into xoi gac, a glutinous rice dish molded into shapes and served with a specialty Vietnamese ham. Xoi gac is comprised of Gac fruit arils cooked into a paste with cinnamon, sugar, and salt and then stirred into rice to give the dish a red hue. The color red is believed to bring promises of longevity, luck, and wealth in the coming year, and consuming red culinary dishes is said to bless the household.

Geography/History

Gac fruits are native to Southeast Asia, and experts point to Vietnam as the center of origin. The fruits have been growing wild since ancient times, and the species name, cochinchinensis, is derived from the Cochinchina region in southern Vietnam. The vines thrive in warm, tropical climates with ample sun and rainfall and naturally climb on trees along riverbanks and forest edges. In cultivation, Gac vines are found on support structures such as trellises, fences, and walls. It is unknown when Gac fruit was spread across Southeast Asia, but there are records from the 15th century documenting its use in natural medicines in China. Gac fruits were also introduced to select tropical regions worldwide as a novelty. Today Gac fruits are rare and primarily found in their native growing regions throughout Southeast Asia. The fruits are present in China, Vietnam, Thailand, Cambodia, Laos, Myanmar, Malaysia, the Philippines, and Indonesia. They are also grown in northeastern Australia and Florida. Gac fruits are not commercially cultivated and are sold through specialty growers as a seasonal delicacy.


3. This fruit tastes like a smokey, classic sausage, seriously! Meet Major Jenkins Palm Fruit, a salty, fatty, blue-skinned fruit you’ll never forget

 


Description/Taste
Livistona palm fruits are small in size, averaging 2 to 4 centimeters in diameter, and have a round, oval, to ellipsoidal shape. The fruit’s skin is thin, smooth, and taut, occasionally covered in scattered white lenticels. The skin also has a glossy sheen and features a prominent suture line extending the length of the fruit. Some fruits may have brown markings and scarring on the surface, but this is superficial and does not affect the quality of the flesh. The skin can be peeled from the flesh, but it breaks into tiny pieces and is considered troublesome. The skin is typically eaten with the flesh for convenience. The orange flesh has a sticky, slightly grainy, starchy, and oily consistency with a tender, creamy mouthfeel. The flesh is relatively thin, about 1 to 1.5 millimeters thick, and envelops a large, hard, globose seed 9 to 10 millimeters in diameter. Livistona palm fruits are edible raw, and the skin and flesh are consumed, discarding the seed. The flesh has a subtly sweet, savory, nutty, and rich taste with smoky, cheesy, and olive-like undertones.

Seasons/Availability
Livistona palm fruits are available year-round in tropical climates.

Current Facts
Livistona palm fruit, botanically a part of the Livistona genus, is a category of fan palms that produce edible fruits belonging to the Arecaceae family. The evergreen palms, depending on the species, can grow 10 to 24 meters in height and are generally cold hardy and productive, growing dense clusters of blue-black fruits. The most common species for fruit production include Livistona saribus, Livistona chinensis, and Livistona jenkinsiana. Livistona palm fruits are considered somewhat rare as some species are endangered due to deforestation. The fruits are hand-collected, a labor-intensive task as the fronds are lined with sharp, long thorns that are said to resemble shark teeth and can easily rip clothing or cut the skin. Once gathered, the fruits are sold in local markets as a delicacy. Livistona palm fruits are known by many regional names, including Toko Guti in Arunachal Pradesh, Sürajang, Yuh, Loh-zeak, and Yaoh Lük in Nagaland, Tiek in Cambodia, Kho in Laos, Chathang or Ma-Kaaw in Thailand, Kuranji in Borneo, Serdangm Tarau, Sadang, and Taraw palm fruit. Each region will vary in the availability, name, and use of the palm fruit, and the fruits are typically consumed raw to savor their unusual flavor. Livistona palm trees are also famous throughout Southeast Asia as an ornamental plant and a source of construction and weaving materials.

Nutritional Value
Livistona palm fruits have not been studied for their nutritional properties. Some sources note the fruits are high in oil and fat. They are also thought to have antioxidants to reduce inflammation and protect the immune system. Other sources mention that the fruits may be a source of vitamin C to boost the immune system, vitamin E to protect the cells against free radical damage, potassium to balance fluid levels within the body, and vitamin A to maintain healthy organs. Most of these claims do not have enough research to support them, and more studies must be conducted before a conclusion can be made.

Applications
Livistona palm fruits have a subtly sweet, nutty, and savory flavor suited for fresh and cooked preparations. The fruits are traditionally consumed out of hand after washing, and the skin and flesh are edible, discarding the large seed. Ripe fruits have a soft consistency, and the seed can be squeezed from the flesh. Livistona palm fruits are also occasionally placed in plastic bags after purchase to soften. The bags are left in the sun for 2 to 3 days, softening the skin and creating a more palatable texture. Pieces of the flesh are then sprinkled with salt and eaten or pickled and coated in chili powder, salt, and oil as a tangy condiment. Livistona palm fruits are popularly mixed with rice dishes in Southeast Asia. In Northeastern India, the fruits are consumed with fried fish or lightly cooked with salt and chiles. They are also incorporated into chutney with fermented bamboo shoot juice, lemon juice, garlic, chiles, and salt. This chutney is used as a flavoring and can be served over rice or eaten with stews and smoked meat dishes. Livistona palm fruits pair well with aromatics such as ginger, garlic, onions, and chile peppers, basil, cilantro, eggplant, tamarillos, tomatoes, and potatoes. Fresh, ripe Livistona palm fruits should be immediately consumed for the best quality and flavor.

Ethnic/Cultural Info
In Northeastern India, where the fruits in the photo above were taken, Livistona jenkinsiana is the primary species that grows wild throughout India, Myanmar, Bangladesh, and Thailand. The palm is also known as the Himalayan palm, Assam Fan palm, and Major Jenkins Fan palm. In Nagaland, India, Livistona jenkinsiana is famously known as a thatching palm and is notably used by the Ao and Konyak tribes. The leaves are used to create traditional thatching for houses and are laid on the house similarly to shingles. The leaves are sewn in place with rattan to create a tight weave, and it is said one house may need as many as 2,500 leaves. The trunks are also used as pillars and flooring in houses. Beyond roofing, young palm leaves are tied together to create a flexible broom for sweeping, and the leaves are woven into jewelry bangles. Livistona jenkinsiana is an endangered species and acquired its scientific name from a Scottish baron and a botanist. Livistona was named in honor of Patrick Murray, the baron of Livingston, Scotland. Murray spent his life curating his garden and eventually donated it to Scotland, becoming the Royal Botanic Garden of Edinburgh. Jenkinsiana is derived from Major Francis Jenkins, a botanist who resided in Assam during the British Colonial Era. Major Jenkins made a collection of plants in 1842, including this palm species, and gave it to William Griffith to describe and record for the first time.

Geography/History
Fan palms of the Livistona genus are native to regions of Southeast Asia and have been growing wild since ancient times. The palms thrive in tropical to subtropical climates and are typically found in moist, rich soil in lowland rainforests, coastal forests, swamps, near mangroves, and peat forests. Livistona palm trees grow in areas from 600 to 1,100 meters in elevation, and the trees were historically used by Southeast Asian communities for their leaves as construction materials and the fruits as a food source. Over time, Livistona fan palms were cultivated on a small scale and were planted in or near villages. The trees were also selected as ornamental palms and were shipped overseas for garden landscapes. Today, Livistona palm trees are grown worldwide and are primarily found in Southeast Asia. The trees have also been introduced to the Caribbean, Central and South America, and Florida and California in the United States. The Livistona palm fruits featured in the photograph above were sourced through a local fresh market in Dimapur, a city in Nagaland, India.



2. Rollinia. We love this fruit so much we named our daughter after what it’s called in Borneo. Meet Nona, a yellow prehistoric beauty and one of my favorite fruits!


Description/Taste

Rollinia are heart-shaped, conical fruits. They can be anywhere from 5 to 20 centimeters in diameter and weigh 454 to 1,360 grams. They have thick, woody stems that are extensions of the fruit’s core. Their skin is covered in small, diamond-shaped sections, each with a soft, spiky protuberance. Depending on the environment and variety, the spines can be slight or quite prominent. The fruits mature from green to yellow, though they are often harvested when still green and will mature off the tree. The spikes may turn black with excessive handling. The fruits' flesh is a bright, translucent white, resembling the flesh of a grape. The fiberless flesh texture is thick, gelatinous, and chewy. It has a smooth, almost creamy consistency and contains small, inedible, dark brown, elliptical seeds that measure 1 to 1.5 centimeters long. Rollinia fruit have a mildly sweet-tart flavor with nuances of pineapple, banana, coconut, lemon, and lime.

Seasons/Availability

Rollinia are available in the spring through the early summer months.

Current Facts

Rollinia are a large tropical fruit botanically known as Rollinia mucosa. They are a member of the Annonaceae family, which includes the soursop and cherimoya, two other types of custard fruits. Rollinia are referred to by different names depending on the region, including Biriba de Pernambuco and Fruta da Condessa in Brazil, Rollinia mulato in Colombia, Rinon de monte in Venezuela, Anona babosa in Mexico, and Wild Sweetsop or Wild Sugar Apple in English-speaking countries. These unique fruits are often touted for their lemon meringue flavor and are mostly found in the wild. They are popular in the Amazon region of South America and in Indonesia, especially on the island of Borneo.

Nutritional Value

Rollinia are a source of vitamin C, helping with tissue growth and repair, immune support, collagen production, iron absorption, wound healing, and heart, skin, and brain health. This vitamin also protects against anemia, UV radiation, and free radical cell damage. This fruit contains calcium, phosphorus, and iron, benefiting nutrient metabolism, energy production, muscle function, red blood cell production, and kidney, bone, and teeth health. Rollinia also supplies the body with protein and amino acids to improve muscle building, enzyme function, calcium absorption, hormone production, and mood, sleep, and appetite regulation. As a source of potassium and magnesium, Rollinia further helps with nutrient metabolism, protein synthesis, blood pressure maintenance, and heart function.

Applications

Rollinia fruit are usually eaten fresh or used in raw applications. Ripe fruits are easily sliced in half or into wedges. The skin will peel away easily, and the pulp can be removed with a spoon and the seeds discarded. This fruit is often used in beverages like juices and smoothies. The pulp can be used to make jams or jellies or is puréed for desserts. Rollinia can be cooked into pies, cakes, soufflés, muffins, puddings, cheesecakes, sweet breads, and fruit tarts. Toss Rollinia with other fresh fruits like bananas, mangoes, grapes, pineapple, coconut, apples, pears, peaches, and strawberries. Rollinia fruit will keep for up to five days in the refrigerator. They are highly perishable once ripe and yellow and should be used or refrigerated within one or two days.

Ethnic/Cultural Info

In their native Amazon forest, Rollinia fruit has been used for centuries for both medicinal and culinary purposes. In Brazil, the pulp of the Rollinia fruit is fermented to make wine. The fruit was used as a stimulant and to help cool the body when overheated and was consumed to prevent scurvy. The seeds were ground and used as a remedy for digestive issues. The hard, heavy wood of the Rollinia tree was used to make boat masts, boxes, and ribs for canoes.

Geography/History

Rollinia are native to the western Amazon region of Peru and Brazil in South America. Their native range extends to Bolivia, Chile, Paraguay, Argentina, and Mexico. These fruits grow wild in the Amazon rainforest and lowland areas within these native regions. They were introduced to the United States from Brazil in 1908, and to the United States Department of Agriculture in 1914. They were taken to the Philippines sometime before 1915 and are mostly found in Borneo and Sumatra in Indonesia. Outside of their native regions, Rollinia fruit can be found in Australia, Hawaii, Florida, India, Indonesia, the Philippines, Southern Mexico, and parts of the Caribbean. The fruit may be sourced from farmer's markets, health food stores, home gardens, or foraged from the wild.

 


1. Borojo. Possibly the weirdest tasting fruit we have ever found. It was like eating soap and we loved it!


Description/Taste

Borojo is a small fruit, averaging 7 to 12 centimeters in diameter, and has a round to ovate shape, sometimes varying in appearance due to the fruit’s soft nature. When unripe, the fruits are firm, green, and inedible, and as it matures, it transforms into a soft and malleable consistency with a red-brown to dark brown hue. Borojo is often found packaged in a plastic bag to maintain the ripe fruit’s delicate texture and shape. The flesh is brown, sticky, dense, and creamy, encasing many small oval seeds, and the number of seeds is highly variable, ranging from 90 to over 600 seeds in one fruit. Borojo contains a high moisture content and adequate sugar and acidity levels, giving the fruits a complex, sweet-tart flavoring. The flesh is considered bitter when consumed by itself and bears sweet, tangy notes reminiscent of tamarind, vanilla, plums, and rose hips.

Seasons/Availability

Borojo is available year-round.

Current Facts

Borojo, botanically classified as Alibertia patinoi, is a tropical fruit that grows on a small evergreen tree reaching up to four meters in height belonging to the Rubiaceae family. The bittersweet fruits are native to the Amazon rainforest and have been growing wild since ancient times. Borojo has been used by native Amazonian peoples, especially the Embera, and the fruits are only gathered once they fall naturally from the tree, maintaining balance in the fragile rainforest ecosystem. The name Borojo was derived from Embera words “boro” or “head” and “ne-jo” meaning “fruit.” There are five recognized species of Borojo growing wild, with Alibertia patinoi being the primary species commercially cultivated. In the modern-day, Borojo is one of the most profitable crops in Colombia, and the fruits are widely used for medicinal, culinary, and cosmetic purposes. Locally, the fruits are also considered a superfruit for their nutritional content and are frequently consumed as a revitalizing drink.

Nutritional Value

Borojo is an excellent source of water-soluble B vitamins, specifically niacin, a nutrient used to keep the digestive system and nervous system working properly. The fruits are also rich in phosphorus to strengthen bones and teeth, fiber to stimulate the digestive tract, calcium to promote bone growth, and contain lower amounts of vitamin C and iron. In traditional medicines of Colombia, Borojo is used medicinally to boost the immune system, curve hunger, and provide a natural energy source. The fruit’s pulp is also used in facial masks as a skin treatment and has historically been used as an embalming agent for corpses.

Applications

Borojo is a delicate, creamy, and sticky fruit with a sweet-tart flavor showcased when used fresh. The fruits can be removed from their packaging and consumed raw, but many find the taste to be too bitter without added sugar. Borojo is most frequently combined into beverages, and the soft pulp is blended with sweeteners, spices, and water to create a thick, shake-like drink. The pulp can also be mixed, strained, and incorporated into cocktails, wine, and fruit juices. Beyond beverages, Borojo is utilized in sweet applications, including simmering into compotes and jelly, cooking into a sauce, blending and freezing into ice cream, or flavoring candies. It can also be cooked into a filling and layered into cakes, muffins, and other pastries. In addition to the fresh fruits, Borojo is dried into a powder or frozen into a puree and sold internationally as a superfood supplement. The powder can be combined into protein shakes and baked goods, and the puree can be used for beverages and baked goods. Borojo pairs well with sugar, milk, cream, vanilla, nutmeg, and cinnamon. Borojo should be immediately consumed once the bag is opened for the best quality and flavor.

Ethnic/Cultural Info

In the department of Choco in Colombia, Borojo is considered sacred among the indigenous Embera people, and many wild trees grow abundantly in the department’s tropical, wet climate. The fruits have been used medicinally by the Embera for centuries, and among its uses, the fruit is most well-known for its energetic properties. The Embera believe that Borojo is a natural aphrodisiac, and the fruit’s pulp is made into a famous drink known as jugo del amor or “juice of love.” The juice is made from Borojo pulp combined with milk, sugar, eggs, vanilla, nutmeg, and water. There are many modern variations of the juice found across the Choco department, including some recipes with brandy or rum, but the Embera people refuse to use a blender and prepare the drink by hand, as they believe the fruit loses its magical effects if blended mechanically. Outside of the Embera, Borojo is frequently sold in markets in beverage form. Jugo del amor is also a popular drink sold at soccer games. Colombians are known for their vivacious sporting events, and after the game, men traditionally consume food cooked just outside of the stadium and drink jugo de amor on their way home to see their wife. February 14th, Valentine’s Day, is also known as International Borojo Day, another event that signifies the fruit’s loving reputation.

Geography/History

Borojo is native to some of the wettest regions of the Amazon rainforest and is primarily found growing wild in the Choco Department of Colombia, the Darien Province of Panama, and the Esmeraldas Province of Ecuador. The ancient fruits have been gathered from wild trees for thousands of years, but over time, plantations were established to cultivate the nutritional fruits commercially. Borojo was taxonomically recorded between 1948 and 1951 when Dr. Victor Manuel Patino brought the fruits from Choco to fellow scientists Dr. Jose Cuatrecasas at the University of Colombia. Multiple species of Borojo were identified by scientists, eventually giving the fruits their own genus. Today Colombia has the largest commercial production of Borojo and cultivates the fruits for both domestic use and international exports. While the fresh fruits are primarily consumed locally, the pulp is processed into frozen purees and powders shipped worldwide. When fresh, Borojo is mostly found in plastic bags at local markets throughout Colombia, Panama, and Ecuador. The fruits have also been spotted in Venezuela and Costa Rica.


https://tinyurl.com/3svmvh2e
https://tinyurl.com/2m285479


воскресенье, 27 апреля 2025 г.

Dance - 12

 



Band Odessa



Amazing Kulakova Polina



Moon dance

Чи ШІ справді замінить програмістів в компаніях?

 


Я думав півроку, тестував різні LLM, спілкувався з різними людьми на різних посадах, і тепер я впевнений, що ШІ справді замінить програмістів в компаніях. Але вам це не сподобається. 

Перед тим, як перейти до конкретно айтішних тем, я хочу згадати книгу “Зосереджена робота” Кела Ньюпорта, яку я прочитав нещодавно. Автор пише про майже втрачену нині навичку працювати зосереджено. Він спирається на дослідження про те, що соцмережі, хто б міг подумати, руйнівно впливають на нашу здатність зосереджуватись. А, найголовніше, він згадує про те, що у нульові  під час первинного буму соцмереж менеджмент вимагав від людей різних професій, наприклад, журналістів, вести соцмережі замість того, щоб зосереджено та продуктивно писати статті. Отже токсичні робочі практики посприяли руйнації фокусування навіть у тих, хто не хотів сидіти в соцмережах. 

Тепер щодо програмування. Програмування складається з двох частин - прийняття рішень та написання коду. Уявимо, що перед програмістом стоїть задача - записати данні з csv файлу в таблицю в базі даних. На перший погляд все виглядає просто: 

1. Читаємо з файлу

2. Формуємо sql-запит

3. Відкриваємо з’єднання з БД, пишемо в неї

4. Оброблюємо помилки типу обриву з’єднання, неспівпадіння формату даних і т.п.

Хороший джун впорається з таким без проблем. Але є нюанс. Пункт один працює лише тоді, коли вміст файлу влізає в оперативну пам’ять. А якщо файл не влізе в оперативку? Можна читати порядково і записувати кожен рядок. Можна читати батчами по 10-100-1000 рядків. Код стане складніше, додадуться нові типи помилок, що треба обробити, більше коду - більше багів і складніша підтримка. Тому розробнику бажано не тупо закладуватись на те, що файл не влізе, а зрозуміти - чи може виникнути така ситуація і не ускладнювати код, якщо ні. А це залежить від того, що саме в файлі - якщо там дані по користувачам які заходили на сайт за місяць, то може і не влізти. Якщо ж там якісь статуси агреговані, наприклад, по країнам, то їх ніколи не буде багато. Відповіді на подібні питання і є прийняттям рішень. Важливо розуміти, що зазвичай питання розглядаються не на наочному абстрактному рівні файл-БД, а більш специфічному, типу в тебе є модуль такий і модуль сякий, і треба розробити третій модуль, який використовує перші два і робить шось ще. Прийняття рішень це і є основна інтелектуальна робота програміста, яка поїдає ресурси мозку. Писати ж код, коли ти прийняв всі рішення доволі просто і ненапряжно. Хоча, звісно, займає час.

Так от, ШІ-ентузіасти уявляли собі, що розробник буде приймати ці рішення, писати їх в чат, а LLM швидко напише код, економлячи час розробника. Але я(як і всі мої знайомі) цього не бачу. А бачу я, що навіть сіньйорні програмісти просто хуярять в ChatGPT/Claude/Copilot/Cursor запити типу “запиши мені файл в базу”, а потім підчищають згенероване. Тобто все відбувається рівно навпаки - машина займається інтелектуальною діяльністю, приймає рішення, а шкіряний мішок виконує некваліфіковану роботу дрібного кодфіксінгу! А що відбувається з мозком людини, яка перестає приймати рішення в своїй експертний сфері? Мозок відвикає і людина губить навички. Тому я вважаю дуже вірогідним, що ШІ таки зрівняється з більшістю програмістів. Не тому що LLM розвинуться до рівня сучасного сіньора, а тому що сіньори заредьюсять самі себе до рівня сучасних LLM.

Чому навіть досвідчені розробники займаються подібною самодеградацією? Тому що наш мозок воліє зберігати енергію. Тому що вони втомлені. Тому що в них і так хуйово з фокусуванням через соцмережі. Тому що в айті є культура “не ледацюга, а оптимізатор” і вона крута сама по собі, але ШІ по суті її хакає. А, найголовніше, тому що від них цього вимагають або дуже скоро будуть вимагати. Зараз менеджери та компанії змагаються між собою, хто швидше та глибше інтегрував ЛЛМ у процеси розробки. На першому етапі це були лише публікації репортів, які всі дофіга прогресивні, але зараз йде вже масове впровадження різних ЛЛМ-помічників, ліцензії на які зовсім не безкоштовні. А якщо компанія витрачається на ліцензію, то керівництво починає вимагати віддачі від витрат, а конкретніше - помітного збільшення швидкості розробки. Тому йде тиск на менеджерів нижніх ланок і відповідний тиск на розробників. Не бачиш користі від ШІ-помічника і не хочеш ним користуватися? Нікого не їбе, користуйся. Користуєшся і не демонструєш прискорення розробки на третину? Нікого не їбе, ріж кути. В результаті все більше і більше розробників буде різати кути за допомогою ШІ-помічника, перекладувати все на нього і деградувати. В цьому я бачу схожість з інвазією соцмереж, де саме робочі практики посприяли руйнації здатності зосереджуватись.

Буквально вчора я прочитав пейпер “AI Meets the Classroom: When Do Large Language Models Harm Learning?”[1] Його автори літом 2024 проводили серію досліджень про вплив використання ЛЛМ на розвиток навичок програмування. В першому дослідженні вони виявили, що у студентів, які використовували ChatGPT для відповідей на деякі питання, загальна оцінка по іншим питанням нижча. В другому і третьому дослідженні вони проводили контрольований лабораторний експеримент з вивчення пайтону. Вчені визначили, що, якщо студенти звертались до ЛЛМ за поясненнями, то це трішки покращувало їх розуміння теми. Якщо ж студенти просили ЛЛМ дати їм готові рішення, то вони опрацьовували більше тем, але мали поверхневі знання. Важливою відмінністю було те, що у другому дослідженні було системно заблоковано використання copy-paste команд, а в третьому - дозволено. Відповідно кількість студентів, що зверталися за рішенням, а не роз'ясненням зросла з 40% до 60%. Це повноцінне неупереджене наукове дослідження зроблене вченими з урахуванням додаткових факторів, статистичних погрішностей і тому подібних речей. Воно збігається з тим, що бачу я, з загальними теоріями про навчання, роботу мозку та інтелектуальну дисципліну. З чим воно не збігається? З бравурними репортами корпорацій та менеджерів, які є зацікавленими сторонами.

Один з аргументів проти деградації, який я чув від інших розробників, це Стековерфлоу. Якщо хто не курсі, це велика спільнота, де ти можеш задати питання на айтішну тему, включаючи доволі специфічні речі, типу “чому ця бібліотека версії трьорічної давнини не працює так, як мені хотілося б?” і отримати відповідь. Є навіть такий мем як stackoverflow-driven-development, типу ця спільнота основний генератор коду. І контраргумент полягає в тому, що девелопери не деградували після появи СО. По-перше, у нас немає даних стверджувати, чи деградували, чи ні. А по-друге, СО має доволі жорстку політику модерації, згідно якої ти не маєш писати запити типу “зробіть роботу за мене” і твоє питання повинно бути корисне іншим, тобто більш менш абстрактне. Інтегрувати код, який тобі порадили в СО зазвичай потребує деякого розумового процесу. Користувачів СО можна порівняти з тими студентами з дослідження, які використовували ШІ виключно для роз'яснень. В той же час найпоширеніше використанням ЛЛМ в розробці - це як раз типове “зроби роботу за мене”, тому їх масове впровадження приведе до принципово іншого ефекту.

Інший аргумент, який я чув в основному від менеджерів, полягає в тому, що нехай деградують, все одно скоро ми їх всіх звільнимо і замінимо на ШІ. Типу є дві умовні криві - одна на деградування девелоперів, інша на розвиток ШІ і ризик лише в тому, що можливо ці криві перетнуться занадто низько чи пізно. А так як віримо в ШІ, то ризик хоч і є, проте мінімальний. Та чи розвинеться ШІ настільки, щоб замінити сучасних сіньорів? 

Давайте подивимося, який стан зараз. Для цього мені потрібно познайомити вас з концепцією, яка викликає роздратування у більшості менеджерів, продактів та інших бізнес персон - production ready code(PRC). PRC це код, який готовий для роботи в застосунку, який взаємодіє в реальному середовищі з реальними користувачами. Це код, який не просто робить основні очікувані дії(як прототип), а коректно працює на будь-яких вхідних даних, витримує заплановане навантаження, відповідає хоч якимось стандартам кібербезпеки, а також є підтримуваним, тобто написаний таким чином, щоб доповнювати його новим функціоналом та шукати в ньому баги було відносно нескладно. В деяких доменах ще можуть бути якісь стандарти та регуляції, яким застосунок повинен відповідати. Написати код, який одночасно відповідає всім цим вимогам не так просто, тому нормальна ситуація, коли продакшн реді рішення розробляється в десять разів довше за прототип. Так от, сучасні LLM-помічники зовсім не вміють писати PRC. Прототипи - так. Скрипти, які виконаються один раз на чітко визначеному наборі даних - можливо. Щось продакшн-реді - хєр. Що ще гірше, вони не підтримують код. Copilot та Claude, наприклад, не можуть нормально шукати по файлам проекту. Тобі треба руками вказати конкретний файл з кодом, щоб вони його проаналізували. Cursor вміє, але дуже обмежено. Коли проект невеликий, то ще якось шукає, але навіть на small-to-middle розмірах вже починає страшенно галюцинувати. І це притому, що Cursor використовує tree sitter - бібліотеку для детерміністичного парсингу коду та будування синтаксичних дерев(для не технарів - Cursor розглядає код не просто як текст, а й додає смисловий контекст), але все одно не робе. Це схоже на те, як періодично LLM-чати з розумним видом несуть повну маячню, але різниця в тому, що код вимагає бути коректним. Короче, прототипи - так, продакшн реді - ні.

Окей, скажете ви, LLM не можуть генерувати коректний код зараз, але зможуть генерувати продакшн реді код пізніше. Он як вони швидко розвиваються. А тепер підіть і подивіться на графік в першому коментарі. Це статистика публікації нових питань на Стековерфлоу. Ви вже знаєте, що таке СО і бачите, що справи ідуть не дуже. І це логічно, бо навіщо питати на СО і чекати годину чи добу на відповідь, якщо можна спитати ChatGPT і отримати відповідь миттєво, або взагалі попросити Copilot зробити роботу за тебе. Я не бачив всеосяжної статистики по юзергрупам та іншим комьюніті розробників, але в тих, де я знаходжусь, ситуація подібна. До чого тут статистика СО? Та до того, що Стековерфлоу був основним джерелом даних на яких LLM тренувались в кодінгу. Це вже розмічені дані, де питання людською мовою окремо, відповідь окремо, код теж окремо. А раз люди перестають питати на СО та юзергрупах, то на основі яких даних будуть вчитися ЛЛМ? Особливо, коли це стосується нових технологій. Однієї офіційної документації явно не вистачить, ШІ тренується на великих об”ємах даних, плюс йому потрібна людська кмітливість для перетворення бізнес-кейсів та специфічних ситуацій на код. Охуєнно виходить, Стековерфлоу задізраптили, коммьюніті задізраптили, а далі що? Типова ситуація саранчі, або, як зараз прийнято казати - бліцскейлінгу. Тому, сорян, але для того, щоб ШІ-Бог ріс і розвивався, йому потрібні постійні масові гекатомби зі знань шкіряних мішків, і я не бачу опцій одночасно мати доступні LLM і підтримувати QnA юзергрупи.

Давайте зведемо все разом.

1. Розробники деградують перекладаючи все на ШІ.

2. Робочі практики будуть приводити до агресивнішого застосування ШІ повсюди, отже п.1 буде пришвидшуватись.

3. Якщо не буде якісно нового прориву, ШІ не зможе писати коректний код.

4. Руйнування девелоперських комьюніті призведе до подальшої деградації як розробників так і ШІ.

Зверніть увагу, на відміну від інших апокаліптичних прогнозів, які моделюють, що буде, якщо ШІ розвинеться до іншого якісного рівня, я вказую на ризики, які виникнуть, якщо штучний інтелект НЕ перестрибне якимось дивом проблеми галюцинацій, а буде продовжувати розвиватися кількісно, як зараз. Також зверніть увагу на загальну дискусію щодо ШІ. Всі люблять писати про загрози AGI, вискорозвинений інтелект, восстаніє машин і тому подібний кіберпунк. А про загрози типу токсичних робочих практик не пише ніхто, навіть серйозні репорти ЄС, це нудно і нецікаво. Так працює інфономіка.

Як запобігти деградації і які будуть наслідки? Відповідь на перше питання - ніяк. Ну серйозно, подивіться на обличчя всіх цих СЕО, менеджерів та інших технобро, коли вони говорять про заміну девелоперів на ШІ. У них очі горять і хіба що слина з рота не капає(у Маска капає). Вони сплять і мріють, як нарешті позвільняють всіх цих задротів з роздутою зарплатнею і повиписують собі гігантські бонуси за оптимізацію і cost cutting. Немає адекватних способів перемогти корпоративну жадібність. Я вже не кажу про те, що для багатьох це ще й вендетта за роки приниження, коли джоб маркет в айтішці був ринком пошукачів, а не роботодавців. Плюс багато тих самих менеджерів і бізнес людей не вірять в складність розробки production ready коду і щиро вважають цей концепт наїбаловом від технарів. Рішення про масові лейофи вже прийнято. Прийнято не як конспірація, а як відверте бажання десіжн мейкерів. Це золота мрія і ніщо не зупинить цих людей. Неважливо, наскільки заміна буде адекватною - дані будуть підганятися під бажаний результат. Та що там будуть - це вже робиться. 

Щодо наслідків, то, звичайно, це буде доволі серйозний удар по розвитку айті-спільнот і айтішки як такової. Роботи буде менше, комьюніті будуть теж менші, джунів вже зараз майже не наймають, тому отримаємо ще й генераційну демографічну кризу. Чи відновиться все в далекому майбутньому? Фіг знає, напевно так, але плюс-мінус десятиріччя потенційного прогресу ми втратимо. 

Щодо продуктів та застосунків, то треба розуміти, що загальна акумульована деградація розробників та ШІ скоріш за все буде відносно повільною. Повільною достатньо, щоб менеджери продовжували робити вигляд, що все йде по плану. Так, якість застосунків буде потрохи зменшуватись, але це не перша ситуація, коли автоматизація призводила до загального падіння якості, а користувачів переконували, що все зашибісь. Колись давно індивідуально пошите взуття було доступно куди більшому прошарку суспільства, ніж зараз. Колись не так давно, на сапорті були живі люди, а не примітивні чат-боти(привіт, Дія). Ну буде один раз з двадцяти банкомат списувати гроші з рахунку, а кеш не видавати. Ну буде іноді приходити вам товар що замовили не ви, а людина зі схожим ім”ям, а ШІ переплутав. Нічого страшного, звикнете, воно ж так буде всюди і альтернативи у вас не буде. Точніше буде, якщо ви 1% і користуєтесь хендмейд софтом, написаним  бутік-компанією за єбєйші гроші(колись я таку відкрию, знижка по промокоду #apostlecorpwasright). 

А от що страшно, це накопичування помилок і некоректностей, поки не йобне. Я маю на увазі каскадну відмову великої частини світової IT-інфраструктури. Сподіваюсь, що це буде просто гугол чи мастеркард, а не АЕС, але я б очікував усього. Я хотів би написати, що після першої катастрофи уряди очухаються, введуть регуляції та дотримування певних стандартів, але дивлячись на те, як розрулюють економічні кризи, я щось не дуже впевнений. Але це вже дуже далекі хащі майбутнього, де може трапитися все, що завгодно.

В мене стійке враження, що подібне нас очікує в багатьох сферах. Всюди буде одне й теж: дізрапшн та/або деградація професіоналів-людей → менше відкритого контенту зробленого цими людьми → деградація ШІ. Але я не розуміюсь на інших сферах, тому пишу про розробку. 

І на останок. Дивіться, я не блогер, не ЛОМ, я не публікую прогнози, чи, як кажуть дуже розумні люди, інерційні сценарії. Важлива частина моєї роботи як смузі-архітекта це бачити ризики. Ризики які я бачу - це чотири пункти вище, про них і пишу. Чи наїбнеться все - питання відкрите. Мені здається, що так, але можливо є ще якісь фактори, яких я не помічаю. Я над цим думаю останні півроку, дискутую на цю тему з купою людей і щось поки не помітив нічого, що б наштовхувало на позитив. Можливо ви каментах напишете щось, я б радий був заспокоїтись. Але йобне чи нє, а глобально якість розробки і відповідно застосунків точно просяде, тут прям без варіантів, до чого й готуйтесь. Чи не готуйтесь, є і більш актуальні проблеми.

з.і. Картина намальована людиною-художником на ім’я Lius Lasahido.


Сергей Гарник

https://tinyurl.com/32mw9z7k