How sugar reduction is changing – summary
- Sugar reduction has shifted from calorie cuts to clean‑label, system rebuilds
- Rare sugars plus stevia glycosides/sweet proteins recreate taste with function
- Precision fermentation scales consistent, nature‑identical sweetness
- Soluble fibres add bulk, mouthfeel and support high‑fibre claims.
- Brands are phasing reformulation and communicating clearly to keep trust
The worldwide focus on sugar reduction has ramped up a notch as health guidance, policies and consumer demands shift to address concerns about consumption. Food and beverage (F&B) manufacturers, therefore, continue to search for alternative ways to maintain sweetness without the calories and – more noticeably now – without the chemicals.
“Sugar reduction has moved beyond ‘swap sugar for a high-intensity sweetener and call it a day’,” Thom King, chief innovation officer at Icon Foods says. And that’s because sugar provides benefits beyond just sweetness, offering bulk, temporal profile, mouthfeel, freezing-point control, water-activity modulation, browning, humectancy and acts as a flavour carrier.
“Many consumers regard sugar as a recognisable, natural ingredient that delivers both flavour and texture,” a spokesperson for the World Sugar Research Organisation (WSRO) says. Sugar’s unique functional properties mean that reducing or removing it often requires adding other ingredients. Additives such as colours, flavours and preservatives are often required to help maintain the same mouthfeel, taste and technical qualities, such as colour and shelf-life, that sugar naturally provides.
“Remove it, and the system collapses unless you rebuild it intelligently,” adds King. Sugar-reduction technologies, ingredients and finished products are therefore going further to replicate sugar’s sought-after properties.
While sugar has remained a functional mainstay in global formulations, its role and reputation pose problems that manufacturers increasingly needing to meet legislative requirements and consumer expectations.
According to Innova’s global Health and Nutrition Survey 2025, two in five consumers are cutting back on added sugar. Lowering sugar intake has become a core dietary mission, with 29% of consumers surveyed adopting a reductionist approach to healthy eating. Part of consumers’ preference for reductionism translates into lowering their sugar intake, with 30% of respondents following a sugar-free or low-sugar diet.
Regulatory efforts have centred on reducing the prevalence of high-sugar snacks on our supermarket shelves and in advertising campaigns in recent years. Guiding consumer choice is at the forefront of the sector’s legislative focus. Lawmakers have introduced various measures, including school, workplace and public food procurement policies, bans and social support programmes, to reduce high-sugar consumption.
Leaders have also implemented taxes on sweet and soft drinks, public health taxes and import duties to disincentivise manufacturers from producing high-sugar products. Labelling recommendations – both voluntary and mandatory – food marketing restrictions, retail initiatives and industry guidance are all shaping how F&B brands develop and promote sugar-based goods.
As health-conscious shoppers steer away from sugar-stacked products, global F&B manufacturers are reformulating existing product ranges and creating new products that fall into the better-for-you and healthier-alternatives categories. Private-sector brands are reformulating their packaged foods and improving their nutritional profiles by reducing sugar content.
In 2026, sugar reduction is moving beyond simply lowering calories to also limiting the chemical content of sugar-alternative products. “The ‘without the chemicals’ narrative is really shorthand for ‘without synthetic, artificial or label-scary ingredients’,” says King. Manufacturers’ research and development (R&D) pipelines are shifting toward ingredients that are either plant- or fermentation-derived or structurally identical to naturally occurring carbohydrates.
Structurally, a monosaccharide found in nature in small amounts, behaves like sugar in terms of browning, freezing-point depression and mouthfeel. “That functionality makes it attractive because it rebuilds the system rather than simply adding sweetness,” King adds. Manufacturers use it as a base carbohydrate, then layer small amounts of plant-based high-intensity sweeteners to achieve the target sweetness without relying on artificial compounds.
“‘Natural’ doesn’t necessarily mean healthier; it means perceived as healthier,” Vhari Russell, founder of The Food Marketing Experts, says. “Manufacturers are responding to consumer sentiment, not always to nutritional science.”
The natural sweetener shift
With consumer interest in ‘natural’ sweetness, some manufacturers are looking beyond conventional sweeteners like sucralose toward food-based sources of sweetness. Fruit concentrates – such as apple, grape or date, natural syrups like agave, and mildly sweet plant fibres or extracts – support the broader move toward plant‐based, naturally sourced sweeteners, but many provide the same calories as traditional sugar derived from cane and beet plants, which sit at 4kcal/g.
Minimally refined sugars from plants other than cane and beet, such as coconut sugar, date palm sugar and maple syrup, are positioned as ‘whole food’ sweeteners with nutritional benefits beyond just sweetness. Yacon syrup and lucuma are also moving from the health food niche into mainstream R&D pipelines.
Rare sugars, such as functional sucrose replacements, are increasingly featured in manufacturers’ formulations. “Rare sugars are not just sweeteners; they are functional carbohydrates that allow formulators to rebuild the matrix,” says King. They provide sweetness with different metabolic pathways, offering functional benefits beyond calorie reduction. Formulators can then preserve products’ sensory experience and process performance.
Rare sugar development is a fast-moving area in producers’ efforts to reduce sugar and chemical use, particularly allulose, which provides around 70% of sucrose’s sweetness. It also provides a depressed freezing point similar to that of sucrose, browning via the Maillard reaction and a clean temporal profile. “As regulatory harmonisation expands globally, expect broader use in bakery, dairy, frozen desserts and confectionery,” says King.
Manufacturers use allulose as a foundational carbohydrate and then fine-tune sweetness with high-intensity sweeteners. Beyond allulose, tagatose and isomaltulose are also becoming popular with producers.
Fermentation-derived sweet molecules are gaining traction. Biotechnology companies are using precision fermentation to create sweet proteins and compounds, fermentation-derived sweeteners, that do not exist in nature but are produced through natural processes. “Expect this space to explode over the next three-five years,” says Russell.
Manufacturers are using microbial fermentation to produce nature-identical sweet proteins and optimised glycosides with improved purity and taste performance. The F&B industry has shifted toward precision glycoside blends, formulating with specific glycosides such as Reb M and Reb D and optimising ratios. As production costs drop through fermentation technology, expect sweet proteins like thaumatin and brazzein to move from niche to mainstream use.
Nature-identical glycosides and emerging sweet proteins produced through precision fermentation enable scalability and consistent quality without the variability of agricultural inputs, signalling a supply chain shift and a formulation shift.
“Manufacturers will increasingly adopt fermentation platforms to secure stable, traceable, and less climate-risk-exposed sweetness systems,” says King. “This is where a lot of R&D capital is flowing right now.”
Fibre-based solutions that provide bulk, texture and mild sweetness while supporting high fibre claims are expected to grow as they address both sugar reduction and positive nutrition messaging. Ingredients that support sugar reduction efforts and gut health are also appealing to producers targeting health-conscious consumers.
Soluble prebiotic fibres such as inulin, resistant dextrins and soluble tapioca fibre are replacing sugar solids while also shifting fermentation toward saccharolytic pathways and the production of short-chain fatty acids.
Acting as functional carriers, they add bulk, improve mouthfeel, reduce water activity and contribute low net carbohydrates, especially in beverages, allowing sweetness intensity to drop while maintaining sensory impact.
Beyond the sugar swaps
Beyond ingredient swaps, manufacturers are changing how sweetness is delivered and perceived. Taste modulation technology, particularly popular in beverage development, uses compounds that enhance sweet receptors on the tongue, allowing manufacturers to use less actual sugar while maintaining perceived sweetness.
Texture and mouthfeel engineering focus on creaminess and richness, which can psychologically enhance perceived sweetness. Manufacturers use ingredients such as oat cream, nut butters and specific fibre blends to reduce the need for added sugar.
Flavour pairing strategies, such as vanilla, cinnamon, and certain fruit flavours, can amplify sweetness perception. “Manufacturers are getting smarter about flavour combinations that allow sugar reduction without taste compromise,” says Russell. When sweetness is supported by texture and viscosity, perception increases even if the total sweetener load decreases.
Global manufacturers are also embracing gradual reformulation strategies. “Rather than sudden recipe changes that shock consumers, brands are gradually reducing sugar over 12-24 months, allowing taste preferences to adapt,” Russell comments. Small, incremental decreases in sweetness intensity retrain palates over time without consumer backlash.
“The industry is finally admitting something uncomfortable: sugar is not just a sweetener, it is infrastructure,” says King. The next wave of solutions is less about hero ingredients and more about rebuilding that infrastructure with metabolic intelligence. “The industry is not looking for a single silver bullet—it is building layered sweetness systems that replicate what sucrose does structurally, temporally and metabolically,” King adds.
Multi-sweetener systems will combine two to three different sweeteners, such as stevia, allulose and small amounts of real sugar to achieve taste profiles that no single sweetener could deliver on its own. The pipeline suggests manufacturers will increasingly use hybrid approaches rather than single-ingredient solutions.
AI-designed molecules are an area of interest. Biotech companies are using AI to design novel sweet compounds optimised for specific applications. “This is still early-stage, but it represents where the sector is heading,” Russell notes.
“Current trends are sending a very clear signal: Sugar reduction is no longer optional reformulation, it is structural risk management,” says King.
Between consumer demand, regulatory pressure and retailer requirements, manufacturers need to go beyond compliance to differentiation. They need portfolio strategies that use different products to target different consumer priorities. Yet, tackling the sugar problem head-on goes beyond reformulating products. “Reformulation is only half the battle; communication is the other half,” says Russell.
Successful sugar reduction requires brands to provide clear, honest communication about why they have reformulated their products. Consumers want to understand the rationale behind recipe changes. Shoppers also expect taste guarantees and trial opportunities to support gradual transitions that bring consumers along rather than shocking them.
The common thread is that functionality goes beyond sweetness. Consumers want clean labels and performance. They reject artificial sweeteners, yet they expect full sweetness. “That tension is shaping the next decade,” says King. The solution will require rare sugars, optimised steviol glycosides, fermentation-derived molecules and fibre-supported systems.
The future is layered systems that balance sweetness, structure, metabolism and microbiome impact. “The companies that approach sugar as a system variable rather than a villain will solve the problem,” says King.