Anti-counterfeit Packaging in Consumer Goods Market

On 27 June 2023 the US INFORM Consumers Act took effect, a federal law that makes online marketplaces verify the identity, bank account and contact details of every high-volume third-party seller, defined as one with 200 or more sales and USD 5,000 or more in revenue in a year, and lets the Federal Trade Commission fine platforms that fail to do so. The law gave brands a legal lever against anonymous sellers of fakes, and pack-level codes are the evidence that pulls it. Tax stamps and serialised codes play the same role on shisha packs, as the Hookah Tobacco Market report shows. Douglas Insights values the anti-counterfeit packaging in consumer goods market at USD 1.86 billion in 2025 and forecasts USD 5.30 billion by 2035, a compound growth rate of 11.06%. The receipt is about 128 billion consumer packs carrying an authentication or serialisation feature in 2025 at an average incremental cost of USD 0.0145 per pack, across overt and covert features, serialisation and codes, RFID and NFC tags, and software and analytics. Protected packs grow 10.4% a year as brands extend coverage from premium lines to whole ranges, while cost per pack rises 0.6% a year as tags and software offset falling code costs. The report sits within Douglas Insights coverage of packaging and follows the published Douglas Insights methodology.

What does the anti-counterfeit packaging in consumer goods market cover?

The anti-counterfeit packaging in consumer goods market covers authentication and traceability features added to about 128 billion consumer packs in 2025. The features sit on the pack, label, closure or tag of everyday household products and let a brand, inspector or shopper tell a genuine product from a fake. Overt and covert features include holograms, optically variable inks, security print, tamper-evident closures and invisible taggants read only with a device. Serialisation and codes cover unique two-dimensional codes, Data Matrix and GS1 Digital Link formats printed on packs. RFID and NFC tags cover radio-frequency inlays used for authentication and supply chain visibility. Software and analytics cover authentication platforms, scan analytics and grey-market detection. The main categories are cosmetics and personal care, spirits and beverages, food and supplements, apparel and accessories, electronics and batteries, and spare parts, and the purposes are consumer authentication, enforcement and customs, grey-market detection and supply chain traceability. Pharmaceutical serialisation, industrial part marking and currency security sit outside the boundary. Value is the incremental cost brand owners pay for protection, not the cost of the packaging itself.

What did the INFORM Consumers Act change for anti-counterfeit packaging in consumer goods?

The INFORM Consumers Act made anti-counterfeit packaging in consumer goods evidence usable against sellers who can now be identified, and Douglas Insights estimates it helped lift US spending on pack-level codes by about 14% a year since 2023. Once platforms had to hold verified names, addresses and bank details for high-volume sellers, a scan showing a cloned serial code could be matched to a real business and passed to the platform or the courts. Marketplaces also built their own programmes: Amazon’s Transparency service, which puts a unique code on every unit a brand enrols, and its Project Zero self-service takedown tool reward brands that can prove which units are genuine. Douglas Insights estimates serialisation and codes took 30% of 2025 anti-counterfeit packaging value, USD 557 million, and are the fastest-growing segment at 13.21% a year, reaching USD 1.93 billion by 2035, with North America’s share of new serialisation programmes rising from about 25% in 2022 to about 30% in 2025.

How large is the counterfeit problem that anti-counterfeit packaging in consumer goods addresses?

Global trade in counterfeit goods reached USD 467 billion, according to the OECD and EUIPO report published in May 2025, about 2.3% of world imports, so anti-counterfeit packaging in consumer goods spending of USD 1.86 billion is under 0.5% of the value it protects against. Douglas Insights estimates cosmetics and personal care took about 24% of 2025 anti-counterfeit packaging value, apparel and accessories about 20%, spirits and beverages about 16%, electronics and batteries about 15%, food and supplements about 14% and spare parts about 11%.

Why did two-dimensional codes change anti-counterfeit packaging in consumer goods economics?

A printed serial code costs well under USD 0.005 per pack, a fraction of a hologram’s price, and that changed who can afford anti-counterfeit packaging in consumer goods. The security does not come from the mark being hard to copy but from the system behind it: each code is unique, its scan history is recorded, and a code that turns up in thousands of places or in a country where the batch was never shipped exposes itself. Retail is moving the same way: under GS1’s Sunrise 2027 goal, US retailers aim to scan two-dimensional barcodes at the checkout by the end of 2027, so the printing capability arrives with the barcode change. A printed code alone does not stop a counterfeiter copying a pack, so brands add covert features or tags where risk is high, and Douglas Insights estimates about 35% of serialised packs in 2025 also carried a covert or overt feature.

What drives anti-counterfeit packaging in consumer goods demand?

Online marketplace exposure drives the largest share of anti-counterfeit packaging in consumer goods demand. Selling through platforms puts a brand’s products next to listings it does not control, often from sellers based in another country, and Douglas Insights estimates marketplaces carried about 40% of the fakes reported by consumer brands in 2025. Seller verification under the INFORM Consumers Act and programmes such as Amazon Transparency give brands a reason to put a unique code on every unit, and Douglas Insights estimates packs protected for marketplace enforcement grow about 13% a year to 2035, faster than the 10.4% for all protected packs, with cosmetics, supplements and consumer electronics adopting first.

Regulation is the second driver. The EU’s Ecodesign for Sustainable Products Regulation brings digital product passports with unique identifiers to product groups from textiles to electronics through the late 2020s, and the EU Battery Regulation (EU) 2023/1542 requires a battery passport reached through a QR code on electric vehicle, light transport and large industrial batteries from 18 February 2027. Douglas Insights estimates regulation-driven identifiers add about 2 points a year to protected-pack growth in Europe after 2027.

Consumer engagement is the third driver. Once a code is on the pack, marketing teams use it for provenance stories, refill and reorder flows and loyalty, which moves part of the cost from the security budget to marketing and makes wider rollout easier to approve. A scan that opens a refill offer or a loyalty reward earns revenue that a hologram never could. Douglas Insights estimates engagement-led programmes, where marketing pays at least half the cost, made up about 30% of new serialisation contracts in 2025, up from about 15% in 2020.

Grey-market control is the fourth driver. Brands use serialised packs to detect products diverted between countries, which protects pricing and distributor agreements, and Douglas Insights estimates diversion losses in spirits, cosmetics and electronics are two to three times the losses from fakes, so a code that catches diversion often pays for the whole anti-counterfeit packaging programme within 18 months. Distributors in the Gulf, Southeast Asia and Eastern Europe are the usual routes for diverted stock, which is one reason protection spending grows fastest in those regions.

What holds back anti-counterfeit packaging in consumer goods adoption?

Three restraints cut the 2035 anti-counterfeit packaging in consumer goods figure to about USD 3.85 billion in the slower case. Cost per pack comes first: consumer goods margins are thin, and a feature costing one cent is 2% of the factory price of a USD 0.50 item, so Douglas Insights estimates only about 3% of the world’s consumer packs carried any protection feature in 2025, concentrated where unit value or risk justifies it.

Split ownership comes second: packaging, procurement, security, marketing and supply chain teams each control part of the decision, and procurement is measured on cutting unit cost, so a feature that adds a cent counts against it unless another budget pays. Douglas Insights estimates programmes with a single owner across at least two functions reach full-range coverage about twice as fast as those without. Verification behaviour comes third: fewer than 5% of protected packs are ever scanned by a consumer, so a feature only works if an inspector, platform or engaged shopper actually checks it. Each 1-point change in protected-pack growth moves the 2035 figure by about USD 500 million.

Which anti-counterfeit packaging segment carries the value, and why do overt and covert features take 34%?

Overt and covert features lead with 34% of 2025 value. These anti-counterfeit packaging in consumer goods features earned USD 631 million, growing 8.72% a year to USD 1.46 billion, because holograms, security inks, seals and taggants are still what inspectors and customs officers check by eye or with a reader. Serialisation and codes hold 30%, USD 557 million, and are the fastest-growing segment at 13.21% a year as brands protect whole ranges at under half a cent a pack. RFID and NFC tags hold 22%, USD 408 million, growing 10.72% a year to USD 1.13 billion, concentrated in apparel, luxury goods, spirits and high-value parts where tag cost is acceptable. Software and analytics hold 14%, USD 260 million, growing 11.72% a year to USD 787 million, the recurring layer that turns scans into evidence.

Which regions buy the most anti-counterfeit packaging in consumer goods, and which grows fastest?

Asia Pacific buys the most, 34% of 2025 value, and the Middle East is the fastest-growing region at 12.0% a year. Asia Pacific anti-counterfeit packaging in consumer goods spending reached USD 631 million in 2025, growing 11.6% a year to USD 1.89 billion, because it is the largest manufacturing base and the region where consumers scan codes most. North America holds 28%, USD 520 million, growing 10.4% a year to USD 1.40 billion, driven by marketplace enforcement under the INFORM Consumers Act and by supplements, cosmetics and spare parts. Europe holds 26%, USD 483 million, growing 10.8% a year to USD 1.35 billion, where digital product passports and luxury authentication lead. The Middle East holds USD 74.2 million, rising to USD 231 million by 2035 on luxury and personal care imports, Latin America USD 111 million at 11.5% and Africa USD 37.1 million at 11.0%.

Which companies supply anti-counterfeit packaging in consumer goods?

Anti-counterfeit packaging in consumer goods is fragmented: Douglas Insights estimates Avery Dennison holds about 9% of 2025 value and the five largest suppliers about 32%. Avery Dennison supplies labels and RFID inlays at scale and runs a digital identification platform for connected packaging. SICPA provides security inks, markers and authentication systems to governments and brands, and Authentix supplies covert markers and field authentication. Crane NXT, which bought De La Rue’s authentication business in 2025, brings security print and holograms from banknote work into brand protection. CCL Industries supplies security labels and tags through its Checkpoint business, and serialisation software specialists such as Scantrust supply code management and scan analytics. Brands with high exposure are covered in our Cosmetics Market and Footwear Market reports.

How much does anti-counterfeit packaging in consumer goods cost per pack?

Anti-counterfeit packaging in consumer goods cost an average USD 0.0145 per pack in 2025, across a wide range. A printed serial code adds well under half a cent where digital printing already exists, a security ink or hologram one to several cents depending on complexity, and a tamper-evident closure more. An NFC tag still costs USD 0.10 to USD 0.30 even after years of price cuts, and a UHF RFID inlay USD 0.03 to USD 0.08, which limits tags to higher-value goods. Douglas Insights expects the average cost to reach about USD 0.0146 in 2026 and USD 0.0154 by 2035, as more tags and software offset falling print costs.

How could the anti-counterfeit packaging in consumer goods forecast change by 2035?

The anti-counterfeit packaging in consumer goods forecast ranges from USD 3.85 billion to USD 7.13 billion in 2035. The base case carries 10.4% growth in protected packs and 0.6% growth in cost per pack, for an 11.06% revenue CAGR and USD 5.30 billion. The cost-pressure scenario, with slower rollouts beyond premium lines, weaker enforcement under the INFORM Consumers Act and falling feature prices, sets the legs at 8.0% and −0.4%, for 7.57% growth. The regulation-push scenario, with faster digital product passport timetables and wider tag use, sets them at 12.6% and 1.6%, for 14.40% growth. Each 1-point change in protected-pack growth moves the 2035 figure by about USD 500 million. Supplement brands, among the heaviest users, are sized in our Nutraceutical Products Market report.

How does a scan prove anti-counterfeit packaging in consumer goods is genuine?

A scan proves anti-counterfeit packaging in consumer goods genuine through the system behind the code, and Douglas Insights estimates about 60% of serialised consumer packs in 2025 used only a database check. The simplest check asks whether the serial exists and has been seen before, so a code scanned in three countries in a week, or hundreds of times, raises a flag. Stronger schemes add a cryptographic signature that cannot be made without the brand’s key, so a cloned code fails outright. Brands layer these by risk, with cheap printed codes across the range and tags or covert markers on high-risk lines.

Douglas Exclusive: the anti-counterfeit packaging in consumer goods category coverage map

The Douglas Exclusive map records, for 6 consumer goods categories and 6 regions, counterfeit exposure, the anti-counterfeit packaging in consumer goods features applied, coverage as a share of packs sold, cost per pack and the rules that will require identifiers, and converts these into protected-pack and revenue forecasts by feature. Licence holders receive it as a maintained tab in the Excel model.

Which regulations shape the anti-counterfeit packaging in consumer goods market?

Three layers of rules shape the anti-counterfeit packaging in consumer goods market, starting with the INFORM Consumers Act that took effect on 27 June 2023. Marketplace and intellectual property law comes first: seller verification in the United States, the EU Digital Services Act’s traceability duties for online marketplaces, trademark law and customs seizure powers decide what evidence brands need and how fast platforms must act. Product regulation comes second: the EU Ecodesign for Sustainable Products Regulation and the Battery Regulation introduce digital product passports with unique identifiers on a phased timetable, and deforestation and supply chain due diligence rules require traceability that pack-level codes support. Privacy law comes third, because consumer scans can create personal data.

What methodology sits behind the anti-counterfeit packaging in consumer goods model?

The anti-counterfeit packaging in consumer goods model is built bottom-up from about 128 billion protected packs in 2025 at an average USD 0.0145 each, a base of USD 1.86 billion. It covers 4 feature segments, 6 product categories, 4 purposes and 6 regions, with country tables for 35 countries. Pack volumes come from consumer goods production data by category; coverage comes from brand programme disclosures cross-checked against about 40 supplier and converter disclosures; costs come from supplier price lists and tender results. Pharmaceutical serialisation, industrial marking and document security are excluded, and growth is decomposed as protected packs times cost per pack. Every figure carries a numbered source and a confidence grade in the fact sheet above, and the working model ships with every licence. The next scheduled review of this study is September 2027.

Sources

1. US Federal Trade Commission Informing Businesses about the INFORM Consumers Act (2023)
2. OECD Global trade in fake goods reached USD 467 billion (2025)
3. EUR-Lex Regulation (EU) 2023/1542 concerning batteries and waste batteries (2023)