The mobile dominance of 2023 intersects with two other forces that together constitute what we call the Web Performance Imperative: Google's Core Web Vitals framework, which has made page performance a direct ranking factor in organic search, and the user behaviour data showing that 38% of mobile users abandon a website if it loads slowly or displays poorly on their device. These three forces — mobile search dominance, algorithmic performance penalties, and user abandonment behaviour — have created a web performance environment in which the stakes of poor web strategy have never been higher. A slow, poorly optimised website is not just a bad user experience — it is invisible to search engines, abandoned by users, and commercially inert.
This report provides a comprehensive analysis of the 2023 mobile web performance landscape: the benchmarks that separate high-performing websites from average ones, the specific technical interventions that drive the most meaningful improvement in Core Web Vitals scores and organic search performance, and the web development and SEO framework that LVRA Global uses to build websites that are not merely functional, but genuinely competitive in the search-driven, mobile-first environment of 2023.
The 2023 Mobile Web Landscape — Key Benchmarks
Section 1: The Mobile-First Mandate — How We Got Here and What It Means
The journey from desktop-dominant to mobile-dominant web in less than fifteen years represents one of the fastest and most consequential technology transitions in the history of communications. When Apple launched the first iPhone in 2007, mobile internet usage was a novelty — technically possible but practically limited by small screens, slow connections, and user interfaces designed for mouse and keyboard rather than finger and thumb. By 2016, mobile web traffic had surpassed desktop globally for the first time. By 2023, that dominance has reached a point where designing a web experience around desktop-first assumptions is as strategically incoherent as designing a storefront without a front door.
Google's response to this shift has been decisive and commercially consequential. In 2018, Google began its phased rollout of mobile-first indexing — a fundamental change to how its crawler evaluates websites for search ranking purposes. Under mobile-first indexing, Google primarily uses the mobile version of a website's content for indexing and ranking, with the desktop version treated as secondary. By 2023, mobile-first indexing applies to the vast majority of websites in Google's index. The practical consequence is straightforward: a website whose mobile version is slower, thinner in content, or structurally inferior to its desktop version will be evaluated — and ranked — based on the inferior version.
1.1 Core Web Vitals — Google's Performance Report Card
The introduction of Core Web Vitals as a Google ranking signal in June 2021 — and their evolution and refinement through 2022 and 2023 — represents the most significant change to Google's page experience evaluation framework since the introduction of HTTPS as a ranking signal in 2014. Core Web Vitals are a set of three user experience metrics that Google has designated as the most important indicators of real-world page performance from a user perspective. Understanding them is not optional for any website owner competing for organic search visibility in 2023.
*INP (Interaction to Next Paint) will replace FID as an official Core Web Vital in March 2024. Organisations should begin optimising for INP now. Source: Google Search Central Core Web Vitals Documentation 2023; Web.dev Performance Research 2023.
1.2 The 33% Pass Rate — Why Most Websites Are Failing Google's Standards
One of the most striking findings in the 2023 web performance data is how few websites actually pass Core Web Vitals on mobile. HTTP Archive's annual Web Almanac 2023 reports that only 33% of websites globally achieve a 'Good' rating across all three Core Web Vitals metrics when measured on mobile devices. On desktop, the pass rate is significantly higher at 54% — but as we have established, desktop performance is secondary in Google's evaluation framework.
The 67% failure rate has two important implications. First, it means that the majority of competing websites in almost every industry category are failing Google's performance standards — creating a meaningful competitive advantage for organisations that achieve Good ratings across all three metrics. Second, it means that the perception of Core Web Vitals as a technically challenging threshold — one that only large, well-resourced organisations can meet — is incorrect. With the right development approach and performance optimisation methodology, a Good rating is achievable for websites of all sizes and technical complexity. The constraint is knowledge and prioritisation, not resources.
Section 2: The Performance-Revenue Connection — What the Data Shows
The business case for web performance investment is frequently framed in technical terms — Core Web Vitals scores, Lighthouse ratings, PageSpeed Insights metrics — that make it difficult for non-technical stakeholders to connect to commercial outcomes. This is a communication failure that results in significant underinvestment in web performance relative to its commercial impact. The performance-revenue connection is real, specific, and measurable — and it is the foundation of any serious business case for web development investment in 2023.
2.1 Speed and Conversion — The Revenue Mathematics
The relationship between page load speed and conversion rate has been studied extensively by Google, Amazon, Walmart, and independent researchers over the past decade. The findings are remarkably consistent across all studies and all contexts: faster pages convert better, and the relationship is approximately linear within the range of load times most websites operate in. The specific figure that has become the industry standard for this relationship — a 1-second improvement in mobile page load time produces a 7% increase in conversion rate — is derived from Google's own research conducted across thousands of mobile landing pages.
The commercial mathematics of this finding are straightforward and compellingly specific. Consider a global brand website receiving 500,000 monthly mobile visitors, converting at 1.8%, with an average order value of $75. Monthly revenue from mobile: $675,000. A 2-second reduction in mobile load time — achievable through standard performance optimisation — produces a 14% conversion rate improvement, bringing the conversion rate to 2.05% and monthly mobile revenue to $768,750. The performance improvement generates $93,750 in additional monthly revenue — $1.125 million annually — from the same traffic, with no increase in paid media spend.
Illustrative calculation based on Google's 7% conversion rate improvement per 1-second load time reduction. Actual results vary by industry, audience, and conversion type. Source: Google Think, 2023; Deloitte Mobile Consumer Survey 2023; LVRA Client Performance Analysis.
2.2 Speed and SEO — The Ranking Impact
Beyond conversion rate, web performance has a direct and measurable impact on organic search rankings — and therefore on the volume of traffic a website receives from organic search. Google's Core Web Vitals are a confirmed ranking signal, and while Google has been careful to characterise the performance impact as a 'tiebreaker' rather than a primary ranking factor, the practical effect in competitive keyword environments is meaningful.
The most rigorous independent analysis of Core Web Vitals' ranking impact in 2023, conducted by Searchmetrics across 100,000 URLs in ten competitive categories, found that pages achieving Good ratings across all three Core Web Vitals metrics ranked an average of 1.8 positions higher in Google Search results than pages in the same competitive set with Poor ratings — all other factors being equal. In a market where the difference between position 3 and position 5 for a commercial keyword can represent tens of thousands of monthly organic visitors, 1.8 average positions is a commercially significant performance premium.
The compound effect of performance on both conversion rate and ranking position creates a multiplicative impact on organic channel revenue. Higher performance scores produce higher rankings, which deliver more organic traffic, which converts at a higher rate due to the improved page experience — creating a virtuous cycle that compounds over time as the performance advantage accumulates.
2.3 Mobile UX — The Abandonment Trigger Analysis
The 38% mobile abandonment figure — users who leave a website if it loads slowly or displays poorly on their device — represents the acute end of a user experience spectrum that begins well before the 'this page is too slow' threshold is reached. Google's own research on mobile user behaviour has identified a series of abandonment triggers that operate progressively as page load time increases and user experience degrades.
Source: Google Think with SOASTA Research 2023; Portent Site Speed and Business Impact Study 2023; Deloitte Mobile Performance and Consumer Behaviour Study 2023.
Section 3: The Technical Architecture of a High-Performance Mobile Website in 2023
Understanding why web performance matters is necessary but not sufficient. The operational question — what specifically needs to be done to achieve and maintain Good Core Web Vitals ratings on mobile — requires a technical architecture framework that translates performance principles into specific development decisions. The following section provides that framework, grounded in the specific interventions that generate the most meaningful improvement in Core Web Vitals scores and, consequently, in organic search performance and conversion rates.
3.1 Server Infrastructure — The Foundation of Performance
Web performance optimisation begins at the infrastructure layer, before a single line of application code is considered. The time between a user's device sending an HTTP request and receiving the first byte of response — measured as Time to First Byte (TTFB) — is the baseline from which all subsequent performance metrics build. A poor TTFB cannot be compensated for by even the most aggressively optimised front-end code.
The three infrastructure decisions with the greatest impact on TTFB in 2023 are hosting environment quality, Content Delivery Network (CDN) deployment, and server-side caching architecture. Shared hosting environments — still used by a significant proportion of small and medium-sized business websites globally — can generate TTFB values of 400ms to 1,200ms, compared to 50ms to 120ms for equivalent content served from managed cloud hosting with CDN distribution. The CDN distributes static assets (images, scripts, stylesheets) from edge servers geographically close to the requesting user, reducing the physical distance that data must travel and therefore reducing load latency.
Infrastructure Priority 1 — Managed Cloud Hosting: AWS, Google Cloud Platform, or Azure managed hosting environments provide significantly more consistent TTFB performance than shared hosting — typically 50–120ms vs. 400–1,200ms for shared. For any website receiving more than 10,000 monthly visitors, managed cloud hosting is the appropriate infrastructure baseline.
Infrastructure Priority 2 — CDN Deployment: Cloudflare, Fastly, or AWS CloudFront CDN distribution reduces asset delivery latency for globally distributed audiences. For websites serving users across multiple geographies — the standard for any LVRA client operating across Australia, UAE, UK, and Asia — CDN deployment is non-negotiable.
Infrastructure Priority 3 — Server-Side Caching: Full-page caching at the server level (using tools like Redis, Varnish, or platform-native caching) eliminates the database and application computation cost of repeat page requests, reducing TTFB for cached pages to the physical network latency floor.
3.2 Image Optimisation — The Largest Performance Gain Available to Most Sites
Images are the single largest contributor to excessive page weight and slow load times on the majority of websites we audit in 2023. The average web page in 2023 weighs 2.1MB on mobile — and images account for approximately 62% of that total page weight. A single unoptimised hero image at 3MB can, by itself, cause a page to fail its LCP Core Web Vital threshold regardless of how well every other element is optimised.
The image optimisation interventions that generate the most meaningful performance improvement in 2023 are format modernisation (converting images from JPEG and PNG to WebP and AVIF formats, which deliver equivalent visual quality at 25-50% smaller file sizes), responsive image implementation (serving appropriately sized images for each device's viewport and pixel density rather than serving desktop-sized images to all devices), and lazy loading (deferring the loading of images below the fold until they are needed, reducing the initial page payload that must load before the LCP element can render).
Source: HTTP Archive Web Almanac 2023; Google PageSpeed Insights Documentation; Cloudinary State of Visual Media 2023; LVRA Web Performance Audit Data.
3.3 JavaScript — The Performance Killer Most Brands Ignore
If images are the most commonly identified source of web performance problems, JavaScript is the most commonly underestimated. The modern web's dependence on JavaScript — for UI frameworks, analytics tags, chat widgets, marketing automation scripts, A/B testing tools, and countless other third-party integrations — has created a JavaScript loading burden that is, for many websites, the primary barrier to achieving Good Core Web Vitals ratings on mobile.
The specific JavaScript-related performance problem that most severely impacts mobile Core Web Vitals is main thread blocking: the execution of JavaScript on the browser's main thread pauses all other rendering activity, including the rendering of the visual elements that LCP and CLS measure. A website with 800KB of synchronously loaded JavaScript can generate FID scores of 500ms or more — well into the Poor threshold — even if its visual content loads quickly.
The JavaScript performance interventions that LVRA's web development team prioritises in 2023 are code splitting (dividing JavaScript bundles into smaller chunks loaded on demand rather than upfront), tree shaking (eliminating unused code from JavaScript bundles through build-time analysis), third-party script auditing and management (identifying and removing or deferring the marketing and analytics scripts that collectively contribute disproportionately to JavaScript load), and framework selection (choosing lightweight JavaScript frameworks — or no framework at all for content-focused sites — over feature-rich frameworks that carry significant JavaScript overhead).
3.4 The Mobile UX Design Imperatives
Technical performance optimisation addresses the speed dimension of the mobile web mandate. But speed is necessary, not sufficient — a fast website that is difficult to navigate, read, or interact with on a mobile device will generate high bounce rates regardless of its Core Web Vitals scores. The UX design imperatives for mobile-optimised websites in 2023 are as much about interaction design as they are about performance.
UX Imperative 1 — Touch Target Sizing: Interactive elements — buttons, links, form fields — must meet Google's minimum touch target size of 48x48 CSS pixels, with adequate spacing between adjacent targets. Elements smaller than this standard generate tap errors that contribute to poor Core Web Vitals scores and user frustration.
UX Imperative 2 — Typography for Small Screens: Body text should be a minimum of 16px on mobile to prevent the automatic zoom behaviour that disrupts layout and contributes to CLS. Line length should be limited to 60-75 characters for comfortable mobile reading. Contrast ratios must meet WCAG 2.1 AA standards for accessibility and readability.
UX Imperative 3 — Navigation Architecture: Mobile navigation must be designed for one-handed use, with primary actions accessible without scrolling. Hamburger menus are acceptable for secondary navigation but should not hide primary conversion paths. Sticky navigation headers should be tested for their impact on content area height on small screens.
UX Imperative 4 — Form Design for Mobile: Contact, lead generation, and checkout forms are the highest-stakes UX elements on mobile. Every unnecessary field is an abandonment risk. Input types should be specified correctly (email, tel, number) to trigger the appropriate mobile keyboard. Autocomplete attributes should be implemented to reduce manual entry friction.
Section 4: Mobile SEO — The Technical Architecture of Search Visibility in 2023
The convergence of mobile-first indexing and Core Web Vitals has created a mobile SEO environment in 2023 in which technical web performance and SEO strategy are inseparable. The era of treating SEO as a content and link-building exercise that is independent of technical website architecture has ended. Google's algorithm evaluates content quality, authority, and relevance in the context of the technical environment that delivers that content — and a technically deficient website will underperform in search regardless of the quality of its content.
4.1 The Technical SEO Checklist — 2023 Mobile Standards
The following technical SEO requirements represent the minimum standards for mobile search visibility in 2023. Organisations that have not audited their websites against these standards in the past twelve months should treat this as an urgent priority — each item represents a potential ranking signal that is either contributing to or detracting from their organic search performance.
Technical SEO Standard 1 — Mobile-first indexing compliance: Verify that your mobile site contains all the content, metadata, and structured data present on your desktop version. Google indexes the mobile version; missing content on mobile is missing content in Google's eyes.
Technical SEO Standard 2 — Core Web Vitals: Good ratings on LCP, FID/INP, and CLS are confirmed Google ranking signals. Achieve and maintain Good ratings across all three metrics, measured from field data (Chrome User Experience Report) rather than lab data alone.
Technical SEO Standard 3 — HTTPS implementation: All pages must be served over HTTPS. HTTP pages receive a ranking penalty and trigger browser security warnings that dramatically increase bounce rates.
Technical SEO Standard 4 — Structured data markup: Schema.org markup for your primary content types — LocalBusiness, Product, Article, FAQPage, HowTo — enables rich results in Google Search that increase click-through rates by 20-30% for eligible queries.
Technical SEO Standard 5 — XML sitemap and robots.txt: A current, accurate XML sitemap submitted to Google Search Console, combined with a correctly configured robots.txt file, ensures that Google's crawler can efficiently discover and index your priority pages.
Technical SEO Standard 6 — Canonical URL implementation: Correct canonical tag implementation prevents duplicate content dilution and consolidates link equity to your preferred URL variants across mobile, desktop, www, and non-www versions.
Technical SEO Standard 7 — Page speed — real user measurements: Monitor Core Web Vitals using real user measurement (field data) from Google Search Console and CrUX data, not just laboratory tests. Field data reflects actual user device and network conditions; lab data does not.
4.2 The GA4 Transition — Understanding Mobile Behaviour in the New Analytics Era
Google's forced migration from Universal Analytics to Google Analytics 4 (GA4) in July 2023 has created a significant measurement disruption for organisations that have not completed the transition — and a significant measurement opportunity for those that have. GA4's event-based measurement model, machine learning-powered insights, and cross-device tracking capabilities provide a substantially more accurate picture of mobile user behaviour than Universal Analytics' session-based model — particularly in a world where users frequently switch between mobile, desktop, and tablet devices during a single purchase journey.
The mobile-specific insights that GA4 provides — and that Universal Analytics could not — include cross-device path analysis (identifying the proportion of conversions that involve a mobile touch point, even when the final conversion happens on desktop), engagement rate as a replacement for bounce rate (a more nuanced measure of session quality that correctly classifies many mobile sessions as engaged even when they consist of a single page view), and predictive audiences (ML-generated audience segments that identify mobile users most likely to convert or churn, enabling proactive targeting and retention interventions).
Source: Google Analytics 4 Documentation; Semrush Mobile Analytics Benchmarks 2023; LVRA Client GA4 Analysis Q1–Q3 2023.
Section 5: Regional Mobile Performance — LVRA Market Analysis
The global mobile dominance statistics mask significant regional variation in mobile network quality, device capabilities, and user behaviour patterns that have direct implications for how web performance standards should be calibrated across LVRA's market portfolio. A website that achieves a 2.5-second LCP on a flagship iPhone 14 on WiFi in Sydney may achieve a 7-second LCP on a mid-range Android device on a 4G connection in Colombo — and Google's Core Web Vitals measurements, based on real user data from the Chrome User Experience Report, will reflect the actual device and network conditions of each website's real users.
5.1 Performance Benchmarks by Market — 2023
Source: Opensignal Mobile Network Experience Report 2023; StatCounter Mobile OS Market Share 2023; GSMA Mobile Economy 2023. Speed figures represent 4G median download speed unless otherwise noted.
5.2 The Low-Bandwidth Design Imperative for Developing Markets
The mobile network speed data for Sri Lanka (19.2 Mbps), Maldives (24.8 Mbps), and Malaysia (34.7 Mbps) relative to Australia (72.4 Mbps) and the UAE (89.3 Mbps) has specific design implications that many organisations with global audiences fail to account for. A page weight of 2.1MB — the global average — downloads in approximately 0.23 seconds on Australia's average 4G connection but takes 0.88 seconds on Sri Lanka's equivalent. The same page, which might achieve a 2.0-second LCP in Sydney, will achieve a 4.2-second LCP in Colombo — shifting from the Good to the Poor Core Web Vitals threshold with no change to the page itself.
For organisations serving audiences that include significant proportions of users in lower-bandwidth markets, performance optimisation must be calibrated to the slowest significant audience segment, not the fastest. This means more aggressive image compression, smaller JavaScript payloads, more conservative use of web fonts and third-party scripts, and consideration of Progressive Web App (PWA) architecture that enables offline capability and reduces repeat visit loading requirements. The performance standard that satisfies a Sydney audience while leaving a Colombo audience with a Poor experience is not a mobile-first standard — it is a wealthy-market-first standard that excludes a significant portion of the global digital economy.
Section 6: LVRA's Web Development & SEO Practice — Built for the Mobile-First Era
LVRA Global's Web Development and SEO practice is built around a single governing principle: a website that is not fast, accessible, and fully optimised for mobile is not a website — it is a liability. Our development methodology integrates performance engineering, mobile-first design, technical SEO, and conversion optimisation into a single coherent process that treats Google's Core Web Vitals targets as minimum specifications, not aspirational goals.
Every website we build begins with a performance budget — a set of constraints on page weight, JavaScript payload, image size, and third-party script load that must be respected throughout the development process. These budgets are not afterthoughts applied at launch; they are architectural decisions made before a single line of code is written. The result is websites that achieve Good Core Web Vitals ratings across all three metrics on mobile as a baseline expectation, not a post-launch optimisation target.
Section 7: Strategic Recommendations — Web Performance Priorities for Q4 2023
Recommendation 1: Run a Core Web Vitals Field Data Audit Today
The most urgent diagnostic action for any organisation in Q4 2023 is a Core Web Vitals field data audit — not a laboratory test (PageSpeed Insights in lab mode), but a field data review using Google Search Console's Core Web Vitals report, which reflects the actual performance experienced by real users on real devices and networks. This distinction matters: many organisations believe they are passing Core Web Vitals because their Lighthouse lab score is acceptable, but their field data — which is what Google actually uses for ranking — tells a different story. The Search Console report will tell you, with specificity, which pages are failing and on which metrics, enabling targeted remediation rather than broad optimisation guesswork.
Recommendation 2: Prioritise LCP Above All Other Core Web Vitals
Of the three Core Web Vitals metrics, LCP (Largest Contentful Paint) has the greatest impact on user perception of page speed and the most direct relationship to organic search ranking in Google's evaluation framework. For most websites, LCP is also the metric with the most accessible optimisation path: the LCP element can be identified precisely (it is usually the hero image or main heading on a page), its load time can be measured specifically, and the interventions that improve it — server response time, image format and size, render-blocking resource elimination — are well-understood and implementable without fundamental architecture changes. Fix LCP first; address CLS and FID/INP once LCP is in the Good range.
Recommendation 3: Conduct a Third-Party Script Audit and Elimination Exercise
Third-party scripts — analytics tags, chat widgets, marketing automation tracking, A/B testing tools, social sharing buttons, ad network pixels — are the single most common source of mobile performance degradation that organisations have direct control over. An average e-commerce or marketing website in 2023 loads 47 third-party scripts, contributing an average of 380ms of additional page load time and 600KB of additional JavaScript payload. Conduct a complete inventory of every third-party script currently loaded on your website, evaluate the commercial value of each against its performance cost, and eliminate or defer loading of scripts that do not justify their performance impact. This exercise alone has generated LCP improvements of 0.8 to 1.4 seconds for LVRA clients — often sufficient to move from Needs Improvement to Good without any additional development work.
Recommendation 4: Implement Next-Generation Image Formats Across Your Site
The transition from JPEG and PNG to WebP and AVIF image formats is the highest-ROI, lowest-complexity performance optimisation available to most websites in 2023. WebP delivers equivalent visual quality at 25-35% smaller file sizes than JPEG; AVIF delivers 40-50% smaller files. Both are supported by over 93% of global browsers as of Q4 2023. For organisations on WordPress, the Imagify or ShortPixel plugins automate the conversion process without developer intervention. For custom-built sites, the implementation requires developer work but is a one-time effort that delivers permanent performance improvement. If your site is still serving JPEG and PNG images, converting to WebP is the single best use of one day of developer time in Q4 2023.
Recommendation 5: Set a Performance Budget and Enforce It Architecturally
The most common web performance failure mode is not a one-time event — it is a gradual degradation over time as new features, plugins, integrations, and content are added without performance impact assessment. Organisations that achieve Good Core Web Vitals scores in Q4 2023 but do not implement architectural constraints to maintain them will find themselves in the Needs Improvement or Poor category by Q2 2024 as performance debt accumulates. Implement a performance budget — defined limits on page weight, JavaScript payload, third-party script count, and image size — and enforce it through automated testing in your deployment pipeline. Every new deployment should be tested against the performance budget before it reaches production, with regressions blocked until they are resolved.
Conclusion: The Mobile Performance Dividend — Why 2023 Is the Year to Act
The mobile-first web of 2023 is not a prediction about the future — it is a description of the present. 93.9% of Google searches happen on mobile. 55.5% of all web traffic is mobile. 38% of users abandon slow or poorly designed mobile experiences. And only 33% of global websites are passing Google's Core Web Vitals standards on mobile. The gap between the world that exists and the standards that most websites meet is not a technical problem — it is a strategic opportunity of extraordinary magnitude.
Every organisation that achieves Good Core Web Vitals ratings on mobile in Q4 2023 is gaining a performance advantage over the 67% of competitors that have not — simultaneously improving its organic search rankings, reducing its user abandonment rate, and increasing its conversion rate on the device that handles the majority of its traffic. The compound commercial impact of these three improvements, measured over a 12-to-24-month horizon, is among the highest ROI investments available in the digital marketing toolkit.
At LVRA, we build websites that are designed for the mobile-first world as it exists today — not as it existed three years ago. Every site we develop, every technical SEO programme we implement, and every performance audit we conduct is grounded in the standards documented in this report and calibrated to the specific device and network conditions of each client's actual audience. The mobile performance dividend is real, measurable, and available to every organisation willing to invest in claiming it.
Sources & Methodology
This report draws on the following primary and secondary data sources, referenced as of Q4 2023:
Google Search Central: Core Web Vitals documentation, mobile-first indexing guidance, performance ranking signal confirmation
HTTP Archive Web Almanac 2023: Global Core Web Vitals pass rates, page weight averages, image and JavaScript payload data
Google Think / Deloitte: Mobile performance and conversion rate relationship; 7% conversion improvement per second research
Searchmetrics Core Web Vitals Ranking Study 2023: Average ranking position impact of Good vs. Poor CWV ratings
Portent Site Speed and Business Impact Study 2023: Load time and bounce rate relationship data
Opensignal Mobile Network Experience Report 2023: Mobile network speeds by country
StatCounter Mobile OS Market Share Q3 2023: iOS vs. Android distribution by market
Cloudinary State of Visual Media 2023: Image format performance comparison data
Google Analytics 4 Documentation: GA4 metric definitions, cross-device tracking capabilities
LVRA Global Client Analytics: Aggregated, anonymised web performance and SEO data from client portfolio, Q1–Q3 2023
LVRA Global Intelligence Reports are produced for informational and strategic planning purposes. Performance improvement estimates are based on median data from LVRA's client portfolio and published research. Individual results vary based on starting performance levels, industry, audience, and implementation quality. Client data is aggregated and anonymised.
Sources
· Grand View Research: Lead Generation Market Size, Share & Trends Analysis Report, 2023
· HubSpot State of Marketing Report 2023
· Forrester B2B Marketing & Sales Alignment Survey 2023
· Sopro B2B Lead Generation Statistics 2023
· LinkedIn Marketing Solutions: B2B Benchmark Report 2023
· Bombora Intent Data: Category research signal data, Q1–Q3 2023
· Gartner B2B Buying Behaviour Survey 2023
· SalesLoft & Outreach.io Platform Benchmarks 2023
· LVRA Global Client Analytics: Aggregated, anonymised campaign performance data across eight markets, 2023