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F5 2025 Report reveals talk becomes action as AI gets to work

F5 Report highlights AI-driven transformation Amid operational complexity. 96% of surveyed IT decision-makers have deployed AI models, up from a quarter in  2023

 

 IT leaders are increasingly trusting AI with business critical tasks from traffic management to cost optimization, according to the industry’s  most comprehensive report on application strategy. F5’s 2025 State of Application Strategy Report, which surveys global IT decision  makers, found that 96% of organizations are now deploying AI models, up from a  quarter in 2023. 

There is also a growing willingness to elevate AI to the heart of business operations. Almost three-quarters of respondents (72%) said they want to use AI to optimize app  performance, whereas 59% support the use of AI for both cost-optimization and to  inject security rules, automatically mitigating zero-day vulnerabilities.

There is also a growing willingness to elevate AI to the heart of business operations. Almost three-quarters of respondents (72%) said they want to use AI to optimize app  performance, whereas 59% support the use of AI for both cost-optimization and to  inject security rules, automatically mitigating zero-day vulnerabilities. 

Today, half of organizations are using AI gateways to connect applications to AI tools,  and another 40% expect to be doing so in the next 12 months. Most are using this  technology to protect and manage AI models (62%), provide a central point of control  (55%), and to protect their company from sensitive data leaks (55%). 

“This year’s SOAS Report shows that IT decision makers are becoming confident about  embedding AI into ops,” said Lori MacVittie, F5 Distinguished Engineer. “We are fast  moving to a point where AI will be trusted to operate autonomously at the heart of an  organization, generating and deploying code that helps to cut costs, boost efficiency,  and mitigate security problems. That is what we mean when we talk about AIOps, and it  is now becoming a reality.”

Operational readiness and API challenges remain 

 

Despite growing AI confidence, the SOAS Report highlights several enduring challenges. For organizations currently deploying AI models, the number one concern is AI model  security.

And, while AI tools are more autonomous than ever, operational readiness gaps still  exist. 60% of organizations feel bogged down by manual workflows, and 54% claim skill  shortages are barriers to AI development. 

Furthermore, almost half (48%) identified the cost of building and operating AI  workloads as a problem, up from 42% last year.  

A greater proportion of organizations also said that they have not established a scalable  data practice (39% vs. 33% in 2024) and that they do not trust AI outputs due to  potential bias or hallucinations (34% vs. 27%). However, fewer complained about the  quality of their data (48%, down from 56% last year).  

APIs were another concern. 58% reported they have become a pain point, and some  organizations spend as much as half of their time managing complex configurations  involving numerous APIs and languages. Working with vendor APIs (31%), custom  scripting (29%), and integrating with ticketing and management systems (23%) were  flagged as the most time-consuming automation-related tasks. 

“Organizations need to focus on the simplification and standardization of operations,  including streamlining APIs, technologies, and tasks,” said MacVittie. “They should also  recognize that AI systems are themselves well-suited to handle complexity  autonomously by generating and deploying policies or solving workflow issues.  Operational simplicity is not just something on which AI is going to rely, but which it will  itself help to deliver.”

Hybrid app deployments prevail

 

Allied to soaring AI appetites is a greater reliance on hybrid cloud architectures.  

According to the SOAS Report, 94% of organizations are deploying applications across  multiple environments—including public clouds, private clouds, on-premises data  centers, edge computing, and colocation facilities—to meet varied scalability, cost,  and compliance requirements. 

Consequently, most decision makers see hybrid environments as critical to their  operational flexibility. 91% cited adaptability to fluctuating business needs as the top  benefit of adopting multiple clouds, followed by improved app resiliency (68%) and cost efficiencies (59%).  

A hybrid approach is also reflected in deployment strategies for AI workloads, with 51%  planning to use models across both cloud and on-premises environments for the  foreseeable future.

Significantly, 79% of organizations recently repatriated at least one application from the  public cloud back to an on-premises or colocation environment, citing cost control,  security concerns, and predictability. This marks a dramatic rise from 13% just four  years ago, further underscoring the importance of preserving flexibility beyond public  cloud reliance.

Still, the hybrid model can prove a headache for some. Inconsistent delivery policies  (reported by 53% of respondents) and fragmented security strategies (47%) are all top  of mind in this respect. 

“While spreading applications across different environments and cloud providers can  bring challenges, the benefits of being cloud-agnostic are too great to ignore. It has  never been clearer that the hybrid approach to app deployment is here to stay,” said  Cindy Borovick, Director of Market and Competitive Intelligence, F5.

APCJ AI adoption and challenges – key highlights: 

  • AI Gateways on the Rise: Nearly half of APCJ organizations (49%) are already  using AI gateways to connect applications to AI tools, with another 46% planning  to do so in the next 12 months. 
  • Top Use Cases for AI Gateways: Among those leveraging AI gateways, the most  common applications include protecting and managing AI models (66%),  preventing sensitive data leaks (61%), and observing AI traffic and application  demand (61%). 
  • Data and Trust Challenges: Over half (53%) struggle with immature data  quality, and 45% are deterred by the high costs of building and running AI  workloads. 
  • Hybrid Complexity: The hybrid model of AI deployment introduces hurdles, with  79% citing inconsistent security policies, 59% highlighting delivery  inconsistencies, and 16% dealing with operational difficulties. 

Toward a programmable, AI-driven future

 

Looking ahead, the SOAS Report suggests that organizations aiming to unlock AI’s full  potential should focus on creating programmable IT environments that standardize and  automate app delivery and security policies. 

By 2026, AI is expected to move from isolated tasks to orchestrating end-to-end  processes, marking a shift toward complete automation within IT operations  environments. Platforms equipped with natural language interfaces and programmable  capabilities will increasingly eliminate the need for traditional management consoles,  streamlining IT workflows with unprecedented precision. 

“Flexibility and automation are no longer optional—they are critical for navigating  complexity and driving transformation at scale,” Borovick emphasized. “Organizations  that establish programmable foundations will not only enhance AI’s potential but  create IT strategies capable of scaling, adapting, and delivering exceptional customer  experiences in the modern age.”

About F5

F5, Inc. (NASDAQ: FFIV) is the global leader that delivers and secures every app.  Backed by three decades of expertise, F5 has built the industry’s premier platform—F5  Application Delivery and Security Platform (ADSP)—to deliver and secure every app,  every API, anywhere: on-premises, in the cloud, at the edge, and across hybrid  multicloud environments. F5 is committed to innovating and partnering with the world’s  largest and most advanced organizations to deliver fast, available, and secure digital  experiences. Together, we help each other thrive and bring a better digital world to life.

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Home Data Connected Data: The Key to Targeting Precision
  • Data

Connected Data: The Key to Targeting Precision

By
Aleen De Silva
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September 23, 2026
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    The most expensive targeting mistake can happen before a media platform receives a budget, an email workflow is activated, or an account enters an outreach sequence.

    It happens when the data layer decides that one buyer is three people, two subsidiaries are unrelated companies, or a former employee still belongs to a priority account. 

    Hence, the campaign may be technically well configured, but its audience is already distorted.

    This is known as the identity resolution gap, which is the distance between records stored across connected systems and the real people, companies and commercial relationships those records should represent.


    Better Data Creates Better Targeting 

    A technology decision-maker can appear under a corporate email address, a personal address used for event registration, an abbreviated CRM name and a third-party intent record. However, without dependable matching logic, those fragments become separate profiles.

    The result is more than untidy data; Frequency controls fail, engagement histories split, suppression rules miss, and lead scores are calculated from partial behaviour. 

    Therefore, a high-intent buyer can appear inactive because their engagement is distributed across several identities.

    This matters as personalisation becomes a performance expectation. For instance, research reports that 93% of marketers say personalisation improves leads or purchases. Yet 13% report difficulty sharing data across their organisation, while approximately 14% say they lack the data needed to reach target audiences effectively. 

    The priority is therefore not simply collecting more data; it is making existing data agree.

    Data-Driven Targeting Analytics for Enterprise Marketing

    Accurate Identities Build Accurate Buying Groups 

    Enterprise technology purchases involve technical evaluators, budget owners, procurement teams, security specialists and operational stakeholders.

    When identities are incomplete, or company hierarchies are inaccurate, buying-group analysis becomes unreliable. Moreover, subsidiary engagement may never connect to the parent account. Stakeholders from the same organisation may be treated as separate opportunities. A regional office may receive messaging intended for global headquarters.

    Therefore, the targeting model can still produce a neat segment. However, it is simply a neat segment of the wrong commercial reality.


    Better Context Enables Better AI 

    Recent studies argue that advanced AI-enabled workflows require a modern technology foundation with unified identity and data layers, flexible infrastructure and activation systems connected through reliable APIs. 

    This becomes increasingly important as the same study estimates that agentic AI could eventually power as much as two-thirds of current marketing activity.

    Therefore, AI can accelerate audience selection, content adaptation and campaign activation. However, fragmented identity records cause automation to scale inconsistency rather than intelligence.

    Furthermore, research reports that organisations with successful AI initiatives invest up to four times more, as a percentage of revenue, in foundations such as data quality, governance, AI-ready people and change management than those reporting poor outcomes.

    Similar studies identify trusted, real-time contextual data and not model selection, as a central bottleneck to scalable AI and measurable business impact. 

    Hence, its analysis highlights real-time unification and dynamic entity resolution as critical infrastructure for ensuring that humans and AI systems operate from a continuously current view of the business.

    Artificial Intelligence Technology Interface for Enterprise Automation

    Strong Attribution Begins with Unified Identity 

    Attribution begins by deciding which interactions belong to which person, account and opportunity.

    For instance, if a webinar attendee, white-paper downloader and sales contact are stored as three identities, the system may credit three weak journeys instead of one strong journey. Hence, if parent-child company relationships are incorrect, engagement may be assigned to the wrong account.

    As a result, marketing appears less influential, sales activity appears disconnected, and leadership receives conflicting versions of pipeline performance.

    Identity resolution is therefore not merely a database-cleaning exercise. It is a commercial measurement requirement.

    Business Team Collaborating on Digital Strategy Planning

    Build the Audience Before Building the Campaign

    A reliable identity layer should continuously merge duplicates, enrich incomplete profiles, validate employment changes, map corporate hierarchies and preserve consent and data lineage across connected systems. 

    This work may feel less visible than launching a new AI platform or activation programme. Yet it determines whether personalisation is relevant, whether buying-group intelligence reflects real decision structures and whether attribution can withstand executive scrutiny.

    Therefore, campaign performance does not start when activation begins. It starts when the organisation can accurately answer three questions:

    Who is this person? Which company and buying group do they belong to? Which interactions are genuinely theirs?

    Until those questions are resolved, precision targeting is an interface sitting on top of uncertainty.

    • TAGS
    • Account-Based Marketing (ABM)
    • AI-Ready Data Infrastructure
    • B2B Data Intelligence
    • Data-Driven Targeting
    • Identity Resolution
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