Nimble launches Web Search Agents that slash AI research token costs by 51% while boosting accuracy

Nimble claims its new, domain-specialized Web Search Agents cut token costs in half while boosting retrieval accuracy

Nimble, a New York City-based tech startup VentureBeat previously covered for its efforts to re-invent web search for enterprises by using multiple AI agents to improve accuracy and depth, is taking another step toward its vision of a world in which agents do most of the web searching instead of us typing and reviewing the results manually. Nimble today launched Web Search Agents, a new retrieval system designed to help AI agents perform more 21% more accurate web research while using significantly fewer tokens -- 51% less compared with leading AI search alternatives on comparable, according to the firm. While Nimble did not disclose its specific benchmarking methodology or competitors evaluated, the results underscore a growing trend in enterprise AI: optimizing retrieval has become as important as improving the underlying language models themselves. Nimble's leadership says the product combines self-learning retrieval strategies, proprietary web indexes, and live web access to deliver domain-specific search capabilities that outperform general-purpose web search services for enterprise workloads. "Our research team built self-learning retrieval algorithms that learn a customer's domain," said Nimble CEO and co-founder Uri Knorovich in an interview with VentureBeat. "They find the exact information more efficiently, reduce the amount of multi-hop reasoning required, and lower token usage while improving accuracy." Rather than positioning itself as another general search engine, Nimble is targeting developers building autonomous agents that require continuously updated information from the public web for research, lead generation, competitive intelligence, compliance, and other business-critical workflows. It's also designed to slot in seamlessly to an enterprise's existing systems and workflows. "You can run the agent directly through the Nimble API with zero infrastructure," Knorovich said. "For large enterprises, we're partnering with Microsoft, Oracle, Snowflake, and others so customers can deploy these agent systems inside their own infrastructure." How does it work and stack up to other, existing AI-powered search and agentic systems? Read on to find out. Moving beyond generic AI web search into specialized search agents that fit your enterprise's needs Most AI applications today rely on general-purpose search application programming interfaces (APIs) for search engines and public knowledge bases that return broad collections of files, leaving the language model responsible for determining which sources are relevant. That process often requires multiple retrieval steps, additional reasoning, and significant token expenditure before an agent produces an answer. This is obviously inefficient and raises the cost spent to run AI search looking through irrelevant sources. Nimble argues that before long, every enterprise will need its own methods for searching, retrieving, and validating external information since each enterprise relies on its own distinct preferred sources, signals, and standards of trust. As such, instead of applying one search strategy to every workload, Nimble's Web Search Agents are designed to learn the characteristics of a specific domain and adapt how information is retrieved, providing agents with structured, relevant context rather than forcing them to sift through large amounts of generic search results. "Instead of one generic retrieval model, we build specialized retrieval models for each customer's domain, making them faster, cheaper, and more accurate," Knorovich explained. "A single enterprise can run hundreds of different agents. Each one has its own domain expertise, guardrails, goals, and search algorithm. The optimization starts with the second search, without requiring any setup from the customer." Its goal is not only to reduce redundant retrieval, but also to shorten multi-step research paths and avoid repeatedly sending raw pages through a language model for parsing, resulting in the 51% reduced token figure the company cites. The distinction is particularly relevant for long-running enterprise agents performing research over hours or days rather than answering simple consumer questions. In those scenarios, reducing unnecessary tool calls can significantly lower operating costs while improving answer consistency. That emphasis reflects a broader shift occurring across the AI tooling ecosystem. As foundation models become increasingly capable, infrastructure vendors are competing on everything surrounding the model -- including retrieval, orchestration, memory, observability, and governance. Optimizing retrieval for production AI The launch builds on Nimble's broader strategy of becoming an enterprise web intelligence platform rather than simply a web scraping provider. Earlier this year, the company introduced its broader Agentic Search Platform following a $47 million Series B financing, positioning itself as infrastructure that transforms the live web into structured, machine-readable data for AI systems. The company's latest release extends that vision with a concept it calls "Harness as a Tool," which powers its new domain-specialized Web Search Agents. Rather than requiring engineering teams to assemble separate search APIs, browser automation, extraction pipelines, validation logic, memory systems, and orchestration code, Nimble packages those capabilities behind a managed interface. The harness can determine what to search, navigate pages when conventional indexes are insufficient, extract relevant information, validate the results, and return the final context in a form designed for downstream agents. Nimble also says the system retains domain-specific memory and builds proprietary indexes that improve as customers run more searches. "The biggest research breakthrough is adding semantic memory and a caching layer to the agent," Knorovich told VentureBeat. "The agent learns usage patterns and domain expertise over time, so every subsequent search becomes faster and more efficient." As for what domains Nimble can tackle, the company says it can address virtually any knowledge work domain. "We've seen customers build investment banking analysts, competitive intelligence agents for product managers, go-to-market research agents, newsroom monitoring, insurance applications, life sciences research, and supply chain optimization," Knorovich said. "Our customers surprise us every day with new agent use cases." However, for enterprises concerned about data privacy and retention, Knorovich assured VentureBeat that: "Nimble is zero-data-retention by design. Customer queries are never stored in our environment, and when customers deploy semantic memory and self-learning models, that knowledge stays in their own tenant -- not ours." Customer deployments point to operational gains Nimble supported the announcement with early customer examples from AI-native software vendors and enterprise users. AI-native CRM company Rox reported achieving a 20× reduction in token costs after adopting Nimble's retrieval infrastructure while simultaneously improving the quality and completeness of information available to its AI agents. Although the company did not disclose detailed workload measurements or a reproducible baseline, the example illustrates the operational savings retrieval optimization can provide for high-volume agent deployments. Nimble further highlighted production usage at governance and compliance platform Drata. "Accuracy, completeness, and control are critical for enterprise AI in production," said Lior Solomon, Vice President of Engineering, Data and AI at Drata, in a statement provided to VentureBeat through Nimble. According to Solomon, Nimble enables the company to access web information that generic search systems cannot consistently retrieve while also lowering token costs for production workflows. Nimble says its infrastructure currently supports more than 90 million searches each day across Fortune 500 enterprises and AI-native companies operating mission-critical workflows where accuracy, completeness, and enterprise control are essential. API, SDK and MCP support target AI builders The platform is immediately available through an API, SDK, and Model Context Protocol (MCP) integration, allowing developers to connect Nimble directly into AI agents regardless of the orchestration framework they use. Developers can use the platform for several categories of web intelligence, including: * Low-latency live web search * Deep multi-step web research * Web crawling * Structured dataset generation * Domain-specific information retrieval The company also provides documentation and pre-built agents for common web extraction tasks while allowing developers to build custom retrieval agents using natural-language descriptions instead of manually maintaining scraping logic. Nimble is offering two notably different consumption models. Developers can begin with a pay-as-you-go Agent API priced from $0.025 per Web Search Agent request at the listed low-effort setting. Companies that want Nimble to configure and manage custom data delivery can instead buy annual managed plans beginning at $2,500 per month. Where Nimble fits in the emerging agentic search stack Nimble enters a market that has rapidly expanded beyond traditional web search into autonomous research agents capable of planning, browsing, reasoning, and synthesizing information. Products such as ChatGPT Deep Research, Google Gemini Deep Research, Alibaba's Tongyi DeepResearch, Perplexity, and Sakana Marlin all seek to automate knowledge work that previously required hours -- or, in Marlin's case, potentially weeks -- of human research. Rather than competing head-to-head as another end-user research assistant, however, Nimble is positioning itself one layer lower in the AI stack -- as the web intelligence infrastructure that powers those agents or custom enterprise applications built on leading foundation models. That distinction reflects an increasingly important architectural shift in enterprise AI. Most "Deep Research" systems optimize the overall research workflow, generating search plans, iteratively gathering information, and producing synthesized reports. Nimble instead argues that the retrieval layer itself has become the primary bottleneck for enterprise AI deployments. If an agent retrieves too many irrelevant pages or performs unnecessary search iterations, token consumption, latency, and operating costs all increase before the model even begins its main reasoning process. "Customers across life sciences, insurance, healthcare, pharma, retail, and digital-native companies are all telling us the same thing: we need to feed our agents with more accurate context, and we need to reduce the amount of tokens every task consumes," Knorovich said. The launch blog makes that argument more concrete by describing how teams frequently rebuild the same retrieval stack themselves. A production agent may start with a search API, then accumulate browser controls, parsers, extraction components, validation steps, memory, caching, evaluations, and custom workflow logic. Nimble is positioning its harness as a managed alternative to that growing engineering burden. In Nimble's view, improving retrieval before reasoning begins is more valuable than simply giving a language model more documents to analyze. The company's Web Search Agents therefore adapt retrieval strategies to a particular workload, combining proprietary indexes with real-time web retrieval and task-specific search policies rather than applying the same search algorithm across every domain. That makes Nimble less of a direct competitor to OpenAI's or Google's research assistants than to developer-focused retrieval infrastructure such as Exa and Tavily. Those platforms also provide AI-native search APIs and research capabilities, but Nimble differentiates itself by emphasizing self-learning retrieval strategies, proprietary indexing, enterprise governance, managed delivery, and token efficiency for production agents. For organizations building their own AI systems, the distinction could become increasingly important. Foundation models are becoming more capable across the industry, shifting competitive differentiation toward the infrastructure surrounding them -- including retrieval, orchestration, memory, observability, and governance. Nimble's strategy reflects that broader trend, betting that better web intelligence can deliver larger operational gains than incremental improvements in model reasoning alone. Enterprise infrastructure versus AI research assistants The different positioning is also reflected in pricing.While consumer-facing AI research assistants are generally sold as productivity subscriptions for individual users or teams, Nimble is pricing its managed service as enterprise infrastructure designed to power production applications. Its pay-as-you-go API, however, gives developers a lower-cost path to test the underlying agent technology before committing to a managed deployment. The comparison reveals three increasingly distinct markets. Sakana Marlin is particularly useful as a counterpoint. It is positioned as a "Virtual CSO" rather than a search API, running autonomous research loops for as long as eight hours and producing executive-ready reports, references, and supporting materials. Nimble, by contrast, is designed to sit beneath those kinds of systems, supplying the specialized retrieval, browsing, extraction, validation, and orchestration that enterprise agents need to gather reliable external information before reasoning begins. The comparison therefore should not be read as a direct price-to-price evaluation. A $20/month ChatGPT Plus or $19.99/month Google AI Pro subscription buys an individual AI workspace with Deep Research capabilities. Nimble's $2,500/month managed plan funds concurrent production agents, managed ETL, MCP integration, web-page capacity, storage, and hands-free data delivery. Sakana Marlin's approximately $936/month (¥150,000/month) Pro plan pays for extended, compute-intensive strategic research workflows. Each price reflects a fundamentally different product boundary and deployment model rather than simply a different level of AI capability. Why retrieval is becoming the next AI battleground As enterprise AI systems mature, the industry is increasingly recognizing that model quality alone does not determine application performance. Large language models frequently fail not because they cannot reason, but because they lack timely, trustworthy external information. That reality has fueled rapid investment across retrieval-augmented generation, AI-native search, web intelligence platforms, knowledge graphs, browser automation, and agent infrastructure. Nimble's launch reflects this evolution by focusing less on building another frontier model and more on improving the quality of information flowing into existing ones. Whether the company's reported 21-point improvement in answer quality and 51% reduction in token usage hold up across a broad range of enterprise deployments remains to be independently validated. The larger strategic bet is that, as frontier models become more interchangeable, companies will differentiate themselves through the data, retrieval policies, trusted-source rules, memory systems, and orchestration layers surrounding those models. Nimble is not trying to build the researcher that sits in front of the user. It is trying to become part of the infrastructure that determines what the researcher can find, how efficiently it can find it, and whether the resulting evidence is complete enough to support production decisions. Web Search Agents are available through Nimble's API, SDK, and MCP integrations, with a free trial available for developers evaluating the platform.

Nimble launches Web Search Agents to cut AI research token costs

Web search platform company Nimble today launched Web Search Agents, a product that learns a customer's domain and then runs complex web research tasks on its own. The company is aiming the release at teams that have found general-purpose web search too blunt for production agents. Generic tools return a wide, unstructured set of results and leave the agent to work out what is actually relevant, an approach that burns tokens on unnecessary tool calls and on processing pages that do not matter. Nimble's pitch is that a market research agent and a lead enrichment agent should not get the same product. Its harness self-learns the knowledge work involved in a task and adapts retrieval strategies to it, combining proprietary indexes with real-time retrieval from live sites to pull what the company describes as the freshest and most granular information available. Benchmark testing published by Nimble showed a 21-point increase in answer quality and 51% fewer tokens spent per query. "For enterprises, the real bottleneck is accuracy and cost," said Uri Knorovich, chief executive and co-founder of Nimble. "Agents need the right live web context without wasting tokens or relying on generic search results." Speed is not the pitch. Nimble is going after agents that run for hours on business-critical research, where a missed source costs more than a slow answer. The harness checks its own work as it goes, which the company says leaves less for the team behind it to redo. Rox, an AI-native customer relationship management company, reported a 20-fold reduction in token costs after adopting the service, alongside better quality and completeness in the information reaching its agents. Almog Lavi, head of product at code integrity startup Qodo, said in the announcement that Nimble let his team tune a Claude Managed Agent to surface the competitor signals that mattered to them rather than a generic market summary. Web Search Agents is available through Nimble's application programming interface, its software development kit and Model Context Protocol, with a free trial. Developers can wire it in as a tool inside an existing agent or build applications on top of it, from low-latency search through to deep research and structured dataset generation. Nimble says the platform is fielding more than 90 million searches a day. Its customer base takes in Fortune 500 enterprises as well as younger AI-native firms. Founded in 2021, Nimble is a venture capital-backed company that most recently raised $47 million in a February Series B round led by Norwest Venture Partners LP. Databricks Ventures, Target Global Management GmbH, Square Peg Capital Pty. Ltd., Hetz Ventures, Slow Ventures, R-Squared Ventures, J-Ventures and InvestInData also participated. The New York company has raised $75 million to date.