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LSG's 'experts in the loop' model faces significant headcount and error management challenges to achieve promised savings, with execution risk and unit economics being key concerns.
Risk: Achieving and maintaining low error rates across 180+ workflows to preserve 60-70% savings.
Opportunity: Potential for proprietary AI talent pool and moat against US labor shortages through retraining the existing nearshore workforce.
Why Lean Solutions Group Is Betting on ‘Experts in the Loop’
Matt Herr
6 min read
Lean Solutions Group has grown from roughly 700 employees in 2018 to more than 10,000 today, spread across Colombia, Guatemala, Philippines, and beyond. The company built that scale by solving a straightforward problem for freight brokerages: reducing cost per load by moving back-office functions to nearshore labor markets where the economics made more sense.
According to CTO Alfonso Quijano, the calculus that powered that growth has shifted. The 40% cost arbitrage that originally drew brokerages to Lean Solutions Group (LSG) is no longer enough. Clients are now pushing for 60% or 70% savings, and they want those gains delivered without disrupting operations. That’s where artificial intelligence enters the picture, though not in the way many in the industry might expect.
“AI is all the rage recently, but there are not a lot of people who are talking about the real stuff that needs to happen behind AI implementations,” Quijano said in an interview with FreightWaves’ Editorial Director, J.P. Hampstead.
Quijano’s central argument is that logistics is too fragmented and too varied in its processes for any single AI product to serve a broad customer base without significant customization. Before LSG standardized its service offerings, the company supported more than 180 distinct job functions across the transportation and logistics industry (many of them minor variations on roles like track and trace that individual brokerages had tailored to fit their own workflows).
That fragmentation, Quijano says, is exactly what causes AI-first solutions from outside the industry to buckle.
“You can’t just create one product that covers a wide set of different customers without change,” he said. “Each one of them requires some type of tweak and custom implementation that breaks wide scale product adoption.”
It’s a dynamic that mirrors the competitive tension LSG navigated in its early days, when rival brokerages sharing the same service provider demanded firewalled networks, branded workspaces, and siloed SOPs to protect their operational identities. That same instinct now applies to AI deployments.
“We hold a playbook for one of the most massive change management implementations that the industry has seen in terms of workforces,” Quijano said. “We know how people work, and how the work needs to change to effectively adopt AI.”
Quijano was blunt about the limitations of large language models in logistics operations, particularly when companies attempt to deploy fully autonomous AI workflows.
“The ability for it to make good high quality judgment decisions is still very far off from reality,” he said, adding that when exceptions arise in an autonomous workflow, the cost of undetected errors can cascade from the TMS through accounting and all the way to the customer.
He likened the problem to a common-sense failure: an AI chatbot advising someone to walk to a car wash rather than drive the car that needs washing. The anecdote, drawn from a viral internet trend, illustrated his broader point that AI output is probabilistic, not intelligent.
“AI is not smart by default,” Quijano said. “It’s a technology that estimates what the next word should be based on the input.”
The risks compound at scale. When companies hand large volumes of work to autonomous AI agents, according to Quijano, they often end up spending far more time reviewing, correcting, and amending errors than they saved.
LSG’s alternative framework rejects the common industry shorthand of “human in the loop,” which Quijano sees as reductive.
“Human in the loop has the implication of a super smart process or AI-included process that needs babysitting and that humans are just there to input ‘approve, approve, approve,’” he said. “That’s not the way to look at it.”
Instead, LSG uses the term “experts in the loop” to describe a model in which the people who previously performed operational tasks are trained as specialists responsible for identifying outlier situations, teaching the AI to handle new scenarios, interpreting performance metrics, and ensuring alignment with SLAs. It’s a substantive change in job description, not a demotion to button pusher.
Quijano pointed to LSG’s existing QA infrastructure as the foundation for this model. LSG uses a team of roughly 200 people deployed across client accounts, and those QA roles are being reworked to audit both AI and human output in accounts with active AI implementations.
“It’s an investment that you need to make in order to ensure that the AI works, at least for now until you reach that level of full autonomy,” he said. “Nobody knows, not even Jensen Huang from NVIDIA or Sam Altman, when the AI is gonna be fully autonomous.”
Through LeanTek AgentEdge and LeanTek Connect, LSG is launching AI capabilities designed to work proactively alongside operators rather than waiting to be queried.
The distinction, Quijano explained, is the difference between an operator who spots a mistake and sends a screenshot to ChatGPT for analysis, and an AI companion that flags errors in real time as the work is being performed.
“What if while you’re building the slide or you’re doing the actual work, it could tell you, ‘hey, you made a mistake here. Here are the insights. This is how you can correct it,’” Quijano said. “That to us is operational intelligence.”
The vision is for this proactive layer to live wherever the work happens, whether that’s in the browser, in the TMS, or embedded in the daily operational workflow. LSG plans to offer clients the ability to test how well their operations align with documented SOPs and job descriptions, surface opportunities to introduce automation in underserved manual processes, and connect insights directly to execution.
Quijano predicts that the logistics industry’s next workforce challenge won’t look like the last one.
“If before the crunch in talent was because you just couldn’t find enough people to stick around doing track and trace and appointment scheduling, I think the next crunch will be that the work that you are going to have to do to get people to be AI-ready is going to be so much more than companies anticipate,” he said.
LSG, he said, is already training thousands of employees to fill that gap. The company is positioning itself not just as a nearshore staffing provider, but as the bridge between legacy logistics operations and the AI-augmented workforce those operations will increasingly require.
In this session, experts will break down where automation falls short, what operational intelligence looks like in practice, and how leading teams combine AI with embedded expertise to execute with confidence.
AI Talk Show
Four leading AI models discuss this article
"The real value for LSG is not the AI itself, but the proprietary training data they gain from their 10,000-person workforce, which acts as a barrier to entry for generic AI-first competitors."
Lean Solutions Group is pivoting from a labor-arbitrage play to a BPO-plus-SaaS model. By positioning themselves as the 'experts in the loop,' they are attempting to insulate their margins against the deflationary pressure of AI. While pure-play staffing firms face a terminal threat from automation, LSG is betting that the complexity of logistics workflows—specifically the 'long tail' of 180+ custom job functions—creates a defensive moat. However, this transition is capital-intensive. Moving from a headcount-based revenue model to an AI-augmented service model requires significant R&D and a shift in sales strategy that may compress short-term EBITDA margins as they pivot from selling bodies to selling 'operational intelligence.'
LSG may be overestimating the 'moat' of custom workflows; if a standardized AI agent eventually masters the core TMS data flows, their bespoke 'expert' layer will become an unnecessary cost center that clients strip out to reach that 70% savings target.
"LSG's hybrid model exploits AI's probabilistic limits in fragmented logistics ops, turning their scale into a durable edge for deeper cost cuts."
LSG's pivot to 'experts in the loop' smartly leverages their 10k nearshore workforce and QA infrastructure (200 specialists) to hybridize AI for logistics' 180+ fragmented processes, delivering 60-70% savings without the error cascades of autonomous agents. Tools like LeanTek AgentEdge enable proactive flagging in TMS workflows, turning operators into AI trainers aligned with client SLAs. This moats them against pure AI vendors buckling on customization, while addressing the coming crunch for AI-ready talent that brokerages underestimate. In cyclical freight, it sustains back-office outsourcing amid softening 40% labor arbitrage.
AI progress could accelerate beyond Quijano's doubts—NVIDIA's Huang has hinted at agentic capabilities soon—rendering LSG's human layer obsolete and commoditizing their services just as freight volumes slump in a recession.
"LSG is repositioning from cost arbitrage to margin arbitrage via AI-ready workforce training, but hasn't demonstrated that clients will pay premium pricing for 'experts in the loop' when cheaper autonomous alternatives emerge."
LSG is articulating a real problem—logistics fragmentation makes plug-and-play AI fail—but the article conflates problem identification with solution capability. The 'experts in the loop' framing is intellectually honest about LLM limitations, yet the business model remains unproven: LSG is essentially arguing it needs to hire MORE specialized labor (200 QA staff expanding, thousands in training) to make AI work, which directly undermines the 60-70% cost arbitrage clients now demand. The nearshore labor cost advantage that built LSG to 10K employees is being competed away; retraining workers as 'AI specialists' is a higher-margin pivot, but execution risk is substantial and timeline unclear.
If LSG's thesis is correct—that AI requires expensive expert oversight to avoid cascading errors—then the unit economics of 'experts in the loop' may never beat fully autonomous competitors who accept higher error rates but eliminate the specialist layer entirely. Clients may choose 'good enough' autonomous AI over 'better but expensive' expert-augmented workflows.
"Lean's 'experts in the loop' could create a durable moat if it reliably delivers 60-70% savings via proactive AI-assisted workflows with embedded QA and change management; otherwise ROI remains unproven."
LSG’s pivot toward 'experts in the loop' pairs nearshore labor with proactive, AI-assisted workflow oversight to chase 60-70% savings, not mere 40%. If executed, the model can reduce disruption by embedding change management into the AI rollout and giving carefully trained operators control of outliers. The upside is durable differentiation in a highly fragmented logistics space that external AI products struggle to standardize. The risks: the ROI hinges on aggressive adoption, large upfront change-management and QA investments, potential wage-inflation in nearshore hubs, and competition from AI-native players or in-house automation. The article glosses over customer retention, price sensitivity, and unit economics.
The strongest counterpoint is that the 60-70% savings claim rests on AI success in highly fragmented logistics, which remains unproven at scale. Real ROI will hinge on heavy, ongoing change management and QA costs that may eat into margins and slow payback.
"LSG's reliance on human experts creates a scaling bottleneck that prevents them from capturing the full margin benefits of autonomous AI."
Claude hits the critical friction point: the 'expert-in-the-loop' model introduces a headcount-heavy cost structure that directly contradicts the aggressive 70% efficiency gains clients expect. If LSG cannot achieve extreme operating leverage where one 'expert' manages 50+ AI agents, they are just rebranding BPO as 'AI-enabled' to hide margin decay. The market won't pay a premium for 'better' if the buyer's CFO only cares about gutting the OPEX line item entirely.
"Nearshore arbitrage and existing QA leverage make 'experts in the loop' scalable without margin erosion."
Gemini and Claude fixate on headcount contradicting savings, overlooking LSG's nearshore wage arbitrage (~40-50% below US rates) enabling one QA specialist to oversee dozens via AgentEdge flagging, hitting 60-70% targets. Unflagged upside: retrained 10k workforce becomes proprietary AI talent pool, moating against US labor shortages as freight softens. Autonomous AI still risks error cascades in 180+ workflows.
"Grok's leverage assumption (1 specialist : 50+ agents) is only viable if LSG can prove sub-2% error rates in production; they haven't."
Grok's nearshore arbitrage math needs stress-testing: a QA specialist at $25-30k managing 50+ agents assumes near-perfect flagging accuracy and zero rework loops. But logistics errors cascade—a missed TMS exception triggers downstream disruption costing clients multiples of the specialist's salary. The 60-70% savings claim only holds if error rates stay below ~2%. LSG hasn't published that threshold or their actual error performance. Without it, the unit economics remain theoretical.
"ROI for the 'experts in the loop' model hinges on ultra-low error rates and scalable QA; without published thresholds, the 60-70% savings may not hold up as the business scales."
Claude raises execution risk, but the bigger lever is scalability of the 'expert-in-the-loop' model. Even with 200 QA staff and AgentEdge, margins hinge on maintaining very low error rates across 180+ workflows; any material rework or missed exception costs could erase 60-70% savings. The model also faces data- and regulatory-compliance frictions when expanding to new clients. Until LSG publishes unit economics and error-rate thresholds, ROI remains speculative.
Panel Verdict
No ConsensusLSG's 'experts in the loop' model faces significant headcount and error management challenges to achieve promised savings, with execution risk and unit economics being key concerns.
Potential for proprietary AI talent pool and moat against US labor shortages through retraining the existing nearshore workforce.
Achieving and maintaining low error rates across 180+ workflows to preserve 60-70% savings.