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Indian IT’s FDE Bet Will Not Be Proven by Headcount

India's IT firms are training thousands of forward-deployed engineers. Whether the model pays will depend on two measures public announcements rarely disclose: asset reuse and value capture.

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  • Key Takeaways

    01

    Indian IT firms have committed to thousands of forward-deployed engineers, but none has published evidence that FDE teams deploy faster or cost less.

    02

    The model’s economics turn on two disclosures nobody makes: how much of each engagement becomes reusable, and who keeps the productivity gain.

    03

    Boards should require an internal FDE-versus-conventional comparison and an asset-ownership review of partner-led programs before approving further scale-up.

    Tata Consultancy Services (TCS) closed FY26 with 584,519 employees, 23,460 fewer than at the end of FY25. Three months later, it said it aimed to have at least 1% of its workforce in forward-deployed engineering roles.

    On the July 9 earnings call, chief executive K. Krithivasan put the target at “at least 1%” of employees, and said the transition was not finished. Against a closing headcount of 593,798, that floor works out to about 5,900. Three days later he told Reuters the share could reach 1.5%, or roughly 8,900. The job means sitting inside a customer’s business and getting its AI systems to run. TCS has not said how many it will hire and how many it will retrain.

    Its peers are moving the same way. Infosys Ltd chief executive Salil Parekh told analysts on July 23 that the company plans to hire 6,000 “frontier engineers,” to be built mainly through internal training and campus recruitment. HCLTech is developing selected graduates and existing staff into FDE roles over two to three years. LTM, formerly LTIMindtree, launched AI 1000 in June to certify more than 1,000 engineers, including FDEs. Tredence, a data and AI services firm, committed in July to 200 FDEs over 12 to 18 months.

    Every one of those numbers is public. Not one company has said what the engineers are supposed to produce. Indian IT can train and retitle thousands of people inside a year; that has been the industry’s core competence for three decades. Whether embedding them changes the economics of delivery is a different question, and nobody has answered it.

    Demand for FDEs Is Clear, Economic Proof Is Still Missing

    TeamLease Digital counted 230 active FDE openings in India in May. Its data show demand rising close to 800% across the first three quarters of 2025, off a small base. Broader Indeed data reported by Business Insider, using a wider definition, shows postings climbing from 643 in April 2025 to 5,330 in April 2026.

    Pay has moved with it. In July, TeamLease put entry-level FDE compensation at ₹18 lakh to ₹25 lakh a year. A conventional entry-level software engineer earns ₹3 lakh to ₹4 lakh. Its mid-level estimate runs to ₹45 lakh and its senior band past ₹85 lakh. Other compensation trackers disagree by wide margins, which is itself informative: nobody is counting the same population.

    Perspective AI, a hiring-analytics firm, went through about 1,000 English-language FDE postings from the first half of 2026. Employers are quietly relabeling solutions architect roles as FDE roles to chase the same candidates, as reported in June. Yugal Joshi, a partner at Everest Group, made a similar point to The Economic Times in June. Some IT services firms, he said, were repurposing technical consultants and solution architects under the FDE label.

    A March working paper by Jiun Kim and Hyuntae Hwang, Forward Deployed Engineering: A Taxonomy and Definition, sets a stricter bar. What distinguishes an FDE is not sitting at a client site. It is staying connected to the product, carrying knowledge back from the deployment, and turning it into something the next customer can use.

    Nobody disagrees about why the role appeared. Gartner said in April that agentic AI stalls between pilot and production because standard tools and conventional consulting lack sustained access to the enterprise environment. Shub Bhowmick, co-founder and chief executive of Tredence, sees the same failure from the delivery side. Fragmented data and aging systems limit what even a capable model can do, he said.

    “FDEs partner with customers to solve their most strategic business challenges,” Bhowmick said. He describes work that runs from framing the problem to running the system and measuring the return. Tredence is organizing the practice around industry knowledge as much as engineering. A retail FDE is expected to know assortment planning and markdowns; a supply-chain FDE, network constraints and demand volatility.

    Venkatesh Korla, global chief executive of Hinduja Global Solutions (HGS), does not use the FDE title at all. His AI engineers, solution architects and change teams already work that way.

    “The real advantage isn’t so much the label,” Korla said. “It’s more about the way of working.” His teams do not start with a chosen technology and fit the customer to it. They start with the business process, sit with the people who run it, and rebuild as real problems surface.

    HGS says that method produced an anti-money-laundering investigation system, built with a large US bank. The company reports a hundredfold gain in analyst productivity and case-processing time below 200 seconds. Those are its own figures, from one deployment. No comparison against a conventionally staffed project team has been published.

    Manish Mohta, managing director of assessment technology firm Learning Spiral, will not generalize from cases like it. Putting engineers closer to end users does remove handoffs between requirements, build, test and rollout, he said. Deployment time and returns still depend on the use case, the state of the data and the customer’s infrastructure. It is “too early to declare the advantages in deployment time and ROI” without customer-level evidence, Mohta said.

    “The real advantage isn’t so much the label…It’s more about the way of working.” 

    Venkatesh Korla, global chief executive of Hinduja Global Solutions (HGS)

    Indian IT can train and retitle thousands of people inside a year. That has never been the hard part. The hard part is proving the new team costs less to run.

    FDE Work Runs on the Scarcest Part of India’s Talent Pyramid

    India’s services industry was built on a shape. Large graduate cohorts entered at the base, learned by doing repetitive build-and-test work, and moved up under smaller groups of architects and managers. Infosys still plans about 20,000 campus hires this fiscal year. The shape is the business model. That is also what separates Indian IT from a Western consultancy that mostly hires mid-career professionals.

    FDE work values the opposite end. It needs engineers who can ship production software, read a P&L, sit with a client’s operations head and decide without three layers of escalation. Those people are scarce everywhere. In India, they are scarce within firms whose training systems were designed to produce something else.

    The US-based research and advisory firm, the Technology and Services Industry Association (TSIA), identified the same shortage in April. Its research traces FDE from bespoke work by a few specialists toward a repeatable capability. Along the way, it finds too few people who combine technical depth with customer-facing work. TeamLease reports that large Indian firms are now retraining cloud, platform, and solution engineers because the external talent pool is too small to draw from. Tredence expects about half its FDE pool to come from inside.

    Mohta expects the base of the pyramid to thin as repetitive coding, testing and implementation are automated. His worry is not only the job count. Those tasks were how large graduate cohorts acquired judgment, and nothing has replaced them.

    Maya Nair, executive director at Grafton Recruitment, expects the adjustment to show up in skill mix rather than headline headcount. Demand will sharpen for people who possess both technical and commercial knowledge. She locates the model’s appeal in the same place. Put senior expertise directly into the execution team and remove the layers in between. Decisions come faster, and ownership is clearer.

    Korla expects conventional engineering roles to survive regardless. FDE-style teams may move deployments forward, he said, but somebody still has to make the resulting systems secure, scalable and reliable.

    None of this would matter much if pricing held. It is not holding. HCLTech puts AI-related deflation across its portfolio at 2%-3%. Infosys narrowed its full-year guidance in July and flagged weaker-than-expected pricing gains. Its AI-first work reached 8.2% of revenue in the June quarter. Clients have learned to ask for a share of the productivity, and they are asking now.

    This is where the FDE case gets awkward. Its selling point is that fewer, more expensive people do the work of many cheaper ones. If the price falls in proportion, the firm has bought a costlier workforce and kept none of the gain.

    Reuse and Repricing Decide Whether the Bet Pays

    Two things decide this. Headcount is not one of them.

    The first is whether an engagement leaves behind something the next engagement can use. Gartner made this the central argument of a June report. Assets created by FDEs must feed back into the product, so work for one customer reduces the effort required for the next. Kim and Hwang’s definition rests on the same loop. Without it, an FDE practice is a consulting bench with a new name and a higher wage bill.

    The second is whether the contract allows the provider to retain some of the value created by those productivity gains. TSIA argued in March that traditional measures such as utilization work against FDE teams. Pricing, it said, must shift from hours logged to business outcomes.

    Put those two factors together and four business models emerge. When little work is reused, and the provider captures little of the value created, FDE becomes consulting under another name: custom projects billed by the hour and delivered by expensive specialists. It is the costliest model to operate. When reuse is high, but value capture is low, the provider creates the leverage while the client keeps most of the savings. When reuse is low, but value capture is high, scarce expertise commands a premium, but the number of available specialists constrains expansion.

    Only the fourth model offers durable scale: reusable assets paired with outcome-linked pricing. Call it the deployment dividend.

    IBM has put a number on that fourth position. Its Forward Deployed Units, announced on May 14, are pods rather than individuals. Business specialists, architects and engineers work alongside AI agents that handle coding, testing, evaluation and documentation. The pods draw on reusable assets from IBM’s consulting platform. IBM says a six-person unit does work that previously took 30 people, and names Riyadh Air, Nestlé, Heineken and Pearson among its customers. The productivity figure is IBM’s own.

    Tredence is aiming at the same position from a smaller base. It is building around compact multidisciplinary teams, reusable intellectual property and reference architectures, not a headcount expansion. Abhijeet Kate, co-founder and principal consultant at the Salesforce consultancy digiCloud Solutions, measures outcomes directly. He tracks new revenue, operating efficiency and margin after AI costs. On some complex engagements, his firm has seen efficiency gains of 20% to 30%, though those are its own numbers.

    Indian providers are chasing that position while their suppliers move in the opposite direction. OpenAI launched a majority-owned Deployment Company on May 11, backed by $4 billion of initial investment. It also agreed to acquire Tomoro, which brought about 150 experienced FDEs in at launch. AWS committed $1 billion to forward-deployed engineering and, on June 30, extended the model to consulting partners. Salesforce chose partners outright: its FDE Partner Network, launched April 15, includes more than 30 firms, including TCS and Cognizant.

    Kate does not read that as displacement. “Enterprises increasingly use several AI models alongside old applications, cloud platforms and proprietary systems,” he said. That leaves integration, workflow redesign and change management to the services firms. Korla makes the same case, adding governance, security, compliance and legacy modernization to the list.

    Krithivasan is betting on exactly that. Deep knowledge of the customer’s environment is what differentiates TCS, he told Reuters, and it has nothing to do with cost arbitrage.

    Implications by Role

    C-suite. Stop reporting FDE progress primarily through headcount. Two measures matter more: the share of each engagement’s output reused in subsequent work, and the share of revenue linked to outcomes rather than effort. Establish a baseline for both this quarter and report the results to the board by the end of the fiscal year. A firm that cannot report either is running professional services with AI-level salaries.

    Functional leaders. Delivery and HR should plan the talent pyramid at least 2 years in advance. Automation is removing much of the entry-level work through which today’s architects learned their trade, yet few firms have built an apprenticeship to replace it. Sales and finance should also reconsider utilization targets, which can penalize pre-sales and discovery work that successful FDE deployments depend on. Pilot at least one outcome-linked contract before committing to train the next thousand engineers.

    Boards and governance. Ask for a comparison that published research has yet to provide: deployment time, cost and business outcomes for FDE-staffed projects versus conventionally staffed projects within the company’s own portfolio. Ask what happens to gross margins if clients retain the entire productivity gain. Then establish who owns the reusable assets when a partner-led program involving AWS, Salesforce or a model provider ends.

    India’s IT firms may well hit their FDE targets. Training and retitling people at scale is something the industry knows how to do. But a target met is not an advantage won. Announced totals such as 5,900, 6,000, 1,000 or 200 demonstrate scale, not a working business model. The real proof lies in two places the industry has so far said little about: what each engagement leaves behind and who keeps the money it saves.

    RESEARCH CONTEXT

    This article draws on responses from five experts working across data infrastructure, energy storage, architecture and public policy: Maya Nair, Executive Director, Grafton Recruitment; Shub Bhowmick, CEO and Co-founder, Tredence; Venkatesh Korla, Global CEO, HGS; Manish Mohta, Managing Director, Learning Spiral Pvt Ltd.; and Abhijeet Kate, Co-Founder and Principal Consultant, digiCloud Solutions. 

    Principal research includes CEEW and SYSTEMIQ’s Scaling India’s Data Centre Ecosystem (February 2026); CBRE’s India’s Data Centre Market in a New Era (November 2025); Colliers’ The Digital Backbone: Data Center Growth Prospects in India (May 2025); Wood Mackenzie’s India’s Data Centre Landscape: Powering the Digital Economy (July 2026); the International Energy Agency’s Energy and AI (April 2025); Quess Corp’s India’s Data Centre Decade: Capital, Cloud and Capability at Hyperscale (March 2026); Mordor Intelligence’s estimates of Indian data center water consumption; and Sify Infinit Spaces’ FY2024-25 annual report and FY2025-26 Business Responsibility and Sustainability Report.

    The article also reviews Indian standards aligned with the ISO/IEC 30134 framework that were notified in February 2026; Ireland’s Commission for Regulation of Utilities decision on electricity connections for data centers; Singapore’s second Data Centre Call for Application; company disclosures from Microsoft and Google; central and state policy documents; official data and statements from Indian government agencies, including the Ministry of Electronics and Information Technology, Ministry of Power, Central Electricity Authority and Income Tax Department; and reporting by Reuters.

    Read next: The Transformation Paradox — Why Organizational Readiness, Not Technology, Determines Whether Strategy Survives Disruption

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