Scientific Assessment of India's New Financial Year Tech Hiring Surge Across Bangalore, Hyderabad, and Pune in 2026

The Data at a Glance: A Market in Transition

India's new financial year, which begins on 1 April, traditionally triggers a fresh cycle of budgetary approvals, headcount planning, and recruitment campaigns across the technology sector. For FY2026, the picture is more nuanced than a simple narrative of expansion or contraction allows. The market is recovering on a short term, month on month basis, but the year on year comparisons tell a more cautious story.

According to Xpheno's Active Tech Jobs Outlook for March 2026, the Indian tech sector recorded approximately 119,000 active job openings, representing the highest demand seen in over three quarters and a 9% increase from February 2026. This sequential improvement followed a difficult start to the calendar year: in January 2026, Xpheno reported only around 103,000 active openings, a 24% decline compared with January 2025 and one of the weakest demand levels recorded in six years.

For the three cities at the centre of this assessment, the March 2026 data reveals the following: Bengaluru dominated with approximately 28,000 active openings but was down 12% year on year. Hyderabad recorded a steeper 33% year on year decline, while Pune saw a 35% drop compared with March 2025. These numbers underscore an important distinction: the new financial year brings sequential recovery, but the labour market in these cities has not yet returned to its 2025 baseline, let alone the peak hiring volumes of early 2022 when active openings exceeded 260,000 nationally.

Methodology and Data Sources Explained Simply

A scientific assessment of labour market conditions requires transparency about data provenance. The primary quantitative sources referenced in this analysis include the following:

Xpheno Active Tech Jobs Outlook: Xpheno is a specialist staffing analytics firm that tracks active, deduplicated job openings across technology roles in India. Their monthly reports aggregate listings from job portals, company career pages, and staffing mandates. The methodology counts only roles with active recruiter engagement, which tends to produce more conservative figures than raw job board counts.

NASSCOM Strategic Review 2026: NASSCOM (the National Association of Software and Services Companies) publishes an annual industry review drawing on survey data from member companies, which include the majority of India's large IT services firms and GCCs. Their FY2026 projection of $315 billion in industry revenue and 135,000 net new employees reflects aggregated company disclosures and forward looking estimates.

foundit Insights Tracker: foundit (formerly Monster India) publishes a monthly hiring activity index based on job posting volumes on its platform. Their annual report projected 2.3 percentage point hiring growth for 2026, translating to an estimated 1.28 crore (12.8 million) new jobs across all sectors in India, not limited to technology.

Zinnov GCC Reports: Zinnov, a management consulting firm specialising in GCC advisory, publishes annual salary, attrition, and hiring trend reports based on surveys of GCC employers. Their data covers compensation benchmarks, attrition rates, and workforce composition across Indian GCC hubs.

Each of these sources carries different methodological strengths and limitations, which are addressed in the final section of this assessment.

What This Means for Job Seekers in Specific Markets

Bangalore: Volume Leader, Premium Costs

Bengaluru remains India's largest technology labour market by a significant margin. With approximately 28,000 active tech openings in March 2026, it accounts for roughly 24% of all national tech demand, according to Xpheno. The city hosts the highest concentration of GCCs in India, and Zinnov's analysis indicates that Bengaluru contains nearly 50% of the country's AI and ML talent pool.

For international professionals or those considering relocation, the salary premium in Bengaluru reflects this concentration. Aggregated compensation data suggests AI engineers in Bengaluru typically earn between 22 and 45 lakh per annum, while general software engineering roles average around 15 lakh per annum, according to salary tracking platforms. However, the cost of living is also the highest among India's tech cities, a dynamic familiar to anyone who has benchmarked compensation across global tech hubs. When adjusted for local living costs, the effective purchasing power advantage narrows compared with Hyderabad or Pune.

The foundit Insights Tracker reported that Bengaluru's hiring activity grew 23% in 2025, and projected a further 3 percentage point increase for 2026. However, Xpheno's more granular active jobs data shows that year on year, openings declined 12% in March 2026, suggesting the growth is concentrated in specific segments, particularly GCCs and AI adjacent roles, rather than being broadly distributed.

Hyderabad: GCC Gateway, Sharp Year on Year Correction

Hyderabad's 33% year on year decline in active tech openings (March 2026 vs March 2025) is the most striking figure in the dataset. This does not necessarily indicate a structural weakness in the city's tech economy; rather, it may reflect a normalisation from an unusually strong hiring cycle in FY2025, when Hyderabad recorded 21% growth according to foundit data.

The city has increasingly positioned itself as a preferred entry point for multinational companies establishing GCCs in India. Multiple industry analyses note that Hyderabad offers a balance of talent quality, hiring predictability, and operating costs that makes it attractive for first time GCC entrants. AI engineer compensation in Hyderabad typically ranges from 18 to 38 lakh per annum, representing a meaningful discount compared with Bengaluru while maintaining access to a large engineering talent pool.

Professionals exploring opportunities in India's GCC sector may find it useful to understand how digital professional branding operates in comparable Asian tech markets. For context, BorderlessCV has published analyses on optimising professional digital presence for Singapore's AI and cybersecurity job market, which shares some structural parallels with Hyderabad's GCC driven demand for similar skill sets.

Pune: Fastest Growing GCC Hub, Steepest Active Job Decline

Pune presents the most paradoxical data profile of the three cities. On one hand, it has experienced the steepest year on year decline in active tech job openings at 35%, per Xpheno's March 2026 data. On the other hand, Pune is widely identified as India's fastest growing GCC destination. According to industry data compiled by multiple sources, the city's GCC count expanded from approximately 210 in 2019 to over 360 in 2025, and Pune's GCC operating costs run 20 to 30% below Bengaluru's, with workforce attrition averaging around 14%.

This apparent contradiction may be explained by the composition of hiring. GCC roles in Pune tend to be mid to senior level, specialised positions that may not appear in high volume on public job boards. Meanwhile, traditional IT services hiring, which historically produced large volumes of entry level and mid level openings, appears to be contracting more sharply. AI engineer salaries in Pune typically range from 15 to 32 lakh per annum, and general software engineering averages around 12 lakh, the most cost effective of the three cities.

Professionals considering career transitions into new markets may also find relevant context in BorderlessCV's analysis of relocation cost benchmarks for mid career tech professionals moving to Amsterdam or Rotterdam, which illustrates how cost of living differentials interact with nominal salary figures across global technology hubs.

Salary and Demand Benchmarking by Role, Sector, and Region

The following benchmarks are drawn from aggregated compensation data published by platforms including Scaler, UpGrad, and various salary tracking services, cross referenced against Zinnov's GCC compensation surveys. All figures represent approximate annual ranges in Indian rupees and reflect reported data as of early 2026. Actual compensation varies significantly based on experience, employer type, and negotiation.

AI and Machine Learning Engineers

This category shows the widest salary bands and the strongest demand growth. Across India, entry level AI roles typically start around 6 lakh per annum, while experienced professionals may command 45 lakh or more. The city specific ranges are approximately: Bengaluru 22 to 45 lakh, Hyderabad 18 to 38 lakh, and Pune 15 to 32 lakh. Multiple staffing analytics reports indicate demand for AI specialists has grown by roughly 300% compared with 2024, though this percentage should be interpreted cautiously as it is measured from a relatively small base.

Cloud and DevOps Engineers

Cloud architects and DevOps engineers typically start between 5 and 8 lakh per annum at junior levels, scaling to approximately 30 lakh at senior levels. Demand in this category remains steady, driven by ongoing enterprise cloud migration and the infrastructure requirements of AI workloads.

Data Engineering

Data engineers in India generally earn between 6.5 and 17 lakh per annum, with the top quartile reaching approximately 27 lakh, according to aggregated salary data. Hyderabad specifically reports data engineering salaries in the range of 8.5 to 11 lakh for mid level roles.

GCC vs IT Services Compensation

Zinnov's 2026 report indicates that GCCs maintain a 15 to 22% salary premium over comparable roles at IT services providers. Junior level employees at GCCs can expect 20 to 35% salary increases when switching from IT services, while the BFSI and software sectors lead with projected average increases of 10.4% and 10.2% respectively. Metro tech hubs generally command a 15 to 30% premium over Tier 2 cities for equivalent roles.

Those interested in how compensation benchmarking works across different international contexts may find useful parallels in BorderlessCV's coverage of expat compensation packages across Kuwait's engineering, finance, and healthcare sectors.

The GCC Factor: A Structural Shift in India's Tech Labour Market

Perhaps the most significant finding in the FY2026 data is the growing divergence between GCC hiring and the broader technology job market. While Xpheno reported a 24% year on year decline in total active tech openings for January 2026, GCC specific hiring rose 13% month on month and was 7% higher than a year earlier. GCCs accounted for approximately 17,000 active openings, or about 16% of total tech demand in January 2026.

India's GCC ecosystem now comprises an estimated 1,700 to 1,900 centres employing roughly 1.9 million professionals, according to industry tracking data. The sector's projected hiring growth rate of approximately 11% for 2026 positions it as the single most important source of new tech employment in the country. Bengaluru hosts the highest concentration of these centres, but Pune's rapid expansion and Hyderabad's appeal for new market entrants ensure that demand is distributed, if unevenly, across all three cities.

This structural shift has implications for the types of roles being created. GCCs increasingly hire for specialised, mid to senior positions in areas such as large language model development, natural language processing, AI model optimisation, and semiconductor design. The foundit Insights Tracker noted that mid senior roles accounted for 63,000 of 119,000 total active openings in March 2026, more than half the entire market, and grew 5% month on month.

The Entry Level Challenge

One of the more concerning signals in the data is the persistent weakness in entry level hiring. Of the 119,000 active tech openings recorded by Xpheno in March 2026, only approximately 15,000 were entry level positions accessible to graduates with up to two years of experience. This figure is 10% lower than the same period in 2025. Major IT firms including TCS, Infosys, HCLTech, and Wipro are collectively expected to onboard around 82,000 graduates in FY2026, a figure that represents recovery from recent lows but remains modest relative to the country's engineering graduate output.

NASSCOM's observation that hiring is shifting from volume to skill mix, reflecting AI driven productivity gains, helps explain this trend. As AI tools increase individual productivity, organisations may require fewer entry level hires for tasks that were previously labour intensive. This pattern, while concerning for new graduates, is consistent with labour market dynamics observed in other technology markets globally.

For those navigating career transitions in other Asian tech markets, BorderlessCV's guide on tailoring professional documents for South Korea's AI and semiconductor hiring market and the assessment of Taiwan's semiconductor career pathways for international engineers provide relevant comparative context.

Future Outlook: Where the Data Points Next

Several converging trends suggest the direction of India's tech labour market over the remainder of FY2026:

GCC expansion will likely continue to outpace IT services hiring. With GCC hiring growing at roughly 11% annually and the number of centres still expanding, this segment is expected to remain the primary engine of high quality job creation in Bangalore, Hyderabad, and Pune.

AI and adjacent skill categories will absorb a disproportionate share of new demand. The 300% growth in AI specialist demand (from a small base) is likely to moderate, but the structural integration of AI into enterprise workflows suggests sustained elevated demand for experienced practitioners.

Tier 2 cities will capture an increasing share of tech hiring. foundit data shows Tier 2 cities recording approximately 50% jumps in IT hiring activity, and an estimated 40% of GCCs are diversifying hiring to Tier 2 and Tier 3 locations. For the three cities examined here, this may ease some competitive pressure on talent supply.

Attrition is trending downward, which affects net hiring. India's overall tech attrition rate has fallen from approximately 18.7% in 2023 to a projected 13.6% in 2026, according to industry benchmarks. GCC attrition has dropped to historic lows around 12.6%. Lower attrition means fewer replacement hires, which partially explains the decline in total active openings even as the industry continues to grow in revenue and output.

The new financial year budget cycle typically generates a hiring uptick in Q1 FY. The sequential recovery from January (103,000 openings) to March (119,000 openings) is consistent with this historical pattern, and April through June may see further improvement as budget approvals translate into active recruitment.

Limitations of the Data and What It Cannot Tell You

No labour market assessment is complete without acknowledging what the data does not capture:

• Active job openings are not the same as actual hires. Xpheno's data tracks demand signals, not completed hiring. Conversion rates from posting to offer vary significantly by role, seniority, and employer type.
• Platform dependent data introduces selection bias. foundit's Insights Tracker captures activity on its own platform, which may not represent the full market. GCC roles, for instance, are often filled through internal referrals, staffing agencies, or direct outreach and may be underrepresented on public job boards.
• NASSCOM's projections are forward looking estimates, not actuals. Their figures for net employee additions and revenue targets are based on member company surveys and industry modelling, which inherently involve assumptions about economic conditions, client spending, and geopolitical stability.
• Salary data from aggregation platforms involves self reporting bias. Compensation figures from platforms like Scaler, UpGrad, or Glassdoor reflect user submitted data, which may skew toward certain experience levels, company types, or regions. Zinnov's employer survey data is generally considered more methodologically rigorous for GCC compensation, but may not fully represent the broader market.
• Year on year comparisons can mislead when the base period was abnormal. Hyderabad's 33% decline, for example, may partly reflect comparison against an unusually strong March 2025 rather than indicating fundamental weakness.
• The data does not capture informal or contract employment. India's technology sector includes a significant layer of contract, freelance, and gig based work that falls outside the scope of these tracking methodologies.

For international professionals evaluating opportunities in India's tech markets, it is generally advisable to consult directly with licensed recruitment professionals or immigration advisors who can provide guidance specific to individual circumstances. Readers exploring international career moves to other markets may find additional context in BorderlessCV's overviews of entering Indonesia's tech startup sector as a foreign professional and Medellin and Bogota as destinations for international remote workers.

Marcus Webb is an AI generated editorial persona. This content reports on publicly available labour market data for informational purposes only and does not constitute personalised career, legal, immigration, or financial advice.