Infosys Just Hired 12,000 Freshers in 6 Months. Here's The Screening Math That Makes 20,000 Realistic.

Infosys confirmed it in their H1 FY26 earnings: 12,000 freshers hired in six months, with a 20,000-hire target on track for the full year. That’s a 68% jump from the 11,900 hires in FY24. CFO Jayesh Sanghrajka called it “on track.” Campus TA leaders across India’s IT services sector took note — and started doing math.
Because 20,000 hires at Infosys means approximately 50 million screening touchpoints annually, assuming a conservative 2,500 applications per hire. That number doesn’t fit in a spreadsheet. It doesn’t fit in a recruiter’s calendar. And it certainly doesn’t fit in a traditional phone-screen process.
Here’s the math that makes 20,000 realistic — and why every mid-cap IT services firm is about to copy it.
The Scale of India’s Fresher Hiring Wave
Infosys is the headline, but the trend is sector-wide. India fresher hiring activity is up approximately 73% year-over-year as of April 2026. The forces driving it are structural:
- The GCC (Global Capability Centre) belt in Bengaluru, Hyderabad, and Pune is expanding aggressively, with 1,600+ GCCs operational as of FY26
- AI/ML fresher roles at Infosys are commanding packages up to ₹21L — creating a talent competition that requires more candidates at every stage to find the right ones
- Campus hiring season (April–June) now overlaps with GCC expansion hiring, compressing the timeline for every company simultaneously
TCS, Wipro, HCL, Tech Mahindra, and Cognizant are all running parallel campaigns. The mid-cap IT services tier — 5,000 to 50,000 employee companies — is watching the majors and planning to run the same playbook at their own scale.
The question isn’t whether to hire freshers at volume. The question is whether your screening process can handle it.
The Screening Math at 20,000 Hires
Let’s do the arithmetic that most TA leaders avoid.
20,000 hires × 2,500 applications per drive = 50,000,000 screening touchpoints annually
Even broken into 14 campus drives across the year (which is the median for large Indian IT enterprises), each drive handles approximately 3,500 applications. A recruiter doing manual phone screens at 15 minutes per call can cover 32 candidates per day. One drive’s worth of candidates would take a single recruiter 109 working days to screen.
That’s not a bottleneck. That’s a structural impossibility.
The standard fix — hire more contract recruiters for peak season — is getting more expensive and less effective simultaneously. Contract recruiter costs have risen 34% since 2024 as demand outpaces supply. And recruiter-screened processes introduce consistency problems at scale: different recruiters apply different thresholds, different scoring rubrics, different levels of attention at call 200 vs. call 20.
The math only closes with AI voice screening.
At 2,500+ candidates per drive, automated voice screening completes the first-round filter in 1–2 days with complete consistency. The same questions, the same rubric, the same scoring logic applied to candidate 1 and candidate 2,499.
What This Means for Mid-Cap IT Services Firms
Infosys has 300,000 employees and a dedicated campus hiring infrastructure. Most mid-cap IT services firms have 2 TA professionals handling campus hiring alongside their other responsibilities.
That ratio is the real problem. Infosys can absorb screening inefficiency because they have headcount to throw at it. A 5,000-person IT services company running 3 campus drives per year cannot.
For mid-caps, the economics are even more compelling. A 3,000-candidate drive — a typical mid-cap scale — requires approximately 750 hours of manual screening time at 15 minutes per candidate. That’s 19 weeks of one full-time recruiter’s capacity, just for first-round screens.
Or it’s 1–2 hours of review time after AI voice screening handles the first cut.
The productivity difference isn’t incremental. It’s categorical. This is why the mid-cap IT services tier is moving to AI voice screening in the FY26 budgeting cycle — not because it’s exciting technology, but because the alternative is arithmetically impossible.
The Economics: ₹1.77L vs ₹2.55L–₹8L per 3,000-Candidate Drive
Let’s price the comparison explicitly.
| Screening approach | Cost per 3,000-candidate drive |
|---|---|
| Manual phone screen (contract recruiters) | ₹4.5L–₹6L |
| Video interview platform (Eklavvya-tier) | ₹2.55L–₹4.5L |
| US-headquartered video AI (HireVue-tier) | ₹8L+ |
| HireQwik AI voice screening | ₹1.77L |
The ₹1.77L figure is based on HireQwik’s live pricing: ₹59 per interview at base volume, scaling down to ₹39 per interview at 2,500+ volume. No per-seat licence. No annual platform fee. No minimum commitment beyond the drive itself.
For a company running 9 campus drives per year at 3,000 candidates each, the difference between the mid-tier video platform and HireQwik compounds to ₹7L–₹25L annually. That’s a recruiter headcount, or a meaningful chunk of a TA tech budget.
The 18-Hour Problem (And the 2-Hour Fix)
The headline economics are compelling. The operational reality is even more persuasive.
In HireQwik’s live pilot data — 1,099 interviews across 14 campaigns — the pattern is consistent: teams that previously spent 18 hours reviewing first-round screen summaries, coordinating recruiter feedback, and building shortlists were completing the same step in 1–2 hours after AI screening.
The time savings come from three compressing factors:
Automated classification. Candidates are pre-sorted into Strong Go / Go / On Hold / No Go before HR opens the dashboard. Human review focuses on the Go and Strong Go pool, not all 3,000 candidates.
Complete transcripts. Each candidate’s full conversation is available. HR can verify the AI’s classification in 3 minutes rather than re-screening borderline candidates.
Concurrent processing. HireQwik handles 200+ simultaneous voice interviews. A 3,000-candidate drive can be screened in 2 days, not 2 months. This matters enormously in a campus season where the best candidates have multiple offers.
The companies winning the campus hiring season in FY26 are not the ones with the biggest TA teams. They are the ones with the fastest pipelines. Speed is the differentiator when offer-to-joining windows are 10–14 days and competitors are moving simultaneously.
If you’re planning an FY26 campus drive and want to see the exact per-drive economics for your target-hire number, the HireQwik team will send you a breakdown within 24 hours.
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