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A Practical Playbook for Enterprise-Grade Wireless in 2025

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From convenience to critical infrastructure
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Wi-Fi used to be a useful add-on to structured cabling: ideal for visitors, fine for email, acceptable for the occasional presentation. In today’s hybrid workplace it carries voice, video, collaboration suites, EPOS, scanners, sensors and building systems. Staff now judge a site by the quality of its wireless long before they notice the furniture. Treating a Wi-Fi installation as a strategic project rather than a bolt-on is the difference between a network that quietly empowers the business and one that becomes a rolling source of friction.

Begin with outcomes, not access points

Successful designs start with what the organisation is trying to achieve. A professional services firm needs saturated meeting-room capacity and predictable video calling; a warehouse requires reliable roaming for scanners and AMRs; a production site prioritises deterministic latency for telemetry. Translating these outcomes into measurable targets—such as minimum throughput per user at the busiest hour, call quality scores in key rooms, or roam times across defined paths—gives the design team a north star. Without that clarity, hardware ends up scattered to “fill the red bits” on a heatmap, and the result feels good on day one but unravels under real traffic.

The 6 GHz opportunity and what it changes

Opening up 6 GHz for enterprise use has given UK networks a much larger pool of clean spectrum. The practical benefit is fewer collisions and less hidden interference from consumer kit. For high-density offices, studios and campuses, the 6 GHz layer becomes the primary workhorse for latency-sensitive applications, while 5 GHz continues to support legacy clients and 2.4 GHz serves low-bandwidth IoT. Designing for this reality means planning separate RF domains rather than a single, blended layer. It also means paying attention to client capability; dual-connectivity strategies that let modern devices prefer 6 GHz while gracefully accommodating the long tail of older hardware protect user experience during the transition years.

Designing for Wi-Fi 7 without re-cabling later

Wi-Fi 7 promises multi-link operation, wider channels and lower jitter, which is excellent for creative teams moving large files and for real-time collaboration. The risk is that backhaul becomes the bottleneck. Multi-gigabit switching (2.5/5 GbE) and sufficient PoE headroom are now table stakes, and risers need fibre uplinks that won’t saturate during peak conferencing. The simplest future-proofing move is to provision two Cat 6A outlets to every planned ceiling location and to keep containment at no more than 60% fill so additional runs can be added without invasive works. These modest choices avoid expensive ceiling re-visits when new radios arrive.

Predictive design meets on-site validation

Modern planning tools build a digital twin of your building, modelling wall materials, antenna patterns and occupancy to suggest access-point placement and channel plans. They dramatically accelerate design, but they don’t replace human validation. A disciplined approach takes the predictive model to site, tests roaming along real user paths, and records voice-quality and application-latency baselines during peak hours. Night-time walk-throughs expose surprises such as mirrored surfaces or metal shelving that distort RF. Documenting these findings and feeding them back into the model creates a living design that remains accurate after contractors move walls or furniture.

Power, switching and backhaul: the unglamorous foundation

All the wireless magic depends on the wired underlay. Access points with tri-band radios, environmental sensors and USB modules can draw close to the top end of PoE+; some campus models approach 802.3bt budgets. Switches should be sized with at least 20% spare power capacity, and plenum spaces need airflow so radios do not throttle in summer. At the distribution layer, 10 GbE uplinks and sensible oversubscription ratios preserve performance when a town-hall meeting hits full stride. Spanning-tree quirks and rogue DHCP are still among the most common causes of “Wi-Fi problems”; tight layer-2 hygiene prevents days of wild-goose chasing.

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Security beyond shared passwords

Pre-shared keys are the easiest way to get a network online and the surest way to undermine it at scale. Identity-centric access using WPA3-Enterprise and certificate-based authentication ties every session to a person or device posture. Role-based policies then place each session into the right micro-segment from the moment of association, so a contractor’s tablet can reach a file-share for drawings but not the finance VLAN, and a camera can stream to an NVR without talking to anything else. Consistency matters as much as any single control: the tags applied at the access point must carry through the switch and the firewall, otherwise the elegant policy you modelled will collapse into ad-hoc exceptions.

Experience engineering: measure what people feel

Bars on a phone tell you almost nothing about real performance. What matters is whether a quarterly review finishes without freezing, whether a 1 GB upload completes inside the window, and whether hand-helds roam without dropping live sessions. Experience-focused monitoring deploys lightweight synthetic clients around the building to run scheduled transactions—voice calls, file uploads, SaaS logins—then alerts when results drift from baseline. Pairing those metrics with controller telemetry and simple user feedback loops gives IT a shared language with the business: not “RSSI improved by 5 dB”, but “meeting rooms maintain MOS > 4.0 at lunchtime”.

Wireless and cabling: better together, not rivals

Every leap in wireless capability increases dependence on structured cabling. High-throughput radios need multi-gig backhaul and dependable PoE. Distributed IoT gateways work best when there are local consolidation points with tidy patching and labelled outlets. The most resilient estates treat cabling, switching and RF as a single system. Moves and changes follow the same change control; labels and floor plans use one convention; handover packs include both as-builts and controller exports. When physical and wireless layers evolve in lockstep, troubleshooting time plummets and refresh projects become routine rather than heroic.

Sustainability and total cost of ownership

Six hundred access points running for a decade consume a non-trivial amount of electricity. Efficiency begins with right-sizing: more radios than you need will not feel faster; they will simply interfere with one another and cost more to power. Modern controllers can schedule power saves outside office hours, tone down transmit power in quiet zones and rotate spectrum analysis so only a subset of APs runs intensive scans at once. Hardware choices also affect carbon and cost. Selecting models with modular radios and standardised mounting means you can upgrade capability without sending housings and brackets to landfill. Documenting these measures helps ESG reporting and, in some sectors, influences tender scoring.

Governance and operational cadence

Wireless is never “finished”. Floors are re-stacked, new tenants arrive, client devices change. A light but regular operating rhythm keeps performance steady: quarterly reviews of controller alerts and ticket trends, bi-annual validation of roaming and voice quality on the busiest paths, and an annual capacity check ahead of budget season. Firmware should be planned like any other change: staged roll-outs, back-out plans and clear communication to stakeholders. When governance is calm and predictable, user experience usually follows.

Common pitfalls and how to steer around them

The same traps appear repeatedly across sectors. Designs that chase theoretical maximum throughput at the expense of client capability disappoint on day one. Access points installed above metal grids or behind glass bulkheads underperform despite perfect paper specs. Channel plans that look neat in a spreadsheet fall apart when adjacent tenants spin up their own radios. Overloaded uplinks masquerade as “Wi-Fi issues” for months. Each of these problems has the same root cause: treating wireless as a scatter of gadgets rather than an engineered system. A methodical approach—clear outcomes, validated modelling, disciplined underlay and measured experience—avoids them all.

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Build for change, not for a single survey

The best enterprise wireless feels invisible because it just works, even as teams grow, floor plans morph and applications evolve. That outcome is not luck. It flows from a design that starts with business objectives, respects the physics of radio, invests in the wired foundation and measures what people actually feel. Approach your next Wi-Fi installation with those principles and you will create a fabric that lets the organisation move quickly without tripping over its own network—today, and through the next decade of hybrid work.

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Why Luxury Apartments in Ahmedabad are Seeing High Demand from Professionals

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Why Luxury Apartments in Ahmedabad are Seeing High Demand from Professionals
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Ahmedabad is becoming a preferred city for professionals looking for homes that suit their dynamic lifestyles. With busy careers, social activities, and modern work arrangements, professionals increasingly value residences that combine comfort and convenience.

For those seeking premium living, luxury apartments in Ahmedabad provide an ideal solution, offering thoughtfully designed layouts and high-quality amenities. These homes cater to both personal and professional needs, from work-from-home setups to spaces for relaxation and social interaction.

Professionals are drawn to apartments that simplify daily life while supporting a vibrant, modern lifestyle. 

Let’s explore the key factors driving the growing demand for these residences in the city.

Apartments Built for Flexible and Efficient Living

Luxury apartments in Ahmedabad are increasingly designed to meet the needs of professionals with busy, dynamic lifestyles. Many residences feature flexible work-from-home setups, ensuring a comfortable and productive environment without compromising living space. 

Open layouts and adaptable interiors allow rooms to serve multiple purposes, supporting both personal and professional activities. Thoughtful design ensures that daily living is convenient and comfortable, with spaces that can accommodate work, leisure, and social interactions seamlessly.

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These features make apartments ideal for individuals who want their home to support a modern, efficient, and balanced lifestyle.

Premium Amenities That Complement a Busy Lifestyle

Modern luxury apartments in Ahmedabad are designed to cater to the needs of professionals, offering amenities that enhance convenience, wellness, and social engagement. 

These features provide opportunities to stay active, unwind, and connect with the community all within your home environment. Key amenities include:

  1. Mini Golf: Recreational sports facilities that provide a fun way to relax and socialise.
  2. Pet Park: Dedicated areas for pets to play, supporting a pet-friendly community lifestyle.
  3. Seating Area with Swings: Outdoor relaxation spots for unwinding after work or spending leisure time with neighbours.
  4. Yoga and Meditation Deck: Wellness-focused spaces for mindfulness, fitness, and stress relief.
  5. Climbing Wall:  Adventure and fitness activities for residents to stay active and energised.
  6. Cricket Pitch:  Sports facilities for recreation and building community engagement.
  7. Dining Area: Communal spaces designed for social interactions and gatherings.
  8. Gym and Yoga Deck: Fully equipped fitness areas supporting a healthy, balanced lifestyle.
  9. Indoor Games:  Recreational indoor options for leisure and entertainment, suitable for all age groups.

Flexible Apartment Sizes and Layouts

Luxury apartments cater to modern professionals with spacious 2, 3, and 4 BHK flats in Ahmedabad with thoughtfully planned layouts and open living spaces. These residences are designed to maximise natural light, ventilation, and usable space, creating a functional yet comfortable environment.

Flexible room arrangements allow for home offices, guest rooms, or hobby areas, making it easy to balance work, leisure, and personal life. With layouts that adapt to evolving lifestyles, residents can enjoy both efficiency and comfort. Choosing the right apartment ensures a home that supports professional routines, social interactions, and long-term value, making these luxury apartments in Ahmedabad a smart choice for living and investment.

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Location Advantage and Infrastructure Enhancement

Certain neighbourhoods in Ahmedabad have become highly sought after by professionals seeking luxury apartments. Areas such as Jagatpur, Shantigram, and Bapunagar are popular due to their accessibility to key work hubs, retail options, dining, and social spaces.

These neighbourhoods provide convenience and a vibrant community environment, allowing professionals to balance work, leisure, and social activities seamlessly. Apartments in these areas are in strong demand, offering both lifestyle advantages and potential long-term value. 

Choosing a property in these prime locations ensures that residents enjoy comfort, connectivity, and a dynamic urban living experience tailored to professional needs.

A Valuable Asset for Future Financial Growth

For many professionals, purchasing a luxury apartment is not only about upgrading their lifestyle but also about building long-term financial stability. Unlike short-term investments, premium residential properties offer the advantage of being a tangible asset that can serve both personal and financial goals over time.

Luxury developments often retain their appeal due to superior construction quality, well-maintained common areas, and premium lifestyle offerings. This helps preserve the property’s desirability and supports its value in the long run. Additionally, owning a high-quality residence can provide greater financial confidence, whether for future family needs, wealth preservation, or portfolio diversification.

For professionals looking beyond immediate housing needs, luxury apartments represent an investment in both their present lifestyle and future financial aspirations.

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Economic Growth and Employment Opportunities

Ahmedabad’s expanding job market is a key reason professionals prefer luxury apartments in the city. Business areas such as SG Highway, Prahladnagar, Bodakdev, Thaltej, and Ashram Road offer strong access to corporate offices and commercial centres.

The city also benefits from nearby employment hubs such as Sanand, Changodar, Naroda, Vatva GIDC, and GIFT City. Companies across pharma, IT, finance, manufacturing and infrastructure continue to strengthen Ahmedabad’s professional ecosystem.

Living close to these hubs reduces commute time and supports a better work-life balance. This makes luxury apartments in Ahmedabad a practical choice for professionals seeking comfort, connectivity and long-term value.

Secure Your Dream Home in Ahmedabad

Choosing a home in Ahmedabad is more than a property decision; it’s about finding a lifestyle that complements your career, social life, and personal aspirations. Partnering with trusted builders like Adani Realty ensures access to verified projects, quality construction, and professional guidance throughout the buying process.

With thoughtful layouts, vibrant community spaces, and well-planned amenities, luxury apartments in Ahmedabad provide an environment where professionals can thrive. By taking action now, you can secure a residence that meets your present lifestyle needs and supports long-term comfort, convenience, and growth in the city.

Ultimately, investing in the right apartment ensures not just a home, but a foundation for a fulfilling, modern lifestyle in Ahmedabad. 

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Cognizant ‘Project Leap’ Layoffs: Why 15,000 Indian IT Jobs Are at Risk and What It Means for the Industry

Cognizant has announced ‘Project Leap’ — a major restructuring programme that could result in 7,000–15,000 layoffs globally, with India taking the largest hit. Here’s what it means for the Indian IT industry, working professionals, and the country’s broader growth story.

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Modern corporate office workspace representing IT industry transformation amid AI-driven layoffs at companies like Cognizant in India
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The largest IT layoff news of 2026 has just landed — and it hits closer to home than most Indians realise. Cognizant, the Nasdaq-listed IT services giant with the bulk of its workforce sitting in India, has announced ‘Project Leap’, a sweeping restructuring programme that could cost between 7,000 and 15,000 employees their jobs. Most of these cuts will happen in India, where Cognizant employs over 2.56 lakh people — the largest concentration of its global workforce.

This isn’t just another corporate reshuffle. It signals something bigger: the death of the old Indian IT pyramid, and the arrival of an AI-first operating model that fundamentally changes who gets hired, who gets fired, and what skills will matter for the next decade.

What Exactly Is ‘Project Leap’?

Announced on April 29, 2026, alongside Cognizant’s Q1 results, Project Leap is officially described as a programme to “accelerate transformation to the operating model of the future.” Stripped of corporate language, it means three things:

  • Heavy investment in AI capabilities across service offerings
  • Severance and personnel costs of $200–320 million in 2026 alone
  • Expected savings of $200–300 million in the same year, lifting margins by 20–40 basis points

The company has not officially confirmed the number of layoffs. However, multiple reports — including Business Standard and The Mint — peg the figure between 4,000 and 15,000 employees, with the final number depending on the severance policy chosen (three-month or six-month packages) and the geographies affected.

Why India Will Take the Biggest Hit

Out of Cognizant’s total 357,600 employees as of March 2026, here’s the geographical breakdown:

  • India: 2,56,900 employees (about 72% of global workforce)
  • North America: 41,600
  • Continental Europe: 14,600
  • UK: 7,800

Simple math tells you the story. When a company says layoffs will happen “across geographies and all parts of the company,” and 72% of your workforce is in one country, that country is going to absorb most of the impact. The cuts are reportedly concentrated in mid-level roles — exactly the segment of the Indian IT industry that built the aspirational middle class over the past two decades.

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The Real Reason: AI Is Breaking the Indian IT Business Model

For nearly thirty years, Indian IT thrived on a simple formula: hire fresh engineering graduates cheaply, train them, and bill clients by the hour. The “talent pyramid” — wide at the bottom with juniors, narrow at the top with senior architects — was the economic foundation of companies like TCS, Infosys, Wipro, and Cognizant.

That pyramid is now collapsing. Industry analysts are explicit about why: when 40% of code is being written with AI assistance and clients are paying for outcomes rather than billable hours, you no longer need ten junior developers to do what three AI-augmented engineers can deliver. The labour arbitrage model — India’s biggest competitive advantage — is being neutralised by automation.

Cognizant’s CFO Jatin Dalal told analysts that Project Leap is about driving cost savings through a “cost of delivery” model, which is corporate speak for “we need fewer humans per unit of work.” The company simultaneously announced it will hire more than 20,000 freshers in 2026, which initially sounds contradictory — but it isn’t. Freshers are cheaper, can be trained directly on AI tools without unlearning old habits, and don’t carry the salary expectations of mid-level engineers with eight to twelve years of experience.

This Is Not an Isolated Incident

The Cognizant news comes against a deeply troubling industry backdrop. Tata Consultancy Services, India’s largest IT employer, laid off approximately 12,000 mid-level and senior managers in July 2025 — citing essentially the same reason: workforce mismatch with new technology demands. Globally, more than 40,000 tech sector employees have lost their jobs to AI-driven restructuring in April 2026 alone.

Even more concerning is what this means for India’s broader economic story. For the past two decades, between 10 and 15 million Indians working in IT services and BPO have anchored what economists call the “aspirational middle class.” These were the people buying homes in suburbs, taking flights, sending children to private schools, and driving consumer demand across cities like Pune, Hyderabad, Chennai, and Bengaluru.

Hiring data tells the story plainly. For the last five years, gross hiring across Indian IT firms averaged around 2,30,000 annually. In the financial year ending March 2026, that number dropped to roughly 1,70,000 — a structural reduction of 26%. Net hiring by India’s top five IT companies fell by approximately 7,000 in the same period.

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What This Means for IT Professionals in India

If you work in IT services in India — whether at Cognizant, TCS, Infosys, Wipro, HCLTech, or any mid-tier firm — the message from this round of layoffs is uncomfortable but clear:

1. Mid-Level Positions Are the Most Vulnerable

Engineers with 6–12 years of experience in routine roles like manual testing, basic application support, traditional database administration, and standard development work are at the highest risk. These are precisely the roles that AI tools can either fully automate or augment to the point where one engineer does the work of three.

2. AI Skills Are No Longer Optional

Hands-on experience with large language models, prompt engineering, AI-assisted development tools, and AI deployment frameworks is becoming table stakes. IT companies are explicitly looking for engineers who can extract more output per hour using AI — not those who resist or avoid it.

3. The “Settle In and Stay” Model Is Dead

The earlier Indian IT culture of joining a company at 22 and retiring at 58 from the same firm is genuinely over. Continuous reskilling, lateral career moves, and willingness to learn new technology stacks every two to three years are now baseline survival requirements.

4. Specialised Verticals Will Outlast Generalists

Engineers with deep expertise in specific industries — healthcare IT, fintech infrastructure, cybersecurity, AI/ML platforms, cloud architecture, data engineering — will continue to command demand and salaries. Generalists doing routine application support work face the toughest road ahead.

What About Freshers? Should You Still Pursue an IT Career?

Here’s the genuinely interesting paradox in this entire layoff cycle. Even as Cognizant announces 4,000+ layoffs, it is simultaneously hiring more than 20,000 fresh graduates in 2026. Infosys, TCS, and Wipro have all maintained large fresher hiring programmes despite mid-level cuts.

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The reason is straightforward economic logic. A fresh graduate costs Rs. 4–6 lakh per year in salary. A mid-level engineer with eight years of experience costs Rs. 18–25 lakh annually. If AI tools can make that fresher 60–70% as productive as the senior, the math becomes brutal — companies would rather replace one senior with two trained-on-AI freshers, save money, and improve their per-employee productivity ratios.

For students entering engineering colleges or about to graduate, the implications are clear: get hired, but go in with eyes open. Use the first two to three years to gain genuine expertise and AI fluency. Don’t expect the same career trajectory your parents or older siblings followed — the rules of the game have changed permanently.

The Bigger Picture: India’s Growth Story Has a New Problem

Last week, global equity research firm Bernstein wrote an open letter to Prime Minister Narendra Modi warning of a deepening employment crisis, particularly as AI threatens quality jobs in the IT sector. The IMF still projects India will remain the fastest-growing large economy in 2026, but quality job creation — the kind that supports middle-class consumption — is becoming the country’s most urgent economic challenge.

The IT sector wasn’t just a source of jobs. It was the engine that drove real estate growth in tech hubs, fuelled education investments by middle-class families, sustained domestic aviation and tourism, and created the consumption boom that defined urban India for two decades. If AI permanently shrinks this engine, India needs to find a new one — and quickly.

Frequently Asked Questions

How many employees will Cognizant actually lay off in India?

The official number has not been confirmed by Cognizant. Reports vary between 4,000 and 15,000 globally, with India expected to absorb the majority since 72% of the workforce is based here. The exact figure will depend on the severance package structure adopted by the company.

Are other Indian IT companies also planning AI-driven layoffs?

Yes. TCS already laid off approximately 12,000 employees in July 2025. Industry analysts widely expect Infosys, Wipro, HCLTech, and Tech Mahindra to undertake similar restructuring exercises in 2026, though the scale and timing will vary. The structural shift towards AI-led service delivery is industry-wide, not company-specific.

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Should I switch careers if I work in mid-level IT in India?

Switching careers entirely is rarely the right answer for most professionals. A more sustainable approach is rapid upskilling in AI tools, cloud platforms, and specialised domains within IT itself. Roles in AI deployment, MLOps, cybersecurity, and data engineering are growing even as traditional roles shrink.

The Bottom Line

Cognizant’s Project Leap isn’t an aberration — it’s a preview of what every major Indian IT services company will likely announce in some form over the next 18 months. The era of guaranteed job security in IT services, built on labour arbitrage and predictable client demand, has ended. What replaces it will reward adaptability, AI fluency, and specialisation far more than tenure or seniority.

For the 25 lakh+ Indians currently employed in IT services, the message is uncomfortable but actionable: the rules have changed, the playbook needs rewriting, and the time to adapt is now — not after the next round of layoffs lands on your desk.

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How Tokenisation Improves Payment Security in Online Transactions?

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How Tokenisation Improves Payment Security in Online Transactions?
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As every customer shares their sensitive information online to buy a product or service, their data is a potential target, and if accessed, it can lead to card fraud. For all types of financial frauds targeting customers, online transactions account for the largest share of that loss. 

Confidential information and payments-related data are always at risk, so it’s not about analysing the risk, but how well it’s protected is the more important question. 

One of the steps for protection is card tokenisation; let’s see how it’s an effective tool in the digital payment security system. 

What is Card Tokenisation?

Card Tokenization is the process of replacing sensitive card data, like the 16-digit card number, expiry date, the CVV code and other hidden information, with a randomly generated string of characters called a token. 

More importantly, this token has no connection to the original data, and it’s meaningless. Even if someone were to access this data, they cannot do anything, as the tokenised numbers cannot be traced back to the original numbers. 

How Tokenisation Works in an Online Transaction?

Behind the scenes, when anyone enters sensitive information on a website while purchasing products, this is what happens when the digital payment security system has card tokenization. 

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  1. Customer enters card details on the payments page. 
  2. Card data is sent to the payment processor or into the tokenisation value. This data is not stored on the merchant’s server. 
  3. Once added to the vault, a unique token is generated, and this new token is sent back to the merchant. 
  4. The merchant stores the token and does not read or save the card numbers and uses the token for future reference. 
  5. When the transaction is processed, the token is sent to the payment network, which is then mapped to the real card number within the secure vault to complete the payment. 

In this entire process, the merchant will never see the card information and details as they are secured by the payment provider. 

How Tokenisation Strengthens the Digital Payment Security?

Security BenefitWithout TokenisationWith Tokenisation
Data stored at merchantReal card number storedOnly a token stored
Breach impactCard data exposed and usableStolen tokens are worthless
Reusability of stolen dataHigh (can be used anywhere)Zero (token is system-specific)
PCI DSS compliance burdenHigh (must protect raw card data)Reduced significantly
Risk across multiple merchantsOne breach can expose all stored cards.Each token is isolated
  1. Tokenisation Limits the Attack Surface: As merchants can never get hold of the data, breaching or accessing the merchant network will yield nothing to the attackers.
  2. Prevents Card Reuse: Even if the attackers manage to intercept the token during transmission, they cannot use card information, as which token numbers are associated with which cards isn’t possible to know.
  3. Reduces Insider Threat Risk: Employees or internal systems that access transaction records only see tokens, not any sort of card information or other data. It’s protected even from internal systems and employees.
  4. Simplifies Compliance: Because tokenised systems do not store cardholder data, merchants face a lighter PCI DSS audit scope, which reduces both cost and risk.

Tokenisation and Encryption, What’s the Difference?

Encryption and tokenisation are not the same and vary in terms of format, data recovery, etc. 

  • In encryption, the card data is converted into an unreadable format using a key, called a decryption key. Using this key, the original data can be recovered, compromising the information. So if the key is exposed, data can be accessed.
  • Tokenisation replaces the data with a random value, which has no relevance. It does not have any algorithm or key that can be reverse-engineered to reveal which tokens are associated with this card information. Hence, this is a stronger option for merchants looking to secure customer data. 

Conclusion

Card tokenisation isn’t just an added security layer; it’s a complete system that eliminates the sensitive card or other financial information you often share during online transactions. 

The digital payment security it provides ensures sensitive information never reaches the merchant systems, as tokenisation breaks the entire model on which most payment fraud depends. 

So for business payment systems, tokenisation lowers compliance overhead and the possibility of a breach. For customers, it ensures their sensitive information is never revealed and it stays safe. In a payments landscape where breaches are inevitable, tokenisation makes sure that what gets stolen is worthless.

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