Artificial intelligence, growing cloud adoption, digital payments and stricter data-protection requirements are expanding the attack surface for India with Indian companies sharply increasing their cybersecurity budgets.
Gartner forecasts that end-user spending on information security in India will reach $3.4 billion in 2026, an increase of 11.7% compared to 2025. Other industry estimates show that as businesses gear up for AI-enabled attacks and the mounting regulatory pressure, some enterprise cybersecurity budgets are growing by nearly 30% year-on-year.
It signals a structural shift in the way Indian businesses perceive cybersecurity on balance sheets. Instead of being viewed as a one-off technology expense, it is increasingly treated as an ongoing operating necessity linked to business continuity, customer confidence and corporate governance.
AI changes the threat landscape
The boom in generative AI is one of the biggest drivers for spending.
Now companies are deploying AI in customer service, software development, marketing and financial analysis to prevent fraud and improve internal decision-making. But employees also have begun using public AI tools to process documents, write code and analyse sensitive information.
This creates several new risks:
- Confidential data may be uploaded to external AI platforms.
- Attackers can use AI to generate more convincing phishing messages.
- Deepfakes can support fraud and impersonation.
- Malicious code can be created or modified more quickly.
- AI systems may expose sensitive information through poor access controls.
- Automated systems can make incorrect or biased decisions.
- Employees may use unapproved AI applications without security review.
As companies deploy more AI systems, security teams must protect not only networks and devices, but also prompts, models, datasets, application programming interfaces and automated workflows.
Security becomes a recurring expense
And on the other hand, rapid generative AI adoption is one of the key drivers for the growing expenditure.
Companies use AI for customer service, software development, marketing and financial analysis and fraud detection and internal decision-making. But employees are also using public AI tools to digest documents, code and sensitive analysis.
Recurring spending may include:
- Security software subscriptions.
- Managed detection and response.
- Cloud-security monitoring.
- Identity and access management.
- Security information and event-management platforms.
- Threat-intelligence services.
- Penetration testing.
- Incident-response retainers.
- Employee awareness training.
- Data-protection and compliance tools.
Gartner sees strong growth across segments
The Indian security software market is also projected to expand, making it one of the fastest-growing segments in India’s information-security application landscape, and garnering the attention of research firm Gartner.
Superfast growth on endpoint protection — security software spending will increase 12.4% in 2026 to $77 billion globally, with a significant portion of that fueled by demand for tools for protection and tools targeting threats raised from AI (those include cloud security, security information event management).
Managed security services are also on the rise since generally too few companies have the necessary internal specialists to implement a sophisticated security programme.
It is critical that systems are monitored 24/7, and managed detection and response providers can augment investigation of triaged alerts (escalating serious incidents) and even respond to incoming alerts. Ideal for a mid-sized business that does not have the budget to build an extensive in-house security operations centre.
Cloud adoption expands the attack surface
This is causing a rapid shift of applications and data to public, private, and hybrid clouds at Indian companies.
While cloud platforms have made it easier to scale and maintain infrastructure that no longer exists in a physical location, they also present new security challenges needing to be addressed. BreachTypes: Misconfigured storage, over-opened permissions, exposed application programming interfaces and compromised cloud credentials are the big ones.
Companies are therefore increasing investments in:
- Cloud access security brokers.
- Cloud workload protection.
- Secure configuration management.
- Identity-based access controls.
- Container and Kubernetes security.
- API monitoring.
- Data-loss prevention.
- Cloud-native application protection.
The transition from a traditional network perimeter to distributed cloud infrastructure has made identity one of the most important security controls.
Identity becomes the new perimeter
Employees, contractors, customers, applications and machines now access corporate systems from many locations and devices. A stolen password can allow attackers to bypass traditional network defences.
Indian organisations are responding with stronger identity and access management systems, including:
- Multi-factor authentication.
- Passwordless authentication.
- Privileged-access management.
- Single sign-on.
- Device-based authentication.
- Behavioural analytics.
- Just-in-time access.
- Zero-trust network controls.
Zero trust assumes that no user or device should be automatically trusted simply because it is inside a corporate network. Every access request must be evaluated based on identity, device condition, location, behaviour and the sensitivity of the requested resource.
This approach is especially relevant for companies with remote workers, outsourced teams, cloud applications and large digital supply chains.
Manufacturing joins the spending wave
Investment in cybersecurity no longer the preserver of banks and tech companies.
More recently, all sorts of manufacturers have been fast-tracking (or just skipping straight to the implementation phase) connected production systems, Internet of Things devices for industrial applications, robotics, cloud and automated supply chains. Allowing new ways to be compromised or disrupt operations on industrial systems.
The Data Security Council of India said sectors like manufacturing, that didn’t invest heavily in cybersecurity traditionally, have started to increase costs as part of their digitisation efforts.
A cyber attack on a factory is more than just data loss. It can halt production, damage equipment, postpone shipments and impact the safety of workers and lead to customer shortages.
Manufacturers are therefore investing in:
- Operational-technology security.
- Industrial network segmentation.
- Secure remote access.
- Endpoint monitoring.
- Backup and recovery systems.
- Vendor-risk management.
- Industrial incident response.
- Security testing for connected equipment.
Financial services remain a major target
Cybersecurity spending in India continues to be dominated by banks, insurance firms, payment enterprises and fintech platforms.
The sector processes sensitive financial data, runs systems sought after by ransomware organizations, fraud rings and nation-state attackers alike. With the advances in real-time payments we have also seen a growing need to perform identity proofing and transacting monitoring.
67% of the Indian banking, financial-services and insurance organisations said AI-driven spending on cybersecurity is a thing now: DSCI-BCG report But while 89% of organisations spent more than 10% on cybersecurity, only 62 per cent of Indian BFSI organisations devoted the same proportion of their IT budgets to IT security.
This indicates that funding is rising, but the majority of organisations may still spend less than they need to relative to their risk exposure.
Financial companies are prioritising:
- Fraud detection.
- Account takeover prevention.
- Secure application programming interfaces.
- Real-time transaction monitoring.
- Cloud and mobile-banking security.
- Customer identity verification.
- Data encryption.
- Insider-threat detection.
- Third-party risk management.
Regulatory pressure accelerates investment
Regulatory requirements are another major driver of cybersecurity spending.
Indian organisations will also have to increasingly show that they are able to protect Personal Data, take accountability for incidents and create adequate Security controls. Board level attention on privacy and data governance has heightened due to the Digital Personal Data Protection Act.
According to PwC, 93% of Indian executives expected their cybersecurity budgets to rise, with 17% predicting rises of 15% or more. 74% of chief executives and senior leaders, according to the same survey cited, were also tightening their cybersecurity posture due to regulatory pressure.
Regulatory compliance affects spending in several areas:
- Data classification.
- Consent management.
- Encryption.
- Access logging.
- Vendor assessments.
- Breach reporting.
- Retention and deletion controls.
- Privacy impact assessments.
- Data-discovery platforms.
- Audit and compliance reporting.
Compliance is not a substitute for security, but it can encourage organisations to formalise controls that were previously inconsistent or undocumented.
Ransomware remains a major concern
Ransomware continues to influence cybersecurity planning across India.
Attackers increasingly target backups, cloud accounts, identity systems and third-party providers rather than only individual computers. Some groups steal data before encrypting systems, giving them additional leverage against victims.
Companies are responding by investing in:
- Immutable backups.
- Offline recovery copies.
- Network segmentation.
- Endpoint detection and response.
- Privileged-access restrictions.
- Ransomware simulations.
- Incident-response planning.
- Disaster-recovery testing.
- Security awareness programmes.
A backup is useful only if it can be restored quickly. Organisations are therefore testing recovery procedures and measuring how long critical services can remain unavailable.
Cybersecurity budgets move closer to the boardroom
Cybersecurity is increasingly being discussed as a business-risk issue rather than a narrow IT concern.
A major breach can lead to:
- Financial losses.
- Operational downtime.
- Regulatory penalties.
- Litigation.
- Customer compensation.
- Loss of intellectual property.
- Damage to brand reputation.
- Higher insurance premiums.
- Difficulty attracting business partners.
This has increased the involvement of boards, chief financial officers, legal teams and risk committees in security decisions.
Executives are asking security leaders to show how investments reduce business risk. This is encouraging CISOs to use measures such as:
- Mean time to detect.
- Mean time to respond.
- Mean time to recover.
- Number of critical vulnerabilities.
- Percentage of assets covered by monitoring.
- Phishing-reporting rates.
- Privileged-account exposure.
- Recovery-test success.
- Third-party risk scores.
These metrics make it easier to connect technical controls with financial and operational outcomes.
AI is used on both sides
AI is becoming a security tool as well as a security risk.
Defenders are using machine learning and automation to detect unusual behaviour, classify threats, summarise alerts and identify suspicious transactions. Security teams can use AI to process large volumes of logs and prioritise the incidents most likely to represent real attacks.
Attackers are using similar technologies to:
- Create realistic phishing messages.
- Clone voices and images.
- Automate reconnaissance.
- Modify malware.
- Search exposed systems.
- Personalise social-engineering campaigns.
- Evade basic detection systems.
This creates an arms race in which security teams must improve their ability to identify machine-generated activity.
Indian organisations are prioritising AI and machine learning for security, along with tool consolidation, automation and employee training.
Security tool consolidation
Many enterprises have accumulated dozens of security products from different vendors. These tools may generate overlapping alerts and require separate consoles, licences and specialist skills.
Companies are now attempting to consolidate security platforms to reduce complexity and improve visibility.
Common consolidation strategies include:
- Combining endpoint and identity monitoring.
- Integrating cloud and network security.
- Using security-data lakes.
- Deploying extended detection and response.
- Replacing multiple point products with unified platforms.
- Automating alert enrichment and response.
- Standardising security policies across business units.
Consolidation can reduce costs, but it may also create dependence on a single vendor. Organisations must evaluate whether a platform provides genuine coverage or simply bundles products under one brand.
Managed security addresses the talent shortage
India has a large technology workforce, but there is a shortage of experienced professionals in advanced cybersecurity roles.
Companies need specialists in:
- Cloud security.
- Threat hunting.
- Digital forensics.
- Identity architecture.
- Application security.
- Industrial control systems.
- AI governance.
- Security engineering.
- Incident response.
- Privacy and data protection.
This is where those managed security providers come in to the frame. Without expecting each company to hire and retain a completely internal staff they have monitoring capabilities, threat detection, and response abilities.
At the other end of the scales, outsourcing can give smaller companies far cheaper 24-hour vigilance and access to resources than building a full security operations centre.
Nonetheless, organisations are still accountable for governance decisions. However, outsourcing security does not substitute for internal accountability, for careful escalation procedures and periodic reviews of providers.
Startups benefit from rising demand
The increase in corporate spending is creating opportunities for Indian cybersecurity startups.
Potential areas include:
- AI security.
- Cloud configuration monitoring.
- Identity and access management.
- Fraud prevention.
- Data-loss prevention.
- Security automation.
- API protection.
- Privacy management.
- Third-party risk.
- Security awareness.
- Software supply-chain security.
- Managed detection and response.
Indian startups may have an advantage in building products for local regulations, payment systems, languages and business practices.
They can also use India’s large engineering talent base to develop lower-cost platforms for small and mid-sized companies. International expansion remains possible if these products meet global security standards.
Challenges in the spending cycle
The rise in budgets does not guarantee stronger protection.
Some companies may buy tools without properly configuring or monitoring them. Others may focus on compliance documents instead of reducing real-world vulnerabilities.
Common weaknesses include:
- Unpatched internet-facing systems.
- Excessive administrative privileges.
- Poor backup practices.
- Weak third-party controls.
- Inadequate logging.
- Low employee awareness.
- Unmonitored cloud services.
- Unsupported legacy applications.
- Slow incident response.
- Insufficient security testing.
Cybersecurity spending produces the best results when it is linked to a clear risk assessment and supported by trained personnel.
SMEs face a difficult balancing act
Large enterprises account for a substantial share of cybersecurity spending, but small and medium-sized businesses are increasingly targeted by attackers.
SMEs often have limited budgets, few internal security specialists and a high dependence on cloud services. They may also lack formal incident-response plans.
Cost-effective measures can still improve security:
- Enable multi-factor authentication.
- Keep software and plugins updated.
- Use password managers.
- Separate administrator accounts.
- Maintain tested backups.
- Restrict remote access.
- Monitor login activity.
- Train employees to identify fraud.
- Remove unused accounts.
- Use reputable managed security services.
For smaller organisations, basic controls implemented consistently can deliver greater value than purchasing a large number of advanced tools that are poorly maintained.
What companies are prioritising
Indian corporate security programmes are increasingly focusing on five areas:
AI governance
Companies are creating policies for approved AI tools, data handling, model evaluation, prompt security and human oversight.
Cloud security
Security teams are monitoring cloud configurations, workloads, identities and application programming interfaces.
Identity protection
Multi-factor authentication, privileged-access management and zero-trust controls are becoming standard priorities.
Resilience
Businesses are strengthening backups, recovery processes and incident-response plans to reduce downtime.
Continuous monitoring
Organisations are moving away from periodic audits toward real-time detection and response.
The economic impact
The cybersecurity market is becoming a significant technology industry in its own right.
One market estimate valued India’s cybersecurity market at $6.56 billion in 2026 and projected it to reach $15.06 billion by 2031, although market estimates differ depending on the products and services included.
Growth is likely to support demand for:
- Security software.
- Consulting services.
- Managed security providers.
- Security hardware.
- Training programmes.
- Cyber-insurance services.
- Compliance technology.
- Incident-response firms.
- Cybersecurity research.
The sector could also create skilled employment in engineering, analysis, sales, compliance and security operations.
A strategic shift in corporate India
As quickly the risk environment is changing faster than traditional security models, corporate India has started investing more money in cybersecurity.
Forcing organizations to treat security as a persistent business function are AI-generated attacks, Cloud complexity, digital payments expansion, connected manufacturing and regulatory requirements. Gartner expects information-security spending in India to hit US $3.4 billion by 2026, but other industry research indicates even faster growth in certain enterprise segments.
The best companies are not about just spending more. They will budget according to risk, bake security into product development processes, train employees, test recovery process and measure whether controls actually reduce exposure.
With Indian companies continuing to embrace the digital path ahead, cybersecurity will become more relevant in terms of growth itself. Companies that safeguard their systems, customers’ data and behind-the-scenes AI operations will be better prepared to build trust, meet regulatory expectations and compete in a digital economy.